This Samsung server memory module provides high-performance computing capabilities for enterprise environments. With a capacity of 64GB and a speed of 3200MHz, it ensures efficient data processing and system stability. The RDIMM form factor and ECC support make it ideal for critical server applications requiring reliability and error correction. Designed for compatibility with HPE systems, this module delivers robust performance for demanding workloads. Learn More
This HPE 32GB DDR4 Registered DIMM (RDIMM) is designed for high-performance server environments. Operating at a speed of 3200 MT/s with a PC4-25600 rating, it provides reliable memory bandwidth for enterprise workloads. The module features a 2Rx4 configuration and utilizes Hynix memory chips to ensure stability and compatibility with supported HPE ProLiant server platforms. Learn More
This Micron server memory module provides reliable high-performance computing capabilities for enterprise environments. Featuring a 32GB capacity and DDR4-3200 speed, it ensures efficient data processing and system stability. The 2Rx4 configuration and ECC support make it ideal for critical workloads requiring error correction and enhanced reliability in HPE server platforms. Learn More
This Samsung server memory module provides reliable high-performance computing capabilities for enterprise environments. Featuring a 32GB capacity and operating at 3200MHz, it ensures efficient data processing and system stability. The 2Rx4 configuration and PC4-25600 rating make it suitable for demanding workloads requiring robust ECC support and low latency. Learn More
The Aruba 6300M is a versatile managed switch featuring 48 Smart Rate PoE ports and 4 SFP56 uplink ports. Designed for high-performance networking, it supports advanced features for enterprise environments. Learn More
The HPE Aruba JZ370A is a mounting bracket kit designed for secure placement of Aruba 510 Series access points. This kit includes 10 rail adapters and mounting hardware, ensuring optimal wireless coverage in campus environments. Learn More