AXIOM DDR5 64GB RDIMM at 4800MHz is a purpose-built memory module designed for servers and professional workstations that demand reliability and blazing-fast data handling. With ECC for data integrity, this module is ideal for workloads where uptime and accuracy matter.
-
Capacity: 64GB per module
-
Module type: RDIMM with ECC for automatic error detection and correction
-
Speed: 4800MHz to accelerate data processing and reduce latency
-
Voltage: 1.1V for optimized power efficiency
-
ECC: Yes — enhances stability by detecting and correcting memory errors
-
Form factor: Registered DIMM (RDIMM) designed for multi-module, server-grade configurations
-
Compatibility: Built for next-generation systems that require high-density memory and ECC support
-
Brand & reliability: AXIOM memory solutions known for robust performance and enterprise-grade reliability
This memory module improves system responsiveness and stability in data-intensive environments. It’s particularly well-suited for virtualization hosts, database servers, HPC clusters, and professional workstations that run large datasets, complex simulations, or memory-heavy applications. The combination of 64GB capacity and 4800MHz bandwidth helps reduce bottlenecks, while ECC provides peace of mind for mission-critical workloads. The 1.1V operating voltage also contributes to lower power consumption and cooler operation in dense server racks.
Specs
-
Capacity: 64GB
-
Type: RDIMM
-
Speed: 4800MHz
-
ECC: Yes
-
Voltage: 1.1V
FAQs
-
Is this memory compatible with all DDR5 motherboards? Compatibility depends on motherboard specifications; verify support for RDIMM and ECC features.
-
What benefits does ECC provide? ECC detects and corrects memory errors, improving system stability and data integrity.
-
Can this module be used in gaming PCs? It is primarily designed for servers and workstations but can be used in compatible high-end PCs.
-
Does the 1.1V voltage affect power consumption? Yes, it helps reduce power usage while maintaining performance.
-
How does 4800MHz speed impact performance? Higher speed results in faster data transfer and improved application responsiveness.
