Data centers are undergoing a major transition to meet higher performance, scalability, and resiliency requirements with fewer resources, smaller footprint, and simplified designs. These rigorous requirements coupled with major data center trends, such as virtualization, data center consolidation and data growth, are putting a tremendous amount of strain on the existing infrastructure and adding complexity. Designing a reliable, scalable, and flexible data center requires careful planning.
Register for this webcast to learn about the Cisco MDS 9710 Multilayer Director which power high performance, flexible and scalable data center design. We will look at some of the data center architecture options that come with the Cisco MDS 9710 Multilayer Director as well as review the best practices to improve resiliency and protect against silent failures. We will also discuss how we can design a data center that provides investment protection and agility without making tradeoffs.
Register now: Live Online Event, Wednesday, May 14, 2014, 8–9 a.m. Pacific
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Tags: MDS 9700, MDS 9710 Webinar, MDS SAN
A couple of months ago, we introduced the new Cisco MDS 9700 Series Multilayer Directors. The new Cisco MDS 9710 Director establishes a new benchmark for performance – delivering more than three times the bandwidth of any Director in the industry. Since the launch, several of our customers deployed MDS 9710 successfully and reaped the benefit from it.
In this blog, let me share with you on how LinkedIn used Cisco MDS to solve their storage growth needs. Since the company was founded, it has enjoyed steady growth in members and revenues. In fact, based on LinkedIn’s calculations, LinkedIn adds more than two new members per second. This means that the company’s storage needs and storage area network (SAN) are growing fast, and its SAN switches need to keep pace. With more than 259 million registered members, LinkedIn is connecting the world’s professionals to make them more productive and successful.
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Tags: Cisco MDS, LinkedIn CaseStudy, LinkedIn SAN, MDS 16G, MDS 9700
For about 2 decades, Fibre Channel has been deployed to support the most rigorous and demanding applications, and is mainly because FC possesses certain characteristics that enterprise customers embrace, i.e -- reliability, performance and scalability. 16Gb Fibre Channel is one of the preferred choice for mission-critical applications that required deterministic low latency networks to connect to storage. In addition to emerging technologies like FCoE and 40 GE, enterprise customers still continue to deploy Fibre channel for mission critical applications and this trend will continue for a while, due to huge customer investment in FC infrastructure and how their IT departments are organized. According to Dell’Oro report (June, 2013), 38% of data center switch/director ports are projected to be 16 Gb FC during 2014.
In order to support this demand for 16G, you may expect more product updates and new offerings from Fibre Channel vendors. For example, EMC announced their new 16G FC storage networking connectivity that further extends EMC’s lead in the market. Customers can now take advantage and future-proof their virtual data centers by deploying complete, end-to-end 16 Gb Fibre Channel connectivity throughout the cloud. A couple of months ago Cisco announced high density 16G and FCoE platform –Cisco MDS 9700 director , which delivers superior performance—more than three times the bandwidth than any currently available SAN Director in the market.
Well, I want to be very clear, 16G is one of several choices, when you are ready for convergence then you will have a choice of platforms that will support FC, FCoE and/or iSCSI, or all three! You can future proof your storage infrastructure!!! (see figure below). Cisco MDS 9700 (only director that supports both FC and FCOE in the same platform) + EMC solution enable customers to deploy Teir 1, 16Gb storage infrastructure and scale efficiently.
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Tags: 16G FC, Cisco MDS, EMC VMAX 16Gb annoucement, EMC VMAX 16Gb FC, MDS 9700