Industrial Automation

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Challenges & Requirements

The goal of industrialization has always been to facilitate manufacturing and production. The latest, fourth wave of industrial revolution revolves around data and using it to automate operations for productivity in factories. This process, also known as industrial automation, relies on the stable transmission of data for an industrial IoT system. If one component in the IIOT ecosystem breaks down, the whole automated operation could be jeopardized. If an unexpected power outage occurs, data could be lost and function could be compromised. A well-functioning, automated factory can allow business owners to produce more efficiently and save on costs.

Solutions

Reliability is a must in industrial automation, starting at the basics with the flash modules used in the factory computers. Cervoz's memory and storage solutions are all IIOT-compatible, professionally designed to function under factory conditions and requirements. These products guarantee consistent performance and reliability so that production can meet its tight schedules without any unexpected system crashes. Technologies such as the Powerguard function and conformal coating provide extra layers of protection to ensure durability against typical factory environmental factors.

Featured Technologies

Powerguard (Power Loss Protection)

A function that protects the firmware against power outage by providing extra power during such events to complete the saving of data and thus prevent any data loss.

Conformal Coating

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

Anti-Vibration Fill

An epoxy resin fill used on storage and memory modules that prevents solder joints from coming loose, thereby making them more shock-resistant.

Cervoz FlashMonitor

A Cervoz-developed software to monitor the function and health of Cervoz's disk products in real time. The software can predict to a level of certainty a product’s life expectancy and alert users when it may need to be replaced.

More Flexible, Fully Compatible: Cervoz Full-Speed USB Expansion Solutions

Advancing Embedded Computing Capabilities Introducing the Cervoz MEC-USB-2012 series modular expansion card, designed to enhance data transfer efficiency in embedded systems. Equipped with both Type-C and Type-A connectors and powered by USB 3.2 Gen1x1 (which used to be called USB 3.0 or USB 3.1 Gen 1) technology, this high-performance modular expansion card integrates effortlessly into any M.2 slot. Achieve full-speed data transfer speeds of up to 5Gbps, ensuring fast and reliable connectivity to elevate your system's capabilities. Embracing the USB Type-C Revolution The MEC-USB-2012C variant showcases Cervoz's commitment to forward-thinking design by featuring USB Type-C connectors. This advanced standard offers multiple benefits: Reversible plug orientation for effortless connections Support for faster data transfer rates Enhanced power delivery capabilities Backward compatibility with USB 2.0 and 1.1 devices As industries worldwide shift towards USB Type-C, integrating this technology future-proofs your embedded systems. It ensures broad compatibility with cutting-edge devices and peripherals while maintaining support for legacy USB standards, offering a seamless transition path for your existing hardware ecosystem. Full Speed, All the Time: Dual-Controller Architecture The MEC-USB-2012 series sets itself apart by offering dual USB 3.2 Gen1x1 ports, each capable of running at full 5Gbps speeds simultaneously. This is made possible by implementing two Renesas (NEC)μPD720202K8-701-BAA-A controllers, ensuring both ports maintain peak performance even under heavy loads. Whether you're running USB 3.2 Gen1x1 devices at 5Gbps or a mix of USB 1.1, 2.0, and 3.2, our expansion card easily handles it. For professionals working with high-bandwidth devices or managing multiple data streams, this dual full-speed capability translates to enhanced productivity and seamless multitasking. Flexibility at Your Fingertips: Hot-Swap and Plug-n-Play The MEC-USB-2012 series goes beyond speed, offering convenience through its Hot-Swap and Plug-n-Play features. These capabilities allow for effortless device connection and disconnection without system interruption, providing the operational flexibility demanded by dynamic work environments. Tailored Solutions for Diverse Applications Recognizing that different projects have unique requirements, Cervoz offers the MEC-USB-2012 series in both Type-C (MEC-USB-2012C) and traditional Type-A (MEC-USB-2012) configurations. This flexibility allows system designers to choose the option that best fits their specific needs, whether you are upgrading existing hardware or building cutting-edge systems from the ground up. Both variants maintain the same high-performance dual-controller architecture, ensuring no compromise in speed or functionality. Compact Design, Powerful Performance: M.2 Form Factor Leveraging the popular M.2 2280 form factor, the MEC-USB-2012 series is designed for easy integration into a wide range of embedded systems. This compact design, combined with PCIe x2 interface support, allows for efficient use of internal space while delivering exceptional performance. The included bracket and necessary cables further simplify installation, making it an ideal solution for both new designs and upgrades to existing systems. Cervoz Comprehensive USB Solutions Cervoz offers a diverse array of USB solutions to meet various industrial needs. Model Name MEC-USB-2002 MEC-USB-2002C MEC-USB-2012 MEC-USB-2012C Form Factor M.2 2242/60/80 M.2 2280 USB Connector Type Type-A Type-C Type-A Type-C Controller Renesas (NEC) μPD720202K8-701-BAA-A Renesas (NEC) μPD720202K8-701-BAA-A x2 Port numbers 2 Ports 2 Ports Interface USB3.2 Gen 1x1 USB3.2 Gen 1x1 Transmit Speed 5Gbps 5Gbps Choose Your Perfect Fit: Type-C or Type-A? The Cervoz MEC-USB-2012 series represents a significant leap forward in USB expansion capabilities for embedded systems. By offering full-speed dual-port performance, embracing USB Type-C technology, and maintaining compatibility with USB Type-A setups, Cervoz provides a versatile solution that meets current needs while anticipating future trends. For engineers and system integrators looking to enhance their embedded computing platforms with high-speed USB connectivity, the MEC-USB-2012 stands out as a forward-thinking, reliable, and high-performance choice. Contact our sales team now to find out how the MEC-USB-2012 can transform your embedded applications, or visit Cervoz website to explore our full range of Modular Expansion Cards tailored for various industrial needs.

