Telecommunication Networks-Cervoz – Making Memories for Industry

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Challenges & Requirements

5G (5th generation mobile network) is the latest standard for telecommunication networks. Currently being rolled out, 5G is expected to be 10 times faster than its predecessor, 4G. With such speed, 5G requires more bandwidth than the networks before it. Every part of the network needs to work in sync and without fail to deliver on the promise of 5G. Rain or shine, morning or night, these cell towers need to be fully operational to preserve the integrity of the data transferred.

Solutions

Cervoz is ready to support the telecommunications industry, especially for the use of 5G in industrial applications, with its offerings of state-of-the-art PCIe flash modules and DRAM memory modules. Cervoz's Flash products are designed to perform at the highest speed of transmission and the highest level of data integrity. They come in a wide temperature option, which can support operations in extreme temperatures of -40˚C to 85˚C.

For any of the hazardous weather or environmental conditions, such as humidity or dust, Cervoz offers an added service of conformal coating for customers’ products of choice. This protects the components from being aged or damaged by moisture, dust, chemicals, and other environmental factors.

Featured Technologies

3D NAND Flash

A variant of non-volatile Flash memory in which memory cells are layered vertically to shrink cell size and increase storage capacity at a better price.

End-to-End Data Protection

A comprehensive protection that covers the entire pathway for data transmission from the host computer to the SSD and back. The technology detects and corrects any errors that may occur in these long transmission journeys.

Advanced LDPC ECC Engine

An error-correcting mechanism that can correct more errors per page than its predecessors, extending the expected lifespan of the SSD.

Dynamic Thermal Throttling

A temperature-adjustment mechanism that prevents the SSD from overheating by slowing down transfer speed when the disk reaches a maximum temperature threshold. When temperature drops to a predetermined acceptable level, transfer speed returns to normal.

Conformal Coating

A thin protective film that can be applied to any product to protect against moisture, dust, chemicals, and sunlight.

AI Monitoring for Wind Turbines: Securing Clean Energy with Cervoz

Powered by the T425 M.2 SSD – Edge-Ready. Background In Germany's expanding wind energy sector, operators face a dual responsibility: to deliver clean energy and to do so responsibly. A critical challenge is protecting bird species that may fly near turbine blades. To address this, a wind farm deployed AI-powered bird detection systems equipped with high-resolution cameras and edge inference capabilities. These systems monitor bird movement in real time and trigger automatic turbine slowdowns to prevent collisions. The monitoring units were developed by Cervoz's client, a specialist in fanless embedded Mini-PCs. Their platform required an ultra-reliable storage solution to support real-time video processing and continuous data logging without compromising on space, power efficiency, or environmental durability. Key Challenges in Marine Environments Unlike general-purpose surveillance, bird detection in wind farms is a high-stakes edge AI workload. The system must continuously process live video streams, execute inference models to identify birds in motion, and archive time-stamped image data, all with zero delays, frame loss, or recording gaps. To meet these demands, the client's Mini-PC system required a storage module that could: Support 24/7 sustained read/write cycles for AI inference and image logging. Deliver low-latency performance for real-time decision making. Fit seamlessly into a fanless, compact chassis deployed outdoors. Operate reliably across extreme temperatures, constant vibration, and moisture exposure. Any failure in data access, inference response, or logging reliability could lead to missed detections, bird strikes, and reputational consequences for the wind farm operator. The Cervoz Solution After evaluating multiple options, the client selected the Cervoz T425 M.2 2230 SSD (A+E Key) as the storage backbone for their bird detection Mini-PC platform. While many SSDs claim performance, the T425 delivered the balance required for this unique edge deployment: compact size, industrial durability, and consistent real-time responsiveness under constant load. Why the T425 Stood Out M.2 2230 with A+E Key Compact enough for tight board layouts in fanless Mini-PCs. NVMe Gen3 x2 Interface Offers sufficient throughput (815?MB/s read, 760?MB/s write) for uninterrupted inference and image logging. Low Power, Low Heat Ideal for sealed enclosures mounted near turbine towers. Field-Tested Endurance Proven stable in real-world deployments with no thermal throttling or write degradation. Industrial-Grade Design Operates reliably in –40°C to +85°C with ECC for data integrity in challenging environments. Results & Impact The integration of Cervoz T425 SSD enabled the AI monitoring system to deliver on its real-world mission: Consistent 24/7 inference and detection with no dropped frames or logging errors. Zero SSD-related faults or slowdowns, even under high ambient temperatures. Smooth system integration thanks to the A+E Key form factor and compact thermal profile. Improved operator confidence, knowing critical environmental detection runs reliably on trusted storage. With Cervoz inside, bird safety and energy responsibility stayed online. Looking Ahead As wind farms and other remote infrastructures continue to adopt edge AI for real-time decision-making, the reliability of embedded systems becomes a make-or-break factor. Cervoz T425 SSD proves that compact form factors and industrial-grade performance can coexist, enabling sustainable innovation even in the most exposed, unforgiving conditions.

