Specifications of a Typical Dedicated Server

If you want more power for your website, gaming, web application or web development environment, then a dedicated server will be the perfect one for you. The power of a dedicated server can handle huge amount of traffic coming from any part of the world. There are several reasons as to why would you choose a dedicated server. Let’s see some of them.

Ram for dedciated server

Why Choose Dedicated Server?

  • Performance – dedicated servers are packed with powerful components to handle large amount of traffic and processes.
  • Transparency – you can have full control over your dedicated server unlike shared servers
  • Better security – you can improve your server’s security by deploying security software and maintenance team to make sure that all of your software are up to date.

Now that you understand some of the reasons why to choose a dedicated server, let us see why a dedicated server has a better performance than any other kind of hosting packages. With that in mind, we have to understand the typical specifications of a dedicated server. Let’s start!

Typical Dedicated Server Specifications – CPU

Most of the time, a dedicated server will have a powerful server-type CPU. These kinds of CPU aren’t compatible to desktop motherboards. Most of the time, they have a lower clock speed compared to high end gaming PCs but they have more cores and more caches which will enable them to respond better to multiple simultaneous calculations, logic and requests. An example of a server CPU is the latest from Intel, Intel® Xeon® Processor E3-1265L v4 (6M Cache, 2.30 GHz).

Typical Specifications – RAM

Server RAMs doesn’t vary greatly to desktop RAMs on their basic forms. They have similar amount of memory and memory speed. The only difference is that the server memory is an ECC RAM or error correcting code. This ensures that the RAM will continue to work seamless without any errors and that any and all data passed to and from the RAM are correct and error free. After all, a downtime is not tolerable.

Typical Specifications – Motherboard

Server motherboards are very different from desktop motherboards in terms of appearance, specifications and ports available. They offer a more robust performance compared to desktop boards, ensuring the least downtime possible. They are also made from premium components to make sure that the board can last longer to prevent maintenance and downtime.

Typical Specifications – Storage

Most of the time, when you purchase, build or rent a dedicated server, you have a choice of storage, you can choose between HDD and SDD. Most of the time, the minimum amount of storage is 1TB. HDD is cheaper compared to SSD but the latter can provide thrice the performance and longevity. In addition to that, it is common for dedicated servers to have different levels of redundancy to prevent data loss and to enable a system restoration faster and easier in case of a drive failure.

How to Build a Gaming PC

If you want to learn how to build a powerful gaming PC, you are just on the right place. I’ll teach you how to build a gaming PC, no matter what budget you have. Just a head’s up, I’ll teach you how to choose the right components while explaining what a certain part is. Okay, without further ado, let us begin.

Processor

This is a very important part of your gaming rig. Your processor must be fast enough to handle physics (explosions, movement and AI) and calculations. A slow processor will bottleneck all of your components. A good processor for low to mid end gaming is a dual core processor. But if you have a bit more budget, a quad core processor of at least 2.6GHz will allow you to play most modern games at medium to high settings.

If you want to build a high-end system, consider getting six core processors, like AMD’s Vishera or Intel’s Haswell processors.

Memory

A greater memory can increase your gaming performance, too. Most modern games requires at least 4GB of memory, so the best bet is to get 8GB memory to accommodate background windows tasks. There are also different memory speeds that can affect gaming and desktop performance. Choosing a speed rating of 1600 is a good balance for all of your desktop and gaming needs.

Graphics Card

It’s the most important part in gaming because it handles graphics and texture rendering. Graphics cards or video cards have their own memory and clock, however, keep in mind that if your CPU is slow, your graphics card will suffer. Graphics memory is an important thing to consider to make sure that you can handle high resolution textures, while the core clock and memory speeds allows post processing effects like ambient occlusions, anti-aliasing, anisotropic filtering and others.

Motherboard

The motherboard will be the main hub on which your computer components will communicate with one another. You must choose a motherboard that supports a particular CPU and RAM speed; otherwise, your gaming PC won’t work. For example, if you are using AMD’s A8-6600K, you’re going to need a socket FM2 motherboard, same with Intel. If you’re going to use Intel i7 processors, a motherboard with LGA 115 socket is what you need.

Sample Builds

Medium-Range

  • CPU: AMD Athlon X4 860K 3.7GHz Quad-Core Processor
  • MOTHERBOARD: Asus CROSSBLADE RANGER ATX FM2+ Motherboard
  • RAM: G.Skill Ripjaws X Series 8GB (2 x 4GB) DDR3-1600 Memory
  • HDD: Western Digital Caviar Blue 1TB 3.5″ 7200RPM Internal Hard Drive
  • GRAPHICS CARD: XFX Radeon R9 270 2GB Core Edition Video Card
  • CASE: Rosewill STEALTH ATX Mid Tower Case
  • PSU: Rosewill 500W 80+ Bronze Certified Semi-Modular ATX Power Supply
  • Total Price: $630.93

High-End

  • CPU: Intel Core i5-4690K 3.5GHz Quad-Core Processor
  • CPU COOLER: Cooler Master Nepton 240M 76.0 CFM Liquid CPU Cooler
  • MOTHERBOARD: MSI Z97S SLI Krait Edition ATX LGA1150 Motherboard
  • RAM: Kingston HyperX Fury White 8GB (2 x 4GB) DDR3-1866 Memory
  • HDD: Samsung 850 EVO-Series 250GB 2.5″ Solid State Drive
  • HDD2: Seagate Barracuda 1TB 3.5″ 7200RPM Internal Hard Drive
  • GRAPHICS CARD: PowerColor Radeon R9 290 4GB PCS+ Video Card
  • PSU: SeaSonic S12II 620W 80+ Bronze Certified ATX Power Supply
  • Total Price: $1126.80

Choosing a Server CPU

If you want to get the most out of your server performance at the best bang for your buck, choosing the right CPU is a must. If done right, you can expect a vast difference in terms of performance, especially if you are using your server for high traffic websites or resource intensive web applications.

With that in mind, getting the best performance for the best bang in the buck is different than getting the best overall performance regardless of price. If you’re going to use your server for medium traffic and medium level web applications, a best bang for the buck might be your best bet but if you’d like to maximize your system, get those that can pack quite a punch regardless of bang for your buck. The latter option is the best if you’re going to use it for high traffic websites and resource intensive web applications and/or server apps.

Now without further ado, let me show you how to choose a server CPU.

The Number of Cores

Depending upon your server use, you will have to choose an appropriate number of cores. There are dual cores, quad cores, octa cores and more. The more cores a CPU have, the better it can handle multiple tasks at once, or in other words, your server can run more apps or software simultaneously.

A good example of this scenario is a high traffic website. Imagine you have a tube site, there are people watching videos and there are people uploading videos. That will require three tasks, one task for those watching videos, one task for those uploading videos and one task for encoding or streaming videos on the fly. A dual core CPU will struggle to keep up but a quad core can easily handle it.

If you are a desktop user, you’re familiar of CPUs that have up to eight cores. They offer more than enough performance for gaming and desktop use but for very high traffic and resource intensive servers, they quite lack power at times. Thus there are server CPUS of up to 24 cores, though their clock speed ranges only around an average of 3 GHz.

CPU Components

There are two great important factors you need to consider in choosing a server CPU. First is the clock speed, which will affect how fast it can perform a certain task. Next is the L2 and L3 cache, which will allow the CPU to access necessary data as soon as it needs them.

A higher L2 and L3 cache can speed things up even though it doesn’t have a high clock speed as long as it has multiple number of cores. Of course, the higher the clock speeds, the better but aim for a higher number of cores and L2/L3 cache for better multitasking.