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Posts Tagged 'Sequence Level Error Recovery'

  • August 18, 2020

    From Strong Awareness to Decisive Action: Meet Mr. QLogic

    By Nishant Lodha, Director of Product Marketing – Emerging Technologies, Marvell

    Marvell® Fibre Channel HBAs are getting a promotion and here is the announcement email -

    I am pleased to announce the promotion of “Mr. QLogic® Fibre Channel” to Senior Transport Officer, Storage Connectivity at Enterprise Datacenters Inc. Mr. QLogic has been an excellent partner and instrumental in optimizing mission critical enterprise application access to external storage over the past 20 years. When Mr. QLogic first arrived at Enterprise Datacenters, block storage was in a disarray and efficiently scaling out performance seemed like an unsurmountable challenge. Mr. QLogic quickly established himself as a go-to leader and trusted partner for enabling low latency access to external storage across disk and flash. Mr. QLogic successfully collaborated with other industry leaders like Brocade and Mr. Cisco MDS to lay the groundwork for a broad set of innovative technologies under the StorFusion™ umbrella. In his new role, Mr. QLogic will further extend the value of StorFusion by bringing awareness of Storage Area Network (SAN) congestion into the server, while taking decisive action to prevent bottlenecks that may degrade mission critical enterprise application performance.

    Please join me in congratulating QLogic on this well-deserved promotion.

  • August 12, 2020

    Put a Cherry on Top! Introducing FC-NVMe v2

    By Nishant Lodha, Director of Product Marketing – Emerging Technologies, Marvell

    Once upon a time, data centers confronted a big problem – how to enable business-critical applications on servers to access distant storage with exceptional reliability. In response, the brightest storage minds invented Fibre Channel. Its ultra-reliability came from being implemented on a dedicated network and buffer-to-buffer credits. For a real-life parallel, think of a guaranteed parking spot at your destination, and knowing it’s there before you leave your driveway. That worked fairly well. But as technology evolved and storage changed from spinning media to flash memory with NVMe interfaces, the same bright minds developed FC-NVMe. This solution delivered a native NVMe storage transport without necessitating rip-and-replace by enabling existing 16GFC and 32GFC HBAs and switches to do FC-NVMe. Then came a better understanding of how cosmic rays affect high-speed networks, occasionally flipping a subset of bits, introducing errors.

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