Datasheet:
Digital T1/E1 cPCI Boards (DSP)
PIKA Digital T1/E1 cPCI high performance
boards provide integration of voice and fax
for up to 240 digital channels over octal span
T1/E1 network connections. Our digital
T1/E1 cPCI series of high-density boards
enable voice and fax services by way of
connectivity to TDM and IP networks.
Digital cPCI boards have an independently scalable
DSP architecture and market leading port densities.
An optimal building block for next generation
voice and fax applications, the digital T1/E1 cPCI
delivers all the required processing horsepower for
even the most demanding of services.
The digital T1/E1 cPCI platform
consists of a main card providing T1/E1
framing and DSP resources, along with a rear panel providing network terminations and protection.
Front faceplate status lights enable on-site status monitoring. The rear panel provides network
termination with line conditioning and protection for worldwide implementations. CSU or DSU
options are supported.
Key features
•
Connects to TDM and IP networks
•
Quad or octal span
•
Total bandwidth of up to 12.352 Mbits in T1 mode and up to 16.384 Mbits in E1 mode
•
Enhanced DSP support for next generation applications
•
H.110 compliant - up to 512 simultaneous half duplex connections can be made between any
of the 4096 CT bus timeslots and any of the local timeslots
•
The card comes pre-configured with 8 on-board DSPs and can accommodate up to 2 VEngines with 6 more DSPs on each daughter card
•
Resource based driver model
•
Programmable tone detection and generation for wider international support
•
Integrated call progress analysis
•
Dynamic adjustment of audio gain for improved loss and level control Technical
Specifications
Key benefits
•
Windows or Linux development environments
•
Market leading port densities with integrated voice, fax, and conferencing
•
Support for 2048 full duplex channel switching to improve overall system performance and
flexibility
•
Single, low level API works across the portfolio of PIKA voice boards
•
Granular API software architecture for maximum design control and application performance
•
Advanced DSP applications support
•
Flexible architecture allows DSP resources to be dynamically allocated on a per channel basis
•
High call start and simultaneous play/record performance for improved call processing
capabilities
Technical Specifications
T1/ E1 Spans
8
Voice Bus Type
H. 110
Bus Data Rate (H. 110)
2,4,8 MHz
CT Bus Switch Connections
up to 512 simultaneous half duplex
connections can be made between any
of the 4096 CT bus timeslots and any of the
local timeslots
Data Bus Type
cPCI
Maximum V-engines
2
DSPs:
Onboard DSPs
8
Chip Type
Motorola 56303
Memory
128 K
Clock Speed
100 MHz
Instruction Speed
100 MIPS
Supported Operating Systems (OS)
Windows 2000/XP/2003
Red Hat 7.3/Enterprise 4 SuSE 9.3
distributions of Linux
Note: DSP applications are independent programs that perform operations such as dual tone multi frequency (DTMF)
detection, speech compression, conferencing, and speech recognition or tone detection. DSP applications are a key ingredient
of the innovative AllOnBoard architecture. The number of supported applications is limited only by the amount of available
memory and real time.
Model
PrimeNet MM cPCI C8080T
Digital Spans/ Board
8
Standard Voice Processing/ 288
Board
Expansion Options
Add up to 2 V-Engines. With 6 DSP voice resources on each V-Engine,
you can scale to 768 channels depending on the voice resources
needed for your application
Rear Panel Termination
RJ48, T1/E1 compliant
cPCI Interface
H.110 compliant telephony bus
Conforms to PICMG 2.0 and 2.5
specifications
cPCI 32 bit target/initiator V2.2 compliant
33 MHz bus speed
Network Interface
Physical Connection
Rear panel RJ48
Impedance matched for T1/E1 connections
CSU/DSU mode software selectable DSX-1 or
DS-1 interface
Network Types
Proprietary , National ISDN-1, ISDN-2, ISDN-3 ,
Japan/NTT , France , Germany , ETSI EuroISDN
United Kingdom , Australia
Framing
T1 ESF, SF/DC4
E1 CRC4, Basic
Protocols
T1/E1 ISDN PRI
T1/E1 CAS (RBS,MFR1, MFR2, DTMF/Pulse)
Compliance and Capabilities
FCC Part 15 and FCC Part 68 , Industry
Canada CS-03 , TBR4 , CSA C22.2 no. 950
NRTL/C , EN55022, EN55024 , EN60950 Safety
Switch Interoperability: Standard switches including
AT&T 4ESS and 5ESS , NTT (Japan) INSnet 1500
, Nortel DMS-100 , US National ISDN-2 , AUS
(E1 only) , NET5 (E1 only)
Physical Properties
Slot Requirements
Single cPCI slot
Rear Card (Imperial) inches
9.32 L x 3.44 H x 0.8 D
Front Card (Imperial) inches
9.32 L x 6.64 H x 0.8 D
Note: Measurements are approximate and do not
include card faceplate and RJ48C connectors
MTBF
Front 8 DSP: 32 years
Rear 8 Span: 207 years
DSP
Power
Requirements:
Motorola 56303 at 100 MHz
Octal Span T1
V-engine
2.95A max @ +3.3 volts
725mA max @ +3.3 volts (6 DSP Variant)
Operating Temperature
Storage Temperature
Humidity
0C to +60C
-20C to +85C
5 to 95%, non-condensing
Typical values for a
worst-case operating
scenario
Environmental
Requirements
ROHS
All PIKA boards are ROHS compliant.
About PIKA Technologies Inc.
PIKA Technologies for over 20 years has been providing developers with the tools they need to
build advanced voice and fax applications like IP PBX, fax broadcast and self-service IVR. As the
technology landscape has changed, so too has PIKA, building out its product offering so that its
customers can choose the right tool set for their applications. Whether building applications using
board-based media processing or using host-based solutions, application developers of all kinds turn
to PIKA for their development tools.