Friday, September 12th 2025
GIGABYTE AMD X870E AORUS X3D Motherboards Achieve Industry-leading DDR5-9000 Performance with V-COLOR Memory
GIGABYTE Technology, one of the top global manufacturers of motherboards, graphics cards, and hardware solutions, is proud to announce a groundbreaking milestone: the industry-leading DDR5-9000 speeds on X870E AORUS X3D motherboards using premium V-COLOR XFinity+ OLED DDR5 memory. This milestone represents a quantum leap in memory performance technology, setting new standards for high-performance computing and gaming applications.
At the heart of this achievement lies GIGABYTE's key Innovations:
X3D Turbo Mode 2.0
GIGABYTE's proprietary AI-powered optimization system delivers real-time performance tuning, intelligently adapting to workload demands while maximizing DDR5-9000 speed utilization across gaming and productivity applications.
D5 Bionic Corsa Technology
This revolutionary system combines AI-enhanced software, hardware, and firmware innovations to achieve stable 9000 MT/s operation through intelligent parameter adjustment and real-time analysis.
Advanced Engineering Excellence
The PCB Back Drilling technology on 8-layer server-grade PCB construction minimizes signal loss and electromagnetic interference in high-speed PCB designs. The Shielded Memory Routing features advanced PCB shielding ensures clean, interference-free memory signals. The Daisy-Chained design eliminates signal bottlenecks for maximum memory performance.
This milestone is powered by GIGABYTE's collaboration with V-COLOR XFinity+ OLED DDR5 memory. The optimized compatibility between X3D motherboards and V-COLOR DDR5 modules delivers unprecedented stability and reliability at DDR5-9000 speeds. GIGABYTE continue to work closely with V-COLOR to ensure users have access to the best possible memory solutions for their high-performance computing needs.
X3D motherboards with DDR5-9000 capability and V-COLOR XFinity+ OLED DDR5 memory are available now.
X3D Turbo Mode 2.0
GIGABYTE's proprietary AI-powered optimization system delivers real-time performance tuning, intelligently adapting to workload demands while maximizing DDR5-9000 speed utilization across gaming and productivity applications.
D5 Bionic Corsa Technology
This revolutionary system combines AI-enhanced software, hardware, and firmware innovations to achieve stable 9000 MT/s operation through intelligent parameter adjustment and real-time analysis.
Advanced Engineering Excellence
The PCB Back Drilling technology on 8-layer server-grade PCB construction minimizes signal loss and electromagnetic interference in high-speed PCB designs. The Shielded Memory Routing features advanced PCB shielding ensures clean, interference-free memory signals. The Daisy-Chained design eliminates signal bottlenecks for maximum memory performance.
This milestone is powered by GIGABYTE's collaboration with V-COLOR XFinity+ OLED DDR5 memory. The optimized compatibility between X3D motherboards and V-COLOR DDR5 modules delivers unprecedented stability and reliability at DDR5-9000 speeds. GIGABYTE continue to work closely with V-COLOR to ensure users have access to the best possible memory solutions for their high-performance computing needs.
X3D motherboards with DDR5-9000 capability and V-COLOR XFinity+ OLED DDR5 memory are available now.
9 Comments on GIGABYTE AMD X870E AORUS X3D Motherboards Achieve Industry-leading DDR5-9000 Performance with V-COLOR Memory
I feel like each day I read more and more ridiculous advertisements made by marketing far from reality.
I did not invent gigglebyte
Giggleybte, Gigabyte, has such fancy advertisement. I still remember the AI sn.... feature. (do not look it up, it is very disturbing )
It’s not exactly false advertising, but yeah, slapping “X3D” on the board and then showing an APU result definitely sets expectations they can’t meet on most if ANY chiplet CPUs.
But hey... Look at that. It's the Funny Number on memory latency! Nice
I do think that some caution might be warranted before buying an Aorus X3D motherboard with the expectation of running Zen 6 on them. I have no idea if these motherboards can run CUDIMMs with their clock drivers engaged or not. Unless AMD horrendously fails at the cIOD for Zen 6, I would expect Zen 6 to be able to enable CUDIMMs’ clock drivers.