Name: Operatyvioji atmintis (RAM) Mushkin Redline MRD4E320EJJP8GX2, DDR4, 16 GB, 3200 MHz
Brand: Mushkin
Price: 151.65 EUR
Availability: OutOfStock

Prekės informacija

Bendrosios charakteristikos

Prekės tipas

Operatyvioji atmintis (RAM)

Prekės ženklas

Mushkin

Serija

Redline

Modelis

MRD4E320EJJP8GX2

Komplektacija

2 modulių komplektas

Techniniai duomenys

Operatyviosios atminties tipas

DDR4

Atminties talpa

16 GB

Atminties ciklo uždelsimas

CL14

Operatyviosios atminties taktinis dažnis

3200 MHz

Šilumos skirstytuvas

Su apšvietimu

Įtampa

1.4 V

Papildomai

Privaloma garantija

24 mėn

Garantija juridiniams asmenims

12 mėn

Pastebėjai klaidą prekės aprašyme, savybių lentelėje ar nuotraukų galerijoje? Pranešk mums

Prekės atspalvis gali skirtis nuo matomo nuotraukoje.

DIMM 16GB DDR4-3200 Kit ECC, memory

The Mushkin MRC4E320EJJP8GX2 is a kit of two 8GB DDR4-3200 memory modules from the Redline ECC White series. The 288-pin DIMMs equipped with "FrostByte" heat sinks correspond to the PC4-25600 standard and are suitable for a memory clock of up to 3200 MHz with latencies of 14-18-18-38. The modules require a voltage of 1.4 volts.

Type: SDRAM DDR4

Color white

EAN code: 0846651032393

Manufacturer part number: MRD4E320EJJP8GX2

Series: Redline ECC White

Capacity: 16GB (2 x 8GB)

Quantity: 2 pieces

Design: DIMM

Connector: 288 pin

Default: DDR4-3200 (PC4-25600)

Physical clock: 1600MHz

Timings: CAS Latency (CL) | 14

Timings: RAS-to-CAS Delay (tRCD) | 18

Timings: RAS Precharge Time (tRP) | 18

Timings: Row Active Time (tRAS) | 38

More information: DDR4 is the further development of DDR3 and offers a number of innovations and advantages compared to its predecessor, such as up to 40% lower energy consumption, higher speeds, higher data density (enables memory modules with a capacity of up to 128 GB, in the future up to 512 GB) as well as improved operational stability through advanced error correction techniques such as CRC (Cyclic Redundancy Check), CMD/ADD (On-chip parity detection) and "Per DRAM addressability".