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© 2018 by IDEAS Engineering & Technology, LLC

PRESS RELEASES

IDEAS-TEK Selected for New Mexico Flying 40
June 19, 2019

IDEAS-TEK has once again been selected for the New Mexico Technology Flying 40, making this the second year in a row that the company has been so recognized. The Flying 40 program, sponsored by the New Mexico Technology Council and Innovate ABQ as well as local and national corporate sponsors, recognizes New Mexico’s fastest-growing technology companies. Flying 40 companies collectively represent over $900 million in revenue and nearly 5,000 jobs in the state of New Mexico.

Earlier in 2019, IDEAS-TEK was also one of two New Mexico firms to be awarded with an NMSBIR Matching Grant by the New Mexico Economic Development Department. NMSBIR (New Mexico Small Business Innovation Research) is a competitive grant to support local, technology-focused companies in bringing their innovations to the marketplace as products and services.

Of the NMSBIR companies, State Economic Development Secretary Alicia J. Keyes said, “These companies are contributing to the state’s economy by developing innovative technology, creating jobs, and working to commercialize their products and technologies.”

On Monday June 17, the Albuquerque Journal recognized IDEAS-TEK as one of the Top 5 Flying 40 Growth Companies with Revenues above $1 Million. At an awards ceremony held on Wednesday at the Albuquerque BioPark Zoo, IDEAS-TEK CEO Dr. Alonzo Vera accepted the Flying 40 award on-stage when IDEAS-TEK was announced as the third fastest-growing Flying 40 technology company in New Mexico.

Photography credit: Jamie Jauriqui Photography

Rad-Hard RISC Microprocessor Tests Successfully
March 1, 2019

Earlier this year, IDEAS Engineering & Technology received the first units of their new Space-Hardened Processor, SHARP, in ceramic PGA packages. SHARP is a radiation-hardened, 32-bit RISC microprocessor intended for high-reliability systems in space applications.

The first SHARP prototypes passed functional testing in late 2018 and successfully underwent radiation testing at Kirtland Air Force Base (KAFB) in New Mexico. Heavy ion testing is scheduled for 2019Q3, where IDEAS-TEK’s engineers will gather information about the processor’s resistance to single event effects (SEEs).

SHARP represents a low-cost alternative to the expensive, qualified radiation-hardened components currently on the market. With first-run prototypes clocking in at 50 MHz, the processor is primarily intended for control and monitoring functions, where its reliability, low power consumption and small size will be advantageous.

IDEAS-TEK engineer Will Burke discussed further plans, saying, “The next step will be completing a testing and development platform for the packaged parts that just arrived.”

After further testing, IDEAS-TEK plans to make SHARP commercially available by 2019Q4. IDEAS-TEK currently offers SHARP soft cores and reference designs for Xilinx and Microsemi FPGAs that can be used for development and flight.

 

UPDATE: A second generation of SHARP is currently in tape-out. This version integrates rad-hard memory into the microprocessor die with planned commercial availability by 2020Q4.

RHEME-2 to Launch on Spaceflight SSO-A
November 29, 2018

The Air Force Research Laboratory's RHEME-2 experiment is scheduled to launch on Saturday, December 1st on the Spaceflight SSO-A SmallSat Express mission. The mission is scheduled for launch at 9:30 AM Pacific Time from Vandenburg Air Force Base in California aboard a SpaceX Falcon 9 rocket and will be live-streamed on YouTube.

RHEME-2 is part of AFRL's Radiation-Hardened Electronic Memory Experiment, on which IDEAS-TEK is a contributor. The RHEME project is a planned series of experiments to observe the effects of the radiation in space on electronic components at different orbital altitudes. The data collection will inform and validate radiation tests and simulations done on Earth. A second objective of RHEME, and where the IDEAS-TEK team has made its major contribution, is to develop radiation-tolerant electronics using inexpensive and widely-available design tools to lower the cost of such components in future missions.

Spaceflight SSO-A SmallSat Express will also be a groundbreaking flight for the SmallSat industry, because it will be the single largest rideshare mission from a US-based launch vehicle to date. Spaceflight SSO-A's flight payload will include 64 spacecraft from 34 different customers, including 49 CubeSats from both commercial and government organizations.

UPDATE: Spaceflight SSO-A successfully launched on Monday, December 3rd after being delayed due to weather. The satellite hosting RHEME-2 was successfully deployed along with all of the other satellites aboard this record-setting rideshide launch.