• EE Catalog

    “With more than 20 years of experience in machine learning, including neuromorphic systems, Dr. Srinivasa is an exceptional addition to Eta Compute’s management team. Dr. Srinivasa was the natural choice for Eta Compute given his experience in research and development of both machine learning and neuromorphic architectures and their applications,” said Dr. Raghavan, “I'm delighted to officially welcome him, and I look forward to his contributions to both our technology and customers.”

  • EE Catalog

    Dr. Baker will introduce a solar-powered asynchronous Arm Cortex-M3 microcontroller and demonstrate a small wireless sensor board operating on a 1 in-squared solar cell.

  • EE Catalog

    In June Eta Compute announced a reference design for its EtaCore ARM Cortex-M3, and Washkewicz, the company’s co-founder and vice president, spoke with us about Eta Compute’s delay insensitive asynchronous logic, or DIAL, design IP and related topics. “Process variations, temperature variations, voltage variations—we are delay insensitive to all those perturbations,” Washkewicz says. He adds, “the logic was specifically created to be insensitive to those and the delays that are caused by those uncertainties.”

  • EE Times

    SAN JOSE, Calif. – A startup will demo at Hot Chips next week an ARM Cortex-M3 SoC doing useful work while consuming five microwatts. The Dial architecture from Eta Compute represents a new low for the annual event traditionally focused on high-performance processors.

  • EE Catalog

    Eta Compute developed delay insensitive asynchronous logic (DIAL™) design IP for maximum power efficiency so that SoCs can be powered by small batteries and energy harvesting. The EtaCore enables reliable voltage scaling down to 0.25 Volts with nanowatts of power consumption. The various energy harvesting techniques, such as solar, thermal, vibration, or RF energy harvesting can supply 15uW to 15mW which is ideal for motion, video, and always-on sensor processing. This Cortex™-M3 IP scales power and performance down to the nanowatt arena.