AVS-Z Stereo camera
Product Overview The ALG Tech automotive stereo camera (ALG Stereo Camera) is a product built for intelligent vision, delivering high-precision 3D vision information for autonomous driving, robotics, industrial automation, rail transit, and more. It uses high-performance automotive-grade CMOS image sensors with back-side-illuminated and composite pixel technology and a dynamic range exceeding 120 dB — adapting […]
ALIX8B-Z 8M Vehicle-mounted GMSL Camera
Product Overview The ALG-Tech ALX8B is a high-performance 8-megapixel automotive camera module built on the high-performance OX08B40 automotive-grade image sensor from OmniVision, with GMSL 2 data transmission. With a dynamic range above 120 dB, the module captures usable images under any extreme lighting conditions — blinding glare or near-darkness — while keeping dark noise extremely […]
AMP121-C
Product Overview The AMP121-C-MIPI is a high-performance visible-light MIPI module designed for close-range visual perception. The product features a large-pixel sensor with single-frame HDR synthesis capability, delivering up to 120 dB of dynamic range and preserving complete detail in both bright and dark regions under complex lighting. A complete hardware ISP pipeline is integrated on […]
D-Robotics RDK X5 GMSL Adapter Kit
Product Overview The RDK X5 GMSL Adapter Kit is a high-performance GMSL signal bridge solution developed in-house for machine vision perception. It fully supports the GMSL 1/2 protocol standards with per-channel link rates up to 6 Gbps and 3G/6G switching, and accepts four GMSL cameras simultaneously, aggregating them into the RDK X5 platform through dual […]
Rockchip RK3588
Product Overview The ALG Tech RK3588 GMSL Adapter Kit is a GMSL (Gigabit Multimedia Serial Link) to MIPI-CSI signal bridge solution designed for high-performance vision applications. It helps users connect GMSL cameras to the RK3588 and other MIPI-capable host devices quickly, achieving long-distance, high-bandwidth, low-latency image transmission for cutting-edge applications in autonomous driving, robot vision, […]
Raspberry Pi 5 GMSL Camera Access Solution
Product Overview The ALG Tech Raspberry Pi GMSL Adapter Kit is a GMSL (Gigabit Multimedia Serial Link) to MIPI-CSI signal bridge solution designed for high-performance vision applications. It helps users connect GMSL cameras to the Raspberry Pi and other MIPI-capable host devices quickly, achieving long-distance, high-bandwidth, low-latency image transmission for cutting-edge applications in autonomous driving, […]
NVIDIA Jetson AGX Orin
Product Overview This product is a GMSL-to-MIPI signal bridge kit designed specifically for the NVIDIA Jetson AGX Orin developer platform. It supports up to 8 channels of GMSL 1/2 camera input, expandable to 16 channels, fully meeting the needs of vision systems across autonomous driving, robotics, and intelligent manufacturing. The adapter kit uses a main-board […]
GMSL Acquisition Box
Autonomous Driving Synchronized Timing Solution
Solution Overview To address the time misalignment among multiple sensors in autonomous driving, the synchronized time-service solution is a high-precision time synchronization technology with broad applications across multiple domains, including communication networks, transportation, and power systems. ALG-TECH’s synchronized time-service solution ensures that devices, systems and sensors on the network share a unified time standard through […]
Advanced Autonomous Driving Vehicle Camera
Solution Overview Built on the team’s years of optical R&D expertise and automotive-grade manufacturing capability, ALG-TECH provides a comprehensive range of camera products and combination solutions for L2–L4 autonomous driving systems to meet the needs of autonomous driving visual sensing. These solutions cover all directions around the vehicle to achieve visual detection at different distances, […]
Autonomous Driving Hardware-in-the-Loop (HIL) Injection Testing
Solution Overview In the autonomous driving field, verifying the algorithms of the domain controller is a critical step in ensuring that autonomous driving technology can be deployed to the market safely and reliably. Hardware-in-the-Loop (HIL) injection testing is one of the key testing methods in the development of autonomous driving systems. Through simulation or data […]
Autonomous Driving Data Collection Solution
Solution Overview Developing more complex and advanced autonomous driving systems requires collecting large volumes of sensor data and ground-truth data through on-road testing, in order to verify sensor functions and train autonomous driving algorithms. To accurately and efficiently collect, store and transfer the high-bandwidth data generated by various sensors on the vehicle, the acquisition […]
