| PR1-appliance - Single span ISDN PRI PBX |
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PR1-appliance is a single span ISDN PRI - PBX with the following features:
- ADSP-BF537 500/600MHz CPU
- 64-128MB SDRAM
- 256KB serial flash for the bootloader
- 1 Ethernet port with high performance PHY
- Single T1/E1 interface based on PEF2256 silicon
- SD card interface with a dedicated bus
- 256MB NAND flash for voicemail and prompts.
- Optional, hardware based echo cancellation.
- Astifn with Asterisk 1.4.x, Zaptel 1.4.x and Libpri 1.4.x
- 4 layer PCB
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| BR4-appliance - four port ISDN BRI PBX |
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BR4-appliance is a four port ISDN BRI - PBX with the following features:
- ADSP-BF537 500/600MHz CPU
- 64-128MB SDRAM
- 256KB serial flash for the bootloader
- 1 Ethernet port with high performance PHY
- Quad BRI based on Cologne silicon
- SD card interface with a dedicated bus
- 256MB NAND flash for voicemail and prompts.
- Optional, hardware based echo cancellation.
- Astifn with Asterisk 1.4.x, mISDN
- 4 layer PCB
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| IP04 - A four port IP-PBX |
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IP04 is a four port IP-PBX with the following features:
- Up to four FXS/FXO ports configurable depending of the customer preferences
- Blackfin Analog ADSP BF532 400Mhz
- 64M SD-RAM running at 133MHz
- 256M NAND Flash for Asterisk Application, prompt and voicemail storage
- Optional MMC card for removable flash storage
- High Performance echo cancellation
- Current consumption (2 FXS 2 FXO configuration) around 300mA @ 15VDC (4.5W).
- Dimension: 220 x 130 x 40 mm
- You can find more
technical
information at www.rowetel.com/ucasterisk/ip04
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| VoIP PBX KIT based on BF1 DSP board |
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The KIT is intended for the developers wiling to build there own VoIP PBXs. It is built using the Digital Signal Processor ( 800 MMACS) from Analog Devices. It runs uClinux and Asterisk.
More information can be found at:
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| BFM100 |
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BFM100 is a fingerprint module intended for integration in the existing access control system or for creation of stand alone fingerprint control. As the modern fingerprint sensors have relatively small sensing area we have developed advanced algorithm using multiple enrolments. This why we capture bigger part of the finger and at the same time reduce the uncertainty in the templates by averaging.
BFM100:
| CPU |
200MHz DSP |
| Matching |
1:1 and 1:N |
| Flash memory [MB] |
2 |
| EER [%] |
< 0.9 |
Enrollment time [sec]
(five capturing of the finger) |
5 |
| Verification time [sec] |
1.5 |
| Template size [bytes] |
1024 |
| Database capacity |
1500 templates |
| Host communication |
Asynchronous serial (5V CMOS) with direction control for RS485 |
| USB interface |
1 |
| GPIOs |
2 Inputs, 2 outputs, 1 Buzzer output |
| LEDs |
3 |
| Buttons |
3 |
| Real Time Clock |
External battery |
| Supply voltage [V] |
5 |
Module size [mm]
(L x W x H) |
68 x 37 x 11 |
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Sensor:
| Sensor Type |
capacitive |
| Resolution [dpi] |
500 |
| Sensing area [mm] |
12.8 x 15 |
| Image size [pixel] |
256 x 300 |
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