100G  BASE  -SR4  QSFP28  Active  Optical  Cable  Features  ●4  channels  full-  duplex  transceiver  modules
●Supports  100Gbps  total  data  rate  ●4  channels  850  nm  VCSEL  array  ●4  channels  PIN  photo  detector  array
●Low  power  consumption  <  3.5W  ●Hot  Pluggable  QSFP  form  factor
●Maximum  link  length  of  70m  on  OM3
Multimode  Fiber(M  MF)and  100m  on  OM4  M  M  F  ●Single  MPO  connector  receptacle
●Built-  in  digital  diagnostic  functions  ●Operating  case  temperature  0 °C to  +7  0 °C
●3  .3  V  power  supply  voltage  ●RoHS6  compliant(  lead  free  )  Applications  ●IEEE  8  02  .  3bm  100  G  BASE  SR4
●Infiniband  EDR  Description  The  SODA-100G-XX  is  a  Four  -  Channel,  Pluggable  ,  Parallel,  Fiber  -  Optic  QSFP+  AOC  for  100  Gigabit  Ethernet  and  Infiniband  EDR  Applications  .This  AOC  is  a  high  performance  module  for  short-  range  multi  -  lane  data  communication  and  interconnect  applications  .It  integrates  four  data  lanes  in  each  direction  with  100Gbps  bandwidth  .  Each  lane  can  operate  at  25.78125Gbps  up  to  70m  using  OM3  fiber  or  100m  using  OM4  fiber.  These  modules  are  designed  to  operate  over  multimode  fiber  systems  using  a  nominal  wavelength  of  850nm.  The  electrical  interface  uses  a  38  contact  edge  type  connector.  The  optical  interface  uses  an  12  fiber  MTP  (MPO)  connector.  This  module  incorporates  SINOVO  proven  circuit  and  VCSEL  technology  t  o  provide  reliable  longlife  ,  high  performance  ,  and  consistent  service  .  Figure1.  Module  Block  Diagram  Absolute  Maximum  Ratings  Param eter  Sym bol  M in  M ax  Unit  Supply  Voltage  V  c  c  -  0  .3  3  .6  V  Input  Voltage  Vin  -  0  .3  V  cc  +0  .3  V  Storage  Temperature  Ts  t  -  2  0  8  5  º C  Case  Operating  Temperature  To  p  0  70  º C  Humidity  (  non  -condensing  )  R  h  0  85  %  Recom  mended Operating Conditions  Param eter  Sym bol  Supply  Voltage  Vcc  Operating  Case  temperature  M in  3  .1  3  Tca  Data  Rate  Per  Lane  Humidity  fd  Rh  Power  Dissipation  Pm  Fiber  Bend  Radius  Rb  Ty  pica  l  3  .3  0  M ax  3  .4  7  V  7  0  º C  85  Gbps  %  25.78125  5  Unit  3  .5  3  W  c  m  Recom  mended   Operating  Conditions  Param eter  Sym bol  Supply  Voltage  Vcc  Operating  Case  temperature  Data  Rate  Per  Lane  Humidity  Tca  M in  3  .1  3  Power  Dissipation  Pm  Fiber  Bend  Radius  Rb  3  .3  0  fd  Rh  Ty  pica  l  M ax  3  .4  7  7  0  25.78125  5  3  Unit  V  º C  Gbps  85  %  3  .5  W  c  m  Electrical  Specifications  Param eter  Sym bol  M in  Ty  pica  l  Zin  90  10  11  ohm  Zout  90  10  11  ohm  Vin  3  00  Vout  5  00  Differentia  l  input  impedance  Differential  Output  impedance  Differentia  amplitude  Differentia  amplitude  l  l  input  voltage  output  volta  ge  M ax  11  00  80  Unit  mVp-p  mVp-p  0  Skew  S  w  3  00  B  it  Error  Rate  B  E  R  E  -12  Input  Logic   Level  High  V  IH  2  .0  Input  Logic  Level  Low  V  IL  Output  Logic   Level  High  Output  Logic  Level  Lo  w  VCC  V  0  0  .8  V  V  O  H  VCC  -0  .5  VCC  V  V  O  L  0  0  .4  V  Note:
