ZXMP M721
Multi-transmission Platform Compact WDM
Equipment
Performance Reference
Version: V1.20
ZTE CORPORATION
No. 55, Hi-tech Road South, ShenZhen, P.R.China
Postcode: 518057
Tel: +86-755-26771900
Fax: +86-755-26770801
URL: http://support.zte.com.cn
E-mail: support@zte.com.cn
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Revision History
Revision No.
Revision Date
Revision Reason
R1.0
2015-01-15
First edition
Serial Number: SJ-20140603112247-007
Publishing Date: 2015-01-15(R1.0)
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Contents
About This Manual ......................................................................................... I
Chapter 1 Optical Performances............................................................... 1-1
1.1 12288 Output Power(dBm) ................................................................................. 1-1
1.2 12289 Max Output Power(dBm) .......................................................................... 1-2
1.3 12290 Min Output Power(dBm) ........................................................................... 1-4
1.4 12291 Average Output Power(dBm) .................................................................... 1-5
1.5 12340 Reflect Power(dBm) ................................................................................. 1-6
1.6 12341 Max Reflect Power(dBm) .......................................................................... 1-7
1.7 12342 Min Reflect Power(dBm)........................................................................... 1-8
1.8 12343 Average Reflect Power(dBm).................................................................... 1-9
1.9 12544 Input Power(dBm) .................................................................................. 1-10
1.10 12545 Max Input Power(dBm) ..........................................................................1-11
1.11 12546 Min Input Power(dBm) .......................................................................... 1-13
1.12 12547 Average Input Power(dBm) ................................................................... 1-14
Chapter 2 Equipment Performances ........................................................ 2-1
2.1 12292 Laser Bias Current(mA) ............................................................................ 2-2
2.2 12293 Max Laser Bias Current(mA)..................................................................... 2-3
2.3 12294 Min Laser Bias Current(mA)...................................................................... 2-4
2.4 12295 Average Laser Bias Current(mA)............................................................... 2-5
2.5 12296 Laser TEC Current(mA)............................................................................ 2-6
2.6 12297 Max Laser TEC Current(mA)..................................................................... 2-7
2.7 12298 Min Laser TEC Current(mA) ..................................................................... 2-8
2.8 12299 Average Laser TEC Current(mA) .............................................................. 2-9
2.9 12300 Laser Temperature offset(Celsius)........................................................... 2-10
2.10 12301 Max Laser Temperature Offset(Celsius) ..................................................2-11
2.11 12302 Min Laser Temperature Offset(Celsius) .................................................. 2-12
2.12 12303 Average Laser Temperature Offset(Celsius) ........................................... 2-13
2.13 12308 Set-Point Temperature of AWG(Celsius) ................................................ 2-14
2.14 12309 Max Set-Point Temperature of AWG(Celsius) ......................................... 2-14
2.15 12310 Min Set-Point Temperature of AWG(Celsius).......................................... 2-15
2.16 12311 Average Set-Point Temperature of AWG(Celsius) ................................... 2-16
2.17 12312 AWG Heater Power Consumption(%) .................................................... 2-17
2.18 12313 Max AWG Heater Power Consumption(%) ............................................. 2-18
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2.19 12314 Min AWG Heater Power Consumption(%) .............................................. 2-19
2.20 12315 Average AWG Heater Power Consumption(%) ....................................... 2-19
2.21 12436 Laser Background Current(mA)............................................................. 2-20
2.22 12437 Max Laser Background Current(mA)...................................................... 2-21
2.23 12438 Min Laser Background Current(mA) ...................................................... 2-21
2.24 12439 Average Laser Background Current(mA) ............................................... 2-22
2.25 12560 Board Environment Temperature(Celsius).............................................. 2-22
2.26 12561 Max Board Environment Temperature(Celsius)....................................... 2-23
2.27 12562 Min Board Environment Temperature(Celsius) ....................................... 2-25
2.28 12563 Average Board Environment Temperature(Celsius) ................................ 2-26
2.29 12580 Fan Speed(rps) .................................................................................... 2-27
2.30 12581 Max Fan Speed(rps)............................................................................. 2-28
2.31 12582 Min Fan Speed(rps).............................................................................. 2-29
2.32 12583 Average Fan Speed(rps)....................................................................... 2-30
2.33 12592 Inner-Module Temperature(Celsius)....................................................... 2-32
2.34 12593 Max Inner-Module Temperature(Celsius) ............................................... 2-32
2.35 12594 Min Inner-Module Temperature(Celsius) ................................................ 2-33
2.36 12595 Average Inner-Module Temperature(Celsius) ......................................... 2-34
Chapter 3 Normal Counters....................................................................... 3-1
3.1 33817 Received Packet Count ............................................................................ 3-1
3.2 33824 Transmitted Packet Count......................................................................... 3-2
Appendix A Board Performance List ...................................................... A-1
A.1 ASMB Board Performance List .......................................................................... A-1
A.2 BITSB Board Performance List .......................................................................... A-8
A.3 EIC Board Performance List .............................................................................. A-9
A.4 EI Board Performance List ................................................................................. A-9
A.5 FAN Board Performance List ............................................................................. A-9
A.6 FCF Board Performance List ............................................................................. A-9
A.7 MHE1 Board Performance List ........................................................................... A-9
A.8 MJA Board Performance List ........................................................................... A-17
A.9 MJM Board Performance List ........................................................................... A-24
A.10 MOM2B Board Performance List .................................................................... A-30
A.11 MQA1 Board Performance List ....................................................................... A-38
A.12 MQA2 Board Performance List ....................................................................... A-45
A.13 MQM1 Board Performance List ...................................................................... A-52
A.14 NCP Board Performance List ......................................................................... A-58
A.15 ODU Board Performance List ......................................................................... A-58
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A.16 OMU Board Performance List ........................................................................ A-59
A.17 SCOAD Board Performance List .................................................................... A-59
A.18 SCOMD Board Performance List .................................................................... A-59
A.19 SEOA Board Performance List ....................................................................... A-60
A.20 SOAD Board Performance List ....................................................................... A-60
A.21 SOP Board Performance List ......................................................................... A-60
A.22 TD2C Board Performance List ....................................................................... A-60
A.23 TS4 Board Performance List .......................................................................... A-67
Glossary .......................................................................................................... I
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About This Manual
Purpose
This manual describes the meaning, detection mechanism, impact, usage, properties, and
related alarms of common performance indicators and counters of the ZXMP M721 system.
It helps you in the processing of equipment performance information.
Intended Audience
This manual is intended for:
l
l
Network support engineers
Maintenance engineers
What Is in This Manual
This manual contains the following chapters.
Chapter 1, Optical Performances
Describes the meaning, detection mechanism, impact,
usage, properties, and related alarms of optical power
performances.
Chapter 2, Equipment Performances
Describes the meaning, detection mechanism, impact,
usage, properties, and related alarms of equipment
performances.
Chapter 3, Normal Counters
Describes the meaning, detection mechanism, impact,
usage, properties, and related alarms of normal performance
counters supported by data services.
Appendix A, Board Performance List
Lists the performance indicators/counters supported by the
boards of the ZXMP M721.
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Chapter 1
Optical Performances
Optical performances are associated with optical power, such as input optical power, output
optical power, and reflective optical power.
Table of Contents
12288 Output Power(dBm) .........................................................................................1-1
12289 Max Output Power(dBm) .................................................................................1-2
12290 Min Output Power(dBm) ..................................................................................1-4
12291 Average Output Power(dBm) ...........................................................................1-5
12340 Reflect Power(dBm) ........................................................................................1-6
12341 Max Reflect Power(dBm) .................................................................................1-7
12342 Min Reflect Power(dBm) ..................................................................................1-8
12343 Average Reflect Power(dBm)...........................................................................1-9
12544 Input Power(dBm)..........................................................................................1-10
12545 Max Input Power(dBm) ..................................................................................1-11
12546 Min Input Power(dBm) ...................................................................................1-13
12547 Average Input Power(dBm)............................................................................1-14
1.1 12288 Output Power(dBm)
Performance Description
l
Meaning
Output Power means the power of optical signals transmitted by an optical port.
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every second) to obtain performance samples.
l
Impact or usage
à
If the output power of an optical port is too small, optical signals cannot be properly
restored at the downstream. If the output power of an optical port is too large, the
downstream laser or human eyes may be damaged.
à
If multiple wavelengths are multiplexed into one optical fiber at the downstream,
the power of these wavelengths should be balanced. Otherwise, multiplexing or
demultiplexing may fail.
à
This performance indicator can be used in different physical locations. The power
range varies with physical locations.
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For example, the output power of the transmitting port of an OA board refers to
the output optical power of the OTS section, and it is larger than the required
power of the transmitting port (OCH or OAC port) of an OTU board.
Performance Properties
Code
Type
Category
Unit
12288
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4245
Power Output exceed normal upper
The alarm is generated when the
limit
performance crosses its threshold.
Power Output under normal lower limit
The alarm is generated when the
4246
performance crosses its threshold.
4417
Output Power Too High Alarm
The alarm is generated when the
performance crosses its threshold.
4418
Output Power Too Low Alarm
The alarm is generated when the
performance crosses its threshold.
4419
No Output Power Alarm
The alarm is generated when the
performance crosses its threshold.
4247
The Positive Offset between Output
The alarm is associated with
Power and Target Value Over
the performance, but the alarm
Threshold Alarm
is generated not only when the
performance crosses its threshold.
4248
The Negative Offset between Output
The alarm is associated with
Power and Target Value Over
the performance, but the alarm
Threshold Alarm
is generated not only when the
performance crosses its threshold.
1.2 12289 Max Output Power(dBm)
Performance Description
l
Meaning
Max Output Power means the maximum power of optical signals transmitted by an
optical port within a statistical period (15 minutes in most cases).
l
Performance detection
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Chapter 1 Optical Performances
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the output power of an optical port is too small, optical signals cannot be properly
restored at the downstream. If the output power of an optical port is too large, the
downstream laser or human eyes may be damaged.
à
If multiple wavelengths are multiplexed into one optical fiber at the downstream,
the power of these wavelengths should be balanced. Otherwise, multiplexing or
demultiplexing may fail.
à
This performance indicator can be used in different physical locations. The power
range varies with physical locations.
For example, the output power of the transmitting port of an OA board refers to
the output optical power of the OTS section, and it is larger than the required
power of the transmitting port (OCH or OAC port) of an OTU board.
Performance Properties
Code
Type
Category
Unit
12289
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4245
Power Output exceed normal upper
The alarm is generated when the
limit
performance crosses its threshold.
Power Output under normal lower limit
The alarm is generated when the
4246
performance crosses its threshold.
4417
Output Power Too High Alarm
The alarm is generated when the
performance crosses its threshold.
4418
Output Power Too Low Alarm
The alarm is generated when the
performance crosses its threshold.
4419
No Output Power Alarm
The alarm is generated when the
performance crosses its threshold.
4247
The Positive Offset between Output
The alarm is associated with
Power and Target Value Over
the performance, but the alarm
Threshold Alarm
is generated not only when the
performance crosses its threshold.
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Alarm Code
Alarm Name
Alarm Scenario
4248
The Negative Offset between Output
The alarm is associated with
Power and Target Value Over
the performance, but the alarm
Threshold Alarm
is generated not only when the
performance crosses its threshold.
1.3 12290 Min Output Power(dBm)
Performance Description
l
Meaning
Min Output Power means the minimum power of optical signals transmitted by an
optical port within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the output power of an optical port is too small, optical signals cannot be properly
restored at the downstream. If the output power of an optical port is too large, the
downstream laser or human eyes may be damaged.
à
If multiple wavelengths are multiplexed into one optical fiber at the downstream,
the power of these wavelengths should be balanced. Otherwise, multiplexing or
demultiplexing may fail.
à
This performance indicator can be used in different physical locations. The power
range varies with physical locations.
For example, the output power of the transmitting port of an OA board refers to
the output optical power of the OTS section, and it is larger than the required
power of the transmitting port (OCH or OAC port) of an OTU board.
Performance Properties
Code
Type
Category
Unit
12290
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4245
Power Output exceed normal upper
The alarm is generated when the
limit
performance crosses its threshold.
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Chapter 1 Optical Performances
Alarm Code
Alarm Name
Alarm Scenario
4246
Power Output under normal lower limit
The alarm is generated when the
performance crosses its threshold.
4417
Output Power Too High Alarm
The alarm is generated when the
performance crosses its threshold.
4418
Output Power Too Low Alarm
The alarm is generated when the
performance crosses its threshold.
4419
No Output Power Alarm
The alarm is generated when the
performance crosses its threshold.
4247
The Positive Offset between Output
The alarm is associated with
Power and Target Value Over
the performance, but the alarm
Threshold Alarm
is generated not only when the
performance crosses its threshold.
4248
The Negative Offset between Output
The alarm is associated with
Power and Target Value Over
the performance, but the alarm
Threshold Alarm
is generated not only when the
performance crosses its threshold.
1.4 12291 Average Output Power(dBm)
Performance Description
l
Meaning
Average Output Power means the average power of optical signals transmitted by an
optical port within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the output power of an optical port is too small, optical signals cannot be properly
restored at the downstream. If the output power of an optical port is too large, the
downstream laser or human eyes may be damaged.
à
If multiple wavelengths are multiplexed into one optical fiber at the downstream,
the power of these wavelengths should be balanced. Otherwise, multiplexing or
demultiplexing may fail.
à
This performance indicator can be used in different physical locations. The power
range varies with physical locations.
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For example, the output power of the transmitting port of an OA board refers to
the output optical power of the OTS section, and it is larger than the required
power of the transmitting port (OCH or OAC port) of an OTU board.
Performance Properties
Code
Type
Category
Unit
12291
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4245
Power Output exceed normal upper
The alarm is generated when the
limit
performance crosses its threshold.
Power Output under normal lower limit
The alarm is generated when the
4246
performance crosses its threshold.
4417
Output Power Too High Alarm
The alarm is generated when the
performance crosses its threshold.
4418
Output Power Too Low Alarm
The alarm is generated when the
performance crosses its threshold.
4419
No Output Power Alarm
The alarm is generated when the
performance crosses its threshold.
4247
The Positive Offset between Output
The alarm is associated with
Power and Target Value Over
the performance, but the alarm
Threshold Alarm
is generated not only when the
performance crosses its threshold.
4248
The Negative Offset between Output
The alarm is associated with
Power and Target Value Over
the performance, but the alarm
Threshold Alarm
is generated not only when the
performance crosses its threshold.
1.5 12340 Reflect Power(dBm)
Performance Description
l
Meaning
Reflect Power means the power of an optical signal reflected to the inside of a laser
when the signal outputted by the laser reaches the outer end face of the laser.
l
Performance detection
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Chapter 1 Optical Performances
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every second) to obtain performance samples.
l
l
Impact or usage
à
The combined effects of reflect power and normal output power result in signal
deviation and laser instability. If the reflect power is too large, the laser may be
damaged (including its outer end face, which may be permanently damaged).
à
For a cross-section pure optical system, reflected lights may be accumulated in
multiple sections, which may affect system stability. Therefore, the reflect power
should be within a specific range.
à
Optical modules of service boards have a low power, and thus cross-section
accumulation will not occur. These modules are not monitored. For large-power
pure optical components, such as a pumped laser of an OA board, cross-section
accumulation may occur. In this case, the reflect power should be monitored.
Cause for abnormal performance
If reflect power is abnormal, it is possibly because the outer section of a laser may be
irregular, unclean, or improperly connected. In that case, clean and check the laser
interface.
Performance Properties
Code
Type
Category
Unit
12340
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
Reflection Power High Alarm
The alarm is generated when the
performance crosses its threshold.
1.6 12341 Max Reflect Power(dBm)
Performance Description
l
Meaning
Max Reflect Power means the maximum power of reflected lights within a statistical
period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
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l
l
Impact or usage
à
The combined effects of reflect power and normal output power result in signal
deviation and laser instability. If the reflect power is too large, the laser may be
damaged (including its outer end face, which may be permanently damaged).
à
For a cross-section pure optical system, reflected lights may be accumulated in
multiple sections, which may affect system stability. Therefore, the reflect power
should be within a specific range.
à
Optical modules of service boards have a low power, and thus cross-section
accumulation will not occur. These modules are not monitored. For large-power
pure optical components, such as a pumped laser of an OA board, cross-section
accumulation may occur. In this case, the reflect power should be monitored.
Cause for abnormal performance
If reflect power is abnormal, it is possibly because the outer section of a laser may be
irregular, unclean, or improperly connected. In that case, clean and check the laser
interface.
Performance Properties
Code
Type
Category
Unit
12341
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
Reflection Power High Alarm
The alarm is generated when the
performance crosses its threshold.
1.7 12342 Min Reflect Power(dBm)
Performance Description
l
Meaning
Min Reflect Power means the minimum power of reflected lights within a statistical
period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
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Chapter 1 Optical Performances
l
à
The combined effects of reflect power and normal output power result in signal
deviation and laser instability. If the reflect power is too large, the laser may be
damaged (including its outer end face, which may be permanently damaged).
à
For a cross-section pure optical system, reflected lights may be accumulated in
multiple sections, which may affect system stability. Therefore, the reflect power
should be within a specific range.
à
Optical modules of service boards have a low power, and thus cross-section
accumulation will not occur. These modules are not monitored. For large-power
pure optical components, such as a pumped laser of an OA board, cross-section
accumulation may occur. In this case, the reflect power should be monitored.
Cause for abnormal performance
If reflect power is abnormal, it is possibly because the outer section of a laser may be
irregular, unclean, or improperly connected. In that case, clean and check the laser
interface.
Performance Properties
Code
Type
Category
Unit
12342
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
Reflection Power High Alarm
The alarm is generated when the
performance crosses its threshold.
1.8 12343 Average Reflect Power(dBm)
Performance Description
l
Meaning
Average Reflect Power means the average power of reflected lights within a statistical
period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
The combined effects of reflect power and normal output power result in signal
deviation and laser instability. If the reflect power is too large, the laser may be
damaged (including its outer end face, which may be permanently damaged).
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l
à
For a cross-section pure optical system, reflected lights may be accumulated in
multiple sections, which may affect system stability. Therefore, the reflect power
should be within a specific range.
à
Optical modules of service boards have a low power, and thus cross-section
accumulation will not occur. These modules are not monitored. For large-power
pure optical components, such as a pumped laser of an OA board, cross-section
accumulation may occur. In this case, the reflect power should be monitored.
Cause for abnormal performance
If reflect power is abnormal, it is possibly because the outer section of a laser may be
irregular, unclean, or improperly connected. In that case, clean and check the laser
interface.
Performance Properties
Code
Type
Category
Unit
12343
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
Reflection Power High Alarm
The alarm is generated when the
performance crosses its threshold.
1.9 12544 Input Power(dBm)
Performance Description
l
Meaning
Input Power means the power of optical signals received by an optical port.
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every second) to obtain performance samples.
l
Impact or usage
à
If input power is smaller than sensitive power, code errors may occur. If input
power continues to drop, frame loss or even LOS may occur.
à
If input power is above the reception overload point, code errors, frame loss,
or even LOS may occur, and too strong an input power may damage optical
receivers.
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à
This performance indicator can be used in different physical locations. The power
range varies with physical locations.
For example, the input power of the receiving port of an OA board refers to the
input optical power of the OTS section, and it may be larger than the required
power of the transmitting port (OCH or OAC port) of an OTU board.
l
Cause for abnormal performance
In most cases, abnormal input power is due to abnormal equipment output at the
upstream or abnormal fiber connections.
Performance Properties
Code
Type
Category
Unit
12544
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
Input Power OverLoad Alarm
The alarm is generated when the
performance crosses its threshold.
4098
Input Power Weak Alarm
The alarm is generated when the
performance crosses its threshold.
4099
No Input Power Alarm
The alarm is generated when the
performance crosses its threshold.
4241
Power Input exceed normal upper limit
The alarm is generated when the
performance crosses its threshold.
4242
Power Input under normal lower limit
The alarm is generated when the
performance crosses its threshold.
4109
Input Power Offset Over Threshold
The alarm is associated with
Alarm
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
1.10 12545 Max Input Power(dBm)
Performance Description
l
Meaning
Max Input Power means the maximum input power within a statistical period (15
minutes in most cases).
l
Performance detection
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It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If input power is smaller than sensitive power, code errors may occur. If input
power continues to drop, frame loss or even LOS may occur.
à
If input power is above the reception overload point, code errors, frame loss,
or even LOS may occur, and too strong an input power may damage optical
receivers.
à
This performance indicator can be used in different physical locations. The power
range varies with physical locations.
For example, the input power of the receiving port of an OA board refers to the
input optical power of the OTS section, and it may be larger than the required
power of the transmitting port (OCH or OAC port) of an OTU board.
l
Cause for abnormal performance
In most cases, abnormal input power is due to abnormal equipment output at the
upstream or abnormal fiber connections.
Performance Properties
Code
Type
Category
Unit
12545
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
Input Power OverLoad Alarm
The alarm is generated when the
performance crosses its threshold.
4098
Input Power Weak Alarm
The alarm is generated when the
performance crosses its threshold.
4099
No Input Power Alarm
The alarm is generated when the
performance crosses its threshold.
4241
Power Input exceed normal upper limit
The alarm is generated when the
performance crosses its threshold.
4242
Power Input under normal lower limit
The alarm is generated when the
performance crosses its threshold.
4109
Input Power Offset Over Threshold
The alarm is associated with
Alarm
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
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Chapter 1 Optical Performances
1.11 12546 Min Input Power(dBm)
Performance Description
l
Meaning
Min Input Power means the minimum input power within a statistical period (15
minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If input power is smaller than sensitive power, code errors may occur. If input
power continues to drop, frame loss or even LOS may occur.
à
If input power is above the reception overload point, code errors, frame loss,
or even LOS may occur, and too strong an input power may damage optical
receivers.
à
This performance indicator can be used in different physical locations. The power
range varies with physical locations.
