G.Skill presents next-generation DDR‑5 modules at Computex 2026: ultra-low latency, high speed, and capacities up to 512 GB

G.Skill at Computex: focus on the future of memory, not new series

Unlike most manufacturers, G.Skill rarely “shows” new module lines as such. At the exhibition, the company used its stand as a platform to demonstrate what has been achieved in the current stage of DDR‑module development. The display was more of a look into the future than a traditional presentation of new series.

1. AMD EXPO Ultra Low Latency – “low latency” as a priority
- Systems: DDR5‑6000 kits (32 GB) with timings CL26/CL28/CL30.
- Particular attention is paid to the DDR5‑6000 CL26‑36‑36‑32 variant on SK Hynix chips.
For Socket AM5 such low latencies look aggressive and provide a performance boost without moving to higher frequencies.
- Comparison: Samsung and Micron modules operating at the same DDR5‑6000 frequency were nearby, allowing the difference in chip-dependent characteristics to be shown.

2. The race for speed continues
Most of the stand is dedicated to high‑speed CUDIMM memory with an integrated clock generator – the next stage of desktop DDR5, enabling it to bypass the limitations of standard UDIMM and reach significantly higher frequencies.
- DDR5‑9200 (32 GB) ran at the standard 1.1 V. Usually such speed requires increased voltage, which leads to higher power consumption and heat dissipation.
- DDR5‑10933 (48 GB – two modules of 24 GB each) – a demonstration of modern Intel platform capabilities. Such systems remain “showcases” for now but allow the limits of DDR5 to be assessed.
- CUDIMM DDR5‑8000: kits of 128 and 256 GB, including a set of two four‑rank modules of 128 GB each.

3. Traditional UDIMM – large capacities
- UDIMM DDR5‑8000 (128 GB) – previously only characteristic of servers, now appearing on desktop platforms.
- For workstations G.Skill presented DDR5‑6400 ECC CUDIMM (256 GB), including an error‑correction mechanism.

4. RDIMM – registered memory for heavy loads
- RDIMM kits: aimed at workstations, modeling and local AI clusters.
- The most impressive example – a joint demonstration with ElmorLabs: an Intel Xeon‑based system used 8 DDR5 RDIMM modules of 64 GB each (512 GB total) at an effective frequency of DDR5‑10000. For registered memory such figures are especially rare, as RDIMM is usually prized for stability and scalability.

5. AMD Threadripper platforms
- Ryzen Threadripper Pro 9995WX: a system with 512 GB DDR5‑7200.
- Ryzen Threadripper 9980X: configuration with 256 GB DDR5‑8000.

These stands demonstrate how high memory density can be achieved on modern AMD processors and what possibilities open up for professional workstations.