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Mipox International Corporation is a San Mateo, CA-based company in the Computers and Electronics sector.
Nanosys, Inc. is the leader in developing and delivering state-of-the-art Quantum Dot technology to the display industry. Nanosys proprietary QDEF® and QDOG™ technologies, key components of the Ultra High Definition (UHD) display revolution, are enabling a new generation of displays utilizing Quantum Dots to deliver vivid color, lifelike brightness and incredible power efficiency at a fraction of the cost of competing technologies. As of 2019, industry leading consumer electronics brands have shipped more than 10 million devices from tablets to monitors and TVs based on Nanosys` proprietary Quantum Dot technology. Founded in 2001, the company is headquartered in Silicon Valley, California where it operates the world`s largest Quantum Dot nanomaterials fab. Nanosys currently owns or has exclusive license rights to more than 350 issued and pending patents worldwide.
TexPower is a startup company spun out of the University of Texas at Austin in early 2019. They aim to commercialize the world’s first cobalt free, high energy, drop in cathode materials for lithium ion battery (LIB) manufacturers across the U.S. and b...
AIStorm, Inc. specializes in AI-in-sensor processing solutions. The Company offers sensors which eliminates the latency, power, and cost associated with digital graphics processing unit (GPU) based implementations. AIStorm serves customers worldwide.
Princeton Infrared Technologies, Inc. (PIRT) is focused on supplying Shortwave Infrared detectors to both the commercial and defense markets. PIRT is a fabless semiconductor company focusing on design and integration. The products will be manufactured by leveraging more established semiconductor fabrication facilities to produce products in quantity with high quality at low cost. This model is used through the semiconductor industry, but not in the infrared detector business. In the past the infrared imaging industry had no commercial foundries to manufacture the “exotic” materials used to produce IR detectors, but that today is no longer true. Now that fabrication facilities can manufacture infrared parts, our fabless model will lead to much lower cost and improved devices for both the defense and the commercial sectors. Also, leveraging advance Silicon CMOS technologies enables PIRT to gain the advantages of technology developed for the commercial arena. Having the fabrication conducted at an outside foundry allows PIRT to concentrate on design of the product, managing the process, and conducting final assembly, which minimizes the equipment and staff needed, thus overhead costs. This is the model used by almost all modern electronic manufacturers.