| OC-3/STM-1 Boards |
Godar-2-PCIe
| Godar-2-PCIe |
 |
| - |
OTX
board |
| - |
PCI
(full-size) |
| - |
2 OC-3/STM-1
SONET/SDH framers (working and protection). |
| - |
Complete
SONET/SDH front end with T1/E1, DS3/E3 framers/mappers/multiplexers. |
| - |
168 T1/126
E1 framers. |
| - |
Tributary
path processor for 168 VT1.5/TU-11s or 126 VT2/TU-12s.
|
| - |
6 M13 multiplexers,
including support for G.747 multiplexing. |
| - |
High order
path processor for a SONET STS-3 or an SDH STM-1. |
| - |
Supports
advanced test features including programmable pattern
generation and detection for up to 64 byte sequences. |
| - |
Byte synchronous and
bit asynchronous mapper for 168 VT1.5/TU-11s or 126
VT2/TU-12s. |
| |
|
|
|
| T1/E1/J1
Interface Boards |
Thor-2-ExpressCard
| Thor-2-ExpressCard |
 |
| - |
ExpressCard/54 bus interface |
| - |
2 T1/E1/J1 interfaces.
Software switchable between all modes |
| - |
High-impedance
mode for monitor applications |
| - |
Signal amplifiers for
attenuated T1/E1/J1 monitor conditions (-20dB or -30dB) |
| - |
Onboard DSP with 400
MIPS processing power |
| - |
32-bit DMA burst data
transfer for efficient data transfer of T1/E1/J1 bit-data |
| - |
DSP-based support for
HDLC encoding/decoding |
| - |
DSP-based
support for tone generation and tone detection (e.g.
DTMF, MF, and custom tones) |
| - |
Support for custom DSP
applications |
| |
|
| |
|
| |
|
|
Thor-4-ExpressCard
| Thor-4-ExpressCard |
 |
| - |
ExpressCard/54 bus interface |
| - |
2/4 E1/T1/J1 (2 TX +
4 RX) interfaces. Software switchable between all modes |
| - |
High-impedance
mode for monitor applications |
| - |
Signal amplifiers for
attenuated T1/E1/J1 monitor conditions (-20dB or -30dB) |
| - |
Onboard DSP with 400
MIPS processing power |
| - |
32-bit DMA burst data
transfer for efficient data transfer of T1/E1/J1 bit-data |
| - |
DSP-based support for
HDLC encoding/decoding |
| - |
DSP-based
support for tone generation and tone detection (e.g.
DTMF, MF, and custom tones) |
| - |
Support for custom DSP
applications |
| |
|
| |
|
| |
|
|
Thor-2-PCI-Plus
| Thor-2-PCI-Plus |
 |
| - |
OTX board |
| - |
PCI (half-size)
|
| - |
3.3V and
5.0V PCI slot tolerant |
| - |
2 T1/E1/J1 interfaces
(software switchable between modes) |
| - |
32-bit Data DMA
transfer capability which significantly reduces host
CPU load |
| - |
H.100 interface
|
| - |
4-channel audio
Codec |
| - |
Software
switchable line termination (High-Z, 75 and 100/120
ohm) |
| - |
Software enabled
amplifiers for -20dB and -30dB monitor ports |
| - |
Odin ASM daughterboard
socket allowing addition of DSP resources |
| - |
Optional high-stability
oven oscillator option |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes
|
| - |
Voltage
measurement feature for T1/E1/J1 spans |
|
|
Thor-4-PCI-Plus
| Thor-4-PCI-Plus |
 |
| - |
OTX board |
| - |
PCI
(full size) |
| - |
3.3V and
5.0V PCI slot tolerant |
| - |
4 T1/E1/J1
interfaces (software switchable between modes) |
| - |
32-bit Data
DMA capability which reduces host CPU load significantly |
| - |
H.100 interface |
| - |
4-channel
audio Codec |
| - |
Software
switchable line termination (75 and 100/120 ohm) |
| - |
Software enabled
amplifiers for -20dB and -30dB monitor ports |
| - |
Odin ASM
daughterboard socket allowing addition of DSP resources
|
| - |
Optional
high-stability oven oscillator option |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes |
| - |
Voltage
measurement feature for T1/E1/J1 spans |
|
|
Thor-8-PCI-Plus-2.0
| Thor-8-PCI-Plus-2.0 |
 |
| - |
OTX board |
| - |
PCI
(full size) |
| - |
3.3V and
5.0V PCI slot tolerant |
| - |
