G.Skill releases DDR5-6400 C30 96GB memory kit — 64GB and 48GB kits are also in the works

G.Skill releases DDR5-6400 C30 96GB memory kit — 64GB and 48GB kits are also in the works

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 Trident Z5 Royal series, will feature 96GB (2x48GB) capacities, with smaller 64GB and 48GB variants also in the works. The DRAM manufacturer promises DDR5-6400 CL30 specs using Intel XMP 3.0 and has also showcased how the memory performs on an equivalent AMD Ryzen 9000 system.

Huawei preps new Kunpeng CPU with HBM — unannounced Kunpeng Arm server chip matches Intel and AMD’s tech

Huawei preps new Kunpeng CPU with HBM — unannounced Kunpeng Arm server chip matches Intel and AMD’s tech

New e-mails from Huawei engineers regarding Linux kernel development suggest that HiSilicon – Huawei’s chip subsidiary – is prepping a new Kunpeng SoC with HBM (High Bandwidth Memory) technology – as highlighted by Phoronix. This will likely be the the first significant release from HiSilicon in a while but don’t get your hopes up as it could also just be a rebranded older model with a slight pinch of HBM.

Intel Arrow Lake and Panther Lake CPU power profiles allegedly surfaced — leak details Intel Baseline, Performance, and Extreme profiles for next-gen chips

Intel Arrow Lake and Panther Lake CPU power profiles allegedly surfaced — leak details Intel Baseline, Performance, and Extreme profiles for next-gen chips

Hardware leakers Jaykihn and Harukaze5719 have reportedly leaked the power profiles for Intel’s Arrow Lake and Panther Lake processors. These next-generation chips will arrive to rival the best CPUs on the market. The leak details Intel’s Baseline, Performance, and Extreme power profiles for five distinct variants of Arrow Lake-S processors. The core configurations and TDPs include: 8+16 at 125W, 8+12 at 125W, 6+8 at 125W, 6+8 at 65W, and 6+4 at 65W. The former number depicts the number of P-cores, while the latter depicts the chip’s number of E-cores.

Sabrent’s Thunderbolt 5 external SSD hits over 6 GB/s — Rocket XTRM 5 brings NVMe-class speeds to portable storage

Sabrent’s Thunderbolt 5 external SSD hits over 6 GB/s — Rocket XTRM 5 brings NVMe-class speeds to portable storage

Yesterday, Sabrent gave the world a sneak peek of the world’s first Thunderbolt 5 external SSD, using and benchmarking a prototype unit to establish baseline expectations for the next generation of external storage. The reveal from Sabrent comes just under a year after the official Thunderbolt 5 debut, which provided specs of a maximum 80 Gigabits bidirectional throughput (roughly 10 GB/s read/write theoretical maximum).