New Silicon Motion SM2524XT chip brings 14 GB/s to mainstream SSDs — 6nm DRAMless controller boasts heavy AI PC optimization and slashes KV cache latency
Silicon Motion announces its SM2524XT mainstream SSD controller that promises 14 GB/s read speed, up to 2.5 million random IOPS, and sustained random performance.
The continuous demand for higher performance and lower latency in computing, especially with the rise of AI PCs, is driving rapid innovation in storage technologies.
This development makes high-speed storage more accessible and affordable, directly impacting the performance of AI-enabled devices and general computing infrastructure, which is crucial for modern data-intensive applications.
Mainstream SSDs can now achieve enterprise-level performance metrics, particularly in read speeds and random IOPS, without requiring advanced DRAM, making powerful local storage more ubiquitous.
- · Silicon Motion
- · AI PC manufacturers
- · Consumers of high-performance PCs
- · Data centers and cloud providers
- · Manufacturers of enterprise SSDs (mid-range)
- · Hard disk drive manufacturers
Increased adoption of powerful local storage in devices, enhancing AI PC capabilities and general application responsiveness.
Accelerated development and deployment of more sophisticated, locally-run AI models due to improved data access speeds.
Potential for new computing paradigms that rely heavily on ultra-fast, local data processing, reducing cloud dependency for certain tasks.
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Read at Tom's Hardware