# Embedded Computing # Expansion Card # 2024

Cervoz_Bringing AI to Infinity with Cervoz Industrial DDR5 5600

NEWS

2024.01.17

Bringing AI to Infinity with Cervoz Industrial DDR5 5600

Unrivaled Speed, Enhanced Capacity and Performance. The modern industrial landscape hinges on effectively handling vast amounts of data to fuel AI-driven processes. However, the surge in data poses significant challenges for processing and analysis. To tap into the true power of ever-growing data, Cervoz presents the industrial DDR5 5600 DRAM Modules (DIMMs, SO-DIMMs)- engineered to remove performance bottlenecks holding back core applications. Unrivaled Speed and Capacity Achieving an impressive speed of 5600 MT/s along with a maximized capacity of 48GB, Cervoz industrial DDR5 5600 DRAM Modules surpass the widely used DDR4-3200 by over 50%. While DDR4 remains essential for various applications, Cervoz industrial DDR5 5600 DRAM Modules break through barriers to enable more advanced use cases. The enhanced bandwidth seamlessly handles intensive simultaneous workloads, such as AI, machine learning, real-time analytics, high-capacity storage, and beyond. For instance, the impressive speeds of DDR5 empower intelligent surveillance systems to swiftly recognize and analyze images, facilitating the simultaneous identification of numerous objects. Smarter Power Savings and Signal Stability Industrial applications demand flawless data integrity along with extreme memory endurance. To assure resilience for such workloads, Cervoz industrial DDR5 5600 implemented reliability enhancements like on-die ECC (Error Correction Code) which continuously monitors and fixes errors at the memory IC level without performance hits. While faster, denser modules typically require more power, an onboard PMIC (Power Management IC) minimizes power consumption. This, along with support for low-voltage DDR5 memory ICs, provides up to 8% more energy efficiency over prevailing DDR4 designs. By implementing both reliability enhancements and power optimizations, Cervoz industrial DDR5 5600 DRAM Modules ensure the delivery of industrial-grade resilience while improving energy efficiency. Target Applications Cervoz industrial DDR5 5600 DRAM Modules turbocharge surveillance infrastructure, precision medicine, smart transportation, data centers, and other innovative industrial applications. Radically accelerate your capabilities with game-changing speeds, smart power savings, and maximized capacity. Cervoz Industrial DDR5 5600 Series Cervoz offers industrial DDR5 5600 DRAM modules in both standard (0°C~85°C) and wide (-40°C~85°C) temperature ranges, suitable for extreme edge applications. Modules include DIMMs, SO-DIMMs, ECC DIMMs, and ECC SO-DIMMs, providing flexibility to match diverse application requirements. The Cervoz industrial DDR5 5600 Series includes: DIMM ▪ Standard Temperature Series (0°C to 85°C) ▪ Wide Temperature Series (-40°C to 85°C) ▪ With ECC SO-DIMM ▪ Standard Temperature Series (0°C to 85°C) ▪ Wide Temperature Series (-40°C to 85°C) ▪ With ECC Cervoz has engineered a next-generation, blazing-fast DDR5 memory solution purposed for peak data center and embedded system performance. Contact Cervoz right away to evaluate modules for your infrastructure!

