KVR26N19S6L/4 Kingston 1x4GB DDR4 UDIMM RAM

High-Density VLP DDR4 UDIMM Memory Expansion for 1U Platforms with the KVR26N19S6L/4

The Kingston KVR26N19S6L/4 is a JEDEC-standard DDR4-2666 VLP UDIMM designed for capacity-constrained server and PC DRAM upgrades where mechanical clearance and predictable compatibility matter. In dense 1U chassis, the very low profile form factor supports airflow and avoids interference with CPU heatsinks, riser cards, and cabling, enabling straightforward memory population in mixed vendor environments.

Built as an unbuffered, non-ECC 288-pin UDIMM, KVR26N19S6L/4 targets platforms where the CPU memory controller expects standard UDIMM signaling rather than registered DIMMs, making it suitable for entry servers, lab nodes, and branch systems. Running at 1.2V and DDR4-2666 with CL19 timing, it aligns with common Intel and AMD DDR4 generations and integrates cleanly alongside PCIe expansion and SATA/NVMe storage architectures by removing memory-related integration variables that can delay rollouts.

Why Choose the KVR26N19S6L/4?

Choosing KVR26N19S6L/4 supports a practical density-to-serviceability profile: add 4GB capacity per slot while preserving clearance in compact enclosures, and maintain predictable boot behavior through JEDEC compliance. KVR26N19S6L/4 is well suited to phased deployments, spare stocking, and standardized builds where consistent module characteristics simplify validation and scaling.

Kingston ValueRAM follows a compatibility-first engineering philosophy focused on standards-based design, controlled component qualification, and stable revision management to meet enterprise operational expectations and modern data centre maintenance practices.

Key Applications:

• Entry server memory expansion
• Lab and test environments
• Branch office infrastructure
• Dense 1U deployments with clearance limits

At Happyware - Server Hardware you benefit from non-binding offers tailored to your rollout and spare-part strategy for KVR26N19S6L/4, and can secure a bulk order discount when standardizing KVR26N19S6L/4 across multiple systems.