(PR) GIGABYTE Launches Z890 Plus Series Motherboards Supporting Intel Core Ultra 200S Plus Series Processors and CQDIMM
GIGABYTE, the world's leading computer brand, introduces the Z890 Plus Series Motherboards engineered to support the new Intel Core Ultra 200S Plus series processors. Highlighting AORUS ELITE DUO X and Z890M FORCE DUO X WIFI7 models built on innovative CQDIMM technology, these dual-DIMM designs deliver uncompromised memory performance, superior signal integrity, and refined features tailored for mainstream gamers and performance-focused users.
Designed for optimal memory performance without tradeoffs between capacity and speed, the Z890 AORUS ELITE DUO X and Z890M FORCE DUO X WIFI7 models support 128 GB memory per DIMM via Quad-Rank memory modules, enabling full 256 GB capacity with just two memory modules. Through optimized motherboard circuit design, GIGABYTE reduces memory channel loading and enhances signal integrity to ensure high frequency under heavy workloads, boosting speed up to DDR5-10266. Complementing the hardware advancements is GIGABYTE's sophisticated D5 DUO X BIOS tuning technology. Through an optimized clock driver architecture, GIGABYTE's BIOS intelligently manages timing, signal synchronization, and voltage behavior to unleash potential performance.
Designed for optimal memory performance without tradeoffs between capacity and speed, the Z890 AORUS ELITE DUO X and Z890M FORCE DUO X WIFI7 models support 128 GB memory per DIMM via Quad-Rank memory modules, enabling full 256 GB capacity with just two memory modules. Through optimized motherboard circuit design, GIGABYTE reduces memory channel loading and enhances signal integrity to ensure high frequency under heavy workloads, boosting speed up to DDR5-10266. Complementing the hardware advancements is GIGABYTE's sophisticated D5 DUO X BIOS tuning technology. Through an optimized clock driver architecture, GIGABYTE's BIOS intelligently manages timing, signal synchronization, and voltage behavior to unleash potential performance.


















