VISIONGEN
DELIVERING A NEW ERA OF MORE
VISIONGEN as a highly efficient, cost-effective local king solution provider. We are leveraging our solutions, key partnerships and rich manufacturing experience in China. Together, we're redefining the market share whole over the world of tomorrow.
Since 1996
We are established
VISIONGEN’s ability to commoditize technology has made technology more accessible, affordable and flexible, reducing barriers to entry for manufacturers, increasing revenue opportunities for service providers and creating more choices for consumers, we develop the technologies that transform what's possible.
Portfolio
Case Studies
The industrial IoT (IIoT) infrastructure transformation that is making Industry 4.0 a reality relies heavily on MEMORIES. These MEMORIES must deliver new levels of endpoint artificial intelligence (AI), storing efficiency, ultra-low power, security and reliability.
The VISIONGEN portfolio of proven, flexible MEMORY solutions are automotive-grade qualified, ensuring robust reliability for a wide range of industrial applications, including motor control, process control, robotics, smart grid metering and monitoring. The portfolio offer designers a broad choice of area, performance and power-optimized solution and enables MCUs to leverage embedded memories, broad operating-temperature ranges, high-reliability and cost-effective low mask-count options.
Industrial IoT is built on a foundation of power conversion and motor control. Robust, efficient power electronics are enabling future-ready factories and enable designers to harness low-power logic enabled by optimized, low-voltage CMOS. Included are low/medium/high/ very-high-voltage extended drain and laterally double-diffused MOSFET transistors, as well as precision analog passives and non-volatile memory, all enabling robust reliability, significant performance, and voltage-handling and cost benefits. The solutions feature best-in-class power FETs that enable smaller dies and improved power conversion efficiency.
Not all power MOSFETs fit the bill for these demanding industrial applications. Design engineers developing power ASSPs for process and motor control, communications infrastructure, CCTV security and traffic monitoring/signaling require unparalleled reliability and performance, even at high voltages. Wireless communications for industrial IoT (IIoT) hardware must deliver reliable connectivity with low latency to support the increasingly rigorous requirements in applications such as remote sensors with embedded artificial intelligence (AI) at the edge.
The demands on this hardware keep growing as cellular (NB-IoT/LTE-M) and Wi-Fi connectivity continue to supplement or replace existing wired/Ethernet connections to further enable robotics, automation and intelligent connectivity applications in high-temperature, noisy manufacturing environments .