For example, the input power of the receiving port of an OA board refers to the
input optical power of the OTS section, and it may be larger than the required
power of the transmitting port (OCH or OAC port) of an OTU board.
l
Cause for abnormal performance
In most cases, abnormal input power is due to abnormal equipment output at the
upstream or abnormal fiber connections.
Performance Properties
Code
Type
Category
Unit
12546
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
Input Power OverLoad Alarm
The alarm is generated when the
performance crosses its threshold.
4098
Input Power Weak Alarm
The alarm is generated when the
performance crosses its threshold.
4099
No Input Power Alarm
The alarm is generated when the
performance crosses its threshold.
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Alarm Code
Alarm Name
Alarm Scenario
4241
Power Input exceed normal upper limit
The alarm is generated when the
performance crosses its threshold.
4242
Power Input under normal lower limit
The alarm is generated when the
performance crosses its threshold.
4109
Input Power Offset Over Threshold
Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
1.12 12547 Average Input Power(dBm)
Performance Description
l
Meaning
Average Input Power means the average input power within a statistical period (15
minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If input power is smaller than sensitive power, code errors may occur. If input
power continues to drop, frame loss or even LOS may occur.
à
If input power is above the reception overload point, code errors, frame loss,
or even LOS may occur, and too strong an input power may damage optical
receivers.
à
This performance indicator can be used in different physical locations. The power
range varies with physical locations.
For example, the input power of the receiving port of an OA board refers to the
input optical power of the OTS section, and it may be larger than the required
power of the transmitting port (OCH or OAC port) of an OTU board.
l
Cause for abnormal performance
In most cases, abnormal input power is due to abnormal equipment output at the
upstream or abnormal fiber connections.
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Chapter 1 Optical Performances
Performance Properties
Code
Type
Category
Unit
12547
Analog
Optical performance
dBm
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
Input Power OverLoad Alarm
The alarm is generated when the
performance crosses its threshold.
4098
Input Power Weak Alarm
The alarm is generated when the
performance crosses its threshold.
4099
No Input Power Alarm
The alarm is generated when the
performance crosses its threshold.
4241
Power Input exceed normal upper limit
The alarm is generated when the
performance crosses its threshold.
4242
Power Input under normal lower limit
The alarm is generated when the
performance crosses its threshold.
4109
Input Power Offset Over Threshold
The alarm is associated with
Alarm
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
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Chapter 2
Equipment Performances
Equipment performances are associated with equipment performance, such as current
performance, temperature performance, and fan rotation speed.
Table of Contents
12292 Laser Bias Current(mA) ...................................................................................2-2
12293 Max Laser Bias Current(mA) ...........................................................................2-3
12294 Min Laser Bias Current(mA) ............................................................................2-4
12295 Average Laser Bias Current(mA) .....................................................................2-5
12296 Laser TEC Current(mA)...................................................................................2-6
12297 Max Laser TEC Current(mA) ...........................................................................2-7
12298 Min Laser TEC Current(mA) ............................................................................2-8
12299 Average Laser TEC Current(mA) .....................................................................2-9
12300 Laser Temperature offset(Celsius) .................................................................2-10
12301 Max Laser Temperature Offset(Celsius).........................................................2-11
12302 Min Laser Temperature Offset(Celsius)..........................................................2-12
12303 Average Laser Temperature Offset(Celsius) ..................................................2-13
12308 Set-Point Temperature of AWG(Celsius) ........................................................2-14
12309 Max Set-Point Temperature of AWG(Celsius) ................................................2-14
12310 Min Set-Point Temperature of AWG(Celsius) .................................................2-15
12311 Average Set-Point Temperature of AWG(Celsius) ..........................................2-16
12312 AWG Heater Power Consumption(%) ............................................................2-17
12313 Max AWG Heater Power Consumption(%).....................................................2-18
12314 Min AWG Heater Power Consumption(%)......................................................2-19
12315 Average AWG Heater Power Consumption(%) ..............................................2-19
12436 Laser Background Current(mA) .....................................................................2-20
12437 Max Laser Background Current(mA)..............................................................2-21
12438 Min Laser Background Current(mA)...............................................................2-21
12439 Average Laser Background Current(mA) .......................................................2-22
12560 Board Environment Temperature(Celsius) .....................................................2-22
12561 Max Board Environment Temperature(Celsius)..............................................2-23
12562 Min Board Environment Temperature(Celsius)...............................................2-25
12563 Average Board Environment Temperature(Celsius) .......................................2-26
12580 Fan Speed(rps) .............................................................................................2-27
12581 Max Fan Speed(rps) ......................................................................................2-28
12582 Min Fan Speed(rps) .......................................................................................2-29
12583 Average Fan Speed(rps)................................................................................2-30
12592 Inner-Module Temperature(Celsius)...............................................................2-32
12593 Max Inner-Module Temperature(Celsius) .......................................................2-32
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12594 Min Inner-Module Temperature(Celsius) ........................................................2-33
12595 Average Inner-Module Temperature(Celsius).................................................2-34
2.1 12292 Laser Bias Current(mA)
Performance Description
l
Meaning
Laser Bias Current is a type of laser drive current. It controls the output optical power
and modulation performance of a laser.
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every second) to obtain performance samples.
l
Impact or usage
à
If the bias current of a laser is abnormal, the optical power or output signals of
the laser may be abnormal or unstable.
à
Bias current varies greatly with laser types.
For example, the bias current of a service transceiver laser of an OTU board
ranges from 0 mA to 500 mA, and that of a pumped laser of an OA board ranges
from 0 mA to 2000 mA.
Performance Properties
Code
Type
Category
Unit
12292
Analog
Equipment
mA
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4354
LD Bias Current Over Threshold Alarm
The alarm is generated when the
performance crosses its threshold.
4496
4308
LD Bias Current Under Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
Bias Current exceed normal upper limit
The alarm is generated when the
performance crosses its threshold.
4309
Bias Current under normal lower limit
The alarm is generated when the
performance crosses its threshold.
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2.2 12293 Max Laser Bias Current(mA)
Performance Description
l
Meaning
Max Laser Bias Current means the maximum bias current of a laser within a statistical
period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the bias current of a laser is abnormal, the optical power or output signals of
the laser may be abnormal or unstable.
à
Bias current varies greatly with laser types.
For example, the bias current of a service transceiver laser of an OTU board
ranges from 0 mA to 500 mA, and that of a pumped laser of an OA board ranges
from 0 mA to 2000 mA.
Performance Properties
Code
Type
Category
Unit
12293
Analog
Equipment
mA
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4354
LD Bias Current Over Threshold Alarm
The alarm is generated when the
performance crosses its threshold.
4496
4308
LD Bias Current Under Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
Bias Current exceed normal upper limit
The alarm is generated when the
performance crosses its threshold.
4309
Bias Current under normal lower limit
The alarm is generated when the
performance crosses its threshold.
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2.3 12294 Min Laser Bias Current(mA)
Performance Description
l
Meaning
Min Laser Bias Current means the minimum bias current of a laser within a statistical
period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the bias current of a laser is abnormal, the optical power or output signals of
the laser may be abnormal or unstable.
à
Bias current varies greatly with laser types.
For example, the bias current of a service transceiver laser of an OTU board
ranges from 0 mA to 500 mA, and that of a pumped laser of an OA board ranges
from 0 mA to 2000 mA.
Performance Properties
Code
Type
Category
Unit
12294
Analog
Equipment
mA
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4354
LD Bias Current Over Threshold Alarm
The alarm is generated when the
performance crosses its threshold.
4496
4308
LD Bias Current Under Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
Bias Current exceed normal upper limit
The alarm is generated when the
performance crosses its threshold.
4309
Bias Current under normal lower limit
The alarm is generated when the
performance crosses its threshold.
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2.4 12295 Average Laser Bias Current(mA)
Performance Description
l
Meaning
Average Laser Bias Current means the average bias current of a laser within a
statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the bias current of a laser is abnormal, the optical power or output signals of
the laser may be abnormal or unstable.
à
Bias current varies greatly with laser types.
For example, the bias current of a service transceiver laser of an OTU board
ranges from 0 mA to 500 mA, and that of a pumped laser of an OA board ranges
from 0 mA to 2000 mA.
Performance Properties
Code
Type
Category
Unit
12295
Analog
Equipment
mA
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4354
LD Bias Current Over Threshold Alarm
The alarm is generated when the
performance crosses its threshold.
4496
4308
LD Bias Current Under Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
Bias Current exceed normal upper limit
The alarm is generated when the
performance crosses its threshold.
4309
Bias Current under normal lower limit
The alarm is generated when the
performance crosses its threshold.
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2.5 12296 Laser TEC Current(mA)
Performance Description
l
Meaning
Laser TEC Current is a type of laser drive current. It controls the internal temperature
control circuits of a laser.
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every second) to obtain performance samples.
l
Impact or usage
à
If the cooling current of a laser is abnormal, temperature control of the laser
may be abnormal. As a result, the laser may not operate stably, and even laser
modules may be damaged due to the high temperature inside the laser.
à
Cooling current varies greatly with laser types.
à
Cooling current is applied to pumped lasers, and its range depends on specific
laser technologies.
For example, the cooling current of an EDFA pumped laser ranges from -1000
mA to 1000 mA, while that of an Raman amplifier ranges from -3000 mA to 3000
mA.
l
Cause for abnormal performance
In most cases, abnormal cooling current of a laser is due to abnormal internal
temperature or cooling circuits of the laser. If the cooling current is abnormal, check
the operating temperature of the laser, or replace the laser with a good one.
Performance Properties
Code
Type
Category
Unit
12296
Analog
Equipment
mA
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4355
LD TEC Current Over Threshold Alarm
The alarm is generated when the
performance crosses its threshold.
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2.6 12297 Max Laser TEC Current(mA)
Performance Description
l
Meaning
Max Laser TEC Current means the maximum cooling current of a laser within a
statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the cooling current of a laser is abnormal, temperature control of the laser
may be abnormal. As a result, the laser may not operate stably, and even laser
modules may be damaged due to the high temperature inside the laser.
à
Cooling current varies greatly with laser types.
à
Cooling current is applied to pumped lasers, and its range depends on specific
laser technologies.
For example, the cooling current of an EDFA pumped laser ranges from -1000
mA to 1000 mA, while that of an Raman amplifier ranges from -3000 mA to 3000
mA.
l
Cause for abnormal performance
In most cases, abnormal cooling current of a laser is due to abnormal internal
temperature or cooling circuits of the laser. If the cooling current is abnormal, check
the operating temperature of the laser, or replace the laser with a good one.
Performance Properties
Code
Type
Category
Unit
12297
Analog
Equipment
mA
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4355
LD TEC Current Over Threshold Alarm
The alarm is generated when the
performance crosses its threshold.
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2.7 12298 Min Laser TEC Current(mA)
Performance Description
l
Meaning
Min Laser TEC Current means the minimum cooling current of a laser within a
statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the cooling current of a laser is abnormal, temperature control of the laser
may be abnormal. As a result, the laser may not operate stably, and even laser
modules may be damaged due to the high temperature inside the laser.
à
Cooling current varies greatly with laser types.
à
Cooling current is applied to pumped lasers, and its range depends on specific
laser technologies.
For example, the cooling current of an EDFA pumped laser ranges from -1000
mA to 1000 mA, while that of an Raman amplifier ranges from -3000 mA to 3000
mA.
l
Cause for abnormal performance
In most cases, abnormal cooling current of a laser is due to abnormal internal
temperature or cooling circuits of the laser. If the cooling current is abnormal, check
the operating temperature of the laser, or replace the laser with a good one.
Performance Properties
Code
Type
Category
Unit
12298
Analog
Equipment
mA
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4355
LD TEC Current Over Threshold Alarm
The alarm is generated when the
performance crosses its threshold.
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2.8 12299 Average Laser TEC Current(mA)
Performance Description
l
Meaning
Average Laser TEC Current means the average cooling current of a laser within a
statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
Impact or usage
à
If the cooling current of a laser is abnormal, temperature control of the laser
may be abnormal. As a result, the laser may not operate stably, and even laser
modules may be damaged due to the high temperature inside the laser.
à
Cooling current varies greatly with laser types.
à
Cooling current is applied to pumped lasers, and its range depends on specific
laser technologies.
For example, the cooling current of an EDFA pumped laser ranges from -1000
mA to 1000 mA, while that of an Raman amplifier ranges from -3000 mA to 3000
mA.
l
Cause for abnormal performance
In most cases, abnormal cooling current of a laser is due to abnormal internal
temperature or cooling circuits of the laser. If the cooling current is abnormal, check
the operating temperature of the laser, or replace the laser with a good one.
Performance Properties
Code
Type
Category
Unit
12299
Analog
Equipment
mA
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4355
LD TEC Current Over Threshold Alarm
The alarm is generated when the
performance crosses its threshold.
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2.9 12300 Laser Temperature offset(Celsius)
Performance Description
l
Meaning
Laser Temperature offset means the offset of the current core temperature of a laser
against the temperature that is set for normal operation.
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every second) to obtain performance samples.
l
l
Impact or usage
à
If the core temperature offset of a laser exceeds a limit, the transmitting power
or wavelength of the laser may be abnormal. As a result, services may not be
properly transmitted, and even the local laser and downstream lasers may be
damaged.
à
The range of laser temperature offset varies with module design.
For
most modules, laser temperature offset ranges from -10 °C to 10 °C (A
threshold-crossing alarm should be produced if the temperature exceeds 5 °C.)
à
If the temperature offset of a laser exceeds its range, the downstream optical
power or wavelength of the laser becomes abnormal, which affect downstream
services or the system. Therefore, if the temperature offset of the laser exceeds
its range, the laser is automatically closed by software to protect the system.
Cause for abnormal performance
In most cases, abnormal temperature offset of a laser is due to abnormal internal
temperature or control circuits of the laser. If the temperature offset is abnormal, check
the operating temperature of the laser, or replace the laser with a good one.
Performance Properties
Code
Type
Category
Unit
12300
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4356
LD Temperature Offset Over Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
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2.10 12301 Max Laser Temperature Offset(Celsius)
Performance Description
l
Meaning
Max Laser Temperature Offset means the maximum temperature offset of a laser
within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
l
Impact or usage
à
If the core temperature offset of a laser exceeds a limit, the transmitting power
or wavelength of the laser may be abnormal. As a result, services may not be
properly transmitted, and even the local laser and downstream lasers may be
damaged.
à
The range of laser temperature offset varies with module design.
For
most modules, laser temperature offset ranges from -10 °C to 10 °C (A
threshold-crossing alarm should be produced if the temperature exceeds 5 °C.)
à
If the temperature offset of a laser exceeds its range, the downstream optical
power or wavelength of the laser becomes abnormal, which affect downstream
services or the system. Therefore, if the temperature offset of the laser exceeds
its range, the laser is automatically closed by software to protect the system.
Cause for abnormal performance
In most cases, abnormal temperature offset of a laser is due to abnormal internal
temperature or control circuits of the laser. If the temperature offset is abnormal, check
the operating temperature of the laser, or replace the laser with a good one.
Performance Properties
Code
Type
Category
Unit
12301
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4356
LD Temperature Offset Over Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
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2.11 12302 Min Laser Temperature Offset(Celsius)
Performance Description
l
Meaning
Min Laser Temperature Offset means the minimum temperature offset of a laser within
a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
l
Impact or usage
à
If the core temperature offset of a laser exceeds a limit, the transmitting power
or wavelength of the laser may be abnormal. As a result, services may not be
properly transmitted, and even the local laser and downstream lasers may be
damaged.
à
The range of laser temperature offset varies with module design.
For
most modules, laser temperature offset ranges from -10 °C to 10 °C (A
threshold-crossing alarm should be produced if the temperature exceeds 5 °C.)
à
If the temperature offset of a laser exceeds its range, the downstream optical
power or wavelength of the laser becomes abnormal, which affect downstream
services or the system. Therefore, if the temperature offset of the laser exceeds
its range, the laser is automatically closed by software to protect the system.
Cause for abnormal performance
In most cases, abnormal temperature offset of a laser is due to abnormal internal
temperature or control circuits of the laser. If the temperature offset is abnormal, check
the operating temperature of the laser, or replace the laser with a good one.
Performance Properties
Code
Type
Category
Unit
12302
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4356
LD Temperature Offset Over Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
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2.12 12303 Average Laser Temperature Offset(Celsius)
Performance Description
l
Meaning
Average Laser Temperature Offset means the average temperature offset of a laser
within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by hardware or an optical
module in real time, and the data in a hardware register is read by software periodically
(every 15 minutes in most cases) to obtain performance samples.
l
l
Impact or usage
à
If the core temperature offset of a laser exceeds a limit, the transmitting power
or wavelength of the laser may be abnormal. As a result, services may not be
properly transmitted, and even the local laser and downstream lasers may be
damaged.
à
The range of laser temperature offset varies with module design.
For
most modules, laser temperature offset ranges from -10 °C to 10 °C (A
threshold-crossing alarm should be produced if the temperature exceeds 5 °C.)
à
If the temperature offset of a laser exceeds its range, the downstream optical
power or wavelength of the laser becomes abnormal, which affect downstream
services or the system. Therefore, if the temperature offset of the laser exceeds
its range, the laser is automatically closed by software to protect the system.
Cause for abnormal performance
In most cases, abnormal temperature offset of a laser is due to abnormal internal
temperature or control circuits of the laser. If the temperature offset is abnormal, check
the operating temperature of the laser, or replace the laser with a good one.
Performance Properties
Code
Type
Category
Unit
12303
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4356
LD Temperature Offset Over Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
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2.13 12308 Set-Point Temperature of AWG(Celsius)
Performance Description
l
Meaning
Set-Point Temperature of AWG means the operating temperature inside an Arrayed
waveguide grating (AWG) device.
l
Performance detection
It is an analog performance indicator. Samples are collected by an AWG device in
real time, and the data in the registers of the device is read by software periodically
(every second) to obtain performance samples.
l
l
Impact or usage
à
The operating environment of an AWG device is strictly controlled by the internal
temperature of the device.
à
If the operating temperature of an AWG device does not comply with the required
normal temperature, the wavelength may not reach the specified position, and
thus multiplexing or demultiplexing may fail.
Cause for abnormal performance
In most cases, abnormal operating temperature of an AWG device is due to unsuitable
external temperature or abnormal control circuits inside the device. If the operating
temperature of the AWG device is abnormal (that is, its performance threshold is
crossed), check the ambient temperature of the device or replace the device (or board)
with a good one.
Performance Properties
Code
Type
Category
Unit
12308
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4358
AWG Temperature Over Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
2.14 12309 Max Set-Point Temperature of AWG(Celsius)
Performance Description
l
Meaning
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Max Set-Point Temperature of AWG means the maximum operating temperature of
an AWG device within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by an AWG device in
real time, and the data in the registers of the device is read by software periodically
(every second) to obtain performance samples and measure the performance within
a period (15 minutes in most cases).
l
l
Impact or usage
à
The operating environment of an AWG device is strictly controlled by the internal
temperature of the device.
à
If the operating temperature of an AWG device does not comply with the required
normal temperature, the wavelength may not reach the specified position, and
thus multiplexing or demultiplexing may fail.
Cause for abnormal performance
In most cases, abnormal operating temperature of an AWG device is due to unsuitable
external temperature or abnormal control circuits inside the device. If the operating
temperature of the AWG device is abnormal (that is, its performance threshold is
crossed), check the ambient temperature of the device or replace the device (or board)
with a good one.
Performance Properties
Code
Type
Category
Unit
12309
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4358
AWG Temperature Over Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
2.15 12310 Min Set-Point Temperature of AWG(Celsius)
Performance Description
l
Meaning
Min Set-Point Temperature of AWG means the minimum operating temperature of an
AWG device within a statistical period (15 minutes in most cases).
l
Performance detection
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It is an analog performance indicator. Samples are collected by an AWG device in
real time, and the data in the registers of the device is read by software periodically
(every second) to obtain performance samples and measure the performance within
a period (15 minutes in most cases).
l
l
Impact or usage
à
The operating environment of an AWG device is strictly controlled by the internal
temperature of the device.
à
If the operating temperature of an AWG device does not comply with the required
normal temperature, the wavelength may not reach the specified position, and
thus multiplexing or demultiplexing may fail.
Cause for abnormal performance
In most cases, abnormal operating temperature of an AWG device is due to unsuitable
external temperature or abnormal control circuits inside the device. If the operating
temperature of the AWG device is abnormal (that is, its performance threshold is
crossed), check the ambient temperature of the device or replace the device (or board)
with a good one.
Performance Properties
Code
Type
Category
Unit
12310
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4358
AWG Temperature Over Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
2.16 12311 Average Set-Point Temperature of
AWG(Celsius)
Performance Description
l
Meaning
Average Set-Point Temperature of AWG means the average operating temperature
of an AWG device within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by an AWG device in
real time, and the data in the registers of the device is read by software periodically
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Chapter 2 Equipment Performances
(every second) to obtain performance samples and measure the performance within
a period (15 minutes in most cases).
l
l
Impact or usage
à
The operating environment of an AWG device is strictly controlled by the internal
temperature of the device.
à
If the operating temperature of an AWG device does not comply with the required
normal temperature, the wavelength may not reach the specified position, and
thus multiplexing or demultiplexing may fail.
Cause for abnormal performance
In most cases, abnormal operating temperature of an AWG device is due to unsuitable
external temperature or abnormal control circuits inside the device. If the operating
temperature of the AWG device is abnormal (that is, its performance threshold is
crossed), check the ambient temperature of the device or replace the device (or board)
with a good one.
Performance Properties
Code
Type
Category
Unit
12311
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4358
AWG Temperature Over Threshold
The alarm is generated when the
Alarm
performance crosses its threshold.
2.17 12312 AWG Heater Power Consumption(%)
Performance Description
l
Meaning
AWG Heater Power Consumption means the percentage of the power consumption
of an AWG device's temperature control circuits to the maximum possible power
consumption.
