The semiconductor fingerprint module IDWD1016C integrates fingerprint collection, processing, storage and fingerprint comparison. Taking ID809/811 high-performance processor and semiconductor fingerprint sensor as the core, it runs the brand-new IDFinger6.0 fingerprint algorithm, which is widely praised in the industry. It is deeply optimized, comprehensively speeded up, fingerprint recognition speed is fast and accurate, and it can complete all fingerprint recognition work independently. IDWD1016C adopts standard UART communication and cooperates with SDK development kit to meet customer's fingerprint recognition requirements such as fingerprint input, image processing, template generation, fingerprint comparison and so on. The appearance is exquisite, light and thin, and the design of ring-shaped cool breathing lamp.
technical parameter:
| project | description |
| Model | IDWD1016C |
| CPU | ID809/811 |
| Fingerprint sensor | dpi: 508 pixels: 160*160 |
| Fingerprint capacity | 80/200/500 |
| False acceptance rate (FAR) | <0.001% (security level Security is 3) |
| Rejection rate (FRR) | <0.1% (security level Security is 3) |
| Comparison method | 1:N and 1:1 comparison1:N and 1:1 comparison |
| Fingerprint template size | 1008 bytes |
| Security level setting | Level 1 to Level 5 can be set, the factory setting value: Level 3 |
| Processing speed | fingerprint feature extraction time <1 |
| second 1: N comparison time (200 full registration) <0.8 second |
| Communication interface | Communication interface: UART, 3.3V-TTL level |
| Baud rate | Baud rate 9600, 19200, 38400, 57600, 115200 (bps) |
| Factory setting: 115200bps |
| Working voltage | DC3.3V±10% |
| Working current | ＜40mA |
| Working environment | Operating temperature: -10℃-60℃ |
| Relative humidity: 20%–80% |
The semiconductor fingerprint module IDWD1016C is widely used in: fingerprint locks, fingerprint safes, fingerprint padlocks, fingerprint access control, attendance, fingerprint U disk and other industries that require fingerprint authentication.