ASRock - IMB-X1317-10G Motherboard

configurator results memory

  • Standard

    0 GB (Removable)

  • Maximum

    256 GB

  • Bus Architecture

    USB 2.0/3.x Type-A

    SSD - SATA 3.5-inch

    USB 2.0/3.x Type-C

    SSD M.2 NVME 2242 (double-sided)

    SSD M.2 NVME 2260 (double-sided)

    SSD M.2 NVME 2280 (Heat Sink)

  • 4 Socket(s)

  • Intel Core Ultra 5 Series 2 Intel W880

    Intel Core Ultra 7 Series 2 Intel W880

    Intel Core Ultra 9 Series 2 Intel W880

  • Configurations up to 256GB can be reached using Kingston's 8, 16, 32, 48, and 64GB modules or kits.

Important Configuration Notes

  • MODULES MUST BE ORDERED AND INSTALLED IN IDENTICAL PAIRS OR KITS for Dual Channel mode.
  • Memory will clock down to run at optimal speed depending number of modules and types installed per channel. Refer to motherboard manual and QVL for supported memory configurations and speeds.
  • This system supports ECC or non-ECC memory depending on which processor is installed. Mixing ECC and non-ECC modules is not recommended. Please refer to manual or CPU specifications for additional information.
  • A BIOS update and/or configuration restrictions may be required to use 32GB and 64GB memory modules featuring 32Gbit DRAM. Please refer to manual for additional information.
  • Kingston memory modules are rated for commercial operating temperatures and not recommended nor supported in usage environments below 0°C or above 85°C.

Compatible Upgrades For Your System

Kingston FURY Renegade with Heatsink (SFYRSK/xxxG, SFYRDK/xxxG) will fit in most systems that can accommodate its size (~80mm x 23.67mm x 10.5mm). This includes a variety of motherboards, desktops, gaming PCs and the PlayStation 5. If you are uncertain whether it will fit, please review your system manufacturer’s support manual, or contact Kingston Technical Support.
Note: Some small-form-factor systems like Intel® NUC cannot physically accommodate the height of the heatsink. In these circumstances, we suggest FURY Renegade without heatsink (SFYRS/xxxG, SFYRD/xxxG).