Wolley – Connect your Core to the CXL World

Wolley 在 FMS2025 上推出適用於 AI 工作站的 CXL® 記憶體擴充控制器

coodie — Thu, 07 Aug 2025 02:15:47 +0000

https://www.prnewswire.com/news-releases/wolley-introduces-cxl-memory-expansion-controller-for-ai-workstation-at-fms2025-302522818.html?tc=eml_cleartime

The post Wolley 在 FMS2025 上推出適用於 AI 工作站的 CXL® 記憶體擴充控制器 first appeared on Wolley - Connect your Core to the CXL World.

Wolley 將發表「NVMe-oC Powered Memory Tiering：Unlocking Cost-Effective Data Management in DC」。@ FMS2025

coodie — Fri, 01 Aug 2025 07:25:08 +0000

To sustain the rapid growth of AI, cloud computing, and high-performance workloads, datacenters need memory solutions that balance speed, capacity, and cost, making memory tiering a crucial innovation. Wolley introduces an NVMe-oC powered memory tiering solution that seamlessly unifies DRAM, HDM (CXL device memory), and SSD into a single, intelligent memory space, delivering unprecedented efficiency without requiring any modifications to user applications. By leveraging NVMe-oC, which combines CXL device memory with SSD, our approach enables efficient data migration across tiers. A software policy dynamically detects data hotness, which ensure critical workloads benefit from high-speed DRAM, while less frequently accessed data is intelligently allocated to SSD, with HDM serving as an ultra-fast intermediate buffer. Our transparent, automated tiering mechanism boosts performance, reduces data movement latency, maximizes resource utilization, lowers TCO, and makes it a game-changer for large-scale datacenter efficiency.

The post Wolley 將發表「NVMe-oC Powered Memory Tiering：Unlocking Cost-Effective Data Management in DC」。@ FMS2025 first appeared on Wolley - Connect your Core to the CXL World.

Wolley 將發表「使用 NVMe-over-CXL (NVMe-oC) 記憶體模式的系統測試結果」。@ FMS2025

coodie — Fri, 01 Aug 2025 07:16:29 +0000

NVMe-over-CXL (NVMe-oC) is a new technique that offers virtualized memory mode on top of NVMe storage mode operation. The virtualized memory mode has a cost advantage as the memory capacity is supported by both DRAM and NAND. In this study, we evaluate how NVMe oC compares with CXL memory module (CMM) in performance using various benchmark applications of interest. NVMe-oC memory and storage modes can run simultaneously and allow SSDs to function as both active memory and persistent storage. This study compares different hardware configurations, including NVMe-oC only, CXL memory module only, DRAM only, and a tiered approach that combines DRAM, HDM, and SSD, providing unique insights into system performance and cost-effectiveness for different applications.

The post Wolley 將發表「使用 NVMe-over-CXL (NVMe-oC) 記憶體模式的系統測試結果」。@ FMS2025 first appeared on Wolley - Connect your Core to the CXL World.