| 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
| Thor-8-PCI-Plus |
 |
| - |
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-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-PCI-Express
| Thor-2-PCI-Express |
 |
| - |
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 |
| |
|
| |
|
|
|
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 |
| |
|
| |
|
| |
|
| |
|
| |
|
|
|
|
| Stand-alone Solutions
|
Alvis-CSI
| Alvis-CSI |
|
|
| - |
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 |
|
|
| 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. |
|
|
| 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 |
| | |
