BRIDGING VLSI DESIGN AND NETWORKING TECHNOLOGIES: CONNECTING CHIPS!
By integrating many smaller chips into one, VLSI designing helped engineers in creating small and practical electronic devices. The laptops we see today are nothing in comparison to the size of the first-ever computer invented, and this has only been possible with the discovery of VLSI technology, which enabled engineers to integrate multiple components in a single chip. That is when the Vlsi design system sparked interest and made headlines because of its ability to replace large-sized vacuum tubes, which helped in creating compact electronic equipment. The compact size of these chips and microprocessors is what has helped us in creating the small-sized electronic devices that we see today. VLSI design and technology have helped in creating practical electronic devices that can fit into your pocket, which is an absolute need for the coming fast-paced generations. That said, let’s take a look at the top four reasons why VLSI design and networking technologies have helped transform multiple industries.
Enhanced operating speed of electronic devices
Since you are already familiar with the reduced cost of production of major electronic devices due to the integration of multiple operating transistors on a single chip, let’s understand how this helps enhance the speed of such devices. As mentioned, by integrating multiple operating transistors within a single chip, VLSI chip designing has single-handedly reduced the cost of producing microprocessing units and creating more complex circuits, all while constructing more robust electronic devices that are useful in multiple industries. It is due to the simple law of physics that says a single is more likely to complete its circuit at a faster rate if the circuit is made more compact. In the case of a semiconducting chip, the circuit is composed of hundreds of thousands of tiny transistors to help transmit and amplify data signals for operating multiple functions within an electronic device. VLSI design and technology, by integrating multiple transistors within a single semiconducting chip, reduced the overall time taken for these data signals to move from one transistor to another, which helped in creating more robust electronic devices.
VLSI chip designing is more affordable compared to traditional measures
As mentioned, the VLSI design and technology have reduced the human dependency on large-sized chips and other ICs for constructing electronic devices. To understand this point better, you must be familiar with the basic structure of electronic devices that we see today. The smartphone that you carry in your pocket can only help you connect to your loved ones by transcending geographical boundaries with the help of tiny microprocessing units present inside. The major composition of this processing unit comes from semiconducting materials, which are very expensive to make. Therefore, by integrating multiple operating transistors on a single processing unit, i.e., a chip, the VLSI designing technology has made the process of making such electronic devices more affordable. With so many different components required for the manufacturing of an electronic device, the vlsi system on chip design has helped in reducing the cost of production of these electronic devices by integrating multiple operational transistors within a single chip. This reduces the overall cost of manufacturing these devices and makes them more affordable for the masses. One of the determining factors for the accessibility of a product in the market is its affordability, i.e., it is almost impossible to supply a product to the masses if the cost of its production is too high, which is exactly what this modern chip designing technology targets!
Impact on multiple industries by creating more robust electronic devices
By reducing the size of these chips and creating microprocessors that can integrate multiple transistors, VLSI design and technology have transformed multiple industries today. Its impact on the aviation industry can be determined by just how large the planes already are. Imagine a plane without a VLSI chip design that is created using the same technology as before. Do you still think that we will be able to take advantage of the concept of aviation by using vacuum tubes as transmitting chips? The X-ray and CT-scan machines that we see today have only been possible because of integrating multiple transistors on a single chip, as the cost and effort required to make such electronic devices without modern chip designing would be enormous, which would complicate the process of locating diseases in the human body. The cost and manual effort required to design, build, and transport such medical equipment are massive, which makes for their shortage in rural areas. The VLSI chip design technology is one of the very few successful measures taken to make these devices more accessible and affordable for the public. This modern take on the process of manufacturing semiconducting units hopes to make goods and services of certain industries, such as the aviation and healthcare industries, more affordable to the masses.
Ability to construct practical electronic devices
Ever wondered why the first-ever invested computer was so huge, especially when you compare it to modern laptops and computers available in the market? This is because scientists and engineers before were not aware of the technology known as VLSI design, and had to make separate chips for each operating function. Modern devices do not need the integration of multiple chips for operating multiple functions in a device ever since the discovery of VLSI design and technology. This is because it has helped in creating chips, microprocessors, and ICs with an unimaginable number of transistors to perform different tasks within a system efficiently. VLSI design and technology have helped in creating microprocessors that can integrate more than one transistor to amplify data signals for different operations efficiently. This simple approach of including as many transistors as possible on a single semiconducting unit has not only helped engineers and scientists reduce the cost of production but also helped them create more reliable and practical prototypes.
In conclusion, the VLSI chip designing has single-handedly transformed industries, such as aeronautics, data enterprise, medicine, semiconductor industry, etc, by reducing the cost of production and making devices more affordable. We hope this article gave you some insights into how VLSI chip designing has been helping to create more robust devices and discover efficient networking solutions. The impact of VSLI design and technology is the reason behind the exponential demand for semiconductor process engineer within multiple industries, as they are the ones designing, building, and constructing these robust semiconducting units for modern electronic devices.
