Industrial Flash Module

Cervoz Industrial Flash Modules are at the forefront of digital storage, offering unparalleled reliability and performance in industrial settings. Engineered for durability and data integrity, these modules are integral in various industrial applications.
 

Core Features

1. High Data Integrity and Reliability

Cervoz modules integrate advanced wear-leveling algorithms and the Advanced LDPC ECC Engine to assure high data integrity and reliability. The wear-leveling algorithms evenly distribute data across flash memory, which significantly extends its lifespan. The ECC Engine is pivotal in maintaining data accuracy. It performs error detection and correction during data transfer, enhancing the overall integrity of the data.

The Advanced LDPC (Low-Density Parity-Check) ECC Engine, is an evolved error-correcting mechanism. It surpasses its predecessors in terms of precision, with the ability to correct more errors per page than earlier systems. This improvement contributes to the sustained lifespan of SSDs. Additionally, Cervoz modules feature End-to-End data protection, another critical aspect for ensuring data reliability. This technology effectively safeguards data integrity throughout the entire data transfer path.
 

2. Superior Reliability & Overheating Protection

Designed to operate in extreme conditions, a wide range of Cervoz's flash modules include a wide-temperature version that can operate smoothly from -40°C to 85°C. There’re also several advanced features to certify their resilience against shock and vibration, essential in demanding industrial applications. Including Dynamic Thermal Throttling, which regulates performance to prevent overheating based on the module's temperature; optional Anti-Vibration Fill for added shock and vibration protection; and Conformal Coating, a protective film shielding the modules from moisture, dust, chemicals, and sunlight.
 

3. High Durability and Longevity

With a focus on durability and longevity, Cervoz’s flash modules are built to handle extensive read/write cycles, making them reliable for continuous operation in data-intensive tasks. The modules feature wear-leveling algorithms to evenly distribute data, enhancing the flash memory's lifespan. Additionally, a DRAM Cache Buffer is integrated into specific flash modules to boost performance and endurance. This DRAM chip functions like a cache in a hard disk, collecting small data amounts before transferring them to the flash storage. This process effectively minimizes wear on the flash storage, extending the module's lifespan, especially in applications that frequently write large amounts of small-sized data. 
 

4. Advanced Security Features

Security is a paramount concern in industrial applications, especially when handling sensitive data. Cervoz addresses this with hardware-based AES encryption, which involves using the AES algorithm with a key size of 256 bits to securely encrypt plaintext data, offers robust protection against brute force attacks, and is recognized as the most secure encryption standard. Additionally, in the military-grade model M339, the inclusion of write protection, quick-erase, and self-physical destruction features provide the optimal data security level. 
 

Applications in Industrial Sectors

• Industrial Automation: Tailoring to meet industrial automation demands with optimal durability and reliability to deliver consistent performance and prevent system failures.
• Rugged & Military: Meeting military-grade and vehicular application certifications, to ensure robust performance in challenging environments. 
• Server / Cloud computing: Ensuring 24/7 server and data center reliability with advanced overheating protection technology.
• Healthcare: Advanced power loss protection technology to secure data integrity and prevent system failure, which can be a matter of life and death in medical services.

Cervoz's Industrial Flash Modules are more than just storage solutions; they are the foundation of modern industrial innovation. Their resilience, advanced data protection, and high endurance make them indispensable in the progression of IoT, Edge Computing, and Smart Manufacturing. As the industrial landscape evolves, these modules stand as a testament to the fusion of durability and technology.