NVMe SSD UH711a
Union Memory UH711a series NVMe PCIe SSD is an enterprise-class high-performance storage and acceleration unit It has the characteristics of high performance, fast response and high reliability, which greatly improves storage IO I can. UH711a is compatible with mainstream operating systems and virtualization systems in the industry, and can improve database, The service performance of various applications, such as virtualization, HPC, and search, helps customers reduce system TCO
1.UH711a NVMe PCIe SSD has the following NVMe features:
1.1 UH711a SSD supports the NVMe 1.4 protocol.
1.2 In addition to the basic features and mandatory commands, it also supports the optional feature of multiple Name Spaces, supporting a maximum of 64 Name Spaces.
2.UH711a NVMe PCIe SSD provides the following functions and features:
2.1 The interface type is PCIe 4.0 x4, which meets the PCIe 4.0 electrical specifications. Backward compatible with PCIe 3.0, PCIe 2.0, and PCIe 1.0.
2.2 Provides a variety of single-disk capacity specifications to meet different application scenarios.
2.3 Supports standard storage device operations.
2.4 Supports device diagnosis, monitoring, and SMART information reporting.
2.5 UH711a series supports notification hot swap and violent hot swap.
2.6 Multiple technologies are used to ensure equipment reliability
2.6.1 Enhanced LDPC error correction algorithm: provides higher error correction capabilities than Flash particles, ensuring device reliability
2.6.2 Built-in RAID-like algorithm: error correction based on channel. Data can be recovered after an error occurs in a single channel.
2.6.3 Flexible RAID algorithm: Proactively recovers data in the faulty Flash and provides RAID protection for data after the Flash fails.
2.6.4 Intelligent wear balance technology: intelligent balance Flash particle wear pressure, effectively extend the service life of the device.
2.6.5 Advanced Flash access technology: Combine the Read retry and Adaptive read technologies of Flash particles to ensure data availability.
2.6.6 Intelligent FSP algorithm: Combined with the characteristics of 3D TLC media, intelligent FSP algorithm provides faster and more reliable data storage services.
2.6.7 Data inspection technology: Periodically inspect data to prevent errors in advance.
2.6.8 Power failure protection: Ensure that data on hard disks is not lost when the server is powered off unexpectedly.
2.6.9 End-to-end data protection: Users can use the DIF domain for data protection, and data is protected by verification during transmission between modules in the disk.
2.6.10 Provides a maintenance management tool with rich functions and powerful performance.
2.6.11 Supports in-band online upgrade, facilitating routine maintenance.
2.6.12 Supports out-of-band management of the NVMe standard, and can obtain device information such as model, capacity, temperature, service life, and health status. The graphical interface simplifies management.
2.6.13 Complete command line management function, users can use various commands for daily device management.
2.6.14 The asset management function provides production date, serial number and other information to facilitate asset management.
Certifications
Red Hat certified hardware is proven to incorporate Red Hat's best practices and provides customers tested interoperability, known life cycle management, and trusted support.
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Red Hat Enterprise Linux 9.2 - 9.x Architecture: x86_64 | |||
Red Hat Enterprise Linux 8.5 - 8.x Architecture: x86_64 |
