SECO fokuserer på NXP-baserede løsninger

SECO fokuserer på NXP-baserede løsninger

I forbindelse med embedded world 2026 vil SECO fokusere på firmaets styrkede program af modulbaserede løsninger baseret på i.MX 95 applikationsprocessorer fra NXP Semiconductor (in english).

SECO announces a strong focus on its NXP Semiconductors-based solutions at embedded world 2026 (March 10–12, Nuremberg), underscoring the long-standing collaboration between the two companies. 

At the heart of SECO’s presence will be a portfolio built on NXP applications processors, with a particular emphasis on the i.MX 95 Applications Processors Family, enabling secure, AI-ready, and scalable edge solutions ranging from system-on-modules to ready-to-use HMI platforms.

Modular Vision MX95: a flagship modular HMI platform based on the NXP i.MX 95 SoC

The Modular Vision MX95 is part of SECO’s Modular Vision family, a new generation of industrial HMI platforms designed to simplify integration while scaling across performance tiers, form factors, and application domains. 

Built on the NXP i.MX 95 applications processor, Modular Vision MX95 combines high-performance graphics, integrated AI acceleration, and advanced security features in a compact, industrial-grade system ready for deployment.

Designed for continuous operation in industrial environments, Modular Vision MX95 features a robust mechanical design with IP65 front protection in panel-mount installations, integrated thermal management, wide DC input, and all interfaces accessible from one side to ease mechanical integration. 

The platform runs Clea OS, SECO’s Yocto-based operating system, providing a consistent and secure software baseline for edge computing, device management, over-the-air updates, and long-term lifecycle support.

The Modular Vision MX95 platform scales across 7”, 10.1”, and 15.6” display sizes, enabling OEMs to adopt a single HMI architecture for compact control points, mainstream operator panels, and larger dashboard or supervision stations. This approach allows reuse of the same software and operational model while tailoring the form factor to the specific deployment context.

Thanks to this modular and scalable design, Modular Vision MX95 addresses a wide range of use cases, including industrial automation, transportation and mobility systems, healthcare and medical devices, coffee machines and vending solutions, smart infrastructure, mobile robotics, and interactive kiosks or digital signage. Across these applications, the platform enables OEMs to standardise their HMI strategy while selecting the appropriate level of compute performance and AI headroom.

At embedded world 2026, SECO will present selected demonstrations based on Modular Vision MX95 to highlight local Edge AI inference, advanced visualization, and secure lifecycle management enabled by the i.MX 95 platform and the Clea framework. The same experience will also be showcased at the NXP booth.

SOM-SMARC-MX95: a powerful NXP i.MX 95-based SMARC module for secure and scalable edge applications

The SOM-SMARC-MX95 is SECO’s SMARC module based on the NXP i.MX 95 applications processor, designed for secure, scalable, and AI-ready edge applications in industrial automation, robotics, and smart infrastructure. 

It combines multicore processing, integrated AI acceleration, and advanced security features in a compact and flexible module. Integrated with Clea OS, the SOM-SMARC-MX95 provides a secure software foundation for edge computing, supporting device management, over-the-air updates, and long-term lifecycle maintenance. 

The platform also leverages the integrated NPU for Edge AI and NXP EdgeLock 2GO for device-level security and certificate management.

To accelerate development, these solutions are supported by the SECO Application Hub, offering a broad catalogue of ready-to-use AI/ML applications compatible with the NXP i.MX 95 SoC, and by the SECO Developer Centre, which provides a single access point to documentation and development resources. 

Together, these elements help reduce development complexity and speed up deployment on the NXP i.MX 95 platform.

9/3 2026