The maximum possible power consumption means the power
consumed for raising the temperature of the device from minimum to normal.
l
Performance detection
It is an analog performance indicator. Samples are collected by an AWG device in
real time, and the data in the registers of the device is read by software periodically
(every second) to obtain performance samples.
l
Impact or usage
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à
As a reference value, this performance indicator calculates the operating status
of temperature control circuits of an AWG device.
à
If the operating power consumption is too large, the operating environment of the
device is unsuitable and the device requires more power in temperature control.
à
If the operating power consumption is unstable and abrupt changes occur, the
operating status of the device is abnormal.
Performance Properties
Code
Type
Category
Unit
12312
Analog
Equipment
%
performance
Related Alarms
None.
2.18 12313 Max AWG Heater Power Consumption(%)
Performance Description
l
Meaning
Max AWG Heater Power Consumption means the maximum operating power
consumption of an AWG device within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by an AWG device in
real time, and the data in the registers of the device is read by software periodically
(every second) to obtain performance samples and measure the performance within
a period (15 minutes in most cases).
l
Impact or usage
à
As a reference value, this performance indicator calculates the operating status
of temperature control circuits of an AWG device.
à
If the operating power consumption is too large, the operating environment of the
device is unsuitable and the device requires more power in temperature control.
à
If the operating power consumption is unstable and abrupt changes occur, the
operating status of the device is abnormal.
Performance Properties
Code
Type
Category
Unit
12313
Analog
Equipment
%
performance
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Related Alarms
None.
2.19 12314 Min AWG Heater Power Consumption(%)
Performance Description
l
Meaning
Min AWG Heater Power Consumption means the minimum operating power
consumption of an AWG device within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by an AWG device in
real time, and the data in the registers of the device is read by software periodically
(every second) to obtain performance samples and measure the performance within
a period (15 minutes in most cases).
l
Impact or usage
à
As a reference value, this performance indicator calculates the operating status
of temperature control circuits of an AWG device.
à
If the operating power consumption is too large, the operating environment of the
device is unsuitable and the device requires more power in temperature control.
à
If the operating power consumption is unstable and abrupt changes occur, the
operating status of the device is abnormal.
Performance Properties
Code
Type
Category
Unit
12314
Analog
Equipment
%
performance
Related Alarms
None.
2.20 12315 Average AWG Heater Power
Consumption(%)
Performance Description
l
Meaning
Average AWG Heater Power Consumption means the average operating power
consumption of an AWG device within a statistical period (15 minutes in most cases).
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l
Performance detection
It is an analog performance indicator. Samples are collected by an AWG device in
real time, and the data in the registers of the device is read by software periodically
(every second) to obtain performance samples and measure the performance within
a period (15 minutes in most cases).
l
Impact or usage
à
As a reference value, this performance indicator calculates the operating status
of temperature control circuits of an AWG device.
à
If the operating power consumption is too large, the operating environment of the
device is unsuitable and the device requires more power in temperature control.
à
If the operating power consumption is unstable and abrupt changes occur, the
operating status of the device is abnormal.
Performance Properties
Code
Type
Category
Unit
12315
Analog
Equipment
%
performance
Related Alarms
None.
2.21 12436 Laser Background Current(mA)
Performance Description
l
Meaning
Laser Background Current means the current generated when the background
monitoring component of a laser monitors the background power of the laser.
l
Performance detection
It is an analog performance indicator. Through background power monitoring and
optical-to-electrical conversion, background power is converted into current for
sampling.
l
Impact or usage
If laser background current is unstable, laser operation is unstable too.
Performance Properties
Code
Type
Category
Unit
12436
Analog
Equipment
mA
performance
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Related Alarms
None.
2.22 12437 Max Laser Background Current(mA)
Performance Description
l
Meaning
Max Laser Background Current means the maximum current generated when the
background monitoring component of a laser monitors the background power of the
laser within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Through background power monitoring and
optical-to-electrical conversion, background power is converted into current for
sampling and measurement within a period ((15 minutes in most cases).
l
Impact or usage
If laser background current is unstable, laser operation is unstable too.
Performance Properties
Code
Type
Category
Unit
12437
Analog
Equipment
mA
performance
Related Alarms
None.
2.23 12438 Min Laser Background Current(mA)
Performance Description
l
Meaning
Min Laser Background Current means the minimum current generated when the
background monitoring component of a laser monitors the background power of the
laser within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Through background power monitoring and
optical-to-electrical conversion, background power is converted into current for
sampling and measurement within a period ((15 minutes in most cases).
l
Impact or usage
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If laser background current is unstable, laser operation is unstable too.
Performance Properties
Code
Type
Category
Unit
12438
Analog
Equipment
mA
performance
Related Alarms
None.
2.24 12439 Average Laser Background Current(mA)
Performance Description
l
Meaning
Average Laser Background Current means the average current generated when the
background monitoring component of a laser monitors the background power of the
laser within a statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Through background power monitoring and
optical-to-electrical conversion, background power is converted into current for
sampling and measurement within a period ((15 minutes in most cases).
l
Impact or usage
If laser background current is unstable, laser operation is unstable too.
Performance Properties
Code
Type
Category
Unit
12439
Analog
Equipment
mA
performance
Related Alarms
None.
2.25 12560 Board Environment Temperature(Celsius)
Performance Description
l
Meaning
Board Environment Temperature means the ambient temperature of a board detected
by the temperature sensor on the board.
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l
Performance detection
It is an analog performance indicator. Samples are collected by the temperature
sensor on a board, and the data in the sensor is read by software periodically (every
second) to obtain performance samples for measurement.
l
l
Impact or usage
à
This performance indicator reflects the actual surrounding conditions of a board
in a rack. If the temperature exceeds the upper or lower limit of the operating
temperature of the board, the board may not operate properly.
à
This performance indicator is associated with the overall operating environment
of the rack, including the ambient temperature of the rack, ventilation inside the
rack, and the temperature of neighbor boards in the same rack.
Cause for abnormal performance
In most cases, abnormal ambient temperature of a board is due to poor conditions
of the equipment room where the board is located, poor ventilation inside the
corresponding rack (for example, air channels are blocked), or abnormal heating
surrounding the board.
Performance Properties
Code
Type
Category
Unit
12560
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4359
Card Environment Temperature Alarm
The alarm is generated when the
performance crosses its threshold.
5136
Environment Temperature Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
2.26 12561 Max Board Environment
Temperature(Celsius)
Performance Description
l
Meaning
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Max Board Environment Temperature means the maximum ambient temperature of a
board detected by the temperature sensor on the board within a statistical period (15
minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by the temperature
sensor on a board, and the data in the sensor is read by software periodically (every
second) to obtain performance samples for measurement within a period (15 minutes
in most cases).
l
l
Impact or usage
à
This performance indicator reflects the actual surrounding conditions of a board
in a rack. If the temperature exceeds the upper or lower limit of the operating
temperature of the board, the board may not operate properly.
à
This performance indicator is associated with the overall operating environment
of the rack, including the ambient temperature of the rack, ventilation inside the
rack, and the temperature of neighbor boards in the same rack.
Cause for abnormal performance
In most cases, abnormal ambient temperature of a board is due to poor conditions
of the equipment room where the board is located, poor ventilation inside the
corresponding rack (for example, air channels are blocked), or abnormal heating
surrounding the board.
Performance Properties
Code
Type
Category
Unit
12561
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4359
Card Environment Temperature Alarm
The alarm is generated when the
performance crosses its threshold.
5136
Environment Temperature Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
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2.27 12562 Min Board Environment
Temperature(Celsius)
Performance Description
l
Meaning
Min Board Environment Temperature means the minimum ambient temperature of a
board detected by the temperature sensor on the board within a statistical period (15
minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by the temperature
sensor on a board, and the data in the sensor is read by software periodically (every
second) to obtain performance samples for measurement within a period (15 minutes
in most cases).
l
l
Impact or usage
à
This performance indicator reflects the actual surrounding conditions of a board
in a rack. If the temperature exceeds the upper or lower limit of the operating
temperature of the board, the board may not operate properly.
à
This performance indicator is associated with the overall operating environment
of the rack, including the ambient temperature of the rack, ventilation inside the
rack, and the temperature of neighbor boards in the same rack.
Cause for abnormal performance
In most cases, abnormal ambient temperature of a board is due to poor conditions
of the equipment room where the board is located, poor ventilation inside the
corresponding rack (for example, air channels are blocked), or abnormal heating
surrounding the board.
Performance Properties
Code
Type
Category
Unit
12562
Analog
Equipment
°C
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4359
Card Environment Temperature Alarm
The alarm is generated when the
performance crosses its threshold.
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Alarm Code
Alarm Name
Alarm Scenario
5136
Environment Temperature Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
2.28 12563 Average Board Environment
Temperature(Celsius)
Performance Description
l
Meaning
Average Board Environment Temperature means the average ambient temperature
of a board detected by the temperature sensor on the board within a statistical period
(15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by the temperature
sensor on a board, and the data in the sensor is read by software periodically (every
second) to obtain performance samples for measurement within a period (15 minutes
in most cases).
l
l
Impact or usage
à
This performance indicator reflects the actual surrounding conditions of a board
in a rack. If the temperature exceeds the upper or lower limit of the operating
temperature of the board, the board may not operate properly.
à
This performance indicator is associated with the overall operating environment
of the rack, including the ambient temperature of the rack, ventilation inside the
rack, and the temperature of neighbor boards in the same rack.
Cause for abnormal performance
In most cases, abnormal ambient temperature of a board is due to poor conditions
of the equipment room where the board is located, poor ventilation inside the
corresponding rack (for example, air channels are blocked), or abnormal heating
surrounding the board.
Performance Properties
Code
Type
Category
Unit
12563
Analog
Equipment
°C
performance
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Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4359
Card Environment Temperature Alarm
The alarm is generated when the
performance crosses its threshold.
5136
Environment Temperature Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
2.29 12580 Fan Speed(rps)
Performance Description
l
Meaning
Fan Speed means the rotation speed of a fan in a subrack.
l
Performance detection
It is an analog performance indicator. Samples are collected by the speed sensor of a
fan, and the data in the register of the corresponding fan controller is read by software
periodically (every second) to obtain performance samples for measurement.
l
l
Impact or usage
à
This performance indicator is controlled automatically based on the detection
points in the rack.
à
If the rotation speed of a fan does not comply with the expected speed calculated
by a control algorithm, the alarm of "FAN Speed Abnormal Alarm" should be
produced. If the rotation speed exceeds its threshold, the alarm of "FAN Alarm"
should also be produced.
à
If the rotation speed is abnormal, errors may occur in fan control, and subrack
ventilation may not be as good as expected. If the rotation speed exceeds its
threshold, abnormal noise or fatigue of the fan may occur. In addition, subrack
ventilation may not be as good as expected because the rotation speed reaches
its limit.
Cause for abnormal performance
à
If the rotation speed of a fan is abnormal, verify that the fan status and
temperature of detection points are normal, software algorithms are under
control, and the fan has no hardware failures.
à
If the rotation speed of a fan exceeds its threshold, verify that subrack ventilation
is good, air channels are not blocked, and the ambient temperature of the subrack
is suitable.
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Performance Properties
Code
Type
Category
Unit
12580
Analog
Equipment
rps
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
FAN Alarm
The alarm is generated when the
performance crosses its threshold.
4097
FAN Speed Abnormal Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
2.30 12581 Max Fan Speed(rps)
Performance Description
l
Meaning
Max Fan Speed means the maximum rotation speed of a fan in a subrack within a
statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by the speed sensor of a
fan, and the data in the register of the corresponding fan controller is read by software
periodically (every second) to obtain performance samples for measurement within a
period (15 minutes in most cases).
l
l
Impact or usage
à
This performance indicator is controlled automatically based on the detection
points in the rack.
à
If the rotation speed of a fan does not comply with the expected speed calculated
by a control algorithm, the alarm of "FAN Speed Abnormal Alarm" should be
produced. If the rotation speed exceeds its threshold, the alarm of "FAN Alarm"
should also be produced.
à
If the rotation speed is abnormal, errors may occur in fan control, and subrack
ventilation may not be as good as expected. If the rotation speed exceeds its
threshold, abnormal noise or fatigue of the fan may occur. In addition, subrack
ventilation may not be as good as expected because the rotation speed reaches
its limit.
Cause for abnormal performance
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à
If the rotation speed of a fan is abnormal, verify that the fan status and
temperature of detection points are normal, software algorithms are under
control, and the fan has no hardware failures.
à
If the rotation speed of a fan exceeds its threshold, verify that subrack ventilation
is good, air channels are not blocked, and the ambient temperature of the subrack
is suitable.
Performance Properties
Code
Type
Category
Unit
12581
Analog
Equipment
rps
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
FAN Alarm
The alarm is generated when the
performance crosses its threshold.
4097
FAN Speed Abnormal Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
2.31 12582 Min Fan Speed(rps)
Performance Description
l
Meaning
Min Fan Speed means the minimum rotation speed of a fan in a subrack within a
statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by the speed sensor of a
fan, and the data in the register of the corresponding fan controller is read by software
periodically (every second) to obtain performance samples for measurement within a
period (15 minutes in most cases).
l
Impact or usage
à
This performance indicator is controlled automatically based on the detection
points in the rack.
à
If the rotation speed of a fan does not comply with the expected speed calculated
by a control algorithm, the alarm of "FAN Speed Abnormal Alarm" should be
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produced. If the rotation speed exceeds its threshold, the alarm of "FAN Alarm"
should also be produced.
à
l
If the rotation speed is abnormal, errors may occur in fan control, and subrack
ventilation may not be as good as expected. If the rotation speed exceeds its
threshold, abnormal noise or fatigue of the fan may occur. In addition, subrack
ventilation may not be as good as expected because the rotation speed reaches
its limit.
Cause for abnormal performance
à
If the rotation speed of a fan is abnormal, verify that the fan status and
temperature of detection points are normal, software algorithms are under
control, and the fan has no hardware failures.
à
If the rotation speed of a fan exceeds its threshold, verify that subrack ventilation
is good, air channels are not blocked, and the ambient temperature of the subrack
is suitable.
Performance Properties
Code
Type
Category
Unit
12582
Analog
Equipment
rps
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
FAN Alarm
The alarm is generated when the
performance crosses its threshold.
4097
FAN Speed Abnormal Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
2.32 12583 Average Fan Speed(rps)
Performance Description
l
Meaning
Average Fan Speed means the average rotation speed of a fan in a subrack within a
statistical period (15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected by the speed sensor of a
fan, and the data in the register of the corresponding fan controller is read by software
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periodically (every second) to obtain performance samples for measurement within a
period (15 minutes in most cases).
l
l
Impact or usage
à
This performance indicator is controlled automatically based on the detection
points in the rack.
à
If the rotation speed of a fan does not comply with the expected speed calculated
by a control algorithm, the alarm of "FAN Speed Abnormal Alarm" should be
produced. If the rotation speed exceeds its threshold, the alarm of "FAN Alarm"
should also be produced.
à
If the rotation speed is abnormal, errors may occur in fan control, and subrack
ventilation may not be as good as expected. If the rotation speed exceeds its
threshold, abnormal noise or fatigue of the fan may occur. In addition, subrack
ventilation may not be as good as expected because the rotation speed reaches
its limit.
Cause for abnormal performance
à
If the rotation speed of a fan is abnormal, verify that the fan status and
temperature of detection points are normal, software algorithms are under
control, and the fan has no hardware failures.
à
If the rotation speed of a fan exceeds its threshold, verify that subrack ventilation
is good, air channels are not blocked, and the ambient temperature of the subrack
is suitable.
Performance Properties
Code
Type
Category
Unit
12583
Analog
Equipment
rps
performance
Related Alarms
Alarm Code
Alarm Name
Alarm Scenario
4097
FAN Alarm
The alarm is generated when the
performance crosses its threshold.
4097
FAN Speed Abnormal Alarm
The alarm is associated with
the performance, but the alarm
is generated not only when the
performance crosses its threshold.
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2.33 12592 Inner-Module Temperature(Celsius)
Performance Description
l
Meaning
Inner-Module Temperature means the internal temperature of an optical module
detected by its internal temperature sensor.
l
Performance detection
It is an analog performance indicator. Samples are collected from an optical module,
and the data in the corresponding register of the optical module is read by software
periodically (every second) to obtain performance samples for measurement.
l
l
Impact or usage
à
This performance indicator represents the overall operating temperature of all the
internal components of an optical module.
à
It is associated with the external operating environment of the module and heating
of the components inside the module.
à
Depending on the characteristics of the components of an optical module, the
normal internal temperature of the optical module ranges from -5 °C to 80 °C.
If the internal temperature is too high or too low, the internal components of the
module, especially lasers, may operate unstably or even be damaged.
Cause for abnormal performance
In most cases, abnormal internal temperature of an optical module is due to unsuitable
environment of a board or poor ventilation inside a rack.
Performance Properties
Code
Type
Category
Unit
12592
Analog
Equipment
°C
performance
Related Alarms
None.
2.34 12593 Max Inner-Module Temperature(Celsius)
Performance Description
l
Meaning
Max Inner-Module Temperature means the maximum internal temperature of an
optical module detected by its internal temperature sensor within a statistical period
(15 minutes in most cases).
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l
Performance detection
It is an analog performance indicator. Samples are collected from an optical module,
and the data in the corresponding register of the optical module is read by software
periodically (every second) to obtain performance samples for measurement within a
period (15 minutes in most cases).
l
l
Impact or usage
à
This performance indicator represents the overall operating temperature of all the
internal components of an optical module.
à
It is associated with the external operating environment of the module and heating
of the components inside the module.
à
Depending on the characteristics of the components of an optical module, the
internal temperature of the optical module normally ranges from -5 °C to 80 °C.
If the internal temperature is too high or too low, the internal components of the
module, especially lasers, may operate unstably or even be damaged.
Cause for abnormal performance
In most cases, abnormal internal temperature of an optical module is due to unsuitable
environment of a board or poor ventilation inside a rack.
Performance Properties
Code
Type
Category
Unit
12593
Analog
Equipment
°C
performance
Related Alarms
None.
2.35 12594 Min Inner-Module Temperature(Celsius)
Performance Description
l
Meaning
Min Inner-Module Temperature means the minimum internal temperature of an
optical module detected by its internal temperature sensor within a statistical period
(15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected from an optical module,
and the data in the corresponding register of the optical module is read by software
periodically (every second) to obtain performance samples for measurement within a
period (15 minutes in most cases).
l
Impact or usage
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l
à
This performance indicator represents the overall operating temperature of all the
internal components of an optical module.
à
It is associated with the external operating environment of the module and heating
of the components inside the module.
à
Depending on the characteristics of the components of an optical module, the
internal temperature of the optical module normally ranges from -5 °C to 80 °C.
If the internal temperature is too high or too low, the internal components of the
module, especially lasers, may operate unstably or even be damaged.
Cause for abnormal performance
In most cases, abnormal internal temperature of an optical module is due to unsuitable
environment of a board or poor ventilation inside a rack.
Performance Properties
Code
Type
Category
Unit
12594
Analog
Equipment
°C
performance
Related Alarms
None.
2.36 12595 Average Inner-Module Temperature(Celsius)
Performance Description
l
Meaning
Average Inner-Module Temperature means the average internal temperature of an
optical module detected by its internal temperature sensor within a statistical period
(15 minutes in most cases).
l
Performance detection
It is an analog performance indicator. Samples are collected from an optical module,
and the data in the corresponding register of the optical module is read by software
periodically (every second) to obtain performance samples for measurement within a
period (15 minutes in most cases).
l
Impact or usage
à
This performance indicator represents the overall operating temperature of all the
internal components of an optical module.
à
It is associated with the external operating environment of the module and heating
of the components inside the module.
à
Depending on the characteristics of the components of an optical module, the
internal temperature of the optical module normally ranges from -5 °C to 80 °C.
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Chapter 2 Equipment Performances
If the internal temperature is too high or too low, the internal components of the
module, especially lasers, may operate unstably or even be damaged.
l
Cause for abnormal performance
In most cases, abnormal internal temperature of an optical module is due to unsuitable
environment of a board or poor ventilation inside a rack.
Performance Properties
Code
Type
Category
Unit
12595
Analog
Equipment
°C
performance
Related Alarms
None.
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Chapter 3
Normal Counters
Normal counters are used for normal counting supported by data services.
Table of Contents
33817 Received Packet Count ...................................................................................3-1
33824 Transmitted Packet Count ...............................................................................3-2
3.1 33817 Received Packet Count
Performance Description
l
Meaning
Received Packet Count means the total number of data packets received by a port,
including normal, damaged, broadcast, and multicast data packets.
l
Performance detection
It is a digital performance indicator. It should accurately reflect the number of data
packets received by a device. Whenever a data packet is received, the counter is
increased by 1, as long as the counter is not cleared (or the measurement period
does not end).
This indicator is expressed in four bytes. The maximum sampling amount is 4 GB.
The counter is cleared after reaching the maximum sampling amount.
l
Impact or usage
à
This performance indicator monitors the throughput of a data port and analyzes
the characteristics of data traffic.
à
If the number of received data packets is too small, it indicates that the port is
idle. If the number of received data packets is too large, it indicates that the port
is busy.
à
By comparing the number of valid data packets and that of invalid data packets
among all received data packets, you can determine the quality of the upstream
link.
à
By comparing data packets of different lengths, and the number of unicast or
multicast data packets, you can learn the characteristics of data traffic.
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Performance Properties
Code
Type
Category
Unit
33817
Digital
Normal counting
None
Related Alarms
None.
3.2 33824 Transmitted Packet Count
Performance Description
l
Meaning
Transmitted Packet Count means the total number of data packets transmitted by a
port, including normal, damaged, broadcast, and multicast data packets.
l
Performance detection
It is a digital performance indicator. It should accurately reflect the number of data
packets transmitted by a device. Whenever a data packet is transmitted, the counter
is increased by 1, as long as the counter is not cleared (or the measurement period
does not end).
This indicator is expressed in four bytes. The maximum sampling amount is 4 GB.