# Edge Computing # Networking # 2026

Cervoz_Cervoz Launches M.2 PCIe CAN FD Expansion Cards for Industrial Communications

NEWS

2025.11.12

Cervoz Launches M.2 PCIe CAN FD Expansion Cards for Industrial Communications

M.2 PCIe CAN FD Expansion Cards for Industrial Communications In industrial communications, common options include RS-232/422/485 and CAN Bus. Compared to traditional serial interfaces, CAN Bus supports multi-node connectivity, provides real-time responsiveness, and integrates error detection. This has made it the standard backbone for AGVs/AMRs, robotics and energy systems such as BMS. However, as data demands continue to grow, classic CAN 2.0, limited to 1 Mbps bandwidth and 8-byte payloads, has become a bottleneck. This is where CAN FD comes in. It retains the proven reliability of CAN while offering higher speed and larger payloads, making it a key step for industrial upgrades. Challenges of Industrial Networks AGVs/AMRs, robotic arms, and energy gateways now require faster control loops, denser data exchange, and 24/7 reliability. Classic CAN 2.0 often struggles with bus overload and increased latency in high-speed motion control, sensor fusion, and large-volume data logging. At the same time, harsh electrical conditions and limited chassis space set higher expectations for expansion card design. How Cervoz CAN FD Addresses These Challenges Cervoz introduces two new M.2 PCIe CAN FD expansion cards, MEC-CAN-2F02i (dual-channel) and MEC-CAN-2F14i (quad-channel), engineered to meet these exact needs. Higher Speed, Seamless Transition CAN FD delivers up to 5 Mbps data-phase speed and up to 64-byte payloads, reducing cycle times and bus load. Mixed-mode operation ensures CAN 2.0A/B and CAN FD nodes can coexist, minimizing migration risk. Industrial-Grade Reliability Each port provides 2.5 kV isolation and 15 kV ESD protection, with an operating range of –40°C to +85 °C. The design complies with ISO 11898-1:2015 and ensures dependable operation in 24/7 environments. Flexible Form Factors with Full Integration Support The MEC-CAN-2F02i uses M.2 2280 (B+M key) with DB-9 connectors for straightforward installation. The MEC-CAN-2F14i features a 3-in-1 breakaway design, supporting 2242, 2260, and 2280 M.2 form factors, with modular daughter boards ideal for space-constrained or multi-channel deployments. Both ship with brackets and cables for ready-to-use integration. Host connectivity is PCIe x1 Rev. 2.0, with support for Windows 7–11 and Linux SocketCAN, plus an SDK to simplify application development and automated testing. Target Industrial Applications Choose Your Fit Cervoz makes the choice clear: MEC-CAN-2F14i for high-density multi-channel requirements and MEC-CAN-2F02i for compact, low-power setups. For existing networks, Cervoz also provides CAN 2.0 models (MEC-CAN-2802i/2814i), offering a complete CAN Bus portfolio. The Cervoz CAN Bus Series delivers reliable connectivity as a backbone of industrial applications. Contact us to learn more about the CAN FD series and how it can support your next project.

