Data is the lifeblood of innovation in the ever-evolving landscape of Artificial Intelligence (AI) and (ML) Machine Learning. As AI models become more complex and data-hungry, the necessity for high-performance storage solutions becomes increasingly critical. Silicon Motion offers the cutting-edge MonTitan™ PCIe Gen5 SSD Development Platform with high-performance Enterprise SSD controllers designed to accelerate the processing of vast amounts for AI generative models and data-intensive applications. We also offer the SATA SSD controllers, which is the ideal platform for new SATA SSD designs intended to replace lower-performance HDDs in enterprise storage, data center, and industrial storage systems, achieving reliable, high storage capacity that delivers on performance.
Designed for next-generation data centers and enterprise storage, MonTitan™ meets the highest standards of performance, reliability, and security. With customizable turnkey firmware, these SSD solutions provide the flexible to enable customers to develop application-optimized, differentiated products.
Whether it's training graph neural networks, running predictive analytics, or executing real-time AI applications in different stages of the AI training pipeline, speed and data access efficiency is paramount.
The MonTitan™ high-performance, user-programmable PCIe Gen5 platform targeting the most challenging data center and Enterprise SSD solutions is available with the production-ready SM8366 and SM8308 controller ASICs, Turnkey and Layered Enterprise firmware, and SSD Reference Design Kits to enable customers' rapid time-to-market design providing the best total cost of ownership (TCO).
A true dual-ported PCIe Gen5 interface that targets Enterprise Storage and Data Center computing applications. With 16 channels running up to 2400MT/s and DDR5 interfaces, it provides industry-leading, blazing high-performance.
Performance matters with 3.5M IOPs Random performance 20-30% better than other off-the-shelf suppliers' advertised specifications! Faster model completion times for Graph Neural Networks and LLMs.
A dual-ported Enterprise and Data Center PCIe Gen5 x4 NVMe controller with 8 channels and support for up to 2400MT/s. It provides industry-leading blazingly fast Sequential (>14 GB/s) and Random (>2.4M IOPS) SSD performance and contains a scalable Single / Dual Channel 40bit DDR4-3200 / DDR5-4800 DRAM interface.
Offers an ideal replacement for lower-performance HDDs while providing more predictable latency than client SSDs. Enterprise SSDs based on Silicon Motion SATA controllers combine enterprise-level endurance, security, and performance for read-intensive and mixed workloads, while enabling users to retain existing datacenter infrastructure for the lowest possible total cost of ownership.
Storage performance is an important design criterion for systems running AI workloads. It affects system performance, scalability, data integrity, cost, and power requirements.
However, advancements in solid-state drive (SSD) technologies like NVMe, Zoned Namespaces, and Flexible Data Placement continue to push the boundaries of what is achievable.
Configured in FW, PerformaShape™ is a multi-stage shaping algorithm to optimize SSD performance on a per user-defined QoS set bases. Combined with using true HW isolation technology, the SM8366 ensures maximum bandwidth performance while maximizing user-defined individual performance elements (QOS, Latency, RR/RW, power).
Host (AI server or AI storage server) can define a QoS set and configure the QoS set dynamically for a specific application running for specific workloads along the AI data pipeline.
Optimizing direct data placement technologies: Zoned Namespaces (ZNS) and Flexible Data Placement (FDP) shorten latency and improve performance and endurance for AI data access in large-capacity storage.
ECC (Error Correction Code) capabilities to address the challenges posed by QLC NAND
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