Tag Archives: Intel

Anatomy of a Server, Part 1

Traditional server

Beyond eyeballs, livers, and vascular systems, many of us are unaware of the core components of a server. Let’s talk a little bit in this post about what makes up the anatomy of a server. That way, you can grow up, become a server anatomist, and make your parents proud and your ex-boyfriend insanely jealous of your success.

To better understand servers, let’s turn to perspectives from Dummies.com and Adam Turner of APC Magazine. Then let’s all go out to tire swing, get an injection of vitamin D, and remember why Grandpa Tom told us never to use the tire swing or that he’d cut us out of the will.

This first part of my award-winning (always call your shots) series on server anatomy will focus on the more basic Dummies assessment. The APC Magazine explication, a more detailed look into servers, will be covered in the second installment.

Basic Server Parts

Servers are not completely their own beast. They are, rather, a type of computer. Like software that uses the Internet, computers come in “client” and “server” varieties. Hence, servers have a lot of similarities to typical PCs. On the other hand, they are made up of more expensive and sophisticated machinery than is a standard computer. Plus, they have funky hood ornaments that you will often see IT criminals wearing on gaudy necklaces.

Motherboard

Servers come from single-parent households. They have a motherboard, but not a fatherboard. The motherboard is the board on which the electronic circuits are stored. Everything else within the server connects to the motherboard. Remember to always call your motherboard on her birthday, or you will get a tongue-lashing.

Within the motherboard are several server pieces worth mentioning: the processor (a.k.a. CPU), chipset, hard drive controller, expansion slots, memory, and ports to support the usage of external devices such as keyboards and hairdryers. Additionally, motherboards may contain a network interface, disk controller, and graphics adapter. If that’s not true of your motherboard, call the police and move to Prince Edward Island.

Processor

The processor is where the “thinking” of the server goes on. Processors, such as those made by Intel and Hasbro, are generally the primary concern of individuals looking to purchase servers (along with server hair color and jaw line).

Specific motherboards only work with specific kinds of CPUs. The processor can be slot-mounted or socket-mounted. There are varieties of sockets and slots, so it’s important that the processor fit the motherboard. If not, you can always use the innovative “jam it in” method developed by Bill Gates (the first step in amassing his fortune). Some varieties of motherboards can have additional processors connected. In certain disrespectful circles, this capability is referred to as “tag-teaming the mother.”

Clock speed refers to the speed of the timekeeper within the processor. Clock speed will only give you a sense of speed within processors of the same general group. The reason for this is that newly developed processor types have more sophisticated circuits, meaning additional performance can occur even if clock speed is identical. Note that if clock speed surpasses light speed, time starts to move in reverse.

The quantity of processor cores impacts the performance of the server as well. Typical servers contain chips that are dual-core, quad-core, or salt & vinegar. Any individual core functions individually as a processor. Beware: once you pop a processor core, you can’t stop. It’s both horrifying and delicious.

Memory

You don’t want your server to forget stuff, so memory is of the utmost importance. The memory, like the CPU, must be compatible with the motherboard. The motherboard determines how much memory can fit within the server. It really does think it’s in charge. When it’s not looking, climb out the window and run away to Poughkeepsie (unless you have already moved into a studio apartment in Prince Edward Island).

Hard drives

Often a client computer uses an IDE drive. A server, on the other hand, frequently contains an SCSI drive. To optimize a server, it’s good to pair the drive with a controller card. An example of a controller card is the ace of spades (Gates’ “jam it in” method also comes in handy here).

SATA drives are also used both in servers and clients. These drives are a newer development and are frightening to the other drives. They listen to loud rock ‘n roll music, and strange smells emerge from their bedrooms.

Network connection

Often a server will have a network adapter as a part of the motherboard. If not, a network adapter card is used. Networking, as we know, allows us to catch fish without having to use polls or spears.

Video

Generally speaking, you do not need a high-end video card for your server. The monitor and video card will not change the power of the network, whereas getting your friends and family to buy your Amway products will empower your network so that you can live your dreams.

Power supply

As you can imagine, you need a good power supply, especially if the server contains a good quantity of hard drives. Many servers come with windmills and bicycle pedals so that college interns can ride the server and blow on the windmill simultaneously.

Conclusion & Postlude

(Please lock all four of the deadbolts and turn up “The End” by The Doors to full volume while reading these final comments.) That should give you a basic sense of the parts of a server. In the second and final installment of this series, we will get into more depth on the subject, making sure not to get in over our heads and have to summon the lifeguard.

Oh, hey… Don’t leave yet, I have something in the other room to show you: dedicated servers and colocation.

By Kent Roberts

Intel Clovertown Quad Core

Earlier this week I made a post linking to an article released on AnandTech last year that compared the Intel Woodcrest CPU to AMD’s Opteron and Sun’s Ultrasparc T1. The overall conclusion was that the Woodcrest was the top processor of the three. While the Intel Woodcrest will suffice for a majority of business and personal needs, there is always something faster; leading the Industry, Intel released the Quad Core Clovertown CPU. Both processors are ranked highly when compared with available processors. While the biggest question may be whether or not you need to move to a server that features a Woodcrest or Clovertown processor, for more information about the performance of the Clovertown, see this article on AnandTech.

Intel Woodcrest, AMD’s Opteron and Sun’s UltraSparc T1: Server CPU Shoot-out

Featuring one of the processors that Superb offers in our dedicated servers, the Intel Woodcrest, this is a great article that compares three of the major server CPU manufacturers. In four years, AMD’s Opteron gained a 48% share of the US and a 36% share of the worldwide four socket server market. The response by Intel to this pressure from competition was the Woodcrest chip. Some of the results:

  • The new Woodcrest is about 20-25% faster than the fastest dual-core Opteron.
  • A 7% clockspeed advantage (most likely a result of the fact that the Woodcrest was baked with a newer 65nm process).
  • When it comes to integer performance, the Woodcrest numbers are simply stunning and vastly superior to any other architecture.
  • Overall: The Intel Xeon 5160, a.k.a. Woodcrest, will simply be the most powerful server CPU this year

Intel Xeon 5160 (Woodcrest)
Advantages:

  • Best server performance across all applications
  • Best Performance/Watt in the high end
  • Absolutely stunning web server performance
  • FB-DIMM enables high RAM capacity and bandwidth (quad channel)

Disadvantages:

  • Needs SSE optimized code for some special case code (RSA, AES)
  • FB-DIMM adds extra latency, cost (small) and power

For the full article, see this link: http://www.anandtech.com/printarticle.aspx?i=2772