G.Skill has introduced a pair of new memory modules, one boasting 6800MHz speeds at up to 96GB of capacity. The other is targeted at low-latency featuring 6400MHz speeds and a CL timing of 28.

G.Skill Trident Z5 DDR5 was overclocked to 6027MHz or 12,054MT/s That was achieved using just air cooling, with no need for liquid nitrogen There is, however, a catch (of sorts) in how the CPU was ...

Additionally, G.SKILL DDR5 memory is used by ASUS in-house overclocker, Safedisk, to break several overclock records with the latest AMD Ryzen 9 9950X desktop processor. Aiming to explore the ...

G.SKILL has just showcased its new high-performance memory kits, featuring the DDR5-6800 CL32 96GB (2x48GB) and DDR5-6400 ...

That includes two new "historical overclock achievements" achieved on G.Skill's Trident Z5 DDR5 memory modules. The faster of the two, set at DDR5-12054, was achieved by "speed.fastest," an ...

G.SKILL OC World Cup 2025 details have been announced, with the Online Qualifier round kicking off this weekend leading up to ...

G.Skill has announced new DDR5-6400 CL30 RAM kits that combine high memory capacities with fast speeds and low latency to compete with the best RAM. The kits, launched under the Trident Z5 RGB and ...

G.Skill's memory has once again broken a few overclocking frequency records, hitting DDR5-12052 and DDR5-12054 just on air cooling. The feat was done using G.Skill's Trident Z5 series DDR5 memory.

G.Skill has released a DDR5 memory kit with 96 GB total capacity in a 2x 48 GB configuration. The kit operates at DDR5-6400 speed with a CAS latency of CL30 and secondary timings of 39-39-102.

These new memory specifications will be available under the G.SKILL Trident Z5 Royal, Trident Z5 RGB, and Ripjaws M5 RGB series, with Intel XMP 3.0 memory overclock profile support. DDR5-6800 CL32 ...

G.SKILL has announced its 9th annual OC World Cup overclocking competition is back this year, with a total prize pool of ...

G.Skill introduced two new high-performance DDR5 memory kits aimed at Intel platforms, one focusing on high-performance paired with high-capacity and the other centered around low-latency performance.