500 DPI USB Fingerprint Reader Scanner with SDK | XM3000
500 DPI USB Fingerprint Reader Scanner with SDK | XM3000
500 DPI Semiconductor USB Fingerprint Reader Scanner – Model XM3000
Upgrade your authentication setup with the Ximiir XM3000 Semiconductor Fingerprint Scanner — a compact, high-precision biometric device built for developers, businesses, and security-conscious users. With 500 DPI image resolution, a rugged metal shell, and broad cross-platform compatibility, this fingerprint reader delivers fast, accurate identity verification for a wide range of applications.
Key Features
- 500 DPI Image Resolution – Captures crisp, detailed fingerprint images (256×288 pixels, 8-bit 256-level grayscale) meeting FBI CJIS-RS-0010 IAFIS Image Quality Specification Appendix F standards.
- Universal USB Connectivity – Standard USB interface with OTG support (Type-C and Micro-USB), making it compatible with desktops, laptops, tablets, and Android smartphones.
- Cross-Platform Support – Works seamlessly with Windows, Linux, and Android operating systems right out of the box.
- Free SDK Included – Comes with a comprehensive Software Development Kit supporting C/C++, Java, C#, Delphi, and more for rapid integration into your custom applications.
- Industry-Standard Feature Formats – Supports ANSI378 and ISO19794 feature formats, and outputs images in WSQ, PNG, BMP, JPEG, and other popular formats.
- Durable Metal Housing – The compact 75×47 mm metal shell is built for long-term daily use in demanding environments.
- USB-Powered – Operates at 5.0V ±5% directly from your USB port (working current under 200 mA) — no external power supply needed.
- CE Certified – Meets European safety and compliance standards.
- Wide Operating Range – Reliable performance from -10°C to 60°C and 10%–90% humidity.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | XM3000 / XM3000B |
| Image Resolution | 500 DPI |
| Image Size | 256 × 288 pixels |
| Capture Window | 12.8 × 18 mm |
| Grayscale | 8-bit, 256 levels |
| Interface | USB, OTG (Type-C, Micro-USB) |
| Power Voltage | 5.0V ±5% (USB) |
| Working Current | <200 mA |
| Shell Material | Metal |
| Device Size | 75 × 47 mm |
| OS Compatibility | Windows, Linux, Android |
| SDK Languages | C/C++, Java, C#, Delphi, and more |
| Image Formats | WSQ, PNG, BMP, JPEG, etc. |
| Feature Formats | ANSI378, ISO19794 |
| Working Temperature | -10°C to 60°C |
| Certification | CE |
| Country of Origin | Made in China (Guangdong) |
Who Is This For?
The XM3000 is ideal for software developers building biometric authentication apps, IT administrators securing workstations, attendance management systems, and any project requiring reliable, standards-compliant fingerprint capture on Windows, Linux, or Android platforms.
For more information on biometric standards and best practices for identity verification, visit the NIST Biometrics Resource Center.
Frequently Asked Questions
Q: Does the XM3000 fingerprint scanner work with Windows 10 and Windows 11?
A: Yes. The Ximiir XM3000 USB fingerprint reader is compatible with Windows operating systems including Windows 7, 10, and 11, as well as Linux distributions and Android devices with OTG support. Simply connect via USB and install the provided SDK or driver to get started.
Q: What is included in the free SDK for the XM3000 fingerprint scanner?
A: The free SDK supports multiple development languages including C/C++, Java, C#, and Delphi. It includes libraries and documentation to help developers quickly integrate fingerprint capture, enrollment, and matching functionality into custom applications on Windows, Linux, and Android platforms.
Q: Can I use this USB fingerprint reader with an Android smartphone or tablet?
A: Yes. The XM3000 supports OTG connectivity via both Type-C and Micro-USB adapters, allowing it to connect directly to compatible Android smartphones and tablets for mobile biometric applications.
Q: What image formats does the XM3000 fingerprint scanner output?
A: The scanner supports multiple image output formats including WSQ, PNG, BMP, and JPEG, as well as industry-standard feature formats ANSI378 and ISO19794 — ensuring broad compatibility with biometric software platforms and databases.