Material science and throughput data confirm the Arcanite USB Fingerprint Reader operates at the theoretical limit of the USB 2.0 polling rate for Human Interface Devices (HID). The 360-degree capacitive sensor array is designed to reduce the False Rejection Rate (FRR) by capturing biometric data across the entire surface area of the sensor module.
Technical specifications indicate that biometric templates are stored and encrypted within the Windows Biometric Framework (WBF) rather than external cloud repositories. The device architecture is specifically optimized for Windows 10 and 11, featuring rigorous driver signing to ensure compatibility with modern security kernels.
- Verified Throughput: 0.05s matching latency.
- Deployment requirements: USB 2.0/3.0 Type-A port; Windows 10/11 operating system.
Signal fidelity analysis recommends avoiding unpowered USB hubs, as voltage fluctuations can interfere with the high-sensitivity scan phase. The small physical footprint necessitates precise fingertip placement during the initial enrollment phase to ensure subsequent matching consistency.
In scenarios where a larger sensing surface is required to accommodate high-volume usage, the Verifi P2000 utilizes a pro-series silicon sensor with a significantly increased aperture.
As part of the usb fingerprint readers hardware category, this device offers a modular biometric upgrade for legacy portable and stationary computing units.