The counter is cleared after reaching the maximum sampling amount.
l
Impact or usage
à
This performance indicator monitors the throughput of a data port and analyzes
the characteristics of data traffic.
à
If the number of transmitted data packets is too small, it indicates that the port is
idle. If the number of transmitted data packets is too large, it indicates that the
port is busy.
Performance Properties
Code
Type
Category
Unit
33824
Digital
Normal counting
None
Related Alarms
None.
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Appendix A
Board Performance List
Table of Contents
Ÿ ASMB Board Performance List .............................................................................. A-1
Ÿ BITSB Board Performance List .............................................................................. A-8
Ÿ EIC Board Performance List .................................................................................. A-9
Ÿ EI Board Performance List ..................................................................................... A-9
Ÿ FAN Board Performance List ................................................................................. A-9
Ÿ FCF Board Performance List ................................................................................. A-9
Ÿ MHE1 Board Performance List .............................................................................. A-9
Ÿ MJA Board Performance List ............................................................................... A-17
Ÿ MJM Board Performance List .............................................................................. A-24
Ÿ MOM2B Board Performance List ......................................................................... A-30
Ÿ MQA1 Board Performance List ............................................................................ A-38
Ÿ MQA2 Board Performance List ............................................................................ A-45
Ÿ MQM1 Board Performance List ............................................................................ A-52
Ÿ NCP Board Performance List ............................................................................... A-58
Ÿ ODU Board Performance List .............................................................................. A-58
Ÿ OMU Board Performance List .............................................................................. A-59
Ÿ SCOAD Board Performance List .......................................................................... A-59
Ÿ SCOMD Board Performance List ......................................................................... A-59
Ÿ SEOA Board Performance List ............................................................................ A-60
Ÿ SOAD Board Performance List ............................................................................ A-60
Ÿ SOP Board Performance List ............................................................................... A-60
Ÿ TD2C Board Performance List ............................................................................. A-60
Ÿ TS4 Board Performance List ................................................................................ A-67
A.1 ASMB Board Performance List
Board
Performance
Performance
Performance Type
Output Power(dBm)
Optical Performance
Code
ASMB
12288
A-1
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Board
Performance
Performance
Performance Type
Code
ASMB
12292
Laser Bias Current(mA)
Equipment Performance
ASMB
12544
Input Power(dBm)
Optical Performance
ASMB
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
ASMB
12592
Inner-Module Temperature(Celsius)
Equipment Performance
ASMB
33805
BER Before FEC
BER
ASMB
33806
FEC Uncorrected Frame Count
Error Count
ASMB
33814
Received Error Packet Rate
BER
ASMB
33817
Received Packet Count
Normal Count
ASMB
33824
Transmitted Packet Count
Normal Count
ASMB
33843
BER After FEC
BER
ASMB
33857
SM Errored Second(s)
Error Time
ASMB
33858
SM Severely Errored Second(s)
Error Time
ASMB
33859
SM Unavailable Second(s)
Error Time
ASMB
33883
TCM1 Unavailable Second(s)
Error Time
ASMB
33884
TCM1 Errored Second(s)
Error Time
ASMB
33885
TCM1 Severely Errored Second(s)
Error Time
ASMB
33888
TCM2 Unavailable Second(s)
Error Time
ASMB
33889
TCM2 Errored Second(s)
Error Time
ASMB
33890
TCM2 Severely Errored Second(s)
Error Time
ASMB
33893
TCM3 Unavailable Second(s)
Error Time
ASMB
33894
TCM3 Errored Second(s)
Error Time
ASMB
33895
TCM3 Severely Errored Second(s)
Error Time
ASMB
33898
TCM4 Unavailable Second(s)
Error Time
ASMB
33899
TCM4 Errored Second(s)
Error Time
ASMB
33900
TCM4 Severely Errored Second(s)
Error Time
ASMB
33903
TCM5 Unavailable Second(s)
Error Time
ASMB
33904
TCM5 Errored Second(s)
Error Time
ASMB
33905
TCM5 Severely Errored Second(s)
Error Time
ASMB
33908
TCM6 Unavailable Second(s)
Error Time
ASMB
33909
TCM6 Errored Second(s)
Error Time
ASMB
33910
TCM6 Severely Errored Second(s)
Error Time
A-2
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Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
ASMB
33925
PM Errored Second(s)
Error Time
ASMB
33926
PM Severely Errored Second(s)
Error Time
ASMB
33927
PM Unavailable Second(s)
Error Time
ASMB
33929
SM Background Block Error Count
Error Count
ASMB
33930
SM Far-End Background Block Error
Error Count
Count
ASMB
33931
ASMB
33932
SM Far-End Errored Second(s)
Error Time
SM Far-End Severely Errored
Error Time
Second(s)
ASMB
33933
SM Far-End Unavailable Second(s)
Error Time
ASMB
33934
PM Background Block Error Count
Error Count
ASMB
33935
PM Far-End Background Block Error
Error Time
Count
ASMB
33936
ASMB
33937
PM Far-End Errored Second(s)
Error Time
PM Far-End Severely Errored
Error Time
Second(s)
ASMB
33938
PM Far-End Unavailable Second(s)
Error Time
ASMB
33939
TCM1 Background Block Error Count
Error Count
ASMB
33940
TCM2 Background Block Error Count
Error Count
ASMB
33941
TCM3 Background Block Error Count
Error Count
ASMB
33942
TCM4 Background Block Error Count
Error Count
ASMB
33943
TCM5 Background Block Error Count
Error Count
ASMB
33944
TCM6 Background Block Error Count
Error Count
ASMB
33945
TCM1 Far-End Background Block
Error Count
Error Count
ASMB
33946
TCM2 Far-End Background Block
Error Count
Error Count
ASMB
33947
TCM3 Far-End Background Block
Error Count
Error Count
ASMB
33948
TCM4 Far-End Background Block
Error Count
Error Count
ASMB
33949
TCM5 Far-End Background Block
Error Count
Error Count
A-3
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Board
Performance
Performance
Performance Type
TCM6 Far-End Background Block
Error Time
Code
ASMB
33950
Error Count
ASMB
33951
TCM1 Far-End Errored Second(s)
Error Time
ASMB
33952
TCM2 Far-End Errored Second(s)
Error Time
ASMB
33953
TCM3 Far-End Errored Second(s)
Error Time
ASMB
33954
TCM4 Far-End Errored Second(s)
Error Time
ASMB
33955
TCM5 Far-End Errored Second(s)
Error Time
ASMB
33956
TCM6 Far-End Errored Second(s)
Error Time
ASMB
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
ASMB
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
ASMB
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
ASMB
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
ASMB
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
ASMB
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
ASMB
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
ASMB
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
ASMB
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
ASMB
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
ASMB
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
ASMB
33968
TCM6 Far-End Unavailable
Error Time
Second(s)
ASMB
33974
SM Incoming Alignment Errored
Error Time
Second(s)
A-4
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Appendix A Board Performance List
Board
Performance
Performance
Performance Type
SM Backward Incoming Alignment
Error Time
Code
ASMB
33975
Errored Second(s)
ASMB
33976
TCM1 Incoming Alignment Errored
Error Time
Second(s)
ASMB
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
ASMB
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
ASMB
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
ASMB
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
ASMB
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
ASMB
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
ASMB
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
ASMB
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
ASMB
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
ASMB
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
ASMB
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
ASMB
33990
SM Bi-Directional Unavailable
Error Time
Second(s)
ASMB
33991
PM Bi-Directional Unavailable
Error Time
Second(s)
ASMB
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
ASMB
33993
TCM2 Bi-Directional Unavailable
Error Time
Second(s)
ASMB
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
A-5
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ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM4 Bi-Directional Unavailable
Error Time
Code
ASMB
33995
Second(s)
ASMB
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
ASMB
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
ASMB
34048
Remote Errored Symbol Period Event
Error Count
Count
ASMB
34049
Remote Errored Frame Event Count
Error Count
ASMB
34050
Remote Errored Frame Period Event
Error Count
Count
ASMB
34051
Remote Errored Frame Second Event
Error Count
Count
ASMB
34052
Errored Symbol Period Event Count
Error Count
ASMB
34053
Errored Frame Event Count
Error Count
ASMB
34054
Errored Frame Period Event Count
Error Count
ASMB
34055
Errored Frame Second Event Count
Error Count
ASMB
36896
Total Transmitted Data Byte Count
Normal Count
ASMB
36897
Transmitted Unicast Package Count
Normal Count
ASMB
36898
Transmitted Broadcast Package
Normal Count
Count
ASMB
36899
Transmitted Multicast Package Count
Normal Count
ASMB
36900
Transmitted PAUSE Frame Count
Normal Count
ASMB
36902
Total Transmitted Data Packets Count
Normal Count
ASMB
36903
Packets Transmitted (64 Octets in
Normal Count
Length)
ASMB
36904
Packets Transmitted (65-127 Octets
Normal Count
in Length)
ASMB
36905
Packets Transmitted(128-255 Octets
Normal Count
in Length)
ASMB
36906
Packets Transmitted(256-511 Octets
Normal Count
in Length)
ASMB
36907
Packets Transmitted(512-1023
Normal Count
Octets in Length)
A-6
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Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Packets Transmitted(1024-1518
Normal Count
Code
ASMB
36908
Octets in Length)
ASMB
36909
Packets Transmitted (1519-MTU
Normal Count
Octets in Length)
ASMB
36914
Received Unicast Package Count
Normal Count
ASMB
36915
Received Broadcast Package Count
Normal Count
ASMB
36916
Received Multicast Package Count
Normal Count
ASMB
36917
Received PAUSE Frame Count
Normal Count
ASMB
36918
Received Undersize Frame Count
Error Count
ASMB
36919
Received Fragments Package Count
Error Count
ASMB
36920
Received Oversize Frame Count
Error Count
ASMB
36921
Received Jabber Package Count
Error Count
ASMB
36924
Packets Received (64 Octets in
Normal Count
Length)
ASMB
36925
Packets Received (65-127 Octets in
Normal Count
Length)
ASMB
36926
Packets Received (128-255 Octets in
Normal Count
Length)
ASMB
36927
Packets Received (256-511 Octets in
Normal Count
Length)
ASMB
36928
Packets Received (512-1023 Octets
Normal Count
in Length)
ASMB
36929
Packets Received (1024-1518 Octets
Normal Count
in Length)
ASMB
36930
Packets Received (1519-MAX Octets
Normal Count
in Length)
ASMB
36932
DropEvents Count
Error Count
ASMB
36933
Collisions Count
Error Count
ASMB
36937
Total Received Data Packets Count
Normal Count
ASMB
36938
Total Received Data Bytes Count
Normal Count
ASMB
36939
Total Received CRC Error Packets
Error Count
Count
ASMB
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
A-7
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ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
FEC Correct 0 Bit Error Count(Exp
Error Count
Code
ASMB
37377
Format)
ASMB
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
A.2 BITSB Board Performance List
Board
Performance
Performance
Performance Type
Code
BITSB
12288
Output Power(dBm)
Optical Performance
BITSB
12292
Laser Bias Current(mA)
Equipment Performance
BITSB
12544
Input Power(dBm)
Optical Performance
BITSB
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
BITSB
12592
Inner-Module Temperature(Celsius)
Equipment Performance
BITSB
12636
Time Offset From Master(ns)
Delay Time
BITSB
12640
Time Path Delay(ns)
Delay Time
BITSB
33815
CRC Error Count
Error Count
BITSB
33816
Loss Message Count
Error Count
BITSB
33817
Received Packet Count
Normal Count
BITSB
33824
Transmitted Packet Count
Normal Count
BITSB
36961
Transmitted Sync Frame Count
Normal Count
BITSB
36962
Received Sync Frame Count
Normal Count
BITSB
36963
Discarded Sync Frame Count
Error Count
BITSB
36964
Transmitted Req Frame Count
Normal Count
BITSB
36965
Received Req Frame Count
Normal Count
BITSB
36966
Discarded Req Frame Count
Error Count
BITSB
36973
Transmitted Announce Frame Count
Normal Count
BITSB
36974
Received Announce Frame Count
Normal Count
BITSB
36975
Discarded Announce Frame Count
Error Count
A-8
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Appendix A Board Performance List
A.3 EIC Board Performance List
Board
Performance
Performance
Performance Type
Board Environment Temperature(Cel-
Equipment Performance
Code
EIC
12560
sius)
A.4 EI Board Performance List
Board
Performance
Performance
Performance Type
Board Environment Temperature(Cel-
Equipment Performance
Code
EI
12560
sius)
A.5 FAN Board Performance List
Board
Performance
Performance
Performance Type
Board Environment Temperature(Cel-
Equipment Performance
Code
FAN
12560
sius)
FAN
12580
Fan Speed(rps)
Equipment Performance
A.6 FCF Board Performance List
Board
Performance
Performance
Performance Type
Board Environment Temperature(Cel-
Equipment Performance
Code
FCF
12560
sius)
FCF
12580
Fan Speed(rps)
Equipment Performance
A.7 MHE1 Board Performance List
Board
Performance
Performance
Performance Type
Code
MHE1
12288
Output Power(dBm)
Optical Performance
MHE1
12292
Laser Bias Current(mA)
Equipment Performance
A-9
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ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MHE1
12544
Input Power(dBm)
Optical Performance
MHE1
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
MHE1
12592
Inner-Module Temperature(Celsius)
Equipment Performance
MHE1
33794
RS ES(s)
Error Time
MHE1
33795
RS SES(s)
Error Time
MHE1
33796
RS UAS(s)
Error Time
MHE1
33805
BER Before FEC
BER
MHE1
33806
FEC Uncorrected Frame Count
Error Count
MHE1
33815
CRC Error Count
Error Count
MHE1
33843
BER After FEC
BER
MHE1
33857
SM Errored Second(s)
Error Time
MHE1
33858
SM Severely Errored Second(s)
Error Time
MHE1
33859
SM Unavailable Second(s)
Error Time
MHE1
33883
TCM1 Unavailable Second(s)
Error Time
MHE1
33884
TCM1 Errored Second(s)
Error Time
MHE1
33885
TCM1 Severely Errored Second(s)
Error Time
MHE1
33888
TCM2 Unavailable Second(s)
Error Time
MHE1
33889
TCM2 Errored Second(s)
Error Time
MHE1
33890
TCM2 Severely Errored Second(s)
Error Time
MHE1
33893
TCM3 Unavailable Second(s)
Error Time
MHE1
33894
TCM3 Errored Second(s)
Error Time
MHE1
33895
TCM3 Severely Errored Second(s)
Error Time
MHE1
33898
TCM4 Unavailable Second(s)
Error Time
MHE1
33899
TCM4 Errored Second(s)
Error Time
MHE1
33900
TCM4 Severely Errored Second(s)
Error Time
MHE1
33903
TCM5 Unavailable Second(s)
Error Time
MHE1
33904
TCM5 Errored Second(s)
Error Time
MHE1
33905
TCM5 Severely Errored Second(s)
Error Time
MHE1
33908
TCM6 Unavailable Second(s)
Error Time
MHE1
33909
TCM6 Errored Second(s)
Error Time
MHE1
33910
TCM6 Severely Errored Second(s)
Error Time
A-10
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MHE1
33925
PM Errored Second(s)
Error Time
MHE1
33926
PM Severely Errored Second(s)
Error Time
MHE1
33927
PM Unavailable Second(s)
Error Time
MHE1
33929
SM Background Block Error Count
Error Count
MHE1
33930
SM Far-End Background Block Error
Error Count
Count
MHE1
33931
MHE1
33932
SM Far-End Errored Second(s)
Error Time
SM Far-End Severely Errored
Error Time
Second(s)
MHE1
33933
SM Far-End Unavailable Second(s)
Error Time
MHE1
33934
PM Background Block Error Count
Error Count
MHE1
33935
PM Far-End Background Block Error
Error Count
Count
MHE1
33936
MHE1
33937
PM Far-End Errored Second(s)
Error Time
PM Far-End Severely Errored
Error Time
Second(s)
MHE1
33938
PM Far-End Unavailable Second(s)
Error Time
MHE1
33939
TCM1 Background Block Error Count
Error Count
MHE1
33940
TCM2 Background Block Error Count
Error Count
MHE1
33941
TCM3 Background Block Error Count
Error Count
MHE1
33942
TCM4 Background Block Error Count
Error Count
MHE1
33943
TCM5 Background Block Error Count
Error Count
MHE1
33944
TCM6 Background Block Error Count
Error Count
MHE1
33945
TCM1 Far-End Background Block
Error Count
Error Count
MHE1
33946
TCM2 Far-End Background Block
Error Count
Error Count
MHE1
33947
TCM3 Far-End Background Block
Error Count
Error Count
MHE1
33948
TCM4 Far-End Background Block
Error Count
Error Count
MHE1
33949
TCM5 Far-End Background Block
Error Count
Error Count
A-11
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM6 Far-End Background Block
Error Time
Code
MHE1
33950
Error Count
MHE1
33951
TCM1 Far-End Errored Second(s)
Error Time
MHE1
33952
TCM2 Far-End Errored Second(s)
Error Time
MHE1
33953
TCM3 Far-End Errored Second(s)
Error Time
MHE1
33954
TCM4 Far-End Errored Second(s)
Error Time
MHE1
33955
TCM5 Far-End Errored Second(s)
Error Time
MHE1
33956
TCM6 Far-End Errored Second(s)
Error Time
MHE1
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
MHE1
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
MHE1
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
MHE1
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
MHE1
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
MHE1
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
MHE1
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
MHE1
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
MHE1
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
MHE1
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
MHE1
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
MHE1
33968
TCM6 Far-End Unavailable
Error Time
Second(s)
MHE1
33969
RS Background Block Error Count
Error Count
MHE1
33974
SM Incoming Alignment Errored
Error Time
Second(s)
A-12
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
SM Backward Incoming Alignment
Error Time
Code
MHE1
33975
Errored Second(s)
MHE1
33976
TCM1 Incoming Alignment Errored
Error Time
Second(s)
MHE1
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
MHE1
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
MHE1
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
MHE1
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
MHE1
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
MHE1
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
MHE1
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
MHE1
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
MHE1
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
MHE1
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
MHE1
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MHE1
33988
Backplane Signal Errored Second(s)
Error Time
MHE1
33989
Backplane Signal Far-End Errored
Error Time
Second(s)
MHE1
33990
SM Bi-Directional Unavailable
Error Time
Second(s)
MHE1
33991
PM Bi-Directional Unavailable
Error Time
Second(s)
MHE1
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
A-13
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM2 Bi-Directional Unavailable
Error Time
Code
MHE1
33993
Second(s)
MHE1
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
MHE1
33995
TCM4 Bi-Directional Unavailable
Error Time
Second(s)
MHE1
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
MHE1
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MHE1
33998
RS Bi-Directional Unavailable
Error Time
Second(s)
MHE1
34000
MS Errored Second(s)
Error Time
MHE1
34001
MS Severely Errored Second(s)
Error Time
MHE1
34002
MS Unavailable Second(s)
Error Time
MHE1
34003
MS Background Block Error Count
Error Count
MHE1
34004
MS Bi-Directional Unavailable
Error Time
Second(s)
MHE1
34005
MS Far-End Errored Second(s)
Error Time
MHE1
34006
MS Far-End Severely Errored
Error Time
Second(s)
MHE1
34007
MS Far-End Unavailable Second(s)
Error Time
MHE1
34008
MS Far-End Background Block Error
Error Count
Count
MHE1
34009
AU Positive Pointer Justification
Error Count
Count
MHE1
34010
AU Negative Pointer Justification
Error Count
Count
MHE1
34011
TU Positive Pointer Justification
Error Count
Count
MHE1
34012
TU Negative Pointer Justification
Error Count
Count
MHE1
34013
HP Errored Second(s)
Error Time
MHE1
34014
HP Severely Errored Second(s)
Error Time
MHE1
34015
HP Unavailable Second(s)
Error Time
A-14
