JP910 Structured Light 3D Camera Baseline 40mm USB 2.0 Wafer connector

JP910 3D Structured Light Camera Module

Product Overview

The JP910 3D Structured Light Camera Module is a low‑power, compact, and cost‑effective solution engineered for facial recognition, payment, and 3D sensing applications. It delivers synchronized RGB, IR, and Depth image streams with pixel‑level alignment and hardware‑level timing synchronization, ensuring accurate depth mapping and reliable recognition across distances from 0.3 to 1 meter. The module features a 40mm baseline, auto‑focus color camera with Face AE for consistent performance in backlit and low‑light conditions (3–100,000 lux), and temperature drift compensation that maintains high‑precision depth quality across the full operating range. With hot‑start and mode‑switching delays under 400ms, Class 1 laser safety certification, and support for Android and Windows systems, the JP910 is ideal for AI‑enhanced 3D cameras, face‑pay terminals, volume measurement systems, and smart lock/access control devices.

Key Advantages

• Fully Synchronized RGB/IR/Depth Tri‑Channel Output: Delivers hardware‑synced, pixel‑aligned 480×768 depth streams at 10fps and color image outputs up to 1080×1920 at 22fps — providing seamless, accurate 3D data for recognition and measurement applications.

• Wide Dynamic Illumination Range: Supports illumination from 3 to 100,000 lux, ensuring reliable face capture and recognition across both dimly lit indoor spaces and bright outdoor environments — making it suitable for diverse payment and access scenarios.

• Built‑in AF Motor with Face AE: Auto‑focus color camera enables close‑range QR scanning (5–30cm) and distant face capture, while the self‑closed‑loop Face AE algorithm ensures consistent exposure in challenging backlit and low‑light scenes.

• Temperature Drift Compensation: Maintains high‑precision depth accuracy (±3mm @ 0.5m, ±4mm @ 0.8m, ±7mm @ 1m) across the entire operating temperature range — ensuring reliable 3D sensing performance in real‑world conditions where temperature varies widely.

• Fast Startup and Mode Switching: Hot‑start and mode‑switching delays of under 400ms — enabling rapid response in high‑throughput environments like face‑pay terminals and access control gates.

• Low Power Consumption: Standby power consumption of just 550mW, with facial recognition averaging 1.65W and QR scanning averaging 1.0W — ideal for battery‑sensitive and always‑on devices.

• Compact Form Factor with Class 1 Laser Safety: Measures just 61mm × 18mm × 13.5mm with a 40mm baseline, and certified Class 1 laser safety — ensuring safe, unobtrusive integration into space‑constrained products.

Why Choose This Module?

• Three Streams, Perfectly Aligned: Synchronized RGB, IR, and Depth streams with pixel‑level alignment eliminate the need for post‑processing registration — reducing host processing overhead and enabling accurate 3D mapping for facial recognition, volume measurement, and AR applications.

• Built for Real‑World Lighting Conditions: The broad 3–100,000 lux illumination range and Face AE algorithm ensure reliable performance from dark interiors to bright sunlight — a requirement for face‑pay terminals installed at outdoor retail points and indoor kiosks that experience varying lighting throughout the day.

• Scan Almost Anything — Faces or Barcodes: While other modules focus solely on face recognition, the JP910's AF motor supports close‑range QR scanning, enabling dual‑functionality in a single module — use it for face payment and barcode scanning without adding a separate sensor. This reduces BOM cost and simplifies device design.

• Precision Depth Across Temperatures: Temperature drift compensation ensures depth accuracy remains consistent whether the module is operating in a heated building or exposed to outdoor cold — critical for applications like access control where the device may be installed in unheated entryways or exposed to seasonal temperature changes.

• Fast, Responsive User Experience: With under 400ms delay for both hot‑start and mode‑switching, the JP910 enables near‑instantaneous response when users approach — essential for high‑throughput applications like metro gates and payment terminals where every millisecond of delay impacts user experience and throughput.

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JP910 Structured Light 3D Camera Baseline 40mm USB 2.0 Wafer connector Images