8 T1/E1/J1
interfaces (software switchable between modes) |
| - |
32-Bit Data
DMA capability which significantlyreduces host CPU load |
| - |
H.100 interface |
| - |
4-channel
audio Codec |
| - |
Software
switchable line termination (75 and 100/120 ohm) |
| - |
Software enabled
amplifiers for -20dB and -30dB monitor ports |
| - |
Odin ASM
daughterboard socket allowing addition of DSP resources
|
| - |
Optional
high-stability oven oscillator option |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes |
| - |
Voltage
measurement feature for T1/E1/J1 spans |
|
|
Thor-2-PCIe
| Thor-2-PCIe |
 |
| - |
OTX board |
| - |
PCI-Express Single
Lane (half-size) |
| - |
2 T1/E1/J1 interfaces
(software switchable between modes) |
| - |
32-bit Data DMA
transfer capability which significantly reduces host
CPU load |
| - |
H.100 interface
|
| - |
4-channel audio
Codec |
| - |
Software
switchable line termination (High-Z, 75 and 100/120
ohm) |
| - |
Software enabled
amplifiers for -20dB and -30dB monitor ports |
| - |
Odin ASM daughterboard
socket allowing addition of DSP resources |
| - |
Optional high-stability
oven oscillator option |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes
|
| - |
Voltage
measurement feature for T1/E1/J1 spans |
|
|
Thor-2-PCMCIA-PRO
| Thor-2-PCMCIA-PRO |
 |
| - |
OTX board |
| - |
PCMCIA card |
| - |
2 T1/E1/J1 interfaces
(software switchable between modes) |
| - |
Supplied with two dongles
(one for each T1/E1/J1 interface) |
| - |
2 TI TMS54C5416 DSP
(160 MIPS each) |
| - |
Software switchable
line termination (High-Z, 75 and 100/120 ohm) |
| - |
Dongles
equipped with 20dB amplifier for monitor applications |
| - |
Support for all common
T1/E1/J1 Frame Formats and Line Codes |
| - |
Standard DSP firmware
supplied with OTX driver |
| - |
DSP Software
Development Kit for customized DSP applications |
| - |
Single bit
error simulation mode |
| |
|
|
|
Thor-2-PCMCIA-EX
| Thor-2-PCMCIA-EX |
 |
| - |
PCMCIA card
|
| - |
2 T1/E1/J1 interfaces
(software switchable between modes) |
| - |
Supplied with two dongles
(one for each T1/E1/J1 interface) |
| - |
2 TI TMS54C5410A DSP
(160 MIPS each) |
| - |
Software switchable
line termination (High-Z, 75 and 100/120 ohm) |
| - |
Support for all common
T1/E1/J1 Frame Formats and Line Codes |
| - |
Standard
DSP firmware supplied with OTX driver |
| - |
DSP Software Development
Kit for customized DSP applications |
| |
|
| |
|
| |
|
| |
|
|
|
Thor-2-PCMCIA-CST
| Thor-2-PCMCIA-CST |
 |
| - |
OTX board |
| - |
PCMCIA card
|
| - |
2 T1/E1/J1
interfaces (software switchable between modes) |
| - |
Supplied
with two dongles (one for each T1/E1/J1 interface) |
| - |
2 TI TMS54C54CST
DSP (120 MIPS each) |
| - |
Software switchable
line termination (High-Z, 75 and 100/120 ohm) |
| - |
Dongles
equipped with 20dB amplifier for monitor applications |
| - |
Support for all common
T1/E1/J1 Frame Formats and Line Codes |
| - |
Standard DSP firmware
supplied with OTX driver |
| - |
DSP Software
Development Kit for customized DSP applications |
| - |
Single bit
error simulation mode |
| |
|
|
|
Gimle-16-PCI-Plus
| Gimle-16-PCI-Plus |
 |
| - |
OTX board |
| - |
PCI (full size) |
| - |
3.3V and
5.0V PCI slot tolerant |
| - |
16 T1/E1/J1 receive
interfaces (software switchable between modes) |
| - |
32-bit Data DMA capability
which reduces host CPU load significantly |
| - |
H.100 interface |
| - |
Software switchable
line termination (75 and 100/120 ohm) |
| - |
Odin
ASM daughterboard socket allowing addition of DSP resources
|
| - |
Optional high-stability
oven oscillator option |
| - |
Ideal for Link monitoring
