#Germany #Edge AI #Nuremberg #Embedded World #Cervoz Technology

Cervoz Technology Set to Exhibit at Embedded World 2026

Cervoz Technology, a leading provider in industrial storage and memory solutions, is gearing up to showcase its cutting-edge products at the upcoming Embedded World 2026 event held from March 10 to 12 at the Nuremberg Exhibition Centre in Germany. This year's exhibition promises a focus on empowering Edge AI solutions that support the demanding needs of modern industrial applications.

One of the standout offerings from Cervoz at this year's event is the M.2 CAN FD expansion card, which has been nominated for the prestigious Embedded Award 2026 in the Embedded Vision category. This nomination emphasizes the card's significance in achieving efficient, high-speed, and reliable industrial communication—a crucial component for systems that depend on timely and potent data exchange.

Advancing Real-Time Data Processing

At Booth 1-401 in Hall 1, Cervoz will illustrate its solutions tailored for industrial data storage, memory, and connectivity, focusing on the performance and reliability required for Edge AI systems. These systems are essential for applications that necessitate real-time data processing, low-latency data transmission, and controlled energy consumption, particularly in environments where uninterrupted operation is critical.

Cervoz's innovative solutions are designed to enhance data handling capabilities in embedded and industrial settings. They aim to maintain system stability while processing data in real-time under demanding operational circumstances.

High-Speed Memory and Connectivity Solutions

Cervoz will introduce its new DDR5 6400 MHz industrial memory modules in CUDIMM and CSODIMM form factors. These modules are engineered to eliminate memory bandwidth bottlenecks in neural network inference applications, showcasing a robust capability to handle intensive data workloads. To cater to the needs of high-speed networking, the company will also present a 10GbE M.2 2280 LAN card designed to deliver 10 Gigabit Ethernet connectivity in compact environments where space is at a premium.

Furthermore, Cervoz will display PCIe NVMe solid-state drives (SSDs) engineered for high-throughput and low-latency access. These drives cater to real-time sensor data processing and AI inference tasks, ensuring that critical applications function seamlessly without hitches.

Highlighting their commitment to enhancing connectivity, the company’s showcased expansion card, the M.2 CAN FD, is designed to ensure precision and durability within industrial communication channels. Additionally, it complements Cervoz's latest USB Type-C expansion board, which supports Power Delivery (PD) and DisplayPort (DP) functionalities, as well as the new Wi-Fi 7 modules that provide flexible I/O scaling for continuous data streams and latency-sensitive tasks.

Reliability in Harsh Industrial Conditions

For systems that operate in challenging environments, Cervoz will reveal SSDs and DRAM modules certified to the MIL-STD-810H standard. These modules are equipped with essential features to ensure data integrity and operational reliability, crucial for systems used in defense and industrial management. Features include:

• - Powerguard: Provides robust protections against data loss due to unexpected power failures.
• - Self-destruction: Offers hardware-level physical data wiping for safeguarding sensitive information.
• - Write Protection: Ensures data integrity by preventing unauthorized modifications within controlled systems.
• - Thermal Regulation: Incorporates high-performance heat dissipation mechanisms to maintain stable SSD operation under high thermal loads.

These protective mechanisms facilitate data integrity and continuity in operations, particularly for defense and industrial management systems, which demand the highest levels of reliability.

Visit Cervoz at Embedded World 2026

Mark your calendars for March 10-12, 2026, and come explore Cervoz’s pioneering solutions at Booth 1-401 in Hall 1, Nuremberg, Germany. For inquiries or further information, reach out via [email protected]