# AIoT # DRAM Module # 2024

Cervoz_Understanding CAN Bus: Key to Modern Communication

BLOG

2023.10.18

Understanding CAN Bus: Key to Modern Communication

Amid the rapid advancements in modern technology, the connectivity of various devices has grown increasingly crucial. Controller Area Network (CAN) technology, a pivotal communication protocol, not only plays a vital role in the automotive sector but also holds significance in various other domains. This article delves into the fundamentals and applications of CAN Bus and explores Cervoz's latest CAN Bus expansion card, providing you with comprehensive insights into this exciting technology. What is CAN Bus Let's start with the basics: a vehicle bus, often referred to simply as a bus, is an internal communication network connecting various components within a vehicle. Now, enter the Controller Area Network, or CAN Bus, a unique type of bus that empowers electronic control units (ECUs) or nodes to communicate directly with each other's applications without relying on a central computer. The effectiveness of the CAN Bus lies in its message-based protocol, where each message sent by a node carries an identifier that predefines its priority. This allows nodes to assess the importance of each message, ensuring efficient communication. CAN Bus, much like RS-485(but still have some differences, which we will compare in more detail in the future), offers enhanced noise immunity through differential signaling and features built-in error detection, error node isolation, and automatic message re-transmission. It also supports variable bit rates set during network initialization. Topology of CAN Bus Benefits of Using CAN Bus Reliability The CAN bus system facilitates centralized error diagnosis and configuration across all ECUs, offering robust error-checking and fault tolerance to ensure accurate data transmission, even in noisy environments. It maintains functionality even in the event of a node failure. Cost-Effective Electronic Control Units (ECUs) communicate through a single CAN interface, simplifying wiring complexity and reducing the need for a complex network of cables. This not only saves time during installation but also minimizes the potential for errors. Efficiency CAN messages are prioritized and use bitwise arbitration via IDs. This prioritization ensures that the highest-priority IDs remain uninterrupted, resulting in low-latency data transmission that enhances system performance and safety. Flexibility Each ECU includes a chip capable of receiving all transmitted messages, evaluating their relevance, and responding accordingly. This design allows for easy modifications and the addition or removal of additional nodes as needed. Applications of CAN Bus Automotive Electronics The application scope of CAN Bus in vehicles is extensive, ranging from engine control and instrument panels to safety systems and entertainment units. Its high-speed transmission and reliability enable real-time communication among various in-vehicle devices, enhancing both driving experiences and vehicle performance. Industrial Automation In the industrial realm, CAN Bus connects a range of automated devices, from robots to production line monitoring systems. This real-time communication capability facilitates efficient collaboration among factory equipment, boosting production efficiency. Aerospace CAN bus systems streamline communication and control in spacecraft, enhancing reliability and enabling real-time monitoring and control in UAVs. Embedded Systems CAN Bus in embedded systems facilitates connections among diverse devices, such as smart home systems, medical devices, and consumer electronics. This connectivity enables seamless data exchange and control among devices. Conclusion As modern technology continues to advance, communication capabilities are becoming increasingly pivotal. CAN Bus, a communication technology widely applicable across multiple domains, has become an indispensable component of contemporary systems. Cervoz's CAN Bus PCIe expansion card further enriches connectivity solutions, providing enhanced flexibility and efficiency to various applications. Whether you work in the automotive, industrial automation, or embedded systems sector, comprehending the fundamental principles of CAN Bus and its diverse applications will empower you to harness this dynamic technology effectively. Take a moment to explore Cervoz's latest product offerings, injecting innovation and reliability into your projects. Follow us on LinkedIn to stay on top of news and information from Cervoz.

