The VA Series Video Analyzer is a compact device designed to replace physical screens. With its small footprint, it takes up minimal space and easily handles multi-screen signal output and testing. The product supports the full range of protocols from TI, MAXIM, and Ruifake, connects via Coax or STP interfaces, and features four core capabilities: local configuration, single/dual-link input, automatic timing detection, and real-time CRC detection; The deserializer features a modular design that allows for rapid adaptation to multiple device models and provides APIs in C++, C#, Python, and other languages to facilitate integration. The device supports Gigabit/10 Gigabit Ethernet communication and is powered by 20V DC/2A; optional display interfaces include LVDS, EDP, MIPI, and EDP+LVDS. It is widely applicable in R&D and production line testing scenarios, such as camera image and video signal inspection and virtual screen display.

The Voltage and Current Tester is a multi-channel instrument designed for head-unit and power-supply testing. It integrates independent load switching control, independent voltage/current acquisition, and independent ignition signal control, and is equipped with 14 switched acquisition channels plus 2 analog acquisition channels, enabling parallel multi-channel testing and significantly improved test efficiency. Each channel operates independently, allowing separate configuration of load switching, voltage/current acquisition, and ignition signal output. This supports precise measurement of operating and sleep currents, as well as long-duration load testing of power-supply products — well suited to checking operating/sleep currents of switched channels and validating power supplies under sustained load. The unit communicates via Gigabit Ethernet. It weighs approximately 5 kg, making deployment straightforward. Open APIs for C++, C#, Python, and LabVIEW are provided for automated production-line integration.

The Pattern Generator (PG) Aging Solution is a video signal generator designed for automotive display production inspection and burn-in screening. It outputs four video channels simultaneously, each supporting up to 4K@60Hz, providing a cost-effective solution for parallel multi-screen aging tests. The unit offers multiple built-in test patterns and supports the full range of TI, MAXIM, Ruifake, and Bozhi protocols. Displays are connected via Coax (Rosenberger Mini Fakra) or STP (Rosenberger H-MTD) interfaces, and an IIC bypass function is provided for display configuration and control. ETH and UART control interfaces, along with open APIs in C++, C#, and Python, allow flexible integration into automated test systems. The unit communicates over Gigabit Ethernet. It is rated for continuous 7×24 operation, meeting the requirements of extended burn-in testing on production lines.