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Ozark IC attended and discussed our work with NASA at ASBTDC’s “Doing Business with NASA” event Thursday, July 20th. http://ualr.edu/news/2017/06/19/doing-business-with-nasa/

94: Engineering the Future with Ozark IC Jul 17, 2017 If you like engineering, then you’re going to love this one! This week we welcome Matt & Jim from Ozark IC. We discuss their work with semiconductors, and how the … Read More

Let Ozark IC be your mixed-signal/AMS solutions specialist. We can develop products scaling from prototype/evaluation quantity to supporting manufacturing 100,000’s of units. Our specialties include: Custom Front Ends with our Standard Products Analog/Mixed-Signal board or IC design UV Optical High … Read More

Come visit us at the NASA booth (5318) at the Offshore Technology Conference • 1-4 May 2017 • NRG Park • Houston, Texas, USA.  Ozark IC CTO Jim Holmes will be attending this week to discuss Ozark IC’s SiC technologies … Read More

Congrats to Ashfaq Rahman (PhD student of Dr. Alan Mantooth), a member of the U of A/Ozark IC design team from the Building Innovation Capacity NSF collaboration on his new paper, “High Temperature Data Converters in Silicon Carbide CMOS,” that has … Read More

Ozark IC’s work in Silicon Carbide CMOS integrated circuits was recently featured in the IMAPS Journal of Microelectronics and Electronic Packaging Extended High-Temperature Operation of Silicon Carbide CMOS Circuits for Venus Surface Application Journal of Microelectronics and Electronic Packaging, October 2016 … Read More

  Advanced packaging: At high temp, the chips only scratch the surface Ozark IC’s design capability doesn’t end at the IC – we co-design chips and substrates for wide temperature operation Ceramic substrates based on LTCC technology for extended operation … Read More

Ozark IC’s patented Ultra Violet Sensors can operate up to 500°C, have the highest sensitivity and can be integrated into monolithic IC solutions. Works from -200°C to 500°C Inherently visible- and IR- blind, so no back-side thinning or filtering required … Read More