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Avnet Embedded brings full Windows® 10 IoT to its ARM®-based SMARC™ modules with NXP i.MX 8M SoCs

Nuremberg, Germany – June, 2022 – In Hall 3A, Booth 111 (Avnet Silica) at embedded world 2022, Avnet Embedded is showing a demonstration featuring an ARM®-based embedded compute module integrating an i.MX 8M processor from NXP™ Semiconductors running the full Microsoft Windows® 10 IoT Enterprise operating system.

Avnet Embedded integrates new i.MX 93 processor technology from NXP™ Semiconductors into SMARC™ module family

Stutensee, Germany – June, 2022 – Avnet Embedded announces at embedded world 2022 that the leading provider of embedded computing modules is supporting the new i.MX 93 Applications Processor family from NXP™ Semiconductors on the latest SMARC 2.1.1™ form factor. The first MSC SM2S-IMX93 module family expands Avnet Embedded’s very extensive SMARC 2.1.1™ portfolio based on i.MX 8 or i.MX 6 processors from NXP with latest i.MX 9 Series technology.

Avnet Embedded integrates 12th Gen Intel® Core™ processors into high-performance COM Express™ Compact module family

Stutensee, Germany – June, 2022 – At embedded world 2022 in hall 3A, booth 135, Avnet Embedded presents the powerful MSC C6C-ALP COM Express™ Type 6 module family integrating the 12th Gen Intel® Core™ P-series and U-series processors into the small COM Express™ Compact form factor (95 x 95mm). The scalable MSC C6C-ALP product family offers a wide selection of CPU variants with scalable computing performance and energy efficiency

Avnet Embedded‘s new compact SMARC module with extreme low power consumption

Avnet Embedded has announced a scalable SMARC 2.1.1™ system-on-module family designed for extremely low power consumption combined with good computing performance. The compact CPU boards are suitable for battery/solar-powered systems, IoT edge products, portable embedded controllers, handheld test and measurement devices, and mobile medical systems. The new power-efficient module generation is a further technology evolution step from microcontrollers (MCUs) to microprocessors (MPUs).

Avnet Embedded announces new SMARC module built on NXP i.MX 8ULP processors

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Avnet Embedded today announces the power-efficient MSC SM2S-IMX8ULP module family, a new addition to its expansive SMARC 2.1.1™ embedded computing module range. The scalable system-on-modules, designed for extremely low power consumption combined with good computing performance, are based on an i.MX 8ULP crossover applications processor from NXP™ Semiconductors.

Avnet Embedded presents powerful COM-HPC® Server module family based on new Intel® Xeon® D processors for IoT, AI/deep learning and edge computing applications

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Stutensee, Germany – February 24th, 2022 – Avnet Embedded supports an optimized development of future high-performance computing applications and introduces the powerful MSC HSD-ILDL module family.

Avnet Embedded supports Arm®’s Project Cassini for rapid development of SMARC-based IoT systems

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Stutensee, Germany – 23 November 2021 – Avnet Embedded is enabling the rapid development of reliable embedded systems based on compact SMARC 2.1™ standard modules with integrated Arm® processors. The basis of this is Avnet Embedded’s participation in Project Cassini, initiated by processor manufacturer Arm. Avnet Embedded’s first Cassini compliant SystemReady module family, the MSC SM2S-IMX8MINI, integrates the NXP™ i.MX.8M Mini applications processor with Arm architecture.

What is COM Express®?

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Versatility, durability, scalability – the COM Express® form factor is a reliable all-rounder for embedded computing applications. Find out more about this popular standard.

What is COM-HPC?

COM HPC is the newest international standard in modular computing for applications requiring high performance processing in a small form factor. Choose our COM HPC Modules for faster network connection, more high-speed interfaces and significantly enhanced performance. Find out more.

What is SMARC?

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The ‘building blocks’ of embedded systems, SMARC modules are hard-wearing, low-energy and flexible enough to meet a range of applications. Find out more.