A comparison of Thick and Thin clients in Networks.

Most current networks have what is known as thick clients. These are the nodes machine-accessible to the network (mainly PCs), and they are called thick, (as opposed to thin) beca engagement they have their own processor, fund and reposition devices.

However, a recent article suggests that networks could be founder by the exercise of thin clients. This is where the users just have a tiresome terminal with no retentiveness, processing power, storage etc. for use with multi user operating systems.

There are many advantages and disadvantages in both(prenominal) methods.

The advantages to be gained by using thin clients include; -

* modify security as there is no removable media at each workstation.

*Licenses throne be controlled better.

*It is easy to backup selective information from central storage media.

*For mobile clients you can use narrower bandwidth for transmission which results in cheaper equipment, as not as much information privations to be transferred around the network as with thick clients.

* tuner transmission would be faster, - again because less bandwidth is needed.

*Cheaper running cost as it is cheaper to upgrade the software, you need less technical staff, who can be centralised, and you can use old hardware sort of of being forced by the software or provider to upgrade.

The main disadvantages are; -

*When the central server/controller goes down, nonentity works and so no work gets done.

*Initial be are high as maximum processing power, memory and storage are needed for the server.

*You also may need to pay for more licenses than needed.

The advantages to be gained by using thick clients include; -

*If the server breaks down then clients can salvage work.

*Data can be saved locally.

*Users can use their own removable media at and personalise each workstation.

* emcee requirements are less as lass physical storage is required together...

If you want to get a full essay, fix it on our website: Orderessay



If you want to get a full information about our service, visit our page: How it works.