ATTO将在SC26展示预发布SiliconDisk存储平台：延迟低于600纳秒、4个100GbE端口、持续带宽最高35GB每秒，11月13日公布
美国纽约州 Amherst，网络与存储连接方案企业 ATTO Technology 11月13日宣布，将在 SC26 高性能计算大会上演示其预发布产品 ATTO SiliconDisk。SC26 于 11月16日至19日在伊利诺伊州芝加哥市 McCormick Place 举行，ATTO 的展位号为 2858。
SiliconDisk 是一个以动态随机存取存储器为介质、通过以太网连接的共享存储平台，面向延迟敏感与数据密集型环境。ATTO 称，该平台在主机端呈现为本地磁盘驱动器，使用标准块存储方式访问。
此次演示的预发布平台配有 4 个 100GbE 以太网端口，延迟低于 600 纳秒，持续聚合带宽最高达每秒 35GB，4K 随机读写性能最高达 640 万 IOPS。上述数字为 ATTO 在发布材料中给出的平台指标。
ATTO 表示，SiliconDisk 把动态随机存取存储器存储、高速以太网连接与标准块存储访问结合在一起，为设计高要求基础设施的架构师提供了一个新的存储层级选择。
ATTO 将在 SC26 现场与参会者演示并讨论该预发布平台。发布材料未给出 SiliconDisk 的正式发售日期与价格。
图中是一条带蓝色散热片的动态随机存取存储器内存条
ATTO to Demonstrate Pre-Release SiliconDisk Storage at SC26 With Sub-600 Nanosecond Latency, Four 100GbE Ports and Up to 35GB/s Bandwidth, Announced November 13
In Amherst, New York, network and storage connectivity company ATTO Technology announced on November 13 that it will demonstrate its pre-release ATTO SiliconDisk platform at SC26, the international conference for high-performance computing, networking, storage and analysis. SC26 takes place November 16 to 19 at McCormick Place in Chicago, Illinois, where ATTO will be at booth 2858.
SiliconDisk is an Ethernet-connected, DRAM-based shared storage platform designed for latency-sensitive and data-intensive environments. ATTO said the platform presents itself to hosts as a local disk drive, using standard block-storage access.
The pre-release platform being demonstrated features four 100GbE Ethernet ports, latency below 600 nanoseconds, sustained aggregate bandwidth of up to 35GB/s, and up to 6.4 million 4K IOPS. The figures are the platform specifications given by ATTO in its announcement.
ATTO said SiliconDisk brings together DRAM-based storage, high-speed Ethernet connectivity and standard block-storage access, creating a new tier of shared, high-performance storage for architects designing demanding infrastructure.
ATTO will demonstrate and discuss the pre-release platform with attendees at SC26. The announcement gave no general availability date or pricing for SiliconDisk.
来源：ATTO Technology
发布：GSM·美国（发布链接）
图片来源：图：一条带蓝色散热片的动态随机存取存储器内存条（资料图）。作者：Kotepho，公共领域，维基共享资源。 / Photo: A DRAM memory module with a blue heat spreader (file photo). Credit: Kotepho, public domain, via Wikimedia Commons.
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