applications |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes |
| |
|
| |
|
|
|
Gimle-16-PCIe
| Gimle-16-PCIe |
 |
| - |
OTX board |
| - |
PCIe (full size) |
| - |
Software
configurable 16 T1 or E1 receive accesses. |
| - |
Ideal for
non-intrusive monitoring of ISDN, SS7, Frame Relay links. |
| - |
Full or fractional T1
or E1. |
| - |
Integrated CSU/DSU. |
| - |
RJ-48C, BNC, or Type-43
rack-mountable connector option. |
| - |
32-bit DMA
Burst over the PCIe interface. |
| - |
Can be used in a 1-lane,
4-lane, 8-lane, or 16-lane PCIe slot. |
| - |
DSP daughter board option
(Vidar-55x4-ASM (4 x TMS320VC5510 with 400 MIPS each)
or Alvis-ASM (TMS320DM6443 dual core processors with
4752 DSP MIPS and 297 MHZ ARM9 processing power each)
. |
| - |
Multiple
clocking options |
| - |
T1/E1 span
voltage meters and frequency counters. |
| |
|
|
|
Sleipnir-1-PCI-Plus
| Sleipnir-1-PCI-Plus |
 |
| - |
OTX board |
| - |
PCI (half-size)
|
| - |
3.3V and 5.0V PCI slot
tolerant |
| - |
Single T1/E1/J1 interface
(software switchable between modes) |
| - |
Integrated CSU/DSU |
| - |
Full or fractional T1
or E1 |
| - |
32-bit Data DMA capability |
| - |
BNC or RJ45/RJ48C
connector option |
| - |
On-board DSP option
(Texas Instruments TMS320VC5510 with 400MIPS and 16MB
external SDRAM) |
| - |
Multiple clocking options |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes |
| - |
Link status
LEDs |
| |
|
|
|
Sleipnir-1-PC104-Plus
| Sleipnir-1-PC104-Plus |
| |
| - |
OTX board |
| - |
PC104+ standard
card size |
| - |
Single T1/E1/J1 interface
(software switchable between modes) |
| - |
Integrated CSU/DSU |
| - |
Full or fractional T1
or E1 |
| - |
32-bit Data DMA capability |
| - |
On-board DSP option
(Texas Instruments TMS320VC5510 with 400MIPS and 16MB
external SDRAM) |
| - |
Multiple clocking options |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes |
| - |
Link status
LEDs |
|
|
| Processor Boards |
Alvis-PCIe
| Alvis-PCIe |
 |
| - |
OTX board |
| - |
PCI (3/4
size) |
| - |
Up to eight Texas Instruments
TMS320DM6443 dual core processors with 4752 DSP MIPS
and 297 MHZ ARM9 processing power each |
| - |
256 MB DDR2
memory per processor |
| - |
256 MB NAND
shared flash memory |
| - |
Includes support for
the most popular VoIP and Video algorithms like G.723
decoder, G.729AB decoder and telephony algorithms like
DTMF, and MF. |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
DSP/BIOS & Codec
Engine Framework on DSP-core |
| - |
10/100/1000
Ethernet port |
| - |
On-board
Ethernet switch supporting VLAN and other common networking
features |
| - |
One USB
2.0 port per processor (accessible via add-on card) |
| |
|
|
|
Alvis-ASM
| Alvis-ASM |
 |
| - |
OTX board |
| - |
ASM daughter board;
plugs onto OTX PCI Plus boards (rev 2.0 and later) |
| - |
10/100/1000 Ethernet
port makes this board highly suitable for VoIP, TVoIP,
soft-switch and other Digital Media Processing applications |
| - |
Up to 4 x TI TMS320DM6443
Digital Media Processors; 19008 + 1188 total MIPS |
| - |
256 MB SDRAM per TMS320DM6443
processor (shared by DSP C64x+ and ARM9 cores) |
| - |
Standard Digital Media
vocoder support (e.g. G.729AB, G.723) |
| - |
Standard DSP C64x+ firmware
supplied with OTX driver |
| - |
DSP Software Development
Kit for customized C64x+ DSP applications |
| - |
MontaVista
Linux |
| |
|
| |
|
| |
|
|
|
Vidar-5x4-ASM-CST
| Vidar-5x4-ASM-CST |
 |
| - |
OTX board |
| - |
ASM daughter board;
plugs onto OTX PCI Plus boards |
| - |
4 TI TMS320C54CST DSPs
with 120 MIPS each |
| - |
C54CST
ROM contains the most demanding telephony algorithms
