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Publishing product power consumption and heating requirements

In my last post, I described a common repository for EOL/EOS data for all vendors.  Continuing the wishful thinking, I propose that vendors publish the power consumption and heat generation parameters for their products in a common format. 

With these parameters, site administrators can more readily measure the power consumption and cooling load of groups of equipment, such as in a data center or wiring closet.  The rising cost of energy is forcing the IT industry to include these parameters into life-cycle calculations.  Imagine knowing when you should retire old gear in favor of more power efficient products and being able to clearly demonstrate this to the C-Level executives.  These executives know about saving money and when presented with unambiguous data, they will often go for the cost savings.

Using this information also facilitates a valuable planning process: does an existing facility have enough power and cooling capacity to handle additional equipment?  I can forsee a Green IT management tool that allows the IT administrator to enter information (perhaps via a CMDB) about power and cooling capacity at each facility and then grouping devices, perhaps by IP subnet or device name, to automatically create a Green Report that shows how much capacity remains at each facility.  There could even be reports that calculate average device power and heating load per site so the IT manager can quickly focus on which sites could benefit most from equipment upgrades.  I've done this type of analysis from time to time when planning new equipment rollouts and it has always been a very manual process.

We have the information and the technology available to facilitate improved monitoring and reporting of facility power and heating loads.  All we need is a common data repository where the data can be made available in a format that management tools can utilize.

If you're aware of a clearing house for this data, please let me know.  If there isn't one, perhaps several people can work together to determine the parameters that need to be documented and create a draft standard to populate the required database.  Using a Wiki may be a good way to get started, albeit a manual process at the start. 

  -Terry
 

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About tslattery

Terry Slattery, CCIE #1026, is a senior network engineer with decades of experience in the internetworking industry. Prior to joining Chesapeake NetCraftsmen as a full time consultant, Terry was the founder and CTO of Netcordia, and inventor of NetMRI, a suite of network management products. Terry started Netcordia as a consulting company in 2000 and transitioned to a network management product company in 2003. During the consulting days, he used his network design and implementation skills to lead a team in the design and implementation of a high availability network at a brokerage clearing house. Terry is the former President and founder of Chesapeake Computer Consultants, Inc., a networking and computer systems training and consulting company. He co-invented and patented the vLab(tm) internet-based remote lab system. He is co-author of the McGraw Hill text Advanced IP Routing in Cisco Networks. Terry led the team that developed the current Cisco IOS user interface under contract to Cisco Systems. Terry is experienced in the design and installation of large TCP/IP based networks and is a successful network protocol instructor. He is the second Cisco Certified Internetworking Expert (CCIE) #1026 and the first outside of Cisco. He enjoys membership on the Vanderbilt University Engineering School’s Industrial Advisory Board and the IEEE.

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