Clean Room is Extremely Popular in the Information Industry

Clean room ismost popular in the data recovery and information technology industry because of their very strict code for building sensitive hardware components such as hard drives. The goal of the clean room is to control two environmental variables to prevent the design, development and construction of mechanical materials from being adversely affected by certain elements.

The two main variables that the clean room tried to control are the indoor temperature and the density of small particles per cubic meter. The most important requirement for clean rooms is the data recovery industry, which requires very little dust particles in the room to build hard disk drives. Even the smallest amount of dust particles may affect the efficiency of the hard drive, resulting in data loss and increased hardware failure probability. Clean rooms are also used to develop and build microchips and medicines. In addition, due to all the information technology companies located in the region, the world's highest clean room is concentrated in Silicon Valley, California.

The clean room was first used in the early 1960s. In 1961, Willis Whitfield worked with colleagues to create a one-way or laminar air supply. Unidirectional air supply introduces new air into the room, followed by suction at the opposite end, eliminating harmful dust particles from contaminating experiments and other mechanical structures. The design of the room to significantly reduce the dust particles, and ultimately leave the clean room, the following micro-organisms and particles are only a very small number. Subsequently, the clean room is also in constant progress.

Although clean rooms are not used by the average person, they are important ways to create hard drives and perform data recovery. These clean rooms allow the company to develop hardware without having to worry about dust particles destroying the hardware. While you may not know the importance of clean rooms, the use of clean rooms is essential for the development of pure computer systems.