Technology has changed and advanced significantly since the creation of computers. Generations of computer growth and technological progress divide into distinct eras, each exhibiting traits that have evolved and technological advancements over the preceding age. Computers are available in multiple generations:
These generations vary from one another in terms of their design, languages, specifications, operating methods, performance levels, etc. The third generation of computers will be covered in this article.
The Third Generation Of Computer
The third generation of computers is an improvement over the first and second. Between 1965 and 1971, the third generation of computers was being developed. Electronic components in third-generation computers replace devices. The semiconductors that make up a circuit (IC) have hundreds of little transistors embedded in them. The computer becomes much more dependable, quick, low-maintenance, compact, produces less heat, and costs less thanks to IC. It was created in 1958 by Fairchild Semiconductor’s Robert Noyce, and Texas Instrument’s American electrical engineer Jack Allows for a deeper. Therefore, in comparison to first- and second-generation computers, third-generation computers are considerably quicker, more effective, and dependable, require less upkeep, and are smaller, thanks to us.
Third-generation computers shorten processing time. The computing time fell from a femtosecond in the past ones to a nanosecond. The keyboard and the mouse supplanted punch cards in this generation. This generation also saw the introduction of parallel processing computer systems, period, and distant computing. The third generation of computers used high-level programming languages, including BASIC, PASCAL, ALGOL-68, COBOL, and FORTRAN II.
Third-Generation Computer Qualities
- The third generation of computers improved on earlier models in dependability, speed, efficiency, cost, and size.
- High-level programming languages, including BASIC, PASCAL, ALGOL-68, COBOL, FORTRAN – II, and PASCAL PL/1, were used on third-generation computers.
- Keypads and mice have taken the place of punch cards.
- Integrated circuits replace separate transistors.
- The computers have a lot of storage.
Benefits of Third-Generation Computers
- Using electronic components reduced the size of the computer (IC). Devices, capacitors, condensers, and other details are all found in a single silicon chip (IC) on a silicon-based substrate.
- It consumes fewer resources when operating and creates less hair. As a result, third-generation computers experience more infrequent equipment failure than earlier generations.
- Loyalty cards were no longer used in third-generation computers; mice and keyboards now handled input.
- They can store a lot of data and produce more accurate results, which makes it easier to compute and keep precise calculations.
- Portable computers have faster speeds.
Read Also: How to Transfer Files Between Computers on Same Network
Disadvantages of Third-Generation Computers
- Highly advanced technology was needed to produce IC.
- The upkeep of IC chips was challenging.
- Air cooling was still necessary for these PCs.
Final Thought
In conclusion, the third generation of computers comprises three significant changes. First, it was becoming possible to make one machine do the job that took many machines before. Second, there were more applications in a third-generation computer than ever before. And lastly, there were new types of input and output devices. These all contributed to an increase in processing power for third-generation computers and set the stage for modern-day technology. In the end, having stylish, comfortable, and rocking sitting will groom your lifestyle and select wise brands like rocking game chairs.