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MHE1
34016
HP Background Block Error Count
Error Count
MHE1
34017
HP Bi-Directional Unavailable
Error Time
Second(s)
MHE1
34018
HP Far-End Errored Second(s)
Error Time
MHE1
34019
HP Far-End Severely Errored
Error Time
Second(s)
MHE1
34020
HP Far-End Unavailable Second(s)
Error Time
MHE1
34021
HP Far-End Background Block Error
Error Count
Count
MHE1
34022
LP Errored Second(s)
Error Time
MHE1
34023
LP Severely Errored Second(s)
Error Time
MHE1
34024
LP Unavailable Second(s)
Error Time
MHE1
34025
LP Background Block Error Count
Error Count
MHE1
34026
LP Bi-Directional Unavailable
Error Time
Second(s)
MHE1
34027
LP Far-End Errored Second(s)
Error Time
MHE1
34028
LP Far-End Severely Errored
Error Time
Second(s)
MHE1
34029
LP Far-End Unavailable Second(s)
Error Time
MHE1
34030
LP Far-End Background Block Error
Error Count
Count
MHE1
34030
LP Far-End Background Block Error
Error Count
Count
MHE1
34031
E1 Errored Second(s)
Error Time
MHE1
34032
E1 Severely Errored Second(s)
Error Time
MHE1
34033
E1 Unavailable Second(s)
Error Time
MHE1
34034
E1 Background Block Error Count
Error Count
MHE1
34035
E1 Bi-Directional Unavailable
Error Time
Second(s)
MHE1
36902
Total Transmitted Data Packets Count
Normal Count
MHE1
36928
Packets Received (512-1023 Octets
Normal Count
in Length)
MHE1
36937
Total Received Data Packets Count
Normal Count
MHE1
36938
Total Received Data Bytes Count
Normal Count
A-15
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Total Received CRC Error Packets
Error Count
Code
MHE1
36939
Count
MHE1
37001
SM Background Block Error Ratio
BER
MHE1
37002
SM Far-End Background Block Error
BER
Ratio
MHE1
37003
SM Severely Errored Second Ratio
BER
MHE1
37004
SM Far-End Severely Errored Second
BER
Ratio
MHE1
37005
PM Background Block Error Ratio
BER
MHE1
37006
PM Far-End Background Block Error
BER
Ratio
MHE1
37007
MHE1
37008
PM Severely Errored Second Ratio
BER
PM Far-End Severely Errored Second
BER
Ratio
MHE1
37009
TCM1 Background Block Error Ratio
BER
MHE1
37010
TCM2 Background Block Error Ratio
BER
MHE1
37011
TCM3 Background Block Error Ratio
BER
MHE1
37012
TCM4 Background Block Error Ratio
BER
MHE1
37013
TCM5 Background Block Error Ratio
BER
MHE1
37014
TCM6 Background Block Error Ratio
BER
MHE1
37015
TCM1 Far-End Background Block
BER
Error Ratio
MHE1
37016
TCM2 Far-End Background Block
BER
Error Ratio
MHE1
37017
TCM3 Far-End Background Block
BER
Error Ratio
MHE1
37018
TCM4 Far-End Background Block
BER
Error Ratio
MHE1
37019
TCM5 Far-End Background Block
BER
Error Ratio
MHE1
37020
TCM6 Far-End Background Block
BER
Error Ratio
MHE1
37021
TCM1 Severely Errored Second Ratio
BER
MHE1
37022
TCM2 Severely Errored Second Ratio
BER
A-16
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MHE1
37023
TCM3 Severely Errored Second Ratio
BER
MHE1
37024
TCM4 Severely Errored Second Ratio
BER
MHE1
37025
TCM5 Severely Errored Second Ratio
BER
MHE1
37026
TCM6 Severely Errored Second Ratio
BER
MHE1
37027
TCM1 Far-End Severely Errored
BER
Second Ratio
MHE1
37028
TCM2 Far-End Severely Errored
BER
Second Ratio
MHE1
37029
TCM3 Far-End Severely Errored
BER
Second Ratio
MHE1
37030
TCM4 Far-End Severely Errored
BER
Second Ratio
MHE1
37031
TCM5 Far-End Severely Errored
BER
Second Ratio
MHE1
37032
TCM6 Far-End Severely Errored
BER
Second Ratio
MHE1
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
MHE1
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
MHE1
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
A.8 MJA Board Performance List
Board
Performance
Performance
Performance Type
Code
MJA
12288
Output Power(dBm)
Optical Performance
MJA
12292
Laser Bias Current(mA)
Equipment Performance
MJA
12544
Input Power(dBm)
Optical Performance
MJA
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
MJA
12592
Inner-Module Temperature(Celsius)
Equipment Performance
MJA
33794
RS ES(s)
Error Time
A-17
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MJA
33795
RS SES(s)
Error Time
MJA
33796
RS UAS(s)
Error Time
MJA
33805
BER Before FEC
BER
MJA
33806
FEC Uncorrected Frame Count
Error Count
MJA
33815
CRC Error Count
Error Count
MJA
33816
Loss Message Count
Error Count
MJA
33817
Received Packet Count
Normal Count
MJA
33824
Transmitted Packet Count
Normal Count
MJA
33843
BER After FEC
BER
MJA
33857
SM Errored Second(s)
Error Time
MJA
33858
SM Severely Errored Second(s)
Error Time
MJA
33859
SM Unavailable Second(s)
Error Time
MJA
33883
TCM1 Unavailable Second(s)
Error Time
MJA
33884
TCM1 Errored Second(s)
Error Time
MJA
33885
TCM1 Severely Errored Second(s)
Error Time
MJA
33888
TCM2 Unavailable Second(s)
Error Time
MJA
33889
TCM2 Errored Second(s)
Error Time
MJA
33890
TCM2 Severely Errored Second(s)
Error Time
MJA
33893
TCM3 Unavailable Second(s)
Error Time
MJA
33894
TCM3 Errored Second(s)
Error Time
MJA
33895
TCM3 Severely Errored Second(s)
Error Time
MJA
33898
TCM4 Unavailable Second(s)
Error Time
MJA
33899
TCM4 Errored Second(s)
Error Time
MJA
33900
TCM4 Severely Errored Second(s)
Error Time
MJA
33903
TCM5 Unavailable Second(s)
Error Time
MJA
33904
TCM5 Errored Second(s)
Error Time
MJA
33905
TCM5 Severely Errored Second(s)
Error Time
MJA
33908
TCM6 Unavailable Second(s)
Error Time
MJA
33909
TCM6 Errored Second(s)
Error Time
MJA
33910
TCM6 Severely Errored Second(s)
Error Time
MJA
33925
PM Errored Second(s)
Error Time
MJA
33926
PM Severely Errored Second(s)
Error Time
A-18
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MJA
33927
PM Unavailable Second(s)
Error Time
MJA
33929
SM Background Block Error Count
Error Count
MJA
33930
SM Far-End Background Block Error
Error Count
Count
MJA
33931
MJA
33932
SM Far-End Errored Second(s)
Error Time
SM Far-End Severely Errored
Error Time
Second(s)
MJA
33933
SM Far-End Unavailable Second(s)
Error Time
MJA
33934
PM Background Block Error Count
Error Count
MJA
33935
PM Far-End Background Block Error
Error Count
Count
MJA
33936
PM Far-End Errored Second(s)
Error Time
MJA
33937
PM Far-End Severely Errored
Error Time
Second(s)
MJA
33938
PM Far-End Unavailable Second(s)
Error Time
MJA
33938
PM Far-End Unavailable Second(s)
Error Time
MJA
33939
TCM1 Background Block Error Count
Error Count
MJA
33940
TCM2 Background Block Error Count
Error Count
MJA
33941
TCM3 Background Block Error Count
Error Count
MJA
33942
TCM4 Background Block Error Count
Error Count
MJA
33943
TCM5 Background Block Error Count
Error Count
MJA
33944
TCM6 Background Block Error Count
Error Count
MJA
33945
TCM1 Far-End Background Block
Error Count
Error Count
MJA
33946
TCM2 Far-End Background Block
Error Count
Error Count
MJA
33947
TCM3 Far-End Background Block
Error Count
Error Count
MJA
33948
TCM4 Far-End Background Block
Error Count
Error Count
MJA
33949
TCM5 Far-End Background Block
Error Count
Error Count
MJA
33950
TCM6 Far-End Background Block
Error Count
Error Count
A-19
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MJA
33951
TCM1 Far-End Errored Second(s)
Error Time
MJA
33952
TCM2 Far-End Errored Second(s)
Error Time
MJA
33953
TCM3 Far-End Errored Second(s)
Error Time
MJA
33954
TCM4 Far-End Errored Second(s)
Error Time
MJA
33955
TCM5 Far-End Errored Second(s)
Error Time
MJA
33956
TCM6 Far-End Errored Second(s)
Error Time
MJA
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
MJA
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
MJA
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
MJA
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
MJA
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
MJA
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
MJA
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
MJA
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
MJA
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
MJA
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
MJA
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
MJA
33968
TCM6 Far-End Unavailable
Error Time
Second(s)
MJA
33969
RS Background Block Error Count
Error Count
MJA
33974
SM Incoming Alignment Errored
Error Time
Second(s)
MJA
33975
SM Backward Incoming Alignment
Error Time
Errored Second(s)
A-20
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
TCM1 Incoming Alignment Errored
Error Time
Code
MJA
33976
Second(s)
MJA
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
MJA
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
MJA
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
MJA
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
MJA
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
MJA
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
MJA
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
MJA
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
MJA
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
MJA
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
MJA
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MJA
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MJA
33988
Backplane Signal Errored Second(s)
Error Time
MJA
33989
Backplane Signal Far-End Errored
Error Time
Second(s)
MJA
33990
SM Bi-Directional Unavailable
Error Time
Second(s)
MJA
33991
PM Bi-Directional Unavailable
Error Time
Second(s)
MJA
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
A-21
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM2 Bi-Directional Unavailable
Error Time
Code
MJA
33993
Second(s)
MJA
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
MJA
33995
TCM4 Bi-Directional Unavailable
Error Time
Second(s)
MJA
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
MJA
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MJA
33998
RS Bi-Directional Unavailable
Error Time
Second(s)
MJA
36867
Transmitted GFP Client Data Frame
Normal Count
Count
MJA
36868
Transmitted GFP Client Management
Normal Count
Frame Count
MJA
36883
Received GFP Client Data Frame
Normal Count
Count
MJA
36884
Received GFP Client Management
Normal Count
Frame Count
MJA
36896
Total Transmitted Data Byte Count
Normal Count
MJA
36897
Transmitted Unicast Package Count
Normal Count
MJA
36898
Transmitted Broadcast Package
Normal Count
Count
MJA
36899
Transmitted Multicast Package Count
Normal Count
MJA
36900
Transmitted PAUSE Frame Count
Normal Count
MJA
36902
Total Transmitted Data Packets Count
Normal Count
MJA
36903
Packets Transmitted (64 Octets in
Normal Count
Length)
MJA
36904
Packets Transmitted (65-127 Octets
Normal Count
in Length)
MJA
36905
Packets Transmitted(128-255 Octets
Normal Count
in Length)
MJA
36906
Packets Transmitted(256-511 Octets
Normal Count
in Length)
A-22
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Packets Transmitted(512-1023
Normal Count
Code
MJA
36907
Octets in Length)
MJA
36908
Packets Transmitted(1024-1518
Normal Count
Octets in Length)
MJA
36914
Received Unicast Package Count
Normal Count
MJA
36915
Received Broadcast Package Count
Normal Count
MJA
36916
Received Multicast Package Count
Normal Count
MJA
36917
Received PAUSE Frame Count
Normal Count
MJA
36918
Received Undersize Frame Count
Error Count
MJA
36919
Received Fragments Package Count
Error Count
MJA
36920
Received Oversize Frame Count
Error Count
MJA
36921
Received Jabber Package Count
Error Count
MJA
36924
Packets Received (64 Octets in
Normal Count
Length)
MJA
36925
Packets Received (65-127 Octets in
Normal Count
Length)
MJA
36926
Packets Received (128-255 Octets in
Normal Count
Length)
MJA
36927
Packets Received (256-511 Octets in
Normal Count
Length)
MJA
36928
Packets Received (512-1023 Octets
Normal Count
in Length)
MJA
36929
Packets Received (1024-1518 Octets
Normal Count
in Length)
MJA
36932
DropEvents Count
Error Count
MJA
36933
Collisions Count
Error Count
MJA
36937
Total Received Data Packets Count
Normal Count
MJA
36938
Total Received Data Bytes Count
Normal Count
MJA
36939
Total Received CRC Error Packets
Error Count
Count
MJA
36939
Total Received CRC Error Packets
Error Count
Count
MJA
36955
PRBS Test Sequence Error Count
Error Count
MJA
36961
Transmitted Sync Frame Count
Normal Count
A-23
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MJA
36962
Received Sync Frame Count
Normal Count
MJA
36963
Discarded Sync Frame Count
Error Count
MJA
36964
Transmitted Req Frame Count
Normal Count
MJA
36965
Received Req Frame Count
Normal Count
MJA
36966
Discarded Req Frame Count
Error Count
MJA
36973
Transmitted Announce Frame Count
Normal Count
MJA
36974
Received Announce Frame Count
Normal Count
MJA
36975
Discarded Announce Frame Count
Error Count
MJA
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
MJA
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
MJA
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
MJA
61445
Total Received Packet
Normal Count
Count[Remaining]
MJA
61446
Total Received Byte Count[Remain-
Normal Count
ing]
MJA
61447
Total Transmitted Packet
Normal Count
Count[Remaining]
MJA
61448
Total Transmitted Byte
Normal Count
Count[Remaining]
MJA
61701
Total Received Packet Count(G)
Normal Count
MJA
61702
Total Received Byte Count(G)
Normal Count
MJA
61703
Total Transmitted Packet Count(G)
Normal Count
MJA
61704
Total Transmitted Byte Count(G)
Normal Count
A.9 MJM Board Performance List
Board
Performance
Performance
Performance Type
Code
MJM
12288
Output Power(dBm)
Optical Performance
MJM
12292
Laser Bias Current(mA)
Equipment Performance
MJM
12544
Input Power(dBm)
Optical Performance
A-24
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Board Environment Temperature(Cel-
Equipment Performance
Code
MJM
12560
sius)
MJM
12592
Inner-Module Temperature(Celsius)
Equipment Performance
MJM
33794
RS ES(s)
Error Time
MJM
33795
RS SES(s)
Error Time
MJM
33796
RS UAS(s)
Error Time
MJM
33805
BER Before FEC
BER
MJM
33806
FEC Uncorrected Frame Count
Error Count
MJM
33815
CRC Error Count
Error Count
MJM
33816
Loss Message Count
Error Count
MJM
33817
Received Packet Count
Normal Count
MJM
33824
Transmitted Packet Count
Normal Count
MJM
33843
BER After FEC
BER
MJM
33857
SM Errored Second(s)
Error Time
MJM
33858
SM Severely Errored Second(s)
Error Time
MJM
33859
SM Unavailable Second(s)
Error Time
MJM
33883
TCM1 Unavailable Second(s)
Error Time
MJM
33884
TCM1 Errored Second(s)
Error Time
MJM
33885
TCM1 Severely Errored Second(s)
Error Time
MJM
33888
TCM2 Unavailable Second(s)
Error Time
MJM
33889
TCM2 Errored Second(s)
Error Time
MJM
33890
TCM2 Severely Errored Second(s)
Error Time
MJM
33893
TCM3 Unavailable Second(s)
Error Time
MJM
33894
TCM3 Errored Second(s)
Error Time
MJM
33895
TCM3 Severely Errored Second(s)
Error Time
MJM
33898
TCM4 Unavailable Second(s)
Error Time
MJM
33899
TCM4 Errored Second(s)
Error Time
MJM
33900
TCM4 Severely Errored Second(s)
Error Time
MJM
33903
TCM5 Unavailable Second(s)
Error Time
MJM
33904
TCM5 Errored Second(s)
Error Time
MJM
33905
TCM5 Severely Errored Second(s)
Error Time
MJM
33908
TCM6 Unavailable Second(s)
Error Time
A-25
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MJM
33909
TCM6 Errored Second(s)
Error Time
MJM
33910
TCM6 Severely Errored Second(s)
Error Time
MJM
33925
PM Errored Second(s)
Error Time
MJM
33926
PM Severely Errored Second(s)
Error Time
MJM
33927
PM Unavailable Second(s)
Error Time
MJM
33929
SM Background Block Error Count
Error Count
MJM
33930
SM Far-End Background Block Error
Error Count
Count
MJM
33931
SM Far-End Errored Second(s)
Error Time
MJM
33932
SM Far-End Severely Errored
Error Time
Second(s)
MJM
33933
SM Far-End Unavailable Second(s)
Error Time
MJM
33934
PM Background Block Error Count
Error Count
MJM
33935
PM Far-End Background Block Error
Error Count
Count
MJM
33936
PM Far-End Errored Second(s)
Error Time
MJM
33937
PM Far-End Severely Errored
Error Time
Second(s)
MJM
33938
PM Far-End Unavailable Second(s)
Error Time
MJM
33939
TCM1 Background Block Error Count
Error Count
MJM
33940
TCM2 Background Block Error Count
Error Count
MJM
33941
TCM3 Background Block Error Count
Error Count
MJM
33942
TCM4 Background Block Error Count
Error Count
MJM
33943
TCM5 Background Block Error Count
Error Count
MJM
33944
TCM6 Background Block Error Count
Error Count
MJM
33945
TCM1 Far-End Background Block
Error Count
Error Count
MJM
33946
TCM2 Far-End Background Block
Error Count
Error Count
MJM
33947
TCM3 Far-End Background Block
Error Count
Error Count
MJM
33948
TCM4 Far-End Background Block
Error Count
Error Count
A-26
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
TCM5 Far-End Background Block
Error Count
Code
MJM
33949
Error Count
MJM
33950
TCM6 Far-End Background Block
Error Count
Error Count
MJM
33951
TCM1 Far-End Errored Second(s)
Error Time
MJM
33952
TCM2 Far-End Errored Second(s)
Error Time
MJM
33953
TCM3 Far-End Errored Second(s)
Error Time
MJM
33954
TCM4 Far-End Errored Second(s)
Error Time
MJM
33955
TCM5 Far-End Errored Second(s)
Error Time
MJM
33956
TCM6 Far-End Errored Second(s)
Error Time
MJM
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
MJM
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
MJM
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
MJM
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
MJM
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
MJM
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
MJM
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
MJM
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
MJM
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
MJM
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
MJM
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
MJM
33968
TCM6 Far-End Unavailable
Error Time
Second(s)
MJM
33969
RS Background Block Error Count
Error Count
A-27
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MJM
33969
RS Background Block Error Count
Error Count
MJM
33974
SM Incoming Alignment Errored
Error Time
Second(s)
MJM
33975
SM Backward Incoming Alignment
Error Time
Errored Second(s)
MJM
33976
TCM1 Incoming Alignment Errored
Error Time
Second(s)
MJM
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
MJM
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
MJM
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
MJM
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
MJM
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
MJM
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
MJM
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
MJM
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
MJM
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
MJM
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
MJM
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MJM
33988
Backplane Signal Errored Second(s)
Error Time
MJM
33989
Backplane Signal Far-End Errored
Error Time
Second(s)
MJM
33990
SM Bi-Directional Unavailable
Error Time
Second(s)
MJM
33991
PM Bi-Directional Unavailable
Error Time
Second(s)
A-28
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
PM Bi-Directional Unavailable
Error Time
Code
MJM
33991
Second(s)
MJM
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
MJM
33993
TCM2 Bi-Directional Unavailable
Error Time
Second(s)
MJM
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
MJM
33995
TCM4 Bi-Directional Unavailable
Error Time
Second(s)
MJM
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
MJM
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MJM
33998
RS Bi-Directional Unavailable
Error Time
Second(s)
MJM
36867
Transmitted GFP Client Data Frame
Normal Count
Count
MJM
36868
Transmitted GFP Client Management
Normal Count
Frame Count
MJM
36883
Received GFP Client Data Frame
Normal Count
Count
MJM
36884
Received GFP Client Management
Normal Count
Frame Count
MJM
36902
Total Transmitted Data Packets Count
Normal Count
MJM
36928
Packets Received (512-1023 Octets
Normal Count
in Length)
MJM
36937
Total Received Data Packets Count
Normal Count
MJM
36938
Total Received Data Bytes Count
Normal Count
MJM
36939
Total Received CRC Error Packets
Error Count
Count
MJM
36955
PRBS Test Sequence Error Count
Error Count
MJM
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
MJM
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
A-29
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
FEC Correct 1 Bit Error Count(Exp
Error Count
Code
MJM
37378
Format)
MJM
61445
Total Received Packet
Normal Count
Count[Remaining]
MJM
61446
Total Received Byte Count[Remain-
Normal Count
ing]
MJM
61447
Total Transmitted Packet
Normal Count
Count[Remaining]
MJM
61448
Total Transmitted Byte
Normal Count
Count[Remaining]
MJM
61701
Total Received Packet Count(G)
Normal Count
MJM
61702
Total Received Byte Count(G)
Normal Count
MJM
61703
Total Transmitted Packet Count(G)
Normal Count
MJM
61704
Total Transmitted Byte Count(G)
Normal Count
A.10 MOM2B Board Performance List
Board
Performance
Performance
Performance Type
Code
MOM2B
12288
Output Power(dBm)
Optical Performance
MOM2B
12292
Laser Bias Current(mA)
Equipment Performance
MOM2B
12544
Input Power(dBm)
Optical Performance
MOM2B
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
MOM2B
12592
Inner-Module Temperature(Celsius)
Equipment Performance
MOM2B
33794
RS ES(s)
Error Time
MOM2B
33795
RS SES(s)
Error Time
MOM2B
33796
RS UAS(s)
