The factor that is third technical support and SLAs. Data centres that do offer SLAs on things like power and connectivity will cost more typically. And regarding the support that is technical of things, you can find some colocation uk that will be in a position to give you access to the facility 24/7, whereas other data centres, maybe regarding the cheaper end of the scale, will only have the ability to offer you access and technical help Monday right through to Friday during normal working hours.”




Requirement for your IT equipment
“So having picked your computer colocation uk, the next determining that is major in the cost of colocation will be in the size and number of racks you need for your IT equipment. Racks are typically measured by their height and specifically by the number of U you can fit into one- a ā€˜Uā€™ is short for rack unit and is around about one and three quarter inches in height, and is also about the same height you would find in a standard rack-mounted server.

Typically, data centres will offer racks in three major sizes- quarter racks, which are 11U in height, half racks, which are 22U in height, and full racks, which can range from 42 to 48U in height. If you want, colocation uk can provide you with custom sizes, but they will typically cost more because they will take up more space on the data floor.

So that the third major determining cost is power. Servers run 24/7 and of course use a huge amount of electricity. In the days of the past, for each kilowatt of power you put into a server, you had to invest almost a kilowatt of power to cool it down using air conditioning units. Nowadays, in modern colocation uk like this, you can use far more efficient systems that are cooling evaporative cooling, which use up far less electricity to cool off one kilowatt of power you placed into a server.

So that the amount of power that you can place into a rack are dependent on its size and also the power density of the colocation uk. A quarter rack will take anything up to around about six amps of power, in a half rack it can be around about 12 amps power, and in a full rack, anything up to 24 amps of power is considered normal power density in normal power density situations. Anything more than this is considered higher power density and needs specialist equipment not and then bring the charged power to the rack, but in addition to cool the servers down.”