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On-Demand Webcast: Will You Still Love
Me When I'm 64GFG? - December 11, 2018



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Fibre Channel 2018 Solutions Guide



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Home 2018-12-11T13:52:22+00:00
Webcasts

Webcasts

Dean Wallace – Marvell Technology Group
Barry Maskas – HPE

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Q&A Blog coming soon!

Fibre Channel’s speed roadmap defines a well-understood technological trend: the need to double the bit rate in the channel without doubling the required bandwidth.

In order to do this, PAM4 (pulse-amplitude modulation, with four levels of pulse modulation), enters the Fibre Channel physical layer picture. With the use of four signal levels instead of two, and with each signal level corresponding to a two-bit symbol, the standards define 64GFC operation while maintaining backward compatibility with 32GFC and 16GFC.

This advanced technical session will cover the T11 standards which define 64GFC serial Fibre Channel, backwards speed auto-negotiation compatibility, and compatible form factors:
•New physical layer and specification challenges for PAM4, which includes eye openings, crosstalk sensitivity, and new test methodologies and parameters
•Transceivers, their form factors, and how 64GFC maintains backward compatibility with multi-mode fibre cable deployments in the data center, including distance specifications
•Discussion of protocol changes, and an overview of backward-compatible link speed and forward error correction (FEC) negotiation
•The FCIA’s Fibre Channel speed roadmap and evolution, and new technologies under consideration

Mark Jones – Broadcom
Craig Carlson – Marvell Semiconductor
Rupin Mohan – HPE
David Rodgers – Teledyne LeCroy
Marcus Thordal – Broadcom
Dennis Martin – Principled Technologies

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Q&A Blog coming soon!

Flash is really fast, and performance-hungry applications must be able to access it wherever it is located. Luckily, NVMe can take advantage of flash throughout a computer system. 

However, accessing flash over a network can introduce problems which designers must solve. Accesses can take much longer than local flash, latency can rise significantly, networking issues can raise their ugly heads, and performance can vary greatly depending on network load and competition for resources.

Ways to solve such problems include sequence-level error recovery, prioritization for virtualized environments, and improved forward error correction. And – surprise! – all these are already part of the Fibre Channel standard or the emerging FC-NVMe transport protocol.

David Rodgers – FCIA and Teledyne LeCroy
Yamini Shastry – Viavi Solutions
Joseph Kimpler – ATTO Technologies

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Click here for the Q&A Blog

The growth and centralization of mission critical datacenter SAN environments has exposed the fact that many small yet seemingly insignificant problems have the potential of becoming large scale and impactful events, unless properly contained or controlled. Root cause analysis requirements now encompass all layers of the fabric architecture, and new storage protocols that usurp the traditional network stack (i.e. FCoE, iWARP, NVMe over Fabrics, etc.) for purposes of expedited data delivery place additional analytical demands on the datacenter manager. To be sure, all tools have limitations in their effectiveness and areas of coverage, so a well-constructed “collage” of best practices and effective and efficient analysis tools must be developed. To that end, recognizing and reducing the effect of those limitations is essential.

This webcast introduces Protocol Analysis tools and how they may be incorporated into the “best practices” application of SAN problem solving.  We will review:

  • The protocol of the Phy
  • Use of “in-line” capture tools
  • Benefits of purposeful error injection for developing and supporting today’s high-speed Fibre Channel storage fabrics

Learn how you can save your SAN (and your sanity!)

Roadmap Illustration

Fibre Channel has a laser-focus on speed and continues to progress at a blistering pace. Fibre Channel is continually evolving to higher speeds to meet the high bandwidth needs of storage applications. When large blocks of data are moved between servers and storage, the performance of the application is directly dependent on how fast the data can fly. The storage industry has come to rely on Fibre Channel to deliver superior performance and reliability for mission-critical applications.

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Fibre Channel is at the heart of the data center connecting servers to storage, and relied upon for the most strenuous workloads. For example, Fibre Channel is deployed in many high-end applications in financial and governmental institutions where reliability and scalability are paramount. Fibre Channel consistently delivers greater than “five 9s” or 99.999% uptime as measured by vendors and customers in data center deployments worldwide. Fibre Channel storage area networks are often completely redundant to ensure constant service and uncorrupted data without single points of failure.

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Solutions Guide

It’s 2018, and Fibre Channel continues to remain the dominant SAN fabric protocol in today’s data centers. Fibre Channel is deployed in 90 percent of the Fortune 1000 data centers in the world and 80 – 90 percent of all All-Flash storage arrays are connected to servers via Fibre Channel. The fact that Fibre Channel was built from the ground up, and with an intense focus on enterprise storage array connectivity, gives the technology a unique edge over other networking technologies in terms of rock-solid reliability, unmatched performance and massive scalability…

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The heart and soul of any technology, and the industry association that stewards the technology, is its technology roadmap. Just like the term suggests, a roadmap shows not just the history of a technology, but also is a guide to where it is going and when it is going to get there…

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When companies invest in a technology, they want to know that they will get a return on their investment for years to come. Fibre Channel has had a very accurate roadmap for over a decade and this document shows the past, present and future of the Fibre Channel physical layer. Fibre Channel has been progressing since 1996 by doubling the data rate every few years and this roadmap shows that the progression will continue far into the future. Fibre Channel continues to outpace other physical layer technologies like Ethernet and will continue to surpass them in speed…

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The availability of the NVMe standard has radically changed the landscape for solid-state storage, driving commoditization of the media along with aggressive competition for density and performance. This media revolution is causing a secondary pair of disruptions in the storage array space. The first disruption is the move toward NVMe-based SSDs (rather than SAS- or SATA-based SSDs) as the media of choice on the All-Flash array back end. The second disruption is a move toward NVMe over Fabrics, and particularly NVMe over Fibre Channel, as the emerging high-performance protocol for accessing enterprise storage…

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The IT world is moving toward Hybrid Cloud Infrastructure. Customers in large numbers are choosing applications that need to be deployed on premise but need some interactions and/or compute/data mobility with the cloud. Most tech savvy IT managers are aware of pros and cons of on-prem versus the cloud. Tier 0 and tier 1 applications with sensitivity to application up-time, failover disaster recovery, storage replication requirements continue to be deployed on premise in order to reduce business risk. Cost of downtime for most businesses continues to be very high. The cloud has certainly…

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Since its introduction in 1994, Fibre Channel has become well recognized as the leading technology choice for storage attachment – it delivers superior scale, reliability, dependability and manageability. That much is pretty obvious. What’s not so obvious is that in the late 1990s, when Fibre Channel was evolving, the S/390 mainframe architects realized that this technology would provide an excellent “next” underlying transport for mainframe I/O, replacing the technology being used at that time known as ESCON…

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The choice between using Fibre Channel (FC) or other protocols is dictated by several factors, one of them being whether a dedicated SAN is required and/or desirable. Ethernet SANs are implemented in the context of a converged network or at the minimum sharing of switch ports for multiple use cases. Although, we see a rampant use of dedicated iSCSI fabrics also. FC networks are always utilized as dedicated SANs. For some use cases a dedicated SAN is not an option. In others, the mission critical nature of the application alone justifies a dedicated SAN…

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