The semiconductor industry can rightly be called the key driver for the electronics value chain. It became a viable business in 1960 and since then it has been completely reshaped by undergoing various innovations and consolidations.
A humble start already turned into a $335.2 billion industry by 2015, and it is still going strong.
Fierce Competition in the Industry
In order to remain competitive in this world where there is no certainty about how long a technology will remain viable, every chip company is pumping millions of dollars into R&D. They have a herculean task ahead by navigating through the market and at the same time innovating around technology uncertainties.
Every chip company – irrespective of whether it is innovating around power, functionality, GHz or acceleration – is coming up with something that gives them an edge over their competitors. They need to continuously adjust to the rapid pace at which the products embedding these semiconductor device changes, as most of them have a really short life cycle.
The semiconductor industry breathes a simple mantra: smaller, faster and cheaper. There is a fierce competition out there to innovate things and to come up with a lower cost of production per chip and at the same time pack more transistors into it. The more the transistors, the higher is the speed. Thus, there is constant pressure on chipmakers to design products that are better and even cheaper.
In addition, semiconductor engineering services help when the chipmakers go back to their drawing board to design something better and superior. The semiconductor industry is highly cyclical with periodical booms and busts happening for the demand of its products. But, even when the market is down for their product, they can’t afford to go slow as there are customers out there who look forward to upgrading their devices.
The Pillars of the Semiconductor Industry
The four main pillars of the semiconductor industry are:
- Memory Chips: These chips are the temporary storehouses of data.
- Microprocessors: These are the Central Processing Units (CPUs) that contain all the basic logic required to perform the designated tasks.
- Commodity Integrated Circuit: Also known as standard chips, these are meant for routine processing purposes.
- Complex SOC: SOC stands for System on a Chip and is basically an integrated circuit chip, which has the entire system’s capability on it. As the markets for the other three pillars are tightly shut, it is the SOC segment where maximum companies can play.
Earlier, semiconductor companies were the ones that controlled the entire production process right from designing to manufacturing. But, with the advent of semiconductor engineering services into the arena, chipmakers are delegating more and more work to them.
Providing infrastructure and expertise that these semiconductor companies require is where semiconductor engineering services come into the picture. These services provide the necessary help right from designing to testing, from manufacturing to bringing the product to the market.
A company that can bring new and innovative products to the market at lowest cost and in the shortest possible time always has a lead in this business. These semiconductor engineering services provide an extended arm that is required by the semiconductor product companies. These services help in providing quality customer support and delivering excellence in engineering solutions.
How Do Semiconductor Engineering Services Help?
Here’s how semiconductor engineering services help:
- Companies are able to design high-performance products, keeping in line with rapid development lifecycles. These products are completely in sync with the changing consumer as well as enterprise needs.
- Leading semiconductor engineering services facilitate semiconductor companies in areas like PCB Designing, Semiconductor IC Design, Failure Analysis, Test & Product Engineering and system designing.
- They provide all these services under one roof, which enables the semiconductor product companies to produce good quality chips in the most cost-effective manner.
- Semiconductor engineering services help the companies achieve the highest return on investment on their R&D spending. This is done by maximizing productivity as well as innovation capacity of the in-house R&D teams, shortening the time in which the product hits the market and reducing the engineering costs.
- They provide flexible business models that help the companies.
- They offer solutions that help in optimizing the infrastructure, reducing paper-intensive processes, enhancing management tools, and improving security.
- They also help in evaluating the requirements for machine learning, embedded vision, big data analytics, cloud, and some other leading-edge technologies that are prevalent.
Semiconductor engineering services are