Intel's Nova Lake Q970 chipset motherboard leaks with LGA 1954 socket, vPro support, and 128GB DDR5 CUDIMM

As Intel's Nova Lake platform continues to take shape ahead of its launch, a new leak has surfaced revealing the first detailed specification sheet for a Q970 chipset motherboard. Spotted by @momomo_us, the listing confirms several details about the upcoming LGA 1954 socket platform, giving us a clear picture of what the workstation tier will look like.

The leaked board is a Micro-ATX design carrying the LGA 1954 socket and Intel Q970 PCH. It lists support for what it calls "Intel Core Ultra 300S series DT processors," though that is likely an outdated placeholder. Current Nova Lake information consistently points to Core Ultra 400S branding for Intel's next desktop CPUs, so the naming discrepancy is probably a documentation artifact rather than anything meaningful.

On the memory side, the board supports two DDR5 CUDIMM slots with up to 128GB capacity, reflecting the broader platform push toward CUDIMM as the standard for Nova Lake. Storage options include four SATA III ports, NVMe support via M.2 Key-M and Key-E slots, and two M.2 ports total. Only one M.2 appears to be for storage, suggesting this is an entry-level design within the Q970 tier. Expansion slots cover a PCIe Gen5 x16, a second x16 slot wired as x8 Gen5, a PCIe Gen5 x4, and a PCIe Gen4 x4.

Display outputs include one HDMI 2.1 port, two DisplayPort 1.4a, and an internal DisplayPort. Networking is via a 2.5 GbE Intel I226V and two 1 GbE Intel I219LM controllers. The board adds TPM 2.0, watchdog timer, serial ports, and digital I/O for workstations. The Q970 also supports Intel vPro but does not allow CPU or memory overclocking.

The Q970 sits within Intel's five-chipset LGA 1954 lineup alongside the Z990, Z970, B960, and W980. The socket itself has already been spotted in Taipei during Computex week, confirming a dual-lever 2L-ILM retention mechanism that distributes clamping load more evenly across the processor for better thermal performance and reduced CPU bending.

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Beyond the socket design, LGA 1954 is shaping up to be a meaningful platform upgrade in terms of longevity. According to leaker Jaykihn, motherboards equipped with a 64MB SPI ROM will support CPU generations beyond Razor Lake, with all Z-series boards expected to meet that requirement.

That would put LGA 1954 in AMD AM5 territory in terms of upgrade headroom, covering Nova Lake, Razor Lake, and potentially Titan Lake and Hammer Lake further down the line. Budget buyers on B960 boards may see a shorter upgrade path, depending on whether their vendor ships with the required BIOS chip, but Z970 and Z990 boards look like the safest bets for anyone planning a long-term build. More platform details are expected to follow as Nova Lake's late 2026 launch approaches.