Error Time
MOM2B
33805
BER Before FEC
BER
MOM2B
33806
FEC Uncorrected Frame Count
Error Count
MOM2B
33815
CRC Error Count
Error Count
MOM2B
33817
Received Packet Count
Normal Count
MOM2B
33824
Transmitted Packet Count
Normal Count
A-30
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MOM2B
33843
BER After FEC
BER
MOM2B
33857
SM Errored Second(s)
Error Time
MOM2B
33858
SM Severely Errored Second(s)
Error Time
MOM2B
33859
SM Unavailable Second(s)
Error Time
MOM2B
33883
TCM1 Unavailable Second(s)
Error Time
MOM2B
33884
TCM1 Errored Second(s)
Error Time
MOM2B
33885
TCM1 Severely Errored Second(s)
Error Time
MOM2B
33888
TCM2 Unavailable Second(s)
Error Time
MOM2B
33889
TCM2 Errored Second(s)
Error Time
MOM2B
33890
TCM2 Severely Errored Second(s)
Error Time
MOM2B
33893
TCM3 Unavailable Second(s)
Error Time
MOM2B
33894
TCM3 Errored Second(s)
Error Time
MOM2B
33895
TCM3 Severely Errored Second(s)
Error Time
MOM2B
33898
TCM4 Unavailable Second(s)
Error Time
MOM2B
33899
TCM4 Errored Second(s)
Error Time
MOM2B
33900
TCM4 Severely Errored Second(s)
Error Time
MOM2B
33903
TCM5 Unavailable Second(s)
Error Time
MOM2B
33904
TCM5 Errored Second(s)
Error Time
MOM2B
33905
TCM5 Severely Errored Second(s)
Error Time
MOM2B
33908
TCM6 Unavailable Second(s)
Error Time
MOM2B
33909
TCM6 Errored Second(s)
Error Time
MOM2B
33910
TCM6 Severely Errored Second(s)
Error Time
MOM2B
33925
PM Errored Second(s)
Error Time
MOM2B
33926
PM Severely Errored Second(s)
Error Time
MOM2B
33927
PM Unavailable Second(s)
Error Time
MOM2B
33929
SM Background Block Error Count
Error Count
MOM2B
33930
SM Far-End Background Block Error
Error Count
Count
MOM2B
33931
SM Far-End Errored Second(s)
Error Time
MOM2B
33932
SM Far-End Severely Errored
Error Time
Second(s)
MOM2B
33933
SM Far-End Unavailable Second(s)
Error Time
A-31
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MOM2B
33934
PM Background Block Error Count
Error Count
MOM2B
33935
PM Far-End Background Block Error
Error Count
Count
MOM2B
33936
PM Far-End Errored Second(s)
Error Time
MOM2B
33937
PM Far-End Severely Errored
Error Time
Second(s)
MOM2B
33938
PM Far-End Unavailable Second(s)
Error Time
MOM2B
33939
TCM1 Background Block Error Count
Error Count
MOM2B
33940
TCM2 Background Block Error Count
Error Count
MOM2B
33941
TCM3 Background Block Error Count
Error Count
MOM2B
33942
TCM4 Background Block Error Count
Error Count
MOM2B
33943
TCM5 Background Block Error Count
Error Count
MOM2B
33944
TCM6 Background Block Error Count
Error Count
MOM2B
33945
TCM1 Far-End Background Block
Error Count
Error Count
MOM2B
33946
TCM2 Far-End Background Block
Error Count
Error Count
MOM2B
33947
TCM3 Far-End Background Block
Error Count
Error Count
MOM2B
33948
TCM4 Far-End Background Block
Error Count
Error Count
MOM2B
33949
TCM5 Far-End Background Block
Error Count
Error Count
MOM2B
33950
TCM6 Far-End Background Block
Error Time
Error Count
MOM2B
33951
TCM1 Far-End Errored Second(s)
Error Time
MOM2B
33952
TCM2 Far-End Errored Second(s)
Error Time
MOM2B
33953
TCM3 Far-End Errored Second(s)
Error Time
MOM2B
33954
TCM4 Far-End Errored Second(s)
Error Time
MOM2B
33955
TCM5 Far-End Errored Second(s)
Error Time
MOM2B
33956
TCM6 Far-End Errored Second(s)
Error Time
MOM2B
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
A-32
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
TCM2 Far-End Severely Errored
Error Time
Code
MOM2B
33958
Second(s)
MOM2B
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
MOM2B
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
MOM2B
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
MOM2B
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
MOM2B
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
MOM2B
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
MOM2B
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
MOM2B
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
MOM2B
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
MOM2B
33968
TCM6 Far-End Unavailable
Error Time
Second(s)
MOM2B
33969
RS Background Block Error Count
Error Count
MOM2B
33974
SM Incoming Alignment Errored
Error Time
Second(s)
MOM2B
33975
SM Backward Incoming Alignment
Error Time
Errored Second(s)
MOM2B
33976
TCM1 Incoming Alignment Errored
Error Time
Second(s)
MOM2B
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
MOM2B
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
MOM2B
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
A-33
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM5 Incoming Alignment Errored
Error Time
Code
MOM2B
33980
Second(s)
MOM2B
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
MOM2B
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
MOM2B
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
MOM2B
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
MOM2B
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
MOM2B
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
MOM2B
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MOM2B
33990
SM Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33991
PM Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33993
TCM2 Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33995
TCM4 Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33998
RS Bi-Directional Unavailable
Error Time
Second(s)
MOM2B
33999
Q Factor
Error Count
A-34
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Transmitted GFP Client Data Frame
Normal Count
Code
MOM2B
36867
Count
MOM2B
36868
Transmitted GFP Client Management
Normal Count
Frame Count
MOM2B
36883
Received GFP Client Data Frame
Normal Count
Count
MOM2B
36884
Received GFP Client Management
Normal Count
Frame Count
MOM2B
36897
Transmitted Unicast Package Count
Normal Count
MOM2B
36898
Transmitted Broadcast Package
Normal Count
Count
MOM2B
36899
Transmitted Multicast Package Count
Normal Count
MOM2B
36900
Transmitted PAUSE Frame Count
Normal Count
MOM2B
36903
Packets Transmitted (64 Octets in
Normal Count
Length)
MOM2B
36904
Packets Transmitted (65-127 Octets
Normal Count
in Length)
MOM2B
36905
Packets Transmitted(128-255 Octets
Normal Count
in Length)
MOM2B
36906
Packets Transmitted(256-511 Octets
Normal Count
in Length)
MOM2B
36907
Packets Transmitted(512-1023
Normal Count
Octets in Length)
MOM2B
36908
Packets Transmitted(1024-1518
Normal Count
Octets in Length)
MOM2B
36914
Received Unicast Package Count
Normal Count
MOM2B
36915
Received Broadcast Package Count
Normal Count
MOM2B
36916
Received Multicast Package Count
Normal Count
MOM2B
36917
Received PAUSE Frame Count
Normal Count
MOM2B
36918
Received Undersize Frame Count
Error Count
MOM2B
36919
Received Fragments Package Count
Error Count
MOM2B
36920
Received Oversize Frame Count
Error Count
MOM2B
36921
Received Jabber Package Count
Error Count
MOM2B
36924
Packets Received (64 Octets in
Normal Count
Length)
A-35
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Packets Received (65-127 Octets in
Normal Count
Code
MOM2B
36925
Length)
MOM2B
36926
Packets Received (128-255 Octets in
Normal Count
Length)
MOM2B
36927
Packets Received (256-511 Octets in
Normal Count
Length)
MOM2B
36928
Packets Received (512-1023 Octets
Normal Count
in Length)
MOM2B
36929
Packets Received (1024-1518 Octets
Normal Count
in Length)
MOM2B
36932
DropEvents Count
Error Count
MOM2B
36933
Collisions Count
Error Count
MOM2B
36939
Total Received CRC Error Packets
Error Count
Count
MOM2B
36955
PRBS Test Sequence Error Count
Error Count
MOM2B
36961
Transmitted Sync Frame Count
Normal Count
MOM2B
36962
Received Sync Frame Count
Normal Count
MOM2B
36963
Discarded Sync Frame Count
Error Count
MOM2B
36964
Transmitted Req Frame Count
Normal Count
MOM2B
36965
Received Req Frame Count
Normal Count
MOM2B
36966
Discarded Req Frame Count
Error Count
MOM2B
36973
Transmitted Announce Frame Count
Normal Count
MOM2B
36974
Received Announce Frame Count
Normal Count
MOM2B
36975
Discarded Announce Frame Count
Error Count
MOM2B
37001
SM Background Block Error Ratio
BER
MOM2B
37002
SM Far-End Background Block Error
BER
Ratio
MOM2B
37003
SM Severely Errored Second Ratio
BER
MOM2B
37004
SM Far-End Severely Errored Second
BER
Ratio
MOM2B
37005
PM Background Block Error Ratio
BER
MOM2B
37006
PM Far-End Background Block Error
BER
Ratio
MOM2B
37007
PM Severely Errored Second Ratio
BER
A-36
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
PM Far-End Severely Errored Second
BER
Code
MOM2B
37008
Ratio
MOM2B
37009
TCM1 Background Block Error Ratio
BER
MOM2B
37010
TCM2 Background Block Error Ratio
BER
MOM2B
37011
TCM3 Background Block Error Ratio
BER
MOM2B
37012
TCM4 Background Block Error Ratio
BER
MOM2B
37013
TCM5 Background Block Error Ratio
BER
MOM2B
37014
TCM6 Background Block Error Ratio
BER
MOM2B
37015
TCM1 Far-End Background Block
BER
Error Ratio
MOM2B
37016
TCM2 Far-End Background Block
BER
Error Ratio
MOM2B
37017
TCM3 Far-End Background Block
BER
Error Ratio
MOM2B
37018
TCM4 Far-End Background Block
BER
Error Ratio
MOM2B
37019
TCM5 Far-End Background Block
BER
Error Ratio
MOM2B
37020
TCM6 Far-End Background Block
BER
Error Ratio
MOM2B
37021
TCM1 Severely Errored Second Ratio
BER
MOM2B
37022
TCM2 Severely Errored Second Ratio
BER
MOM2B
37023
TCM3 Severely Errored Second Ratio
BER
MOM2B
37024
TCM4 Severely Errored Second Ratio
BER
MOM2B
37025
TCM5 Severely Errored Second Ratio
BER
MOM2B
37026
TCM6 Severely Errored Second Ratio
BER
MOM2B
37027
TCM1 Far-End Severely Errored
BER
Second Ratio
MOM2B
37028
TCM2 Far-End Severely Errored
BER
Second Ratio
MOM2B
37029
TCM3 Far-End Severely Errored
BER
Second Ratio
MOM2B
37030
TCM4 Far-End Severely Errored
BER
Second Ratio
A-37
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM5 Far-End Severely Errored
BER
Code
MOM2B
37031
Second Ratio
MOM2B
37032
TCM6 Far-End Severely Errored
BER
Second Ratio
MOM2B
37032
TCM6 Far-End Severely Errored
BER
Second Ratio
MOM2B
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
MOM2B
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
MOM2B
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
MOM2B
61445
Total Received Packet
Normal Count
Count[Remaining]
MOM2B
61446
Total Received Byte Count[Remain-
Normal Count
ing]
MOM2B
61447
Total Transmitted Packet
Normal Count
Count[Remaining]
MOM2B
61448
Total Transmitted Byte
Normal Count
Count[Remaining]
MOM2B
61701
Total Received Packet Count(G)
Normal Count
MOM2B
61702
Total Received Byte Count(G)
Normal Count
MOM2B
61703
Total Transmitted Packet Count(G)
Normal Count
MOM2B
61704
Total Transmitted Byte Count(G)
Normal Count
A.11 MQA1 Board Performance List
Board
Performance
Performance
Performance Type
Code
MQA1
12288
Output Power(dBm)
Optical Performance
MQA1
12292
Laser Bias Current(mA)
Equipment Performance
MQA1
12544
Input Power(dBm)
Optical Performance
MQA1
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
MQA1
12592
Inner-Module Temperature(Celsius)
Equipment Performance
A-38
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MQA1
33794
RS ES(s)
Error Time
MQA1
33795
RS SES(s)
Error Time
MQA1
33796
RS UAS(s)
Error Time
MQA1
33805
BER Before FEC
BER
MQA1
33806
FEC Uncorrected Frame Count
Error Count
MQA1
33815
CRC Error Count
Error Count
MQA1
33816
Loss Message Count
Error Count
MQA1
33817
Received Packet Count
Normal Count
MQA1
33824
Transmitted Packet Count
Normal Count
MQA1
33843
BER After FEC
BER
MQA1
33857
SM Errored Second(s)
Error Time
MQA1
33858
SM Severely Errored Second(s)
Error Time
MQA1
33859
SM Unavailable Second(s)
Error Time
MQA1
33883
TCM1 Unavailable Second(s)
Error Time
MQA1
33884
TCM1 Errored Second(s)
Error Time
MQA1
33885
TCM1 Severely Errored Second(s)
Error Time
MQA1
33888
TCM2 Unavailable Second(s)
Error Time
MQA1
33889
TCM2 Errored Second(s)
Error Time
MQA1
33890
TCM2 Severely Errored Second(s)
Error Time
MQA1
33893
TCM3 Unavailable Second(s)
Error Time
MQA1
33894
TCM3 Errored Second(s)
Error Time
MQA1
33895
TCM3 Severely Errored Second(s)
Error Time
MQA1
33898
TCM4 Unavailable Second(s)
Error Time
MQA1
33899
TCM4 Errored Second(s)
Error Time
MQA1
33900
TCM4 Severely Errored Second(s)
Error Time
MQA1
33903
TCM5 Unavailable Second(s)
Error Time
MQA1
33904
TCM5 Errored Second(s)
Error Time
MQA1
33905
TCM5 Severely Errored Second(s)
Error Time
MQA1
33908
TCM6 Unavailable Second(s)
Error Time
MQA1
33909
TCM6 Errored Second(s)
Error Time
MQA1
33910
TCM6 Severely Errored Second(s)
Error Time
MQA1
33925
PM Errored Second(s)
Error Time
A-39
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MQA1
33926
PM Severely Errored Second(s)
Error Time
MQA1
33927
PM Unavailable Second(s)
Error Time
MQA1
33929
SM Background Block Error Count
Error Count
MQA1
33930
SM Far-End Background Block Error
Error Count
Count
MQA1
33931
SM Far-End Errored Second(s)
Error Time
MQA1
33932
SM Far-End Severely Errored
Error Time
Second(s)
MQA1
33933
SM Far-End Unavailable Second(s)
Error Time
MQA1
33934
PM Background Block Error Count
Error Count
MQA1
33935
PM Far-End Background Block Error
Error Count
Count
MQA1
33936
PM Far-End Errored Second(s)
Error Time
MQA1
33937
PM Far-End Severely Errored
Error Time
Second(s)
MQA1
33938
PM Far-End Unavailable Second(s)
Error Time
MQA1
33939
TCM1 Background Block Error Count
Error Count
MQA1
33940
TCM2 Background Block Error Count
Error Count
MQA1
33941
TCM3 Background Block Error Count
Error Count
MQA1
33942
TCM4 Background Block Error Count
Error Count
MQA1
33943
TCM5 Background Block Error Count
Error Count
MQA1
33944
TCM6 Background Block Error Count
Error Count
MQA1
33945
TCM1 Far-End Background Block
Error Count
Error Count
MQA1
33946
TCM2 Far-End Background Block
Error Count
Error Count
MQA1
33947
TCM3 Far-End Background Block
Error Count
Error Count
MQA1
33948
TCM4 Far-End Background Block
Error Count
Error Count
MQA1
33949
TCM5 Far-End Background Block
Error Count
Error Count
MQA1
33950
TCM6 Far-End Background Block
Error Count
Error Count
A-40
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MQA1
33951
TCM1 Far-End Errored Second(s)
Error Time
MQA1
33952
TCM2 Far-End Errored Second(s)
Error Time
MQA1
33953
TCM3 Far-End Errored Second(s)
Error Time
MQA1
33954
TCM4 Far-End Errored Second(s)
Error Time
MQA1
33955
TCM5 Far-End Errored Second(s)
Error Time
MQA1
33956
TCM6 Far-End Errored Second(s)
Error Time
MQA1
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
MQA1
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
MQA1
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
MQA1
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
MQA1
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
MQA1
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
MQA1
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
MQA1
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
MQA1
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
MQA1
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
MQA1
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
MQA1
33968
TCM6 Far-End Unavailable
Error Time
Second(s)
MQA1
33969
RS Background Block Error Count
Error Count
MQA1
33974
SM Incoming Alignment Errored
Error Time
Second(s)
MQA1
33975
SM Backward Incoming Alignment
Error Time
Errored Second(s)
A-41
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM1 Incoming Alignment Errored
Error Time
Code
MQA1
33976
Second(s)
MQA1
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
MQA1
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
MQA1
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
MQA1
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
MQA1
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
MQA1
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA1
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA1
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA1
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA1
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA1
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA1
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA1
33988
Backplane Signal Errored Second(s)
Error Time
MQA1
33989
Backplane Signal Far-End Errored
Error Time
Second(s)
MQA1
33990
SM Bi-Directional Unavailable
Error Time
Second(s)
MQA1
33991
PM Bi-Directional Unavailable
Error Time
Second(s)
MQA1
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
A-42
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
TCM2 Bi-Directional Unavailable
Error Time
Code
MQA1
33993
Second(s)
MQA1
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
MQA1
33995
TCM4 Bi-Directional Unavailable
Error Time
Second(s)
MQA1
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
MQA1
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MQA1
33998
RS Bi-Directional Unavailable
Error Time
Second(s)
MQA1
36867
Transmitted GFP Client Data Frame
Normal Count
Count
MQA1
36868
Transmitted GFP Client Management
Normal Count
Frame Count
MQA1
36883
Received GFP Client Data Frame
Normal Count
Count
MQA1
36884
Received GFP Client Management
Normal Count
Frame Count
MQA1
36896
Total Transmitted Data Byte Count
Normal Count
MQA1
36897
Transmitted Unicast Package Count
Normal Count
MQA1
36898
Transmitted Broadcast Package
Normal Count
Count
MQA1
36899
Transmitted Multicast Package Count
Normal Count
MQA1
36900
Transmitted PAUSE Frame Count
Normal Count
MQA1
36902
Total Transmitted Data Packets Count
Normal Count
MQA1
36903
Packets Transmitted (64 Octets in
Normal Count
Length)
MQA1
36904
Packets Transmitted (65-127 Octets
Normal Count
in Length)
MQA1
36905
Packets Transmitted(128-255 Octets
Normal Count
in Length)
MQA1
36906
Packets Transmitted(256-511 Octets
Normal Count
in Length)
A-43
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Packets Transmitted(512-1023
Normal Count
Code
MQA1
36907
Octets in Length)
MQA1
36908
Packets Transmitted(1024-1518
Normal Count
Octets in Length)
MQA1
36914
Received Unicast Package Count
Normal Count
MQA1
36915
Received Broadcast Package Count
Normal Count
MQA1
36916
Received Multicast Package Count
Normal Count
MQA1
36917
Received PAUSE Frame Count
Normal Count
MQA1
36918
Received Undersize Frame Count
Error Count
MQA1
36920
Received Oversize Frame Count
Error Count
MQA1
36921
Received Jabber Package Count
Error Count
MQA1
36924
Packets Received (64 Octets in
Normal Count
Length)
MQA1
36925
Packets Received (65-127 Octets in
Normal Count
Length)
MQA1
36926
Packets Received (128-255 Octets in
Normal Count
Length)
MQA1
36927
Packets Received (256-511 Octets in
Normal Count
Length)
MQA1
36928
Packets Received (512-1023 Octets
Normal Count
in Length)
MQA1
36929
Packets Received (1024-1518 Octets
Normal Count
in Length)
MQA1
36932
DropEvents Count
Error Count
MQA1
36933
Collisions Count
Error Count
MQA1
36937
Total Received Data Packets Count
Normal Count
MQA1
36938
Total Received Data Bytes Count
Error Count
MQA1
36939
Total Received CRC Error Packets
Error Count
Count
MQA1
36939
Total Received CRC Error Packets
Error Count
Count
MQA1
36955
PRBS Test Sequence Error Count
Error Count
MQA1
36961
Transmitted Sync Frame Count
Normal Count
MQA1
36962
Received Sync Frame Count
Normal Count
A-44
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MQA1
36963
Discarded Sync Frame Count
Error Count
MQA1
36964
Transmitted Req Frame Count
Normal Count
MQA1
36965
Received Req Frame Count
Normal Count
MQA1
36966
Discarded Req Frame Count
Error Count
MQA1
36973
Transmitted Announce Frame Count
Normal Count
MQA1
36974
Received Announce Frame Count
Normal Count
MQA1
36975
Discarded Announce Frame Count
Error Count
MQA1
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
MQA1
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
MQA1
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
MQA1
61445
Total Received Packet
Normal Count
Count[Remaining]
MQA1
61446
Total Received Byte Count[Remain-
Normal Count
ing]
MQA1
61447
Total Transmitted Packet
Normal Count
Count[Remaining]
MQA1
61448
Total Transmitted Byte
Normal Count
Count[Remaining]
MQA1
61701
Total Received Packet Count(G)
Normal Count
MQA1
61702
Total Received Byte Count(G)
Normal Count
MQA1
61703
Total Transmitted Packet Count(G)
Normal Count
MQA1
61704
Total Transmitted Byte Count(G)
Normal Count
A.12 MQA2 Board Performance List
Board
Performance
Performance
Performance Type
Code
MQA2
12288
Output Power(dBm)
Optical Performance
MQA2
12292
Laser Bias Current(mA)
Equipment Performance
MQA2
12544
Input Power(dBm)
Optical Performance
A-45
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Board Environment Temperature(Cel-
Equipment Performance
Code
MQA2
12560
sius)
MQA2
12592
Inner-Module Temperature(Celsius)
Equipment Performance
MQA2
33794
RS ES(s)
Error Time
MQA2
33795
RS SES(s)
Error Time
MQA2
33796
RS UAS(s)
Error Time
MQA2
33805
BER Before FEC
BER
MQA2
33806
FEC Uncorrected Frame Count
Error Count
MQA2
33815
CRC Error Count
Error Count
MQA2
33816
Loss Message Count
Error Count
MQA2
33817
Received Packet Count
Normal Count
MQA2
33824
Transmitted Packet Count
Normal Count
MQA2
33826
8B/10B CV-CNT
Error Count
MQA2
33843
BER After FEC
BER
MQA2
33857
SM Errored Second(s)
