Kingston 128GB KIT DDR4 2133MHz CL15 ECC Registered

Deliver maximum performance to your server, using the Kingston memory kit. This private American company is a premium quality product for the most demanding users. This kit contains four modules of the latest DDR4 type  It boasts an efficient use of electricity, increased throughput, and increased transmission speed. The combination of the CL15 progressive timing and the stunning 128GB capacity, delivers the perfect solution for speeding up heavy-duty servers.

Key features

• ECC technology for detecting and correcting bad data
• The ideal way to improve your server performance
• Thanks to its extraordinarily high capacity, it takes a tremendous amount of data
• New technologies can handle very high data streams
• Ideal for HPC, Big Data, Virtualization, and more

Maximum control of transferred data

ECC technology checks transparently, and in real time, the integrity of data stored in memory. It can find, and fix, an error in one bit and detect the error in two bits. Some memory controllers can also repair larger-scale errors in conjunction with the ECC. Most professional desktops require ECC-enabled memory. In cooperation with parity control, the memory achieves maximum control of transmitted data. The parity is that the auxiliary information (the so-called parity bit) is added to the single-word, and it can then verify the authenticity of the transferred data.

Increased efficiency and processing speed

Registered memory is equipped with a proprietary controller that controls access to individual memory modules, making it easier for the memory controller on the board, or processor, to work. The memory behaves externally as the only module - the register chip - which takes care of writing, and reading, from individual memory cells and transfers the controller to the result of these operations. This increases the efficiency of memory access and processing speed, even when multiple memory modules are used at the same time. Some server boards require registered memory.