which include:
- V.32
- V.22
- V.42
- DTMF
- Caller ID
- CPTD
- G.168
- G.726 ADPCM
- G.711
- AGC
- CN |
| - |
Standard DSP firmware
supplied with OTX driver |
| - |
DSP Software Development
Kit for customized DSP applications |
|
|
Vidar-5x4-ASM-EX
| Vidar-5x4-ASM-EX |
 |
| - |
OTX board |
| - |
ASM daughter board;
plugs onto OTX PCI Plus boards |
| - |
4 TI TMS320C5410A DSPs
with 160 MIPS each. |
| - |
64Kwords of internal
RAM per DSP |
| - |
Standard DSP firmware
supplied with OTX driver |
| - |
DSP Software Development
Kit for customized DSP applications |
| |
|
| |
|
| |
|
| |
|
| |
|
| |
|
|
|
Vidar-5x4-ASM-PRO
| Vidar-5x4-ASM-PRO |
 |
| - |
OTX board |
| - |
ASM daughter board;
plugs onto OTX PCI Plus boards |
| - |
4 TI TMS320C5416 DSPs
with 160 MIPS each. |
| - |
Standard DSP firmware
supplied with OTX driver |
| - |
DSP Software Development
Kit for customized DSP applications |
| |
|
| |
|
| |
|
| |
|
| |
|
| |
|
| |
|
|
|
Vidar-55x4-ASM
| Vidar-55x4-ASM |
 |
| - |
OTX board |
| - |
ASM daughter board;
plugs onto OTX PCI Plus boards |
| - |
4 TI TMSVC5510 DSPs
with 400 MIPS each. |
| - |
64MB external memory
(16MB per DSP) |
| - |
Standard DSP firmware
supplied with OTX driver |
| - |
DSP Software Development
Kit for customized DSP applications |
| |
|
| |
|
| |
|
| |
|
| |
|
| |
|
|
|
Vidar-5x16-PCI
| Vidar-5x16-PCI |
 |
| - |
OTX board |
| - |
PCI (full size) |
| - |
16 TI TMSC548/549 DSPs
with 80 MIPS each |
| - |
H.100 interface |
| - |
4-channel audio Codec |
| - |
Standard DSP firmware
supplied with OTX driver |
| - |
DSP Software
Development Kit for customized DSP applications |
| |
|
| |
|
| |
|
| |
|
| |
|
|
|
| T1/E1
WAN Adapter Boards |
Sleipnir-1-PCI-WAN
| Sleipnir-1-PCI-WAN |
|
| - |
Windows
(NDIS miniport) driver |
| - |
Single T1/E1/J1
interface (software switchable between modes) |
| - |
Integrated
CSU/DSU |
| - |
Full or
fractional T1 or E1 |
| - |
32-Bit Data
DMA capability |
| - |
3.3V and
5.0V PCI slot tolerant |
| - |
Multiple
clocking options |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes |
| - |
Link status
LEDs |
| - |
BNC or RJ45/RJ48C
connector option |
| |
|
|
|
Sleipnir-1-PCMCIA-WAN
| Sleipnir-1-PCMCIA-WAN |
 |
| - |
Windows
(NDIS miniport) driver |
| - |
Single T1/E1/J1
interface (software switchable between modes) |
| - |
Integrated
CSU/DSU |
| - |
Full or
fractional T1 or E1 |
| - |
PCMCIA 2.0
interface |
| - |
Multiple
clocking options |
| - |
Support
for all common T1/E1/J1 Frame Formats and Line Codes |
| |
|
| |
|
| |
|
| |
|
| |
|
|
|
| POTS Interface Boards |
Arni-6x6-PCI-Plus
| Arni-6x6-PCI-Plus |
 |
| - |
OTX
board |
| - |
PCI
(full-size) |
| - |
6
POTS Station interfaces (FXS) |
| - |
6
POTS DAA interfaces (FXO) |
| - |
32-Bit
Data DMA transfer capability which reduces host CPU
load significantly |
| - |
16-bit full linear ADD and DAA |
| - |
H.100
interface |
| - |
Failover
relays between FXO and FXS ports with hardware watchdog
time |
| - |
6
TMS54C320CST DSPs |
| - |
Support
for on-hook Line Monitoring |
| - |
Support
for measuring Loop Current and Line Voltage |
| - |
Software
support for G.165/G.168 Echo Cancellation, DTMF, CID,
CPT, VAD, CNG, and Voice Mixer. |
|
|
|
| Stand-alone Solutions
|
Alvis-0-PBX
| Alvis-0-PBX |
|
|
| - |
1 Ethernet ports + 1
USB |
| - |
256 MB DDR2 memory |
| - |
128 MB NAND shared flash
memory |
| - |
Supports
up to 300 channels of simultaneous voice codec transcoding
(by offloading the transcoding operation to the powerful
DSP core) |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
One Texas
Instruments TMS320DM6443 dual core processor with 4752