# Embedded Computing # Industrial Automation # Expansion Card # 2023

Cervoz_Dual Isolated CAN Bus PCIe Expansion Card Released

NEWS

2023.09.20

Dual Isolated CAN Bus PCIe Expansion Card Released

Boost Automotive and Industrial Applications with MEC-CAN-2802i Cervoz expands its line of industrial modular expansion cards with the CAN Bus module. The new Dual Isolated CAN Bus expansion card, MEC-CAN-2802i, provides a simple and cost-effective solution to integrate high-speed CAN Bus ports into any embedded computer system, especially those in hostile environments. Seamless Integration of CAN Communication and Industrial Expansion Card Functionality The MEC-CAN-2802i expansion card incorporates an advanced M.2 2280 Dual Isolated CAN Bus module, supporting up to 9 different communication speeds ranging from 10Kbps to 1Mbps, catering to diverse application requirements. With this industrial-grade expansion card, industries such as industrial automation, control systems, and vehicle management can benefit from enhanced and efficient communication solutions. Enhanced Stability and Security MEC-CAN-2802i ensures seamless communication with robust serial line protection and up to 15kV ESD protection onboard. These features safeguard against interference and static discharge, ensuring secure data transmission. Additionally, its 2.5kV galvanic isolation prevents direct electrical connections between circuits, enhancing stability and performance in industrial environments. Extend Industrial PC Capabilities Effortlessly By equipping industrial PCs with the MEC-CAN-2802i CAN Bus expansion card, users can effortlessly expand their CAN communication capabilities, transforming them into powerful communication hubs. The card utilizes a standard M.2 slot, making it compatible with existing M.2 slots and easy to install without complex hardware configurations. Moreover, the versatility of the MEC-CAN-2802i is underscored by its inclusive standard package, which incorporates various accessories like brackets and a DB9 cable, tailored to accommodate diverse applications. Meeting Industrial Environment Requirements Supporting a wide temperature range from icy -40°C to scorching +85°C, the MEC-CAN-2802i expansion card showcases its remarkable ability to thrive amidst extreme thermal challenges. This broad operational range makes it a stalwart performer in environments where temperature fluctuations are the norm rather than the exception. It is the ideal choice for stable operation in demanding industrial environments. With the introduction of the MEC-CAN-2802i, Cervoz continues to demonstrate its commitment to providing innovative and reliable solutions for the ever-expanding landscape of industrial and embedded systems, driving advancements in the IoT and industrial automation domain. Product Features ▪ Dual CAN Bus 2.0B backward compatible ▪ with 2.0A ▪ Compliant with ISO 11898 ▪ Support port to computer isolation 2.5kV ▪ Driver support: Linux & Windows ▪ Baud rate up to 1 Mbps ▪ Wide-range operating: -40°C~+85°C ▪ Compliant with EN61000-4-2 (ESD) ▪ Air-15kV, Contact-8kV Applications For more information about the MEC-CAN-2802i and other innovative products in Cervoz's lineup, please contact us!

