KINGSTON 32Gb (2X16Gb) DDR5 PC5-41600C40 5200Mhz Dual Channel Kit

Description

PRODUCT INFORMATION:
FURY BEAST 32GB (2X16GB) DDR5 PC5-41600C40 5200MHZ DUAL CHANNEL KIT
DDR5 is the 5th generation of Double Data Rate Synchronous Dynamic Random Access Memory, aka DDR5 SDRAM. It began in 2017 by the industry standards body JEDEC (Joint Electron Device Engineering Council) with input from the leading global memory semiconductor and chipset architecture vendors, including Kingston, DDR5 is designed with new features for higher performance, lower power, and more robust data integrity for the next decade of computing. DDR5 debuted in 2021.

DDR5 debuts at 4800MHz, while DDR4 tops out at 3200MHz, a 50% increase in bandwidth. In cadence with compute platform releases, DDR5 has planned performance increases that will scale to 6400MHz.

At 1.1V, DDR5 consumes ~20% less power than DDR4 equivalent components at 1.2V. While conserving battery life in laptops, it also has a significant advantage for enterprise servers working around the clock.

DDR5 modules feature on-board Power Management Integrate Circuits (PMIC), which help regulate the power required by the various components of the memory module (DRAM, Register, SPD hub, etc). For server class modules the PMIC uses 12V, and for PC class modules the PMIC uses 5V. This makes for better power distribution than previous generations, improves signal integrity, and reduces noise.

DDR5 utilizes a new device integrating the Serial Presence Detect (SPD) EEPROM with additional hub features, managing access to the external controller and decoupling the memory load on the internal bus from external.

DDR5 splits the memory module into two independent 32-bit addressable subchannels to increase efficiency and lower the latencies of data accesses for the memory controller. The data width of the DDR5 module is still 64-bit, however breaking it down into two 32-bit addressable channels increases overall performance. For server class memory (RDIMMs), 8-bits are added to each subchannel for ECC support for a