The Green and Virtual Data Center. Data Storage Trends, PowerPoint presentations, slide decks, Adobe PDF and Microsoft Word documents, Web. The Green and Virtual Data Center sets aside the political aspects of what is or is not considered green DownloadPDF MB Read online. The Green and Virtual Data Center sets aside the political aspects of what is or is not considered green to instead focus on the opportunities for organizations.
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The Green and Virtual Data Center (CRC/Taylor & Francis) Intel Recommended Read List Your guide for enabling sustainable economical, optimized, efficient. Chapter 1 IT Data Center Economic and Ecological Sustainment 3. The Many Faces of Green—Environmental and. Economic. 3. The Growing Green. Get Instant Access to PDF File: #c2b The Green And Virtual Data Center By Greg Schulz [PDF EBOOK EPUB site].
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For Instructors Request Inspection Copy. Savvy industry veteran Greg Schulz provides real-world insight, addressing best practices, server, software, storage, networking, and facilities issues concerning any current or next-generation virtual data center that relies on underlying physical infrastructures.
Coverage includes: This book presents virtually all critical IT technologies and techniques to discuss the interdependencies that need to be supported to enable a dynamic, energy-efficient, economical, and environmentally-friendly green IT data center.
This is a path that every organization must ultimately follow. Take a tour of the Green and Virtual Data Center website. Dozens of industry technologists, corporate fellows, and engineers have helped by suggesting books and reviewing the list.
Distributed Virtual Data Center for Enterprise and Service Provider Cloud
This is the most comprehensive reading list available for professional computer developers. The book reviews the latest developments in facilities, server, storage, networking, and monitoring technologies and provides a roadmap of how each can be used to create next-generation data centers that combine efficiency with scalability.
Greg Schulz has presented a concise and visionary perspective on the Green issues. He has cut through the hype and highlighted where to start and what the options are. A great place to start your green journey and a useful handbook to have as the journey continues. As someone who has seen both the end user and vendor side of things, I think my skepticism gets heightened more than it normally would be.
These options can provide active physical link and edge device redundancy to ensure the continuity of traffic between the remote sites, for type 1 and type 2 faults.
Both approaches eliminate the use of the Spanning Tree protocol to control the loops. In addition, the MEC solution improves bandwidth utilization Figure 8. FabricPath can also be used in a point-to-point model, which supports tying additional data centers into the cloud without impacting the production network or affecting existing connections.
With CTS, encryption is performed by the hardware at line rate without impacting the performance or the latency of the traffic crossing the inter-site network. CTS offers a rich set of security services including the confidentiality of data transmitted over the WAN via a standard encryption mechanism Figure 8.
VSS provides a fully-redundant physical solution that enables a logical L2 over L3 link Pseudowire flawlessly and without the need to activate the Spanning Tree protocol between the remote sites.
L2 over L3 extends the Layer 2 Pseudowire over unlimited distances. In this case, the technical knowledge and experience required for an MPLS environment is no longer imposed.
This option takes advantage of the system virtualization capabilities of the Catalyst VSS so that all physical links and edge switches are redundant and active without extending the Spanning Tree protocol between sites. It can process information in very large private, public and hybrid cloud environments with large numbers of multi-tenants.
The dual-homed access device operates as if it is connected to a single virtual device. Multiple active link bundles per chassis are supported The MEC function can be enabled on the aggregation layer to improve Layer 2 multipathing intra-data center, so all Layer 2 uplinks from the access layer to the aggregation layers are forwarded Figure 9 Error! Reference source not found. Figure 9. It provides a fine granularity to select and treat the inbound workflows known as service instances, under the same or different ports, based on flexible frame matching Figure Figure Each service instance can match a unique identifier or a range of identifiers i.
Another important feature is the ability to aggregate multiple service instances into the same transport virtual instance. Under the same or different physical interface, multiple service instances can be mapped into the same bridge-domain to provide L2 local bridging between physical interfaces and leverage the usage of VPLS to bridge L2 frames across the MPLS core. A customer service can be point-to-point or multipoint-to-multipoint.
Figure 12 shows two customer services: Service Green is point to point; Service Redis multipoint to multipoint. The edge devices that interconnect data centers are known as OTV edge devices.
OTV dynamically encapsulates Layer 2 packets into an IP header for the traffic sent to the remote data centers. MAC Routing leverages the use of a control protocol to propagate MAC address reach ability information; this is in contrast with the traditional data plane learning done in technologies like VPLS.
Local Layer 2 traffic is treated like any classical Ethernet switch i. Overlay Transport Virtualization A control plane protocol is used to exchange MAC reach ability information between network devices, extending the VLANs between the remote sites while the learning process inside the data center is performed as in any traditional Layer 2 switch.
This mechanism of advertisement destined to the remote OTV edge device differs fundamentally from classical Layer 2 switches, which traditionally leverage the data plane learning mechanism based on L2 source MAC address discovery: if the destination address is unknown after a MAC lookup on the MAC table, the traffic is flooded everywhere.
It's a great addition to an IT Bookshelf. From ecological and energy efficiencies, to virtualization strategies and what the future may hold for many of the key enabling technologies. Greg's writing style benefits both technologists and management levels. From David Marshall at VMblog.
The Green and Virtual Data Center
If you follow me on Linkedin , you might have seen that I had been reading a new book that came out at the beginning of the year titled, "The Green and Virtual Data Center" by Greg Schulz. Rather than writing about a specific virtualization platform and how to get it up and running, Schulz takes an interesting approach at stepping back and looking at the big picture.
After reading the book, I reached out to the author to ask him a few more questions and to share his thoughts with readers of VMBlog. Click here to read more. Various resources include industry trends and perspective commentary in the news , events , tips , articles , videos , pod casts , books , webinars , research reports and white papers , solution briefs , presentations and blog posts can be found on the StorageIO main website along with on the StorageIOblog pertaining to efficient, effective, economical and Green IT environments.
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Schulz of Server StorageIO www. Some of the topics include: It is based on the principle that IT infrastructure resources configured and deployed in a highly virtualized manner can be combined with other techniques and technologies to achieve simplified and cost-effective delivery of IT services in a clean green profitable manner.
Learn more at Google Books.
The Green and Virtual Data Center
Additional coverage and comments include: Reading Minnesota Blog: May Kurt Marko of Processor.Learn more at Google Books. Figure The country you have selected will result in the following: Haas, J. It is based on the principle that IT infrastructure resources configured and deployed in a highly virtualized manner can be combined with other techniques and technologies to achieve simplified and cost-effective delivery of IT services in a clean green profitable manner.
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