DSP MIPS and 297 MHz ARM9 processing power |
| - |
Built-in
Web interface (FreePBX GUI) for simple configuration
and status verification |
| - |
Manages up to 50 user
account data with internal user account database |
| - |
Hardware Line / Network
Echo Cancellation (EC) |
| - |
Native Bridging Mode |
|
|
Alvis-2-PBX
| Alvis-2-PBX |
|
|
| - |
2 E1/T1s + 1 Ethernet
port + 1 USB |
| - |
256 MB DDR2 memory |
| - |
128 MB NAND shared flash
memory |
| - |
Supports
up to 300 channels of simultaneous voice codec transcoding
(by offloading the transcoding operation to the powerful
DSP core) |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
One Texas
Instruments TMS320DM6443 dual core processor with 4752
DSP MIPS and 297 MHz ARM9 processing power |
| - |
Built-in
Web interface (FreePBX GUI) for simple configuration
and status verification |
| - |
Manages up to 50 user
account data with internal user account database |
| - |
Hardware Line / Network
Echo Cancellation (EC) |
| - |
Native Bridging Mode |
|
|
Alvis-E-CSI
| Alvis-E-CSI |
|
|
| - |
1 Ethernet ports + 1
USB |
| - |
256 MB DDR2 memory |
| - |
128 MB NAND shared flash
memory |
| - |
Four T1/E1
interfaces (E1/T1 version) |
| - |
Support for most popular
VoIP and Video algorithms like G.723, G.726 ADPCM, G.729,
G.168 line echo canceller, G.264, DTMF, VAD, CNG, AGC
etc.. |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
DSP/BIOS
& Codec Engine Framework on DSP-core |
| - |
10/100 Ethernet
port for data transfer and remote access |
| - |
Serial ports for debugging
and application development |
| - |
USB 2.0 port |
| - |
Supports standard OTX
DSP API for customized DSP applications |
| - |
Compatibility with
TI xDM (XDAIS) specification |
|
|
Alvis-2-CSI
| Alvis-2-CSI |
|
|
| - |
2 E1/T1s (both transmit
and receive) + 1 Ethernet + 1 USB |
| - |
256 MB DDR2 memory |
| - |
128 MB NAND shared flash
memory |
| - |
Four T1/E1
interfaces (E1/T1 version) |
| - |
Support for most popular
VoIP and Video algorithms like G.723, G.726 ADPCM, G.729,
G.168 line echo canceller, G.264, DTMF, VAD, CNG, AGC
etc.. |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
DSP/BIOS
& Codec Engine Framework on DSP-core |
| - |
10/100 Ethernet
port for data transfer and remote access |
| - |
Serial ports for debugging
and application development |
| - |
USB 2.0 port |
| - |
Supports standard OTX
DSP API for customized DSP applications |
| - |
Compatibility with
TI xDM (XDAIS) specification |
|
|
Alvis-4-CSI
| Alvis-4-CSI |
|
|
| - |
4 E1/T1s (both transmit
and receive) + 1 Ethernet + 1 USB |
| - |
256 MB DDR2 memory |
| - |
128 MB NAND shared flash
memory |
| - |
Four T1/E1
interfaces (E1/T1 version) |
| - |
Support for most popular
VoIP and Video algorithms like G.723, G.726 ADPCM, G.729,
G.168 line echo canceller, G.264, DTMF, VAD, CNG, AGC
etc.. |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
DSP/BIOS
& Codec Engine Framework on DSP-core |
| - |
10/100 Ethernet
port for data transfer and remote access |
| - |
Serial ports for debugging
and application development |
| - |
USB 2.0 port |
| - |
Supports standard OTX
DSP API for customized DSP applications |
| - |
Compatibility with
TI xDM (XDAIS) specification |
|
|
Alvis-4M-CSI
| Alvis-4M-CSI |
|
|
| - |
4 E1/T1 receivers +
1 Ethernet
+ 1 USB |
| - |
256 MB DDR2 memory |
| - |
128 MB NAND shared flash
memory |
| - |
Four T1/E1
interfaces (E1/T1 version) |
| - |
Support for most popular
VoIP and Video algorithms like G.723, G.726 ADPCM, G.729,
G.168 line echo canceller, G.264, DTMF, VAD, CNG, AGC
etc.. |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