Error Time
MQA2
33858
SM Severely Errored Second(s)
Error Time
MQA2
33859
SM Unavailable Second(s)
Error Time
MQA2
33883
TCM1 Unavailable Second(s)
Error Time
MQA2
33884
TCM1 Errored Second(s)
Error Time
MQA2
33885
TCM1 Severely Errored Second(s)
Error Time
MQA2
33888
TCM2 Unavailable Second(s)
Error Time
MQA2
33889
TCM2 Errored Second(s)
Error Time
MQA2
33890
TCM2 Severely Errored Second(s)
Error Time
MQA2
33893
TCM3 Unavailable Second(s)
Error Time
MQA2
33894
TCM3 Errored Second(s)
Error Time
MQA2
33895
TCM3 Severely Errored Second(s)
Error Time
MQA2
33898
TCM4 Unavailable Second(s)
Error Time
MQA2
33899
TCM4 Errored Second(s)
Error Time
MQA2
33900
TCM4 Severely Errored Second(s)
Error Time
MQA2
33903
TCM5 Unavailable Second(s)
Error Time
MQA2
33904
TCM5 Errored Second(s)
Error Time
MQA2
33905
TCM5 Severely Errored Second(s)
Error Time
A-46
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
MQA2
33908
TCM6 Unavailable Second(s)
Error Time
MQA2
33909
TCM6 Errored Second(s)
Error Time
MQA2
33910
TCM6 Severely Errored Second(s)
Error Time
MQA2
33925
PM Errored Second(s)
Error Time
MQA2
33926
PM Severely Errored Second(s)
Error Time
MQA2
33927
PM Unavailable Second(s)
Error Time
MQA2
33929
SM Background Block Error Count
Error Count
MQA2
33930
SM Far-End Background Block Error
Error Count
Count
MQA2
33931
SM Far-End Errored Second(s)
Error Time
MQA2
33932
SM Far-End Severely Errored
Error Time
Second(s)
MQA2
33933
SM Far-End Unavailable Second(s)
Error Time
MQA2
33934
PM Background Block Error Count
Error Count
MQA2
33935
PM Far-End Background Block Error
Error Count
Count
MQA2
33936
PM Far-End Errored Second(s)
Error Time
MQA2
33937
PM Far-End Severely Errored
Error Time
Second(s)
MQA2
33938
PM Far-End Unavailable Second(s)
Error Time
MQA2
33939
TCM1 Background Block Error Count
Error Count
MQA2
33940
TCM2 Background Block Error Count
Error Count
MQA2
33941
TCM3 Background Block Error Count
Error Count
MQA2
33942
TCM4 Background Block Error Count
Error Count
MQA2
33943
TCM5 Background Block Error Count
Error Count
MQA2
33944
TCM6 Background Block Error Count
Error Count
MQA2
33945
TCM1 Far-End Background Block
Error Count
Error Count
MQA2
33946
TCM2 Far-End Background Block
Error Count
Error Count
MQA2
33947
TCM3 Far-End Background Block
Error Count
Error Count
MQA2
33948
TCM4 Far-End Background Block
Error Count
Error Count
A-47
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM5 Far-End Background Block
Error Count
Code
MQA2
33949
Error Count
MQA2
33950
TCM6 Far-End Background Block
Error Count
Error Count
MQA2
33951
TCM1 Far-End Errored Second(s)
Error Time
MQA2
33952
TCM2 Far-End Errored Second(s)
Error Time
MQA2
33953
TCM3 Far-End Errored Second(s)
Error Time
MQA2
33954
TCM4 Far-End Errored Second(s)
Error Time
MQA2
33955
TCM5 Far-End Errored Second(s)
Error Time
MQA2
33956
TCM6 Far-End Errored Second(s)
Error Time
MQA2
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
MQA2
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
MQA2
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
MQA2
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
MQA2
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
MQA2
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
MQA2
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
MQA2
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
MQA2
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
MQA2
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
MQA2
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
MQA2
33968
TCM6 Far-End Unavailable
Error Time
Second(s)
MQA2
33969
RS Background Block Error Count
Error Count
A-48
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Appendix A Board Performance List
Board
Performance
Performance
Performance Type
SM Incoming Alignment Errored
Error Time
Code
MQA2
33974
Second(s)
MQA2
33975
SM Backward Incoming Alignment
Error Time
Errored Second(s)
MQA2
33976
TCM1 Incoming Alignment Errored
Error Time
Second(s)
MQA2
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
MQA2
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
MQA2
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
MQA2
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
MQA2
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
MQA2
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA2
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA2
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA2
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA2
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA2
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MQA2
33988
Backplane Signal Errored Second(s)
Error Time
MQA2
33989
Backplane Signal Far-End Errored
Error Time
Second(s)
MQA2
33991
PM Bi-Directional Unavailable
Error Time
Second(s)
MQA2
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
A-49
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ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM2 Bi-Directional Unavailable
Error Time
Code
MQA2
33993
Second(s)
MQA2
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
MQA2
33995
TCM4 Bi-Directional Unavailable
Error Time
Second(s)
MQA2
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
MQA2
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MQA2
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MQA2
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MQA2
33998
RS Bi-Directional Unavailable
Error Time
Second(s)
MQA2
33999
Q Factor
Error Count
MQA2
36867
Transmitted GFP Client Data Frame
Normal Count
Count
MQA2
36868
Transmitted GFP Client Management
Normal Count
Frame Count
MQA2
36883
Received GFP Client Data Frame
Normal Count
Count
MQA2
36884
Received GFP Client Management
Normal Count
Frame Count
MQA2
36898
Transmitted Broadcast Package
Normal Count
Count
MQA2
36899
Transmitted Multicast Package Count
Normal Count
MQA2
36900
Transmitted PAUSE Frame Count
Normal Count
MQA2
36902
Total Transmitted Data Packets Count
Normal Count
MQA2
36903
Packets Transmitted (64 Octets in
Normal Count
Length)
MQA2
36904
Packets Transmitted (65-127 Octets
Normal Count
in Length)
MQA2
36905
Packets Transmitted(128-255 Octets
Normal Count
in Length)
A-50
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Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Packets Transmitted(256-511 Octets
Normal Count
Code
MQA2
36906
in Length)
MQA2
36907
Packets Transmitted(512-1023
Normal Count
Octets in Length)
MQA2
36908
Packets Transmitted(1024-1518
Normal Count
Octets in Length)
MQA2
36914
Received Unicast Package Count
Normal Count
MQA2
36915
Received Broadcast Package Count
Normal Count
MQA2
36916
Received Multicast Package Count
Normal Count
MQA2
36917
Received PAUSE Frame Count
Normal Count
MQA2
36918
Received Undersize Frame Count
Error Count
MQA2
36919
Received Fragments Package Count
Error Count
MQA2
36920
Received Oversize Frame Count
Error Count
MQA2
36921
Received Jabber Package Count
Error Count
MQA2
36924
Packets Received (64 Octets in
Normal Count
Length)
MQA2
36925
Packets Received (65-127 Octets in
Normal Count
Length)
MQA2
36926
Packets Received (128-255 Octets in
Normal Count
Length)
MQA2
36927
Packets Received (256-511 Octets in
Normal Count
Length)
MQA2
36928
Packets Received (512-1023 Octets
Normal Count
in Length)
MQA2
36929
Packets Received (1024-1518 Octets
Normal Count
in Length)
MQA2
36932
DropEvents Count
Error Count
MQA2
36933
Collisions Count
Error Count
MQA2
36937
Total Received Data Packets Count
Normal Count
MQA2
36938
Total Received Data Bytes Count
Normal Count
MQA2
36939
Total Received CRC Error Packets
Error Count
Count
MQA2
36961
Transmitted Sync Frame Count
Normal Count
MQA2
36962
Received Sync Frame Count
Normal Count
A-51
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ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
MQA2
36963
Discarded Sync Frame Count
Error Count
MQA2
36964
Transmitted Req Frame Count
Normal Count
MQA2
36965
Received Req Frame Count
Normal Count
MQA2
36966
Discarded Req Frame Count
Error Count
MQA2
36973
Transmitted Announce Frame Count
Normal Count
MQA2
36974
Received Announce Frame Count
Normal Count
MQA2
36975
Discarded Announce Frame Count
Error Count
MQA2
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
MQA2
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
MQA2
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
MQA2
61445
Total Received Packet
Normal Count
Count[Remaining]
MQA2
61446
Total Received Byte Count[Remain-
Normal Count
ing]
MQA2
61447
Total Transmitted Packet
Normal Count
Count[Remaining]
MQA2
61448
Total Transmitted Byte
Normal Count
Count[Remaining]
MQA2
61701
Total Received Packet Count(G)
Normal Count
MQA2
61702
Total Received Byte Count(G)
Normal Count
MQA2
61703
Total Transmitted Packet Count(G)
Normal Count
MQA2
61704
Total Transmitted Byte Count(G)
Normal Count
A.13 MQM1 Board Performance List
Board
Perfor-
Performance
Performance Type
mance
Code
MQM1
12288
Output Power(dBm)
Optical Performance
MQM1
12292
Laser Bias Current(mA)
Equipment Performance
MQM1
12544
Input Power(dBm)
Optical Performance
A-52
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Appendix A Board Performance List
Board
Perfor-
Performance
Performance Type
Board Environment Temperature(Cel-
Equipment Performance
mance
Code
MQM1
12560
sius)
MQM1
12592
Inner-Module Temperature(Celsius)
Equipment Performance
MQM1
33794
RS ES(s)
Error Time
MQM1
33795
RS SES(s)
Error Time
MQM1
33796
RS UAS(s)
Error Time
MQM1
33805
BER Before FEC
BER
MQM1
33806
FEC Uncorrected Frame Count
Error Count
MQM1
33815
CRC Error Count
Error Count
MQM1
33816
Loss Message Count
Error Count
MQM1
33817
Received Packet Count
Normal Count
MQM1
33824
Transmitted Packet Count
Normal Count
MQM1
33843
BER After FEC
BER
MQM1
33857
SM Errored Second(s)
Error Time
MQM1
33858
SM Severely Errored Second(s)
Error Time
MQM1
33859
SM Unavailable Second(s)
Error Time
MQM1
33883
TCM1 Unavailable Second(s)
Error Time
MQM1
33884
TCM1 Errored Second(s)
Error Time
MQM1
33885
TCM1 Severely Errored Second(s)
Error Time
MQM1
33888
TCM2 Unavailable Second(s)
Error Time
MQM1
33889
TCM2 Errored Second(s)
Error Time
MQM1
33890
TCM2 Severely Errored Second(s)
Error Time
MQM1
33893
TCM3 Unavailable Second(s)
Error Time
MQM1
33894
TCM3 Errored Second(s)
Error Time
MQM1
33895
TCM3 Severely Errored Second(s)
Error Time
MQM1
33898
TCM4 Unavailable Second(s)
Error Time
MQM1
33899
TCM4 Errored Second(s)
Error Time
MQM1
33900
TCM4 Severely Errored Second(s)
Error Time
MQM1
33903
TCM5 Unavailable Second(s)
Error Time
MQM1
33904
TCM5 Errored Second(s)
Error Time
MQM1
33905
TCM5 Severely Errored Second(s)
Error Time
A-53
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ZXMP M721 Performance Reference
Board
Perfor-
Performance
Performance Type
mance
Code
MQM1
33908
TCM6 Unavailable Second(s)
Error Time
MQM1
33909
TCM6 Errored Second(s)
Error Time
MQM1
33910
TCM6 Severely Errored Second(s)
Error Time
MQM1
33925
PM Errored Second(s)
Error Time
MQM1
33926
PM Severely Errored Second(s)
Error Time
MQM1
33927
PM Unavailable Second(s)
Error Time
MQM1
33929
SM Background Block Error Count
Error Count
MQM1
33930
SM Far-End Background Block Error
Error Count
Count
MQM1
33931
SM Far-End Errored Second(s)
Error Time
MQM1
33932
SM Far-End Severely Errored
Error Time
Second(s)
MQM1
33933
SM Far-End Unavailable Second(s)
Error Time
MQM1
33934
PM Background Block Error Count
Error Count
MQM1
33935
PM Far-End Background Block Error
Error Count
Count
MQM1
33936
PM Far-End Errored Second(s)
Error Time
MQM1
33937
PM Far-End Severely Errored
Error Time
Second(s)
MQM1
33938
PM Far-End Unavailable Second(s)
Error Time
MQM1
33939
TCM1 Background Block Error Count
Error Count
MQM1
33940
TCM2 Background Block Error Count
Error Count
MQM1
33941
TCM3 Background Block Error Count
Error Count
MQM1
33942
TCM4 Background Block Error Count
Error Count
MQM1
33943
TCM5 Background Block Error Count
Error Count
MQM1
33944
TCM6 Background Block Error Count
Error Count
MQM1
33945
TCM1 Far-End Background Block Error
Error Count
Count
MQM1
33946
TCM2 Far-End Background Block Error
Error Count
Count
MQM1
33947
TCM3 Far-End Background Block Error
Error Count
Count
A-54
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Appendix A Board Performance List
Board
Perfor-
Performance
Performance Type
TCM4 Far-End Background Block Error
Error Count
mance
Code
MQM1
33948
Count
MQM1
33949
TCM5 Far-End Background Block Error
Error Count
Count
MQM1
33950
TCM6 Far-End Background Block Error
Error Count
Count
MQM1
33951
TCM1 Far-End Errored Second(s)
Error Time
MQM1
33952
TCM2 Far-End Errored Second(s)
Error Time
MQM1
33953
TCM3 Far-End Errored Second(s)
Error Time
MQM1
33954
TCM4 Far-End Errored Second(s)
Error Time
MQM1
33955
TCM5 Far-End Errored Second(s)
Error Time
MQM1
33956
TCM6 Far-End Errored Second(s)
Error Time
MQM1
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
MQM1
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
MQM1
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
MQM1
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
MQM1
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
MQM1
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
MQM1
33963
TCM1 Far-End Unavailable Second(s)
Error Time
MQM1
33964
TCM2 Far-End Unavailable Second(s)
Error Time
MQM1
33965
TCM3 Far-End Unavailable Second(s)
Error Time
MQM1
33966
TCM4 Far-End Unavailable Second(s)
Error Time
MQM1
33967
TCM5 Far-End Unavailable Second(s)
Error Time
MQM1
33968
TCM6 Far-End Unavailable Second(s)
Error Time
MQM1
33969
RS Background Block Error Count
Error Count
MQM1
33974
SM Incoming Alignment Errored
Error Time
Second(s)
A-55
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ZXMP M721 Performance Reference
Board
Perfor-
Performance
Performance Type
SM Backward Incoming Alignment
Error Time
mance
Code
MQM1
33975
Errored Second(s)
MQM1
33976
TCM1 Incoming Alignment Errored
Error Time
Second(s)
MQM1
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
MQM1
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
MQM1
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
MQM1
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
MQM1
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
MQM1
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
MQM1
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
MQM1
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
MQM1
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
MQM1
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
MQM1
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
MQM1
33988
MQM1
33989
Backplane Signal Errored Second(s)
Error Time
Backplane Signal Far-End Errored
Error Time
Second(s)
MQM1
33990
SM Bi-Directional Unavailable
Error Time
Second(s)
MQM1
33991
PM Bi-Directional Unavailable
Error Time
Second(s)
MQM1
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
A-56
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Appendix A Board Performance List
Board
Perfor-
Performance
Performance Type
TCM2 Bi-Directional Unavailable
Error Time
mance
Code
MQM1
33993
Second(s)
MQM1
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
MQM1
33995
TCM4 Bi-Directional Unavailable
Error Time
Second(s)
MQM1
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
MQM1
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
MQM1
33998
RS Bi-Directional Unavailable
Error Time
Second(s)
MQM1
36867
Transmitted GFP Client Data Frame
Normal Count
Count
MQM1
36868
Transmitted GFP Client Management
Normal Count
Frame Count
MQM1
36883
Received GFP Client Data Frame Count
Normal Count
MQM1
36884
Received GFP Client Management
Normal Count
Frame Count
MQM1
36902
Total Transmitted Data Packets Count
Normal Count
MQM1
36928
Packets Received (512-1023 Octets in
Normal Count
Length)
MQM1
36937
Total Received Data Packets Count
Normal Count
MQM1
36938
Total Received Data Bytes Count
Normal Count
MQM1
36939
Total Received CRC Error Packets
Error Count
Count
MQM1
36955
PRBS Test Sequence Error Count
Error Count
MQM1
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
MQM1
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
MQM1
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
MQM1
61445
Total Received Packet
Normal Count
Count[Remaining]
A-57
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ZXMP M721 Performance Reference
Board
Perfor-
Performance
Performance Type
mance
Code
MQM1
61446
Total Received Byte Count[Remaining]
Normal Count
MQM1
61447
Total Transmitted Packet
Normal Count
Count[Remaining]
MQM1
61448
Total Transmitted Byte
Normal Count
Count[Remaining]
MQM1
61701
Total Received Packet Count(G)
Normal Count
MQM1
61702
Total Received Byte Count(G)
Normal Count
MQM1
61703
Total Transmitted Packet Count(G)
Normal Count
MQM1
61704
Total Transmitted Byte Count(G)
Normal Count
A.14 NCP Board Performance List
Board
Performance
Performance
Performance Type
Code
NCP
12288
Output Power(dBm)
Optical Performance
NCP
12292
Laser Bias Current(mA)
Equipment Performance
NCP
12544
Input Power(dBm)
Optical Performance
NCP
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
NCP
12592
Inner-Module Temperature(Celsius)
Equipment Performance
NCP
33815
CRC Error Count
Error Count
NCP
33816
Loss Message Count
Error Count
NCP
33817
Received Packet Count
Normal Count
NCP
33824
Transmitted Packet Count
Normal Count
A.15 ODU Board Performance List
Board
Performance
Performance
Performance Type
Code
ODU
12288
Output Power(dBm)
Optical Performance
ODU
12304
AWG Operating Current(mA)
Equipment Performance
A-58
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Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Set-Point Temperature of
Equipment Performance
Code
ODU
12308
AWG(Celsius)
ODU
12312
AWG Heater Power Consumption(%)
Equipment Performance
ODU
12544
Input Power(dBm)
Optical Performance
ODU
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
A.16 OMU Board Performance List
Board
Performance
Performance
Performance Type
Code
OMU
12288
Output Power(dBm)
Optical Performance
OMU
12304
AWG Operating Current(mA)
Equipment Performance
OMU
12308
Set-Point Temperature of
Equipment Performance
AWG(Celsius)
OMU
12312
AWG Heater Power Consumption(%)
Equipment Performance
OMU
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
A.17 SCOAD Board Performance List
Board
Performance
Performance
Performance Type
Input Power(dBm)
Optical Performance
Code
SCOAD
12544
A.18 SCOMD Board Performance List
Board
Performance
Performance
Performance Type
Code
SCOMD
12288
Output Power(dBm)
Optical Performance
SCOMD
12544
Input Power(dBm)
Optical Performance
A-59
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ZXMP M721 Performance Reference
A.19 SEOA Board Performance List
Board
Performance
Performance
Performance Type
Code
SEOA
12288
Output Power(dBm)
Optical Performance
SEOA
12292
Laser Bias Current(mA)
Equipment Performance
SEOA
12296
Laser TEC Current(mA)
Equipment Performance
SEOA
12300
Laser Temperature offset(Celsius)
Equipment Performance
SEOA
12336
VOA Output Power(dBm)
Optical Performance
SEOA
12432
Laser Temperature(Celsius)
Equipment Performance
SEOA
12436
Laser Background Current(mA)
Equipment Performance
SEOA
12544
Input Power(dBm)
Optical Performance
SEOA
12556
VOA Input Power(dBm)
Optical Performance
SEOA
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
A.20 SOAD Board Performance List
Board
Performance
Performance
Performance Type
Code
SOAD
12288
Output Power(dBm)
Optical Performance
SOAD
12544
Input Power(dBm)
Optical Performance
A.21 SOP Board Performance List
Board
Performance
Performance
Performance Type
Input Power(dBm)
Optical Performance
Code
SOP
12544
A.22 TD2C Board Performance List
Board
Performance
Performance
Performance Type
Code
TD2C
12288
Output Power(dBm)
Optical Performance
TD2C
12292
Laser Bias Current(mA)
Equipment Performance
A-60
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
TD2C
12544
Input Power(dBm)
Optical Performance
TD2C
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
TD2C
12592
Inner-Module Temperature(Celsius)
Equipment Performance
TD2C
33794
RS ES(s)
Error Time
TD2C
33795
RS SES(s)
Error Time
TD2C
33796
RS UAS(s)
Error Time
TD2C
33805
BER Before FEC
BER
TD2C
33806
FEC Uncorrected Frame Count
Error Count
TD2C
33815
CRC Error Count
Error Count
TD2C
33816
Loss Message Count
Error Count
TD2C
33817
Received Packet Count
Normal Count
TD2C
33824
Transmitted Packet Count
Normal Count
TD2C
33826
8B/10B CV-CNT
Error Count
TD2C
33843
BER After FEC
BER
TD2C
33857
SM Errored Second(s)
Error Time
TD2C
33858
SM Severely Errored Second(s)
Error Time
TD2C
33859
SM Unavailable Second(s)
Error Time
TD2C
33883
TCM1 Unavailable Second(s)
Error Time
TD2C
33884
TCM1 Errored Second(s)
Error Time
TD2C
33885
TCM1 Severely Errored Second(s)
Error Time
TD2C
33888
TCM2 Unavailable Second(s)
Error Time
TD2C
33889
TCM2 Errored Second(s)
Error Time
TD2C
33890
TCM2 Severely Errored Second(s)
Error Time
TD2C
33893
TCM3 Unavailable Second(s)
