- XCENA launched MX1 computational reminiscence with 1000’s of RISC-V cores at FMS 2025
- MX1 presents near-data processing decreasing CPU-memory overhead and enabling petabyte-scale SSD backed enlargement
- Product roadmap contains MX1P this yr and MX1S in 2026 supporting CXL 3.2
On the current FMS 2025 occasion (previously Flash Reminiscence Summit however now known as Way forward for Reminiscence and Storage to raised go well with its expanded focus), South Korean startup XCENA took the wraps off its first product, MX1 Computational Reminiscence.
MX1 is constructed on the PCIe Gen6 and the Compute Categorical Hyperlink 3.2 customary. In placing compute straight subsequent to DRAM, the chip is ready to cut back the overhead of transferring information forwards and backwards between processors and reminiscence.
Often known as near-data processing, this method might effectively affect how servers are designed within the years forward.
Hundreds of RISC-V cores
XCENA says it has crammed “1000’s” of in-house RISC-V cores into the MX1 as a way to deal with workloads corresponding to vector database operations, analytics, and memory-heavy queries.
SSD-backed reminiscence enlargement allows petabyte-scale capability whereas including compression and reliability options.
ServeTheHome stories there’ll two completely different fashions obtainable. The MX1P is predicted later this yr (XCENA says working samples will probably be made obtainable to pick companions beginning in October), whereas the MX1S, with twin PCIe Gen6 x8 hyperlinks and extra options, is slated for launch in 2026.
Each will benefit from the broader bandwidth and suppleness provided by the CXL 3.2 customary.
The product received the “Most Modern Reminiscence Know-how” award at FMS 2025, making it the corporate’s second straight recognition on the occasion, after being named “Most Modern Startup” in 2024.
“Computational reminiscence represents an rising architectural method that goals to speed up efficiency and effectivity, significantly for data-intensive duties. It does this by minimizing information motion between processing and reminiscence parts,” mentioned Jay Kramer, Chair of the Awards Program and President of Community Storage Advisors.
“We’re proud to acknowledge XCENA with MX1, the world’s first computational reminiscence controller supporting CXL 3.X and enabling high-throughput acceleration for information intensive workloads like AI and analytics.”
Within the hope of driving curiosity in its product, XCENA, which was based in 2022 as MetisX, is providing a software program improvement equipment that features drivers, runtime libraries, and instruments.
The stack is designed to suit customary environments so builders can consider and deploy the MX1 in functions starting from AI inference to in-memory analytics.
