G.Skill is demonstrating the capabilities of its latest DDR5 memory modules, featuring superb overclocking capabilities and interesting new designs. G.Skill Is Demoing Its Latest DDR5 Memory Modules At Computex, But Prices Aren't Coming Down Anytime Soon Memory prices remain sky high, but that isn't stopping G.Skill from showcasing some great overclocking and tuning capabilities of its memory modules. At Computex, the memory maker is offering users a showcase of the OC capabilities that can be achieved with its memory modules: One of the interesting demos was the DDR5-8000 4-Rank CUDIMM demo, which was achieved with passive cooling. The two DIMMs […]

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Intel hasn't yet officially confirmed that its upcoming Nova Lake-S desktop processors will be branded as the Core Ultra 400 series. However, a new report claims that the name is already set. The “Series 4” architecture is expected to feature Coyote Cove P-cores and Arctic Wolf E-cores.

According to VideoCardz, the documents they had access to indicate support for DDR5 memory speeds up to 8000MT/s, including ECC, CUDIMM, and CSODIMM compatibility. These same documents state that the platform uses a Socket V design and is specifically marked for forward socket compatibility across multiple generations. Moreover, processing power is complemented by the Intel NPU 6 and a unified integrated graphics block featuring two Xe3 GPU cores across all desktop packages.

The roadmap also details the connectivity features, which include integrated Wi-Fi 7, Low Energy Audio, and two Thunderbolt 5 ports. The platform supports 24 PCIe Gen5 lanes from the CPU, enabling discrete graphics over an x16 link and up to three x4 PCIe 5.0 links from the chipset. In the documents, Intel notes support for up to eight SSDs across PCIe 5.0 and 4.0 interfaces and the ability to drive four independent displays.

As per VideoCardz, Intel plans five distinct desktop die packages, all of which feature 4x LPE cores. These five packages include an 8-core, a 16-core, two 28-core (one with bLLC cache), and a 52-core (dual-die with bLLC cache). The packages are divided across multiple SKUs, ranging from 6-core to 52-core designs. Product segmentation spans 35W, 65W, 125W, and 175W TDPs. The 175W bracket consists of 52-core and 44-core variants, while the remainder of the stack follows the Core Ultra naming conventions: 9, 7, 5, and 3. A graphics-disabled GT0 variant, MS2KF, is also included in the preliminary list below:

Mass production of Intel Nova Lake-S processors is reportedly scheduled for Q4 2026.

KitGuru says: Of all the Nova Lake-S SKUs in the preliminary list, which one looks the most interesting?

Intel's next-gen CPU series will support much higher memory frequency out of the box, compared to the current lineup. German PC Maker ECS Showcases Liva P300 Embedded PC With Intel Core Ultra 400S Processor; Specs Reveal Support for DDR5-8000 The upcoming Intel CPU series is going to deliver a much better memory support, as spotted in one of the mockups. At the Embedded World 2026 event in Germany, the hardware manufacturer ECS showcased its new embedded PC mockup called Liva P300, based on the Intel Nova Lake S. It's a mockup, so obviously, there is likely no Intel Nova Lake […]

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