A New Player in the Memory Market
Biwin, a long-standing manufacturer known for producing storage and memory solutions for major companies like Lenovo, Acer, and HP, has officially entered the enthusiast space with its own dedicated brand: Origin Code. Showcased at this year's Computex, the lineup aims to push the boundaries of current DRAM performance, though it enters a market still grappling with high costs.
Extreme Capacities and Performance
The crown jewel of the new collection is a massive 256GB dual-channel DDR5-8000 CL42 CQDIMM kit. Designed for users who demand the absolute maximum from their hardware—such as those building high-end Arrow Lake systems—this kit offers a significant upgrade in both transfer speeds and latency compared to previous-generation hardware. However, such top-tier performance comes with a premium price, estimated to land between $2,500 and $3,000.
The Challenge of Ultra-Low Latency
In addition to the flagship capacity kit, Origin Code is introducing sets compatible with AMD’s EXPO ULL (Ultra-Low Latency) standard. These kits feature a CAS latency of 26 cycles, spanning capacities from 32GB at 6200 MT/s up to 96GB at 6000 MT/s.
Achieving these advertised timings remains a technical challenge. Even with top-tier hardware configurations, users may face hurdles. As noted by the manufacturer's own testing:
«Biwin’s own test platform, featuring an AMD Ryzen 9 9950X3D2 and an Asus ROG Crosshair X870E, struggled to maintain the lowest rated latencies, bottoming out at CL28 rather than the advertised CL26.»
Market Viability and Compatibility
While BIOS updates from motherboard manufacturers may eventually improve stability and help users hit those aggressive target timings, the current reality is that these kits require an exceptionally stable system to operate as intended. For the average consumer, the high cost and the technical overhead involved in tuning these modules may present a barrier to entry. Nevertheless, for enthusiasts who prioritize absolute maximum specs, these kits represent a bold, albeit expensive, step forward in memory technology.