Kingston KTL-TS426S8/16G DDR4 2666 MHz ECC Memory - Server/Workstation

Introducing the Kingston KTL-TS426S8/16G DDR4 2666 MHz ECC Memory, a perfect blend of reliability and performance designed specifically for server and workstation use. With its registered (buffered) memory type, this memory module ensures optimized data integrity and performance under heavy workloads.

Boasting a generous 16 GB of internal memory, the Kingston KTL-TS426S8 provides the necessary capacity for resource-intensive applications, allowing users to multitask seamlessly. The 2666 MHz memory clock speed enhances data transfer rates, making it ideal for optimizing server operations.

This 288-pin DIMM memory module is compliant with RoHS standards, ensuring environmentally friendly use without compromising on quality or performance. Its CAS latency of 19 strikes a balance between speed and efficiency, making it a reliable choice for a variety of computing environments.

Designed for a wide range of operating conditions, the Kingston KTL-TS426S8 operates efficiently at a voltage of just 1.2 V, which minimizes power consumption while maintaining robust performance.

Temperature-wise, this memory can operate efficiently within a range of 0 - 85 °C, and can even withstand storage temperatures between -55 - 100 °C, making it suitable in various environments and usage scenarios.

Whether you're setting up a new workstation or upgrading your existing server, the Kingston KTL-TS426S8 is an indispensable asset. It is particularly beneficial in scenarios requiring high reliability, such as data centers, game servers, or computational research.

Consider choosing the Kingston KTL-TS426S8 for your next memory upgrade, and unlock the potential of faster processing, efficient multitasking, and superior system stability.

• Memory Type: Registered (buffered)
• CAs Latency: 19
• Internal Memory: 16 GB
• Memory Form Factor: 288-pin DIMM
• ECC: Yes
• Memory Voltage: 1.2 V
• Temperature Range: 0 - 85 °C operational
• Environmental Compliance: RoHS certified