# In-Vehicle/Transportation # Industrial Automation # Expansion Card # 2023

Cervoz_Cervoz FlashMonitor: Elevating Disk Health Management with Enhanced RAID Functionality

NEWS

2023.09.06

Cervoz FlashMonitor: Elevating Disk Health Management with Enhanced RAID Functionality

Real-time Insights and Predictive Care for Optimal Disk Performance Ever faced unforeseen disk failures? Cervoz FlashMonitor is your solution to stay ahead of the curve. This proprietary software offers real-time insights into the health and performance of your Cervoz disks. With our latest enhancement, RAID (Redundant Array of Independent Disks) functionality has been substantially improved. FlashMonitor stands as a cornerstone for data integrity, preventing operational disruptions. Comprehensive Dashboard and Real-time Analysis In the latest version, FlashMonitor's comprehensive dashboard continues to provide a holistic view of vital disk information and health status. It displays essential details such as part specifics, firmware version, LBA values, capacity, and more. The updated software offers real-time analysis of health status indicators like estimated lifespan, power-on hours, P/E cycles, and erase counts. Users can customize health degradation tracking with daily, monthly, or yearly updates, ensuring that the disk's health always gets the timely attention it deserves. S.M.A.R.T. System and Secure Disk Clean-Up Anticipate problems before they arise. Building on its existing strengths, FlashMonitor's S.M.A.R.T. system continues to shine. It delivers timely notifications via email and pop-up alerts when any monitored value surpasses operational thresholds or when the disk's health needs attention. Users can also customize alert parameters for greater flexibility. This proactive system empowers users to tackle potential issues, plan predictive maintenance, and prevent performance disruptions. The software also includes a secure disk wipe function, ensuring data security during disk replacements or upgrades. RAID-Flash Support and Broad Cervoz Compatibility The centerpiece of this update is FlashMonitor's enhanced RAID support. Designed to bolster data protection and performance via redundancy, this new functionality lets users seamlessly monitor the health of Cervoz disk in RAID configurations,with initial support for the SATA interface. This enhancement perfectly complements RAID technology, keeping you consistently updated on your array's condition. FlashMonitor remains compatible with a broad range of Cervoz flash products, including the latest PCIe NVMe lineup: T441 (Gen4x4), T436 (Gen3x4 with Powerguard), and T421 & T425 (Gen3x2 in M.2 2242 and M.2 2230 form factors) on Windows platform. Our commitment remains to offer comprehensive storage health visibility across all platforms. Discover the Future of Disk Health Management with FlashMonitor Cervoz FlashMonitor persists in providing a holistic, intelligent, and forward-looking solution to your disk health monitoring requirements. Relish the optimal disk performance, enhanced data security, and peace of mind that our software offers. Don't be caught off-guard; stay proactive with FlashMonitor. Interested in upgrading your disk health management? Contact us today and let FlashMonitor be the cornerstone of your storage solutions. Further Reading ▪ Cervoz S.M.A.R.T Technology ▪ Cervoz Announces New Industrial-Grade T441 PCIe Gen 4x4 SSD

# Industrial Storage # 2023

Downloads

Date	File Name	Capacity
2024.06.20	Ethernet Solution_Datasheet_MEC-LAN-2631i	0.94 MB
2024.01.08	CAN Bus Solution_MEC-CAN-2802i_Datasheet_V1.1	0.65 MB
2024.01.08	Ethernet Solution_MEC-LAN-PL502_Datasheet_V1.1	0.87 MB
2023.08.10	Powerguard(PLP)	2.04 MB
2023.08.04	PoE+ Ethernet Expansion Card_V1.0	1.60 MB
2023.02.20	M.2 Solutions	2.33 MB
2023.02.20	M.2 NVMe SSD	2.20 MB
2022.07.22	Industrial Automation Solutions	1.88 MB
2022.07.21	Cervoz Product Catalog_Rev2.0	13.51 MB
2022.07.21	FlashMonitor	0.53 MB

TOP

Industrial Automation

Challenges & Requirements

Solutions

Featured Technologies

Powerguard (Power Loss Protection)

Conformal Coating

Anti-Vibration Fill

Cervoz FlashMonitor

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Bringing AI to Infinity with Cervoz Industrial DDR5 5600

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Cervoz FlashMonitor: Elevating Disk Health Management with Enhanced RAID Functionality

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