DSP/BIOS
& Codec Engine Framework on DSP-core |
| - |
10/100 Ethernet
port for data transfer and remote access |
| - |
Serial ports for debugging
and application development |
| - |
USB 2.0 port |
| - |
Supports standard OTX
DSP API for customized DSP applications |
| - |
Compatibility with
TI xDM (XDAIS) specification |
|
|
Alvis-8-CSI
| Alvis-8-CSI |
|
|
| - |
8 E1/T1s (both transmit
and receive) + 1 Ethernet + 1 USB |
| - |
256 MB DDR2 memory |
| - |
128 MB NAND shared flash
memory |
| - |
Four T1/E1
interfaces (E1/T1 version) |
| - |
Support for most popular
VoIP and Video algorithms like G.723, G.726 ADPCM, G.729,
G.168 line echo canceller, G.264, DTMF, VAD, CNG, AGC
etc.. |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
DSP/BIOS
& Codec Engine Framework on DSP-core |
| - |
10/100 Ethernet
port for data transfer and remote access |
| - |
Serial ports for debugging
and application development |
| - |
USB 2.0 port |
| - |
Supports standard OTX
DSP API for customized DSP applications |
| - |
Compatibility with
TI xDM (XDAIS) specification |
|
|
Alvis-8M-CSI
| Alvis-8M-CSI |
|
|
| - |
8 E1/T1 receivers +
1 Ethernet
+ 1 USB |
| - |
256 MB DDR2 memory |
| - |
128 MB NAND shared flash
memory |
| - |
Four T1/E1
interfaces (E1/T1 version) |
| - |
Support for most popular
VoIP and Video algorithms like G.723, G.726 ADPCM, G.729,
G.168 line echo canceller, G.264, DTMF, VAD, CNG, AGC
etc.. |
| - |
MontaVista Linux on
ARM-core. WinCE (optional) |
| - |
DSP/BIOS
& Codec Engine Framework on DSP-core |
| - |
10/100 Ethernet
port for data transfer and remote access |
| - |
Serial ports for debugging
and application development |
| - |
USB 2.0 port |
| - |
Supports standard OTX
DSP API for customized DSP applications |
| - |
Compatibility with
TI xDM (XDAIS) specification |
|
|
| Software Applications |
Stinga
SS7
Stinga
SS7
Monitor & Simulator |
 |
| - |
Runs on OTX boards |
| - |
SS7 protocol simulation/monitoring
on multiple (up to 8) T1 or E1 spans |
| - |
Supported in Windows
NT4, Windows 2000 and Windows XP Professional |
| - |
Comprehensive protocol
decoding of user parts and protocol layers enables the
user to track and search for protocol irregularities. |
| - |
Remote operation and
control via standard Dial-Up Networking (RAS) operating
system mechanisms |
| |
Simulator
behavior is controlled by means of a powerful and easy-to-use
script language |
|
|
Stinga
V5
Stinga
V5
Monitor & Simulator |
| |
| - |
Runs on OTX boards |
| - |
V5.1/V5.2 protocol simulation
on multiple (up to 8) T1 or E1 spans |
| - |
Supported in Windows
NT4, Windows 2000 and Windows XP Professional |
| - |
Comprehensive protocol
decoding of protocol layers enables the user to track
and search for protocol irregularities. |
| - |
Remote operation and
control via standard Dial-Up Networking (RAS) operating
system mechanisms |
| - |
Simulator
behavior is controlled by means of a powerful and easy-to-use
script language |
|
|
Stinga
ISDN PRA
Stinga
ISDN PRA
Monitor & Simulator |
| |
| - |
Runs on OTX boards |
| - |
ISDN PRA protocol simulation
on multiple (up to 8) T1 or E1 spans |
| - |
ISDN PRA protocol monitoring
on multiple (up to 4) T1 or E1 spans |
| - |
Supported in Windows
NT4, Windows 2000 and Windows XP Pro |
| - |
Comprehensive protocol
decoding of protocol layers enables the user to track
and search for protocol irregularities |
| - |
Remote operation and
control via standard Dial-Up Networking (RAS) operating
system mechanisms |
| - |
Simulator
behavior is controlled by means of a powerful and easy-to-use
script language |
|
|
Stinga
Mobile
| Stinga