Error Time
TD2C
33894
TCM3 Errored Second(s)
Error Time
TD2C
33895
TCM3 Severely Errored Second(s)
Error Time
TD2C
33898
TCM4 Unavailable Second(s)
Error Time
TD2C
33899
TCM4 Errored Second(s)
Error Time
TD2C
33900
TCM4 Severely Errored Second(s)
Error Time
TD2C
33903
TCM5 Unavailable Second(s)
Error Time
TD2C
33904
TCM5 Errored Second(s)
Error Time
A-61
SJ-20140603112247-007|2015-01-15(R1.0)
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ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
TD2C
33905
TCM5 Severely Errored Second(s)
Error Time
TD2C
33908
TCM6 Unavailable Second(s)
Error Time
TD2C
33909
TCM6 Errored Second(s)
Error Time
TD2C
33910
TCM6 Severely Errored Second(s)
Error Time
TD2C
33925
PM Errored Second(s)
Error Time
TD2C
33926
PM Severely Errored Second(s)
Error Time
TD2C
33927
PM Unavailable Second(s)
Error Time
TD2C
33929
SM Background Block Error Count
Error Count
TD2C
33930
SM Far-End Background Block Error
Error Count
Count
TD2C
33931
SM Far-End Errored Second(s)
Error Time
TD2C
33932
SM Far-End Severely Errored
Error Time
Second(s)
TD2C
33933
SM Far-End Unavailable Second(s)
Error Time
TD2C
33934
PM Background Block Error Count
Error Count
TD2C
33935
PM Far-End Background Block Error
Error Count
Count
TD2C
33936
PM Far-End Errored Second(s)
Error Time
TD2C
33937
PM Far-End Severely Errored
Error Time
Second(s)
TD2C
33938
PM Far-End Unavailable Second(s)
Error Time
TD2C
33939
TCM1 Background Block Error Count
Error Count
TD2C
33940
TCM2 Background Block Error Count
Error Count
TD2C
33941
TCM3 Background Block Error Count
Error Count
TD2C
33942
TCM4 Background Block Error Count
Error Count
TD2C
33943
TCM5 Background Block Error Count
Error Count
TD2C
33944
TCM6 Background Block Error Count
Error Count
TD2C
33945
TCM1 Far-End Background Block
Error Count
Error Count
TD2C
33946
TCM2 Far-End Background Block
Error Count
Error Count
TD2C
33947
TCM3 Far-End Background Block
Error Count
Error Count
A-62
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
TCM4 Far-End Background Block
Error Count
Code
TD2C
33948
Error Count
TD2C
33949
TCM5 Far-End Background Block
Error Count
Error Count
TD2C
33950
TCM6 Far-End Background Block
Error Count
Error Count
TD2C
33951
TCM1 Far-End Errored Second(s)
Error Time
TD2C
33952
TCM2 Far-End Errored Second(s)
Error Time
TD2C
33953
TCM3 Far-End Errored Second(s)
Error Time
TD2C
33954
TCM4 Far-End Errored Second(s)
Error Time
TD2C
33955
TCM5 Far-End Errored Second(s)
Error Time
TD2C
33956
TCM6 Far-End Errored Second(s)
Error Time
TD2C
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
TD2C
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
TD2C
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
TD2C
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
TD2C
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
TD2C
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
TD2C
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
TD2C
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
TD2C
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
TD2C
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
TD2C
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
A-63
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
TCM6 Far-End Unavailable
Error Time
Code
TD2C
33968
Second(s)
TD2C
33969
RS Background Block Error Count
Error Count
TD2C
33974
SM Incoming Alignment Errored
Error Time
Second(s)
TD2C
33975
SM Backward Incoming Alignment
Error Time
Errored Second(s)
TD2C
33976
TCM1 Incoming Alignment Errored
Error Time
Second(s)
TD2C
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
TD2C
33978
TCM3 Incoming Alignment Errored
Error Time
Second(s)
TD2C
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
TD2C
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
TD2C
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
TD2C
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
TD2C
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
TD2C
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
TD2C
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
TD2C
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
TD2C
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
TD2C
33987
TCM6 Backward Incoming Alignment
Error Time
Errored Second(s)
TD2C
33990
SM Bi-Directional Unavailable
Error Time
Second(s)
A-64
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
PM Bi-Directional Unavailable
Error Time
Code
TD2C
33991
Second(s)
TD2C
33992
TCM1 Bi-Directional Unavailable
Error Time
Second(s)
TD2C
33993
TCM2 Bi-Directional Unavailable
Error Time
Second(s)
TD2C
33994
TCM3 Bi-Directional Unavailable
Error Time
Second(s)
TD2C
33995
TCM4 Bi-Directional Unavailable
Error Time
Second(s)
TD2C
33996
TCM5 Bi-Directional Unavailable
Error Time
Second(s)
TD2C
33997
TCM6 Bi-Directional Unavailable
Error Time
Second(s)
TD2C
33998
RS Bi-Directional Unavailable
Error Time
Second(s)
TD2C
36867
Transmitted GFP Client Data Frame
Normal Count
Count
TD2C
36868
Transmitted GFP Client Management
Normal Count
Frame Count
TD2C
36883
Received GFP Client Data Frame
Normal Count
Count
TD2C
36884
Received GFP Client Management
Normal Count
Frame Count
TD2C
36896
Total Transmitted Data Byte Count
Normal Count
TD2C
36897
Transmitted Unicast Package Count
Normal Count
TD2C
36898
Transmitted Broadcast Package
Normal Count
Count
TD2C
36899
Transmitted Multicast Package Count
Normal Count
TD2C
36900
Transmitted PAUSE Frame Count
Normal Count
TD2C
36902
Total Transmitted Data Packets Count
Normal Count
TD2C
36903
Packets Transmitted (64 Octets in
Normal Count
Length)
TD2C
36904
Packets Transmitted (65-127 Octets
Normal Count
in Length)
A-65
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ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Packets Transmitted(128-255 Octets
Normal Count
Code
TD2C
36905
in Length)
TD2C
36906
Packets Transmitted(256-511 Octets
Normal Count
in Length)
TD2C
36907
Packets Transmitted(512-1023
Normal Count
Octets in Length)
TD2C
36908
Packets Transmitted(1024-1518
Normal Count
Octets in Length)
TD2C
36914
Received Unicast Package Count
Normal Count
TD2C
36915
Received Broadcast Package Count
Normal Count
TD2C
36916
Received Multicast Package Count
Normal Count
TD2C
36917
Received PAUSE Frame Count
Normal Count
TD2C
36918
Received Undersize Frame Count
Error Count
TD2C
36919
Received Fragments Package Count
Error Count
TD2C
36920
Received Oversize Frame Count
Error Count
TD2C
36921
Received Jabber Package Count
Error Count
TD2C
36924
Packets Received (64 Octets in
Normal Count
Length)
TD2C
36925
Packets Received (65-127 Octets in
Normal Count
Length)
TD2C
36926
Packets Received (128-255 Octets in
Normal Count
Length)
TD2C
36927
Packets Received (256-511 Octets in
Normal Count
Length)
TD2C
36928
Packets Received (512-1023 Octets
Normal Count
in Length)
TD2C
36929
Packets Received (1024-1518 Octets
Normal Count
in Length)
TD2C
36932
DropEvents Count
Error Count
TD2C
36933
Collisions Count
Error Count
TD2C
36937
Total Received Data Packets Count
Normal Count
TD2C
36938
Total Received Data Bytes Count
Normal Count
TD2C
36939
Total Received CRC Error Packets
Error Count
Count
A-66
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
TD2C
36955
PRBS Test Sequence Error Count
Error Count
TD2C
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
TD2C
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
TD2C
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
TD2C
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
TD2C
61445
Total Received Packet
Normal Count
Count[Remaining]
TD2C
61446
Total Received Byte Count[Remain-
Normal Count
ing]
TD2C
61447
Total Transmitted Packet
Normal Count
Count[Remaining]
TD2C
61448
Total Transmitted Byte
Normal Count
Count[Remaining]
TD2C
61701
Total Received Packet Count(G)
Normal Count
TD2C
61702
Total Received Byte Count(G)
Normal Count
TD2C
61703
Total Transmitted Packet Count(G)
Normal Count
TD2C
61704
Total Transmitted Byte Count(G)
Normal Count
A.23 TS4 Board Performance List
Board
Performance
Performance
Performance Type
Code
TS4
12288
Output Power(dBm)
Optical Performance
TS4
12292
Laser Bias Current(mA)
Equipment Performance
TS4
12300
Laser Temperature offset(Celsius)
Equipment Performance
TS4
12544
Input Power(dBm)
Optical Performance
TS4
12560
Board Environment Temperature(Cel-
Equipment Performance
sius)
TS4
12592
Inner-Module Temperature(Celsius)
Equipment Performance
A-67
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ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Dispersion Compensation
Equipment Performance
Code
TS4
12628
Value(ps/nm)
TS4
12632
Polarization Mode Dispersion Value
Equipment Performance
(ps)
TS4
33805
BER Before FEC
BER
TS4
33806
FEC Uncorrected Frame Count
Error Count
TS4
33843
BER After FEC
BER
TS4
33857
SM Errored Second(s)
Error Time
TS4
33858
SM Severely Errored Second(s)
Error Time
TS4
33859
SM Unavailable Second(s)
Error Time
TS4
33883
TCM1 Unavailable Second(s)
Error Time
TS4
33884
TCM1 Errored Second(s)
Error Time
TS4
33885
TCM1 Severely Errored Second(s)
Error Time
TS4
33888
TCM2 Unavailable Second(s)
Error Time
TS4
33889
TCM2 Errored Second(s)
Error Time
TS4
33890
TCM2 Severely Errored Second(s)
Error Time
TS4
33893
TCM3 Unavailable Second(s)
Error Time
TS4
33894
TCM3 Errored Second(s)
Error Time
TS4
33895
TCM3 Severely Errored Second(s)
Error Time
TS4
33898
TCM4 Unavailable Second(s)
Error Time
TS4
33899
TCM4 Errored Second(s)
Error Time
TS4
33900
TCM4 Severely Errored Second(s)
Error Time
TS4
33903
TCM5 Unavailable Second(s)
Error Time
TS4
33904
TCM5 Errored Second(s)
Error Time
TS4
33905
TCM5 Severely Errored Second(s)
Error Time
TS4
33908
TCM6 Unavailable Second(s)
Error Time
TS4
33909
TCM6 Errored Second(s)
Error Time
TS4
33910
TCM6 Severely Errored Second(s)
Error Time
TS4
33925
PM Errored Second(s)
Error Time
TS4
33926
PM Severely Errored Second(s)
Error Time
TS4
33927
PM Unavailable Second(s)
Error Time
TS4
33929
SM Background Block Error Count
Error Count
A-68
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
SM Far-End Background Block Error
Error Count
Code
TS4
33930
Count
TS4
33931
SM Far-End Errored Second(s)
Error Time
TS4
33932
SM Far-End Severely Errored
Error Time
Second(s)
TS4
33933
SM Far-End Unavailable Second(s)
Error Time
TS4
33934
PM Background Block Error Count
Error Count
TS4
33935
PM Far-End Background Block Error
Error Count
Count
TS4
33936
PM Far-End Errored Second(s)
Error Time
TS4
33937
PM Far-End Severely Errored
Error Time
Second(s)
TS4
33938
PM Far-End Unavailable Second(s)
Error Time
TS4
33939
TCM1 Background Block Error Count
Error Count
TS4
33940
TCM2 Background Block Error Count
Error Count
TS4
33941
TCM3 Background Block Error Count
Error Count
TS4
33942
TCM4 Background Block Error Count
Error Count
TS4
33943
TCM5 Background Block Error Count
Error Count
TS4
33944
TCM6 Background Block Error Count
Error Count
TS4
33945
TCM1 Far-End Background Block
Error Count
Error Count
TS4
33946
TCM2 Far-End Background Block
Error Count
Error Count
TS4
33947
TCM3 Far-End Background Block
Error Count
Error Count
TS4
33948
TCM4 Far-End Background Block
Error Count
Error Count
TS4
33949
TCM5 Far-End Background Block
Error Count
Error Count
TS4
33950
TCM6 Far-End Background Block
Error Count
Error Count
TS4
33951
TCM1 Far-End Errored Second(s)
Error Time
TS4
33952
TCM2 Far-End Errored Second(s)
Error Time
TS4
33953
TCM3 Far-End Errored Second(s)
Error Time
A-69
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
TS4
33954
TCM4 Far-End Errored Second(s)
Error Time
TS4
33955
TCM5 Far-End Errored Second(s)
Error Time
TS4
33956
TCM6 Far-End Errored Second(s)
Error Time
TS4
33957
TCM1 Far-End Severely Errored
Error Time
Second(s)
TS4
33958
TCM2 Far-End Severely Errored
Error Time
Second(s)
TS4
33959
TCM3 Far-End Severely Errored
Error Time
Second(s)
TS4
33960
TCM4 Far-End Severely Errored
Error Time
Second(s)
TS4
33961
TCM5 Far-End Severely Errored
Error Time
Second(s)
TS4
33962
TCM6 Far-End Severely Errored
Error Time
Second(s)
TS4
33963
TCM1 Far-End Unavailable
Error Time
Second(s)
TS4
33964
TCM2 Far-End Unavailable
Error Time
Second(s)
TS4
33965
TCM3 Far-End Unavailable
Error Time
Second(s)
TS4
33966
TCM4 Far-End Unavailable
Error Time
Second(s)
TS4
33967
TCM5 Far-End Unavailable
Error Time
Second(s)
TS4
33968
TCM6 Far-End Unavailable
Error Time
Second(s)
TS4
33974
SM Incoming Alignment Errored
Error Time
Second(s)
TS4
33975
SM Backward Incoming Alignment
Error Time
Errored Second(s)
TS4
33976
TCM1 Incoming Alignment Errored
Error Time
Second(s)
TS4
33977
TCM2 Incoming Alignment Errored
Error Time
Second(s)
A-70
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
TCM3 Incoming Alignment Errored
Error Time
Code
TS4
33978
Second(s)
TS4
33979
TCM4 Incoming Alignment Errored
Error Time
Second(s)
TS4
33980
TCM5 Incoming Alignment Errored
Error Time
Second(s)
TS4
33981
TCM6 Incoming Alignment Errored
Error Time
Second(s)
TS4
33982
TCM1 Backward Incoming Alignment
Error Time
Errored Second(s)
TS4
33983
TCM2 Backward Incoming Alignment
Error Time
Errored Second(s)
TS4
33984
TCM3 Backward Incoming Alignment
Error Time
Errored Second(s)
TS4
33985
TCM4 Backward Incoming Alignment
Error Time
Errored Second(s)
TS4
33986
TCM5 Backward Incoming Alignment
Error Time
Errored Second(s)
TS4
33987
TCM6 Backward Incoming Alignment
BER
Errored Second(s)
TS4
33999
Q Factor
Error Count
TS4
36896
Total Transmitted Data Byte Count
Normal Count
TS4
36902
Total Transmitted Data Packets Count
Normal Count
TS4
36937
Total Received Data Packets Count
Normal Count
TS4
36938
Total Received Data Bytes Count
Normal Count
TS4
36955
PRBS Test Sequence Error Count
Error Count
TS4
37001
SM Background Block Error Ratio
BER
TS4
37002
SM Far-End Background Block Error
BER
Ratio
TS4
37003
SM Severely Errored Second Ratio
BER
TS4
37004
SM Far-End Severely Errored Second
BER
Ratio
TS4
37005
TS4
37006
PM Background Block Error Ratio
BER
PM Far-End Background Block Error
BER
Ratio
A-71
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ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
TS4
37007
PM Severely Errored Second Ratio
BER
TS4
37008
PM Far-End Severely Errored Second
BER
Ratio
TS4
37009
TCM1 Background Block Error Ratio
BER
TS4
37010
TCM2 Background Block Error Ratio
BER
TS4
37011
TCM3 Background Block Error Ratio
BER
TS4
37012
TCM4 Background Block Error Ratio
BER
TS4
37013
TCM5 Background Block Error Ratio
BER
TS4
37014
TCM6 Background Block Error Ratio
BER
TS4
37015
TCM1 Far-End Background Block
BER
Error Ratio
TS4
37016
TCM2 Far-End Background Block
BER
Error Ratio
TS4
37017
TCM3 Far-End Background Block
BER
Error Ratio
TS4
37018
TCM4 Far-End Background Block
BER
Error Ratio
TS4
37019
TCM5 Far-End Background Block
BER
Error Ratio
TS4
37020
TCM6 Far-End Background Block
BER
Error Ratio
TS4
37021
TCM1 Severely Errored Second Ratio
BER
TS4
37022
TCM2 Severely Errored Second Ratio
BER
TS4
37023
TCM3 Severely Errored Second Ratio
BER
TS4
37024
TCM4 Severely Errored Second Ratio
BER
TS4
37025
TCM5 Severely Errored Second Ratio
BER
TS4
37026
TCM6 Severely Errored Second Ratio
BER
TS4
37027
TCM1 Far-End Severely Errored
BER
Second Ratio
TS4
37028
TCM2 Far-End Severely Errored
BER
Second Ratio
TS4
37029
TCM3 Far-End Severely Errored
BER
Second Ratio
A-72
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ZTE Proprietary and Confidential
Appendix A Board Performance List
Board
Performance
Performance
Performance Type
TCM4 Far-End Severely Errored
BER
Code
TS4
37030
Second Ratio
TS4
37031
TCM5 Far-End Severely Errored
BER
Second Ratio
TS4
37032
TCM6 Far-End Severely Errored
BER
Second Ratio
TS4
37032
TCM6 Far-End Severely Errored
BER
Second Ratio
TS4
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
TS4
37376
FEC Correct Bit Error Count(Exp
Error Count
Format)
TS4
37377
FEC Correct 0 Bit Error Count(Exp
Error Count
Format)
TS4
37378
FEC Correct 1 Bit Error Count(Exp
Error Count
Format)
TS4
61445
Total Received Packet
Normal Count
Count[Remaining]
TS4
61446
Total Received Byte Count[Remain-
Normal Count
ing]
TS4
61447
Total Transmitted Packet
Normal Count
Count[Remaining]
TS4
61448
Total Transmitted Byte
Normal Count
Count[Remaining]
TS4
61449
Transmitted Unicast Package
Normal Count
Count[Remaining]
TS4
61450
Transmitted Broadcast Package
Normal Count
Count[Remaining]
TS4
61451
Transmitted Multicast Package
Normal Count
Count[Remaining]
TS4
61452
Transmitted PAUSE Frame
Normal Count
Count[Remaining]
TS4
61453
Packets Transmitted (64 Octets in
Normal Count
Length)[Remaining]
TS4
61454
Packets Transmitted (65-127 Octets
Normal Count
in Length)[Remaining]
A-73
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ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Packets Transmitted(128-255 Octets
Normal Count
Code
TS4
61455
in Length)[Remaining]
TS4
61456
Packets Transmitted(256-511 Octets
Normal Count
in Length)[Remaining]
TS4
61457
Packets Transmitted(512-1023
Normal Count
Octets in Length)[Remaining]
TS4
61458
Packets Transmitted(1024-1518
Normal Count
Octets in Length)[Remaining]
TS4
61459
Received Unicast Package
Normal Count
Count[Remaining]
TS4
61460
Received Broadcast Package
Normal Count
Count[Remaining]
TS4
61461
Received Multicast Package
Normal Count
Count[Remaining]
TS4
61462
Received PAUSE Frame
Normal Count
Count[Remaining]
TS4
61463
Received Undersize Frame
Error Count
Count[Remaining]
TS4
61464
Received Fragments Package
Error Count
Count[Remaining]
TS4
61465
Received Oversize Frame
Error Count
Count[Remaining]
TS4
61466
Received Jabber Package
Error Count
Count[Remaining]
TS4
61467
Packets Received (64 Octets in
Normal Count
Length)[Remaining]
TS4
61468
Packets Received (65-127 Octets in
Normal Count
Length)[Remaining]
TS4
61469
Packets Received (128-255 Octets in
Normal Count
Length)[Remaining]
TS4
61470
Packets Received (256-511 Octets in
Normal Count
Length)[Remaining]
TS4
61471
Packets Received (512-1023 Octets
Normal Count
in Length)[Remaining]
TS4
61472
Packets Received (1024-1518 Octets
Normal Count
in Length)[Remaining]
A-74
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Appendix A Board Performance List
Board
Performance
Performance
Performance Type
Code
TS4
61473
DropEvents Count[Remaining]
Error Count
TS4
61475
Physical Coding Sub-layer BIP Count
Error Count
TS4
61476
Physical Coding Sub-layer Invalid
Error Count
Alignment Marker Count[Remaining]
TS4
61477
Physical Coding Sub-layer Block
Error Count
Error Count[Remaining]
TS4
61478
Total Received CRC Error Packets
Error Count
Count[Remaining]
TS4
61705
Transmitted Unicast Package
Normal Count
Count(G)
TS4
61706
Transmitted Broadcast Package
Normal Count
Count(G)
TS4
61707
Transmitted Multicast Package
Normal Count
Count(G)
TS4
61708
Transmitted PAUSE Frame Count(G)
Normal Count
TS4
61709
Packets Transmitted (64 Octets in
Normal Count
Length)(G)
TS4
61710
Packets Transmitted (65-127 Octets
Normal Count
in Length)(G)
TS4
61711
Packets Transmitted(128-255 Octets
Normal Count
in Length)(G)
TS4
61712
Packets Transmitted(256-511 Octets
Normal Count
in Length)(G)
TS4
61713
Packets Transmitted(512-1023
Normal Count
Octets in Length)(G)
TS4
61714
Packets Transmitted(1024-1518
Normal Count
Octets in Length)(G)
TS4
61714
Packets Transmitted(1024-1518
Normal Count
Octets in Length)(G)
TS4
61715
Received Unicast Package Count(G)
Normal Count
TS4
61716
Received Broadcast Package
Normal Count
Count(G)
TS4
61717
Received Multicast Package
Normal Count
Count(G)
TS4
61718
Received PAUSE Frame Count(G)
Error Count
A-75
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
ZXMP M721 Performance Reference
Board
Performance
Performance
Performance Type
Code
TS4
61719
Received Undersize Frame Count(G)
Error Count
TS4
61720
Received Fragments Package
Error Count
Count(G)
TS4
61721
Received Oversize Frame Count(G)
Error Count
TS4
61722
Received Jabber Package Count(G)
Error Count
TS4
61723
Packets Received (64 Octets in
Normal Count
Length)(G)
TS4
61724
Packets Received (65-127 Octets in
Normal Count
Length)(G)
TS4
61725
Packets Received (128-255 Octets in
Normal Count
Length)(G)
TS4
61726
Packets Received (256-511 Octets in
Normal Count
Length)(G)
TS4
61727
Packets Received (512-1023 Octets
Normal Count
in Length)(G)
TS4
61728
Packets Received (1024-1518 Octets
Normal Count
in Length)(G)
TS4
61729
TS4
61731
DropEvents Count(G)
Error Count
Physical Coding Sub-layer BIP
Error Count
Count(G)
TS4
61732
Physical Coding Sub-layer Invalid
Error Count
Alignment Marker Count(G)
TS4
61733
Physical Coding Sub-layer Block
Error Count
Error Count(G)
TS4
61734
Total Received CRC Error Packets
Error Count
Count(G)
A-76
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential
Glossary
AWG
- Array Waveguide Grating
EDFA
- Erbium Doped Fiber Amplifier
LOS
- Line-Out-of-Service Signal
OA
- Optical Amplifier
OAC
- Optical Access
OCH
- Optical Channel
OTS
- Optical Transmission Section
OTU
- Optical Transponder Unit
I
SJ-20140603112247-007|2015-01-15(R1.0)
ZTE Proprietary and Confidential