JP5000 Planar Press Capacitive Semiconductor Fingerprint Module

Product Overview

The JP5000 Planar Press Capacitive Semiconductor Fingerprint Module is a high-capacity biometric solution engineered for applications requiring large-scale fingerprint storage and fast identification. Built around a high-speed DSP processor and a proprietary semiconductor sensor, this intelligent module supports fingerprint enrollment, image processing, feature extraction, template storage, and 1:1 verification or 1:N search across databases of up to 5,000 fingerprints. The sensor's planar pressing design with 256 × 288 pixel resolution and 508 DPI image density captures high-quality fingerprint images even from dry, cracked, dirty, or wet fingers — ensuring reliable performance across diverse user populations and challenging environmental conditions ranging from -35°C to 80°C. With flexible UART and USB communication interfaces, adjustable security levels, and an auto-learning function that improves recognition over time, the JP5000 is the ideal choice for large-scale access control systems, time attendance terminals, and multi-user identity verification applications.

Key Advantages

• Large 5,000-Fingerprint Storage Capacity: Supports up to 5,000 fingerprint templates — five times the capacity of standard modules (typically 500 users), enabling deployment in large organizations, multi-unit residential buildings, and enterprise-wide access control systems without requiring multiple modules or external storage.

• High-Resolution Image Capture: 256 × 288 pixel sensor with 12.8mm × 14.4mm effective image area and 508 DPI resolution captures exceptional fingerprint detail — delivering reliable matching even with small, worn, or partial fingerprints.

• Ultra-Wide Operating Temperature Range: Operates reliably from -35°C to 80°C — suitable for outdoor installations in extreme cold, high-temperature industrial environments, and global deployment without climate-related performance concerns.

• Auto-Learning Function: Automatically updates and refines fingerprint templates over time as fingers are used — improving recognition accuracy through continuous learning and adapting to changes in fingerprint condition.

• Adjustable Security Levels: Supports 5 configurable security levels from Level 1 (lowest) to Level 5 (highest) — allowing application-specific tuning between FAR and FRR based on security requirements.

• Rapid Feature Extraction and Matching: Feature extraction in under 0.45 seconds with average search time under 1.0 second for 5,000-template database — enabling high-throughput verification in busy access control and time attendance environments.

Why Choose This Module?

• Scale Without Compromise: Standard fingerprint modules typically store 500 users — sufficient for small offices but inadequate for enterprise deployments, residential buildings, or multi-tenant facilities. The JP5000's 5,000-fingerprint capacity covers entire organizations, multiple departments, or large residential complexes with a single module. This eliminates the need for multiple modules, reduces system complexity, and lowers total cost of ownership for large-scale deployments.

• Reliable in Extreme Conditions: The -35°C to 80°C operating temperature range enables deployment in environments where standard modules fail — outdoor access control in freezing climates, high-temperature industrial facilities, and unheated storage areas. Combined with robust finger adaptability (dry, cracked, dirty, wet), the JP5000 maintains consistent performance across the harshest real-world conditions, reducing failed recognition attempts and user frustration.

• Continuous Improvement Through Auto-Learning: Unlike modules that store static templates, the JP5000's auto-learning function continuously refines fingerprint data with each successful use. As fingers naturally change over time — due to aging, seasonal skin changes, or occupational wear — the template evolves, maintaining recognition accuracy and reducing false rejects. This is particularly valuable in applications with frequent users and long-term deployment.

• Scalable Security with 5-Level Configuration: The five-level security adjustment allows system integrators to fine-tune the FAR/FRR balance for specific applications. High-traffic environments like office entrances can prioritize convenience with lower security levels (faster throughput, fewer false rejects), while high-security applications like data centers or laboratories can prioritize accuracy with higher security levels. This flexibility ensures the same module serves different security requirements across diverse applications without hardware changes.

• High-Resolution Imaging for Challenging Fingerprints: The 256 × 288 pixel resolution (2.25× the resolution of standard 192×192 modules) combined with 508 DPI captures fine fingerprint details essential for matching users with small, worn, or dry fingers. For industrial workers, elderly users, or individuals with naturally fine fingerprints, this higher resolution directly translates to better recognition rates and lower false rejections.