1  .  BER   =1  0  ^  -  1  2  ;  P  R  B  S  2  .  Differe  ntial  inp  ut  voltage  3  .  Differe  ntial  o  utput  voltage  ps  2  ^  3  1  -  1  @  2  5  .7  8  1  2  5  G  b  p  s  .  amplitude  amplitude  is  me  as  ured    b  etwee  n  T  x  n  P  and    TxnN  .  is  measured  betwee  n  R  x  n  P  and  Rx  nN  .  Pin  Descriptions
PIN  Logic  1  Symbol  Name/Description  Note  GND  Ground  1  Transmitter  Inverted  Data  Input  2  CML-I  Tx2n  3  CML-I  Tx2p  4  output  GND  Ground  Transmitter  Inverted  Data  Input  5  CML-I  Tx4n  6  CML-I  Tx4p  7  Transmitter  Non-Inverted  Data  Transmitter  Non-Inverted  Data  output  GND  Ground  8  LVTLL-I  ModSelL  Module  Select  9  LVTLL-I  ResetL  Module  Reset  VccRx  ﹢3.3V  Power  Supply  Receiver  10  11  LVCMOS-I/O  SCL  2-Wire  Serial  Interface  Clock  12  LVCMOS-I/O  SDA  2-Wire  Serial  Interface  Data  GND  Ground  13  14  CML-O  Rx3p  Receiver  Non-Inverted  Data  Output  15  CML-O  Rx3n  Receiver  Inverted  Data  Output  GND  Ground  16  1  1  2  1  17  CML-O  Rx1p  Receiver  Non-Inverted  Data  Output  18  CML-O  Rx1n  Receiver  Inverted  Data  Output  19  GND  Ground  1  20  GND  Ground  1  21  CML-O  Rx2n  Receiver  Inverted  Data  Output  22  CML-O  Rx2p  Receiver  Non-Inverted  Data  Output  GND  Ground  1  1  23  24  CML-O  Rx4n  Receiver  Inverted  Data  Output  25  CML-O  Rx4p  Receiver  Non-Inverted  Data  Output  GND  Ground  26  27  LVTTL-O  ModPrsL  Module  Present  28  LVTTL-O  IntL  Interrupt  29  VccTx  +3.3  V  Power  Supply  transmitter  1  2  30  31  LVTTL-I  Vcc1  +3.3  V  Power  Supply  LPMode  Low  Power  Mode  GND  Ground  32  33  CML-I  Tx3p  Transmitter  Non-Inverted  Data  Input  34  CML-I  Tx3n  Transmitter  Inverted  Data  Output  GND  Ground  35  36  CML-I  Tx1p  Transmitter  Non-Inverted  Data  Input  37  CML-I  Tx1n  Transmitter  Inverted  Data  Output  GND  Ground  38      Notes:  1. Module  circuit  ground  is  isolated  from  module  chassis  ground  within  the  module.   GND  is  the  symbol  for  signal  and  supply  (power)  common  for  QSFP  modules.  2. The  connector  pins  are  each  rated  for  a  maximum  current  of  500mA.           Power  Supply  Filtering  2  1  1  1  The  host  board  should  use  the  power  supply  filtering  shown  in  Figure2.  Figure2. Host Board Power Supply Filtering EEPROM  Serial  ID  Memory  Contents:  Serial ID: Data Fields (Page 00)
Addres
s  Size  Name  Description  of  Base  ID  Optical  Field  Module  (Bytes
)  128
1
Identifier
Identifier Type of serial
R
Module
129
1
Ext.
