Embedded Computing
Discover cutting-edge solutions from 39 leading global suppliers
Parry Labs, LLC is expanding its Stellar Relay Family of Systems with a new ultra-compact form factor that delivers cloud-native computing to platforms previously constrained by Size, Weight, and Power (SWaP) limitations.
Building upon the high-performance Stellar Relay capabilities deployed on Parry Labs’ Common Compute Module (CCM) and Unified Mission Compute (UMC), the company extended its product line for smaller platforms with the new Micro Common Compute Module (Micro CCM).
Micro CCM, like its predecessors, is an integrated hardware and software solution that brings together unparalleled compute power, input/output extensibility, and AI/ML capacity to create a certifiable cloud-based infrastructure for autonomy, networking, artificial intelligence and navigation solutions.
With low SWaP-C, Micro CCM is made for Future Tactical Unmanned Aircraft System (FTUAS), air-launched effects, stratospheric platforms, and other demanding unmanned aircraft, maritime, and ground systems.
As part of the Stellar Relay Family, Micro CCM includes a feature rich suite of cloud-native capabilities proven with over 300 integrations of mission applications ranging from sensors, radios, A-PNT, and weapons effects.
“The addition of Micro CCM to our suite of products allows us to bring the Stellar Relay Tactical Cloud to a new set of platforms,” said Parry Labs CEO John Parkes. “The need for modern edge computing is paramount to realizing DoD’s vision for JADC2 and autonomy. Micro CCM will extend the digital foundation needed to achieve these goals.”
Micro CCM, along with the entire Stellar Relay Family of Systems, is on display at the Parry Labs booth at the AUSA 2022 Annual Meeting and Exposition.
Parry is working with the US Army program management office for unmanned systems to deploy Micro CCM. First deliveries are scheduled for Q4 2022, and the company is accepting orders for new deliveries in early 2023.
Find suppliers and developers of Embedded Computing Solutions for Unmanned Systems >>
