Μνήμες Ram

The G.Skill F4-2400C15S-16GIS is a single-channel 16-GB DDR4-2400 memory module (PC4-19200) Aegis Series G.Skill. The module is programmed to latencies of 15-15-15-35 at 2400 MHz and requires a voltage of 1.2 volts. Intel XMP 2.0 is supported.

The G.Skill F4-2133C15D-16GIS is a dual-channel kit of two 8 GB DDR4-2133 memory modules (PC4-17000) from the Aegis Series G.Skill. Total capacity is 16 GB. The modules are programmed to latencies of 15-15-15-35 at 2133 MHz and require a voltage of 1.2 volts.

The G.Skill F4-2133C15S-16GIS is a single-channel 16-GB DDR4-2133 memory module (PC4-17000) from the Aegis Series G.Skill. The module is programmed to latencies of 15-15-15-36 at 2133 MHz and requires a voltage of 1.2 volts.

The Corsair CMK8GX4M1D3000C16 is an 8-GB DDR4-3000 memory module (PC4-24000) from the Vengeance LPX series. The module supports a timing of 16-20-20-38 at 3000 MHz and requires 1.35 V voltage. The Vengeance LPX series was specially developed for demanding use and uses customized high-performance aluminum heat sink with excellent heat dissipation for stability and reliability. Intel XMP 2.0 is supported.

The G.Skill F4-2400C15D-16GNT is a dual-channel kit of two 8 GB (PC4-19200) memory modules from the Value series with a total capacity of 16 GB. The modules support a timing of 15-15-15-35 at 2400 MHz and require 1.2 V power.

MODULO DDR4 16GB 3200MHz Goodram IRDM X BLACK CL 16 1.35V

This dual-channel kit consists of two 8 GB DDR4-2133 memory modules (PC4-17000) of Ripjaws V series from G.Skill. Total capacity is 16 GB. The modules are programmed to latencies of 15-15-15-35 at 2133 MHz and have gold plated contacts. The dual-channel DDR4 modules from the Ripjaws V series have been designed for maximum compatibility and performance with the sixth generation of Intel processors and the Z170 chipset. The Ripjaws V are available and thanks to the height of 42mm available with a variety of CPU coolers in five different colors. The current version 2.0 of Intel's XMP Memory Profile is supported.