TMX500
Environmental:
- Operating Temperature 0 to 70 degrees centigrade
- Storage Temperature -15 to 85 degrees centigrade
- ROHS Compliant
Processing Unit:
- 240MHz Arm9 Processor
- SDRAM: 16MB Standard, 32MB Optional
- Flash: 4MB Standard, 8/16MB Optional
- Linux OS (Version 2.6)
Communications:
(via Molex Board to Wire Connectors)
- RS232
- Weigand
- 1 USB Host Port
- 1 USB Device Port
- Debug port, GPIO x 12
Finger Print Biometrics
- Sensors: UPEK T1/T2 (Flat Flexible Cable)
- Authentec 8600 (Flat Flexible Cable)
- Atmel Swipe (Flat Flexible Cable)
- Futronic Optical (USB)
- Lumidigm coming soon!
- Others to be added soon or upon request
Algorithm:
- Innovatrics, FIPS-Compliant
- Verification or Identification
- Using standard memory, 1 to 1000 search in under 1 seconds.
- Memory options to increase this to 1 to 20,000 search in less that 2 seconds
Power (via Board to Wire Connector):
- Input: 4.5-5.5 VDC
- Idle Current: 50mA Typical
- Peak Current: 150mA Typical
- Note: Idle and Peak Current dependent on configuration
Embedded Developer Kit
This allows the embedded engineer to quickly and easily
evaluate the TMX500's core functionality
contents:
- a TMX500 test board
- If required, your choice of sensor for Biometric evaluation at no extra charge
- TriMetriX embedded software development CD
Includes
extensive example Arm9 application source code and
associated programming tools
- Technical documentation
Applications
Due to the fact that the ARM9 processor operates the Linux OS it can offer a hardware platform for endless application solutions. Here are a few ideal options -
- Time&Attendance
- Access control systems (ie: cameras, controllers, biometrics,
fire alarms, etc.)
- ATM
- POS
