VL Mini640-13510X High-Resolution Lightweight Thermal Imaging Core

Product Overview

The Venuslab Mini640-13510X is an ultra-compact uncooled thermal imaging core component. It seamlessly integrates a 640×512 high resolution into an exceptionally small form factor while maintaining superior thermal sensitivity (NETD <50mK) and ultra-low power consumption.

This module is specifically designed for light UAV payloads, portable night vision devices, and various electro-optical system integrations with strict size and weight requirements. Paired with professional image processing algorithms, it provides stable and reliable core thermal imaging support for industrial automation, security monitoring, and high-end vision equipment.

Key Features

• 640×512 High-Definition Resolution: Utilizes a 12μm Wafer-Level Packaging (WLP) VOx uncooled detector to deliver delicate, high-quality thermal imagery.
• Ultimate SWaP-Optimized Design: Ultra-miniature form factor (core measuring only approx. 28×28×22mm) and weighing under 28g, with a typical power draw of just 0.6W. Purpose-built for payload-heavy and space-constrained systems.
• 50Hz High Frame Rate Output: Ensures fluid, real-time video feeds during high-speed movement or dynamic monitoring, completely eliminating stutter and motion blur.
• High Thermal Sensitivity (NETD <50mK): Exceptional temperature resolution capability, accurately capturing minute temperature differentials and fine target details.
• Advanced Image Processing Algorithms: Features built-in Shutterless NUC (Non-Uniformity Correction), 3D Digital Noise Reduction (3D DNR), and DDE (Digital Detail Enhancement) technologies.
• 13510X Dedicated Optical Configuration: Comes standard with a custom-grade, high-transmittance infrared lens assembly, significantly enhancing long-range detection and recognition performance in complex industrial environments.
• Highly Compatible Integration Interfaces: Provides comprehensive digital and analog video outputs (DVP, BT.656, LVCMOS, PAL/NTSC) alongside standard control interfaces (UART, I2C, RS232), perfectly aligning with the low-level secondary development needs of diverse electro-optical systems.

Typical Applications

• UAVs and Electro-Optical Pods: Lightweight UAV industrial inspection systems, FPV racing night vision, and miniature gimbal payloads.
• Portable Vision Devices: Miniature thermal imaging monoculars, security helmets, and handheld detectors.
• Electro-Optical System Integration: Auxiliary optical path monitoring for multispectral cameras, automated production line equipment integration, and machine vision diagnostic systems.

Technical Specifications