# In-Vehicle/Transportation # Networking # Expansion Card # 2025

Cervoz_2.5GbE LAN CARD – Compact Size, Industrial Strength

NEWS

2025.06.25

2.5GbE LAN CARD – Compact Size, Industrial Strength

Need More Speed in Less Space? Meet the Cervoz MEC-LAN-PL604 – a low-profile PCIe card that packs 4 isolated 2.5GbE ports into one ultra-compact form factor. Designed for industrial automation, machine vision, and edge devices, it delivers the speed, stability, and isolation your systems demand – without compromising valuable system space. Ultra-Compact, Ultra-Powerful The MEC-LAN-PL604 features the ultra-compact PCIe low profile form factor on the market – smaller even than typical half-height cards. This ultra-compact design simplifies installation and saves valuable system space, making it the ideal choice for embedded systems and industrial PCs where every millimeter counts. Whether you're upgrading a legacy system or building a new smart factory, this card fits seamlessly into tight enclosures and compact chassis. This ultra-compact design smaller than a typical low profile expansion card and saves valuable system space. Industrial-Grade Reliability – No Compromise Engineered for demanding environments, the MEC-LAN-PL604 operates flawlessly across a wide temperature range, from -40°C to 85°C. Its robust construction and advanced electrical isolation on all four 2.5GbE ports protect your network from surges, ground loops, and electrical noise, ensuring uninterrupted uptime for mission-critical applications. The card's integrated Intel® i226-IT Ethernet controller guarantees high-throughput, low-latency data transfer, making it perfect for real-time machine vision, inspection, and industrial IoT deployments. Voltage Converter: Power Stability, Anywhere Power stability is often a challenge in industrial settings, where voltage fluctuations can disrupt sensitive electronics. The MEC-LAN-PL604 overcomes this with a dedicated voltage converter, allowing stable 12V power input even when external voltages fluctuate. This unique feature ensures consistent and reliable operation, safeguarding your data flow and system integrity in even the most demanding environments. Seamless Integration & Broad Compatibility Supporting both full-height and low-profile brackets, the MEC-LAN-PL604 is ready for a wide range of system configurations. It is fully compatible with mainstream Windows 10/11 and Linux operating systems, ensuring hassle-free deployment and integration into existing infrastructure. MEC-LAN-PL604 – At a Glance Quad Isolated 2.5GbE Ports –40°C ~ 85°C Wide Temperature Fits Anywhere: Smaller than Standard Low Profile IntelR i226-IT Controller Built-in Voltage Converter for Stable Power Perfect for Machine Vision & industrial IoT deployments Cervoz Advantage: Setting a New Benchmark While speed matters, the MEC-LAN-PL604 delivers more – industrial isolation, stable power, and a low-profile design optimized for tight spaces. Its wide temperature tolerance and onboard voltage converter ensure consistent performance in harsh or remote conditions. With four isolated 2.5GbE ports and Intel®-powered connectivity, it's built for machine vision precision, real-time IoT communication, and data-heavy edge AI workloads. Cervoz MEC-LAN-PL604 is more than just an Ethernet card – it's the smart choice for next-gen industrial networks.

# Networking # Expansion Card # 2025

EVENTS & VIDEO

Cervoz Modular Expansion Cards I Unlock Limitless Industrial Possibilities

# Video

Cervoz_BUILT TO WITHSTAND EXTREME CONDITIONS — New Wide Temperature Wi-Fi 6 Module