Extended Identifier of
Identifier
Serial Module
R
130
1
Connector
Code for connector type
R
131-138
8
Specification
Code for electronic
R
compliance
compatibility or optical
compatibility
Encoding
Code for serial encoding
139
1
R
algorithm
140
1
BR, nominal
Nominal bit rate, units
R
of 100 MBits/s
141
142
1
1
Extended
Tags for extended rate
rateselect
Compliance
select compliance
Length(SMF)
Link length supported for
R
R
SMF fiber in km (note 1)
143
144
145
146
1
1
1
1
Length(OM3 50
Link length
um)
EBW 50/125 um fiber (OM3),
units of 2m
(note 1)
supported for
Length(OM2 50
Link length supported for
um)
50/125 um fiber (OM2),
units of 1m
(note 1)
Length(OM1
Link length
supported for
62.5 um)
62.5/125 um
units of 1m
fiber (OM1),
(note 1)
Length
Link length of copper or
(Copper)
active cable, units of 1 m
(note 1)Link length
R
R
R
R
147
1
Device tech
Device technology
R
148-163
16
Vendor name
QSFP+ vendor name(ASCII)
R
164
1
Extended
Extended Module codes for
R
Module
InfiniBand
Vendor OUI
QSFP+ vendor IEEE company
165-167
3
R
ID
168-183
16
Vendor PN
Part number provided by
QSFP+ vendor(ASCII)
R
184-185
2
Vendor rev
Revision level for part
R
number provided by
vendor(ASCII)
186-187
188-189
2
2
Wave length
Nominal laser wavelength
or Copper
cable
Attenuation
(wavelength=value/20 in
nm) or copper cable
attenuation in dB at
2.5GHz (Adrs 186) and
5.0GHz (Adrs 187)
Wavelength
tolerance
190
191
1
Max case
1
Guaranteed range of laser
wavelength(+/- value) from
nominal
wavelength.(wavelength
Tol.=value/200 in nm)
Maximum case temperature
temp.
in degrees C
CC_BASE
Check code for base ID
fields
192-195
196-211
4
Options
16
Vendor SN
212-219
8
Date Code
R
R
R
(addresses 128-190)
Rate Select, TX Disable,
TX Fault, LOS, Warning
indicators for:
Temperature, VCC, RX
power, TX Bias
Serial number provided by
vendor
R
R
R
(ASCII)
Vendor’s manufacturing
R
date code
220
221
1
1
Diagnostic
Indicates which types of
Monitoring
Type
diagnostic monitoring are
implemented (if any) in
the Module. Bit 1,0
Reserved
Enhanced
Options
222
1
Reserved
223
1
CC_EXT
Indicates which optional
224-255
Specific
32
ID Fields
Vendor Specific EEPROM
R
enhanced features are
implemented in the Module.
Check code for the
Extended ID Fields
(addresses 192-222)
Vendor
R
R
Mechanical  Dimensions  ESD  This  transceiver  is  specified  as  ESD  threshold  1KV  for  high  speed  data  pins  and  2KV  for  all  others  electrical  input  pins,  tested  per  MIL-STD-883,  Method  3015.4  /JESD22-A114-A  (HBM).  However,  normal  ESD  precautions  are  still  required  during  the  handling  of  this  module.  This  transceiver  is  shipped  in  ESD  protective  packaging.  It  should  be  removed  from  the  packaging  and  handled  only  in  an  ESD  protected  environment.  Order  Information  Part  Number  SODA-100G-XX
Product  Description  100Gb/s  QSFP28  Active  Optical  Cable  Notes:  where  "xx"  denotes  cable  length  in  meters.  Examples  are  as  follows:  xx  =  03  for  3m,
xx  =  10  for  10m,
xx  =  50  for  50m,
xx  =  A0  for  100m  Reference  1  .  SFF-8436  QSFP+  2  .  Ethernet  100G  BASE  -SR4  Important  Notice  Performance  figures,  data  and  any  illustrative  material  provided  in  this  data  sheet  are  typical  and  must  be  specifically  confirmed  in  writing  by  SINOVO
before   they   become   applicable   to   any   particular   order   or  contract. In accordance with the
SINOVO
policy of continuous  improvement  specifications  may  change  without  notice.  The  publication  of  information  in  this  data  sheet  does  not  imply  freedom  from  patent  or  other  protective  rights  of  SINOVO  or  others.  Further  details  are  available  from  any  SINOVO  sales  representative.  Shenzhen Sinovo Telecom Co.,Ltd
Website: www.sinovocorp.com
Tel:+86(0)0755-3295 9919 Fax:+86(0)755 3295 9918
FactoryADD: 4~5F,NO.658,Meijing West Rd,Dalang Town,
Dongguan City, Guangdong,China
Head Quarter:11/F,Taibang Technology Building,Gaoxin South 4th,
Science and Technology Park South,Nanshan,Shenzhen,China 518040
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100G QSFP28 SR4 AOC cable from SINOVO

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