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Extended Temperature Range Platforms for Edge Computing: From High-end COM-HPC to Low Power SMARC

Search Sponsored By Cookie Consent This site uses cookies to store information on your computer. Without consent certain enhanced features will not be available and future visits may require repeated consent, so it is recommended to accept the use of cookies. Visit the Automation.com Privacy Policy for more information. Extended Temperature Range Platforms for Edge Computing: From High-end COM-HPC to Low Power SMARC February 18, 2021 Summary congatec, a leading vendor of embedded and edge computing technology, focuses on customers’ ruggedization challenges at virtual embedded world 2021, presenting extended temperature range platforms for all performance levels, from high-end COM-HPC to low power SMARC modules.

New state-of-the-art Computer-on-Modules – CIE

310 Views congatec – a leading vendor of embedded and edge computing technologies – announces launch of 12 brand new Computer-on-Modules in parallel with today’s Intel IOTG (Internet of Things Group) launch of the 11th Gen Intel Core processors. Based on the new low-power high-density Tiger Lake SoCs the new modules offer significantly greater CPU performance and nearly 3x higher GPU performance (1) along with state-of-the-art PCIe Gen4 and USB4 support. The new congatec COM-HPC and COM Express Computer-on-Modules will accelerate many performance hungry fanless edge applications in harsh industrial and embedded environments. Typical new edge computing tasks include industrial and tactile IoT, machine vision and situational awareness, real-time control and collaborative robotics, as well as real-time edge analytics and artificial intelligence (AI) with inference workloads enabled to run across all four new CPU cores, or on up to 96 graphics execution units of the brand new In

RTS Hypervisor: Full support for INtime RTOS

TenAsys and Real-Time Systems team up to greatly improve secure system consolidation and determinism Ravensburg, Germany, 17 December 2020  TenAsys, experienced provider of real-time operating system software and services, teams up with Real-Time Systems GmbH (RTS), a recognized Intel co-development partner for hypervisor technology. This strategic partnership results in an exceptionally versatile PC-based software platform for a secure, consolidated system of disparate workloads addressing strict deterministic application needs.   Flexible consolidation with hard real-time The out-of-the-box RTS Hypervisor for x86 architecture unlocks the full potential of today’s multicore processors. It enables  TenAsys ’ INtime RTOS applications to run alongside a wide spectrum of different operating systems and varying workloads – in hard real-time at minimum jitter, avoiding any overhead from virtualization. The software platform allows designers to make use of the latest

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