SomDevices integrates μSMARC into CELUS

SomDevices and CELUS said on September 1 that they had integrated seven μSMARC system-on-modules into the CELUS Design Platform, adding processor modules to a workflow built around automated component search and schematic generation. (celus.io) The companies said the modules are based on NXP i.MX processors and will appear in CELUS as application-ready CUBOs, CELUS’s reusable design building blocks. The move puts SomDevices’ modules earlier in the design process, at the point where engineers are choosing architecture rather than sourcing parts after a board concept is already fixed. (celus.io) CELUS describes its platform as software that captures requirements, searches components and generates working schematics in existing EDA flows. ### Why does putting a system-on-module inside CELUS matter? CELUS said its platform is used to move from design intent to schematic and bill of materials, which means a module placed there can influence surrounding circuitry instead of being treated as a late-stage add-on. (celus.io) SomDevices said the integration gives direct access to its power-efficient μSMARC modules when hardware architecture is being defined. A system-on-module typically bundles the processor, memory and core interfaces, leaving the carrier board to handle power, connectors and application-specific I/O. By representing those modules inside CELUS as CUBOs, the companies are trying to let engineers evaluate module choices while schematic decisions are still being generated. (celus.io) ### What exactly is μSMARC here? SomDevices describes μSMARC as a compact system-on-module format based on the SMARC module standard and says its business centers on embedded Linux solutions. Third-party coverage of the announcement said the supported units measure 82 mm by 30 mm and span four NXP i.MX processor families. (celus.io) Embedded.com and other trade outlets reported that the CELUS partnership covers seven SomDevices configurations. CELUS’s own announcement also said the modules would be available as reusable modular building blocks for embedded system design. (celus.io) ### What changes for an engineer using the platform? CELUS says each CUBO is defined by circuit function and specifications, including electrical parameters, interfaces and operating conditions. That structure allows a module to be matched to a project’s stated requirements rather than selected only from a static catalog entry, according to CELUS’s description of the platform. (somdevices.com) SomDevices said the partnership is meant to give engineers guided access to its modules “at the point where hardware architecture is decided,” according to the company announcement published by CELUS. (celus.io) Trade coverage said the setup is intended to reduce manual work in module selection and mapping surrounding circuitry. ### Why are NXP i.MX modules the center of this rollout? The September 1 announcement said all seven initial modules are based on NXP i.MX processors. NXP already operates a CELUS-branded design portal that describes the platform as a way to automate component search and schematic generation, suggesting CELUS already has a processor-vendor pathway for design-in workflows. (celus.io) SomDevices says its portfolio targets edge AI, AIoT and embedded Linux applications. Pairing those modules with CELUS gives the vendor a route into projects at the architecture stage rather than later in a procurement cycle. (celus.io) That positioning was described by CELUS in its announcement, which said parts become “specified into real designs” with schematic and BOM context. ### Where does this go next? CELUS said the seven SomDevices μSMARC modules are available on the platform as CUBOs now, and the announcement was posted in the company newsroom on September 1. Engineers can find the integration through the CELUS Design Platform and SomDevices’ product lineup, which the companies identified as the next point of access for users evaluating embedded Linux and NXP i.MX-based designs. (celus.io) (somdevices.com)