NEWS

2025.02.26

BUILT TO WITHSTAND EXTREME CONDITIONS — New Wide Temperature Wi-Fi 6 Module

The Growing Demand for Reliable Industrial Wireless Solutions Industrial digitalization is reshaping connectivity requirements across various sectors. From smart manufacturing floors to remote monitoring stations, the industrial environment demands wireless solutions that excel in extreme conditions. Temperature fluctuations ranging from -40°C to 85°C, which were once limiting factors for wireless deployments, now represent the standard operating range for mission-critical industrial systems. This shift reflects the growing importance of wireless connectivity in driving industrial automation, remote operations, and the broader Industrial Internet of Things (IIoT) ecosystem. Wi-Fi 6: Mastering Temperature Extremes The Cervoz new Wi-Fi module, MEC-WIFI-2042B-30W delivers reliable wireless connectivity across the industrial temperature range of -40°C to 85°C. This temperature resilience, combined with Wi-Fi 6 (IEEE 802.11ax) technology, ensures consistent connectivity in environments where standard wireless solutions would fail. The module's 2T2R MIMO architecture delivers throughput up to 1201Mbps on 80MHz channels while maintaining stability across both 2.4GHz and 5GHz bands. Whether deployed in freezing outdoor installations or high-temperature industrial environments, this robust architecture ensures uninterrupted performance for data-intensive applications. Purpose-Built for Industrial Integration Beyond its wide temperature capabilities, the MEC-WIFI-2042B-30W incorporates features essential for industrial deployments. The module supports enterprise-level security protocols including WPA3, making it suitable for sensitive industrial networks. Its integrated Bluetooth 5.2 functionality enables seamless IoT device connectivity, while the low-power PCIe 1.1 interface ensures efficient operation in power-conscious applications. These capabilities make it ideal for various industrial scenarios: Industrial PC and automation systems Vehicle-mounted computers and routers Outdoor environmental monitoring networks Robotics and autonomous systems Industrial IoT gateways Selecting Your Right Wireless Solution Target Applications General Industrial Use Office automation Indoor manufacturing Demanding Outdoor & Mobile Operations Outdoor installations Vehicle systems Remote monitoring High-Bandwidth & Low-Latency Applications Dense industrial automation Real-time monitoring Advanced manufacturing Operating Environment Controlled Environments (0°C to 70°C) Extreme Environments (-40°C to 85°C) Advanced Industrial Environments (0°C to 70°C) Wi-Fi Generation Wi-Fi 6 Wi-Fi 6E Performance Highlights Dual-band operation Reliable Wi-Fi 6 baseline performance Industrial-grade reliability Temperature-optimized performance Enhanced stability 6GHz band support Maximum throughput Ultra-low latency Cervoz Recommended Solution MEC-WIFI-2042B-30 MEC-WIFI-2042B-30W MEC-WIFI-2142B-30 Your Partner in Connectivity As industrial systems continue to evolve, reliable wireless connectivity becomes increasingly critical. Whether you're upgrading existing infrastructure or designing new industrial deployments, Cervoz team is available to assist in selecting the optimal wireless solution for your specific requirements. Contact us to explore how these advanced wireless solutions can enhance your industrial operations. Read More Delving into Industrial WiFi: A Game Changer in Modern Industry Cervoz Wireless Solutions

# Networking # WiFi # Expansion Card # 2025

EVENTS & VIDEO

Empowering Industrial Connectivity with Cervoz

# Video # 2024

Downloads

Date	File Name	File Size
2024.06.20	Ethernet Solution_Datasheet_MEC-LAN-2631i	0.94 MB
2024.01.08	Ethernet Solution_MEC-LAN-PL502_Datasheet_V1.1	0.87 MB
2023.02.20	M.2 Solutions	2.33 MB
2022.07.22	Server & Networking Solutions	5.30 MB
2022.07.21	Cervoz Product Catalog_Rev2.0	13.51 MB
2022.07.21	FlashMonitor	0.53 MB
2022.07.21	5G Technology	0.48 MB

TOP

Telecommunication Networks

Challenges & Requirements

Solutions

Featured Technologies

3D NAND Flash

End-to-End Data Protection

Advanced LDPC ECC Engine

Dynamic Thermal Throttling

Conformal Coating

Related News

SUCCESS STORY

AI Monitoring for Wind Turbines: Securing Clean Energy with Cervoz

NEWS

Cervoz Launches M.2 PCIe CAN FD Expansion Cards for Industrial Communications

NEWS

2.5GbE LAN CARD – Compact Size, Industrial Strength

EVENTS & VIDEO

Cervoz Modular Expansion Cards I Unlock Limitless Industrial Possibilities

NEWS

BUILT TO WITHSTAND EXTREME CONDITIONS — New Wide Temperature Wi-Fi 6 Module

EVENTS & VIDEO

Empowering Industrial Connectivity with Cervoz

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