When you buy through our links, we may earn a commission. As an Amazon Associate we earn from qualifying purchases. Learn more ›
DapuStor has announced a new hybrid SSD configuration that combines QLC and pSLC flash on a single J5060 drive, trading up to 20 percent capacity for over 7x faster random writes. Understanding this technology helps shoppers make informed decisions about high-capacity enterprise storage solutions.
AMD has released official benchmark results for its Venice server processors, claiming substantial performance advantages over Nvidia's Vera architecture across multiple workload types. Understanding these benchmark claims and their real-world implications helps you make informed decisions about processor investments and system upgrades.
Intel revealed three new processor and GPU architectures designed for AI workloads across enterprise, data center, and consumer applications. These announcements show the direction of the computing market and help buyers understand what performance improvements and efficiency gains are coming to their devices.
Fujitsu revealed complete specifications for its Monaka server CPU, a 144-core Arm processor launching in 2027 with a distinctive three-die design optimized for AI workloads and power efficiency. Buyers evaluating next-generation data center hardware need to understand how Monaka's novel architecture and aggressive undervolting strategy compare to competing Arm and x86 options.
OpenAI introduced a new custom-designed chip called Jalapeño that outperforms Nvidia's latest GPU accelerators in power efficiency and response times for AI inference tasks. Understanding this shift helps you grasp where AI hardware technology is heading and what it could mean for AI service costs.
Intel has revealed detailed specifications for its Xeon 7 Diamond Rapids processors arriving in 2027, featuring up to 256 cores and major architectural improvements. This guide explains what the new design means for data center buyers evaluating future server upgrades.
Google has reportedly partnered with AMD to design a new generation of AI accelerators that integrate general-purpose CPU cores alongside specialized tensor processing components. This development signals a fundamental shift in how AI infrastructure balances acceleration with traditional computing power, offering important insights for buyers evaluating emerging hardware strategies.
CoreWeave's long-term contracts prove that older Nvidia A100 graphics processors remain profitable nine years after their 2020 debut, challenging assumptions about GPU obsolescence. Learn how infrastructure constraints keep legacy hardware valuable and what this means for your computing investments.