Mobile |
| |
| - |
Runs on OTX boards |
| - |
Protocol
Analyser supporting MTP, SCCP, DTAP, BSSMAP, BTSM, MM,
RR, CC and more |
| - |
Supported
in Windows NT4, Windows 2000 and Windows XP Pro |
| |
|
| |
|
|
|
Stinga
Monitoring System
| Stinga
Monitoring System |
| |
| - |
Distributed link monitoring
system, centralized 24/7 monitoring and error tracking
in SS7, ISDN & SIP networks |
| |
|
| |
|
| |
|
| |
|
| |
|
|
|
Stinga
NGN
Stinga NGN
|
-
|
Protocol
Analyser supporting SS7oIP, SIGTRAN, SIP, SIP-T, SDP,
RTP, MGCP, Megaco/H.248 and more |
| |
| |
|
|
Stinga
Drop Insert Server
| Stinga
Drop Insert Server |
| |
| - |
Implement functions
quick, easy and cost efficient in networks by modifyng
messages in protocols |
|
|
OTX
T1/E1 Analyzer
| OTX
T1/E1 Analyzer |
| |
| - |
Runs on
multiple OTX boards simultanously |
| - |
Support
for remote access. The OTX boards can be located in
the local PC or in another PC connected via Ethernet. |
| - |
T1/E1 basic
alarm and status monitoring |
| - |
Recording
of multiple number of timeslots in multiple recording
formats (WAV, RAW, etc) |
| - |
Playback
of any number of timeslots in multiple recording formats
(WAV, RAW, etc) |
| - |
Bit Error
Rate Test (BERT) module with the support for a variety
of standard and custom test patterns. |
| - |
Oscilloscope
viewer for received voice data (multiple timeslots) |
| - |
Spectrum
Analyzer for recieved voice data (multiple timeslots) |
| - |
Snapshot
viewer of all timeslots on an E1 or T1 span |
|
|
OTX
Streamer
| OTX
Streamer |
| |
| - |
Simultaneous
bi-directional data transfer between up to 8 E1/T1 spans
and various RTP remote nodes. |
| - |
Encoding/decoding of voice data
(G.723, G.726, G.729, AMR).
|
| - |
Integrated SNMP monitoring using
the OtxSNMP Library (SNMP Layer1) and LED Alarms indication.
|
| - |
Built-in jitter compensation
to allow RTP packets sequence violations (occurring
due to internet packet routes).
|
| - |
Passive monitoring provides the
ability to connect to E1/T1 streams in a non-intrusive
mode.
|
| - |
Optimized
data processing using DSP core and OTX DaVinci kernel-to-DSP
mode of the OTX DaVinci driver. |
| - |
Easy customization
of specific requirements. |
| - |
Supports
IETF RFC 1889, RFC 1890 RTP/RTCP Transport, TCP, UDP,
H.323 and SIP standard protocols.
|
| |
|
|
|
| Software Libraries |
OTX
TRAU Library
| OTX
TRAU EX Library |
| |
| - |
Uses the
standard OTX HW SDK API. |
| - |
Highly optimized library. |
| - |
Facilitates the compression
(decompression) of speech data from 64 kbps G.711 to
16 kbps GSM TRAU (from 16 kbps to 64 kbps). |
| - |
A-law and
u-law companding are supported. |
| - |
Uses burst
DMA mode of Odin's OTX card to transfer data buffer. |
| - |
Capturing
and decoding of TRAU frames such as FR (Full Rate GSM
6.10). |
| - |
TRAU data converting
directly to the IP (on request). |
| - |
TRAU streams
may be decoded/encoded on any T1/E1 timeslot. |
| - |
Supports
flexible sub-channel mask inside timeslot. |
|
|
OTX
TONE Library
| OTX
Tone Library |
| |
| - |
Uses the
standard OTX HW API. |
| - |
Highly optimized library.
|
| - |
Ability to create large
numbers of logical devices in one system. |
| - |
Runs on
the host (i386) instead of on a DSP resource card. |
| - |
A-law and
u-law compounding are supported. |
| - |
Uses burst
DMA mode of Odin's OTX card. |
| - |
OTX DSP Tone logical
devices are supported. |
| - |
Satisfies
the requirements of ITU-T Recommendation Q.23, Q.24
and Q320. |
|
|
OTX
SIP Library
| OTX
SIP Library |
| |
| - |
Creates session-oriented connections
between two or more endpoints in an IP network.
