Silex Debuts EP-200N to Power the Next Wave of Industrial and Medical AI

SANTA ANA, CA – August 18, 2026 – Silex Technology today announced the launch of the EP-200N, a high-performance System-on-Module (SoM) set to accelerate the adoption of artificial intelligence in some of the most demanding environments. By integrating NXP Semiconductors' powerful i.MX 95 processor, this new module aims to bring secure, real-time AI capabilities directly to the "edge"—the factory floors, hospital rooms, and robotics systems where data is generated and decisions must be made in an instant.

The launch enters a rapidly expanding market for edge AI, where processing data locally, rather than sending it to the cloud, offers critical advantages in speed, security, and reliability. The EP-200N is designed specifically for original equipment manufacturers (OEMs) in industrial and medical fields, providing them with a robust, pre-integrated platform to build intelligent devices and reduce the often-lengthy journey from concept to market.

The Growing Imperative for AI at the Edge

The shift of AI workloads from centralized cloud servers to decentralized edge devices represents one of the most significant trends in technology today. The global Edge AI market, valued at over $7.5 billion in 2024, is projected to surge to more than $66 billion by 2035, according to recent market analysis. This explosive growth is driven by the proliferation of IoT devices and the urgent need for faster, more private, and more reliable data processing.

In industrial settings, edge AI is the engine behind the next wave of automation. It enables real-time defect detection on production lines, predictive maintenance that can foresee equipment failure before it happens, and autonomous robots that can safely navigate complex factory floors. Similarly, the healthcare sector is poised for transformation. The market for edge AI in medical applications is expected to climb from $1.5 billion in 2024 to $12 billion by 2035, powering everything from AI-assisted medical imaging that can spot anomalies faster than the human eye to portable patient monitors that provide instant analysis at the bedside.

Silex Technology's EP-200N is engineered to address the core requirements of these critical applications. By processing AI tasks on the device itself, it eliminates the latency associated with cloud communication, enabling the split-second decision-making required for robotic control or real-time patient diagnostics. This on-device approach also enhances data security and privacy—a non-negotiable requirement for sensitive industrial and patient data—by keeping information within a controlled local environment.

"Designed for healthcare and industrial automation applications, the EP-200N helps accelerate the development of intelligent edge systems requiring secure, reliable performance, and long-term availability," said Keith Sugawara, President and CEO of Silex Technology America, Inc.

A Strategic Partnership to Simplify Complexity

Bringing a sophisticated edge AI product to market is a formidable challenge, requiring deep expertise across hardware design, software integration, and wireless connectivity. The collaboration between Silex Technology and NXP Semiconductors is designed to lower this barrier for OEMs. The EP-200N combines Silex's decades of experience in reliable wireless solutions with NXP's cutting-edge processing technology.

At the heart of the EP-200N is the NXP i.MX 95, a powerhouse processor built for the demands of the intelligent edge. This partnership allows Silex to deliver a module that is more than the sum of its parts. "The EP-200N combines Silex's expertise in embedded connectivity with NXP's latest i.MX 95 applications processor to provide OEMs with a scalable foundation for secure edge AI applications," Sugawara explained.

This synergy is further emphasized by NXP's own vision for the collaboration. The module is not just powered by an NXP processor; it is designed to work seamlessly with other NXP components, creating a cohesive and optimized ecosystem for developers.

"Silex Technology's EP-200N, built on NXP's i.MX 95 applications processor, delivers an industrial-grade edge AI platform with outstanding reliability, security, and longevity," commented Larry Olivas, Vice President of Secure Connected Edge Segment Marketing at NXP Semiconductors. He highlighted the integrated approach, stating, "In combination with Silex's SX-SDMAX6E, a Wi-Fi 6E module based on NXP chipsets, customers can implement a more integrated NXP solution from SoM to wireless connectivity."

This tight integration of processing and connectivity is a key differentiator, promising to reduce engineering complexity and help developers avoid the common pitfalls of integrating disparate hardware and software components.

Under the Hood: The Technical Prowess of the EP-200N

A closer look at the EP-200N reveals a specification sheet tailored for high-stakes performance. The NXP i.MX 95 processor features a hexa-core Arm Cortex-A55 architecture, providing a robust foundation for complex software. The module's standout feature, however, is its dedicated neural processing unit (NPU)—an AI engine capable of 8 eTOPS (trillion operations per second). This specialized hardware allows the module to run sophisticated AI models for tasks like machine vision and predictive analytics with high efficiency and low power consumption.

To support these demanding workloads, the module is equipped with 8 GB of fast LPDDR5 memory and 32 GB of eMMC storage. Crucially, it is built to withstand the rigors of its target environments, supporting a wide operating temperature range from -40°C to +85°C. This industrial-grade ruggedness ensures reliable operation in unconditioned factory settings or within sealed medical equipment.

Connectivity is another cornerstone of the design. The EP-200N offers a broad array of physical interfaces, including Ethernet, CAN-FD for industrial control networks, and PCIe Gen3 for high-speed peripherals. On the wireless front, Silex leverages its core competency, offering integrated Wi-Fi 6E support through its Yocto Linux Board Support Package (BSP). This provides developers with optimized drivers and a streamlined path to enabling the latest standard in wireless communication, ensuring high-throughput, low-latency data transfer essential for connected devices.

Navigating a Competitive Edge AI Market

Silex Technology enters a dynamic and competitive market. Other major players in the embedded computing space, such as Toradex, Advantech, and Digi International, also offer SoMs based on NXP's i.MX 9 series processors. The landscape is crowded with solutions targeting similar industrial and medical verticals, each with its own strengths.

However, Silex aims to carve out its position by doubling down on its identity as a connectivity expert. While other vendors may offer wireless capabilities as an add-on, Silex's deep integration of a Wi-Fi 6E solution—itself based on NXP silicon—creates a uniquely cohesive platform. This "when it absolutely must connect" philosophy, backed by comprehensive support from design and certification to manufacturing, is its key value proposition. By presenting an end-to-end, pre-validated solution for processing and connectivity, the company is betting that OEMs will choose the path of least resistance and greatest reliability.

For developers eager to begin working with the new platform, Silex Technology announced that evaluation kits for the EP-200N will be available in September 2026. The company has also launched an early access program for interested parties. The EP-200N will be showcased publicly at the Embedded World North America 2026 conference in Anaheim, California, from September 22–24, offering a first-hand look at the technology poised to drive the next generation of intelligent devices.