| Name | Title | Contact Details |
|---|
CLKDA is the market and technology leader in High Accuracy Timing and Variance Characterization. Our customers include the top global semiconductor companies. Our FX Applications solve mission critical problems for chip frequency, yield, and time to market. FX is the first transistor model and simulator specifically engineered for digital variance and delay analysis. FX is in production at the most advanced IC geometries at 20nm, 16nm, 14nm and 10nm, with all of the leading foundries. Variance FX is the leading solution for generating derates in the market today. Path FX is the only solution that delivers MC SPICE accuracy with better performance than even traditional STA tools. CLKDA was founded in 2005. Its management team has over 200 years of experience in EDA between them. Our headquarters is in Littleton, Massachusetts, just outside of Boston. CLKDA has offices in California, Texas and Taiwan.
Chips is a Peabody, MA-based company in the Computers and Electronics sector.
Central Semiconductor Corp. is a Hauppauge, NY-based company in the Computers and Electronics sector.
Siliconaire is a Sunnyvale, CA-based company in the Computers and Electronics sector.
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.