|
| - |
Initiates,
terminates and modifies sessions. |
| - |
Based on
RFC standard (RFC 3261) from the Internet Engineering
Task Force (IETF). |
| - |
Flexible,
open, extensible, and fits easily in different architectures
and deployment scenarios (e.g. Web-Like Communications). |
| - |
Enabling of multi-user
sessions regardless of media content. |
| - |
Support for
multi-party. |
|
|
OTX
RTP Library
| OTX
RTP Library |
| |
| - |
Multi-Session
mode. The user can create any numbers of listening ports
at the same system.
|
| - |
Multi-party
conference mode. |
| - |
Flexible
events notifications. It is possible to let the user
decide the work scenario and overcome standard processing. |
| - |
Monitoring sessions
in real-time. Optional libcap integration. |
| - |
Customizable communication
between high and low levels of the RTP protocol. |
| - |
All memory
allocations are done at the initial phase. There are
no memory allocations during runtime which facilitates
management of a vast number of connections. |
|
|
OTX
ATM Library
| OTX
ATM Library |
| |
| - |
Interaction between
low-level and high-level protocols (e.g. IP, ICMP, SS7),
using burst functionality of Odin's OTX cards |
| - |
OTX ATM and AAL5 logical
devices. |
| - |
Using Burst
DMA to access the data T1/E1 data. |
| - |
ATM descrambler in E1
mode is supported (G.804). |
| - |
T1/E1 unframed, framed
and fractional modes are supported. |
| - |
Uses ATM
and AAL 5 layers. |
|
|
OTX
ISDN Library
| OTX
ISDN Library |
| |
| - |
OTX-ISDN
facilitates easy application development and hence reduces
time to market |
| - |
C/C++
Language support |
| - |
Integrated
with Odin's award winning telecom OTX software platform |
| - |
Demonstration
programs with source code |
| - |
Support
for multiple operating systems |
| - |
Compliance
with most North American ISDN standards |
|
|
OTX
BERT Library
| OTX
BERT Library |
| |
| - |
Library
for development of a Bit Error Rate Test (BERT) applications |
| - |
Support for QRSS, 2^6-1,
2^9-1, 2^10-1, 2^11-1, 2^15-1, 2^20-1, 2^23-1, All Ones,
All Zeros, 1:1, 1:3, 3:1, 1:7, 7:1, 3-in-24 and 2-in-8
bit patterns |
| - |
C/C++
Language API |
| - |
Integrated
with Odin's award winning telecom OTX software platform |
| - |
Demonstration
program with C source code |
| - |
Support
for multiple operating systems (Linux and Windows) |
| - |
Delivered
as a static and dynamic linked library (Windows) and
shared library (Linux) |
|
|
OTX
HDLC Library
| OTX
HDLC Library |
| |
| - |
Library
for high density HDLC decoding and encoding applications
(e.g. SS7 CDR Monitoring applications) |
| - |
Support for 8, 16, 32,
56, 64, and X*64 kpbs HDLC channels |
| - |
Highly optimized to
handle a vast number of HDLC channels |
| - |
C/C++
Language API |
| - |
Integrated
with Odin's award winning telecom OTX software platform
for OTX PCI Plus boards using 32-bit PCI burst technology |
| - |
Demonstration
program with C language source code |
| - |
Support
for multiple operating systems (Windows and Linux) |
| - |
Support
for low level SS7 MTP-L2 (FISU/LSSU filtering and generation) |
|
|
OTX
H324M Library
| OTX
H324M Library |
| |
| - |
Uses the
standard OTX HW SDK API. |
| - |
Provides the Demultiplexing
and Decoding API levels. |
| - |
Highly optimized library. |
| - |
# Facilitates 3G-to-2G
decoding of Audio and Video data. |
| - |
Supports Audio Codecs
(AMR, G.711). |
| - |
Supports Video Codecs
(H.263, MPEG-4) for video-enabled mobile applications. |
| - |
Supports IP media formats
(RTP, RTCP). |
| - |
Supports
Control Protocols ( SIP). |
| - |
Supports
Management Protocols (SNMP v3), also enables SNMP traps
and monitoring. |
| - |
Multiple
boards are supported. |
| - |
Audio/Video
Transcoding applications are offloaded on the powerful
DSP core. |
| - |
Demo applications
are available |
|
|
|
