Intel moves on the server room with 40 processors due for release

Subject: General Tech | January 3, 2012 - 01:58 PM |
Tagged: Intel, server, cpu, Romley, Ivy Bridge-H2, xeon e3, xeon e5

The server room will be getting an update over the next year thanks to Intel releasing numerous CPU models based on different architectures.  First up comes Romley with a total of seven 8-core Xeons, a half dozen 6-core Xeons including both the E5-1660 and 1650 as well as the E5-2640 and relatives, five 4-core Xeons and a single dual core CPU.  That will take us until close to summer.  By then Intel will be working on eleven different Ivy Bridge-H2 series CPUs including the Xeon E3-1290v2 as well as seven more higher end processors including Xeon E5-2470, which will take us towards the end of 2012.

In addition to the regular lineup, DigiTimes also lists four low power Xeons which will arrive in 2012 including the 8-core Xeon E5-2650L.

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"Intel is set to launch 40 new processors including those for its upcoming Romley platform, in the first half of 2012 with the company to release 20 models each quarter, according to sources from server players."

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Source: DigiTimes

Server building and U

Subject: Systems | July 20, 2011 - 01:18 PM |
Tagged: rack mount, server, 3U

If you read PC Perspective on a regular basis the chances are very good that you have purchased individual components and assembled yourself a PC from them.  There is a lesser chance that you have built a server, especially one using a rack mountable casing.  The terminology is different, less about ATX and more about rack unit or U.  U is a measurement of size, with a 1U case bearing a remarkable resemblance to a pizza box, with a height of 1.75 inches (44.45 mm) with a width depending on the style of racks you are installing into, with 19" and 23" being the standard.  OCC takes you through the assembly of both an ATX case as well as a 3U case and recommendations of OS and software based on the intended use of your new server in this article.

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"Hardware is one of the most important items in building a server, regardless of its overall purpose. Without enough power or memory to run the necessary applications, the server would subsequently be useless. Depending on its intended usage, however, the hardware may vary slightly. It is often a good idea to sit down and create a plan beforehand. Personally, I live by a rule of thumb that purchasing more than needed is better than having the server become congested or even fail when it is needed the most. For this guide, I will be putting together two different types of servers. The first will be a gaming server, designed to host multiple instances of LAN-based games. The second will be a file/web server, intended to back up data and make items accessible from any computer in a network. As always, hardware can vary depending on your needs; this is just a general overview of a configuration that I would use, based on the available hardware that I have on hand. Keep in mind that any computer can function as a server as long as the necessary software is installed. Therefore, you may even have old parts that can be reused for your server."

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Shrinking the Xeon with Westmere-EX

Subject: Processors | May 25, 2011 - 03:28 PM |
Tagged: xeon, server, xeon x7, x7 4870, Intel

 AnandTech got their hands on four of the the brand new 32nm Intel Xeon X7 4870, 10 cores clocked to 2.4GHz; perhaps a delayed 'Tick" but a tick nonetheless.  Not only did they test the new chips they also had a chance to test it with Load Reduced DIMMs (LR-DIMM) as opposed to the old Fully Buffered style (FB-DIMMs) we were used to in days gone by.  That spells higher capacity which is good considering the testbed they used can support up to 2TB of RAM to keep the 4 CPUs fed.  This is a high end server part, not really competeing against AMD as a similar Opteron system would cost about 1/2 as much with performance reduced about the same as well.  Check out this beast, but keep in mind a single CPU will set you back more than you paid for your whole system.

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"Only one year later, Intel is upgrading the top Xeon by introducing Westmere-EX. Shrinking Intel's largest Xeon to 32nm allows it to be clocked slightly higher, get two extra cores, and add 6MB L3 cache. At the same time the chip is quite a bit smaller, which makes it cheaper to produce. Unfortunately, the customer does not really benefit from that fact, as the top Xeon became more expensive. Anyway, the Nehalem-EX was a popular chip, so it is no surprise that the improved version has persuaded 19 vendors to produce 60 different designs, ranging from two up to 256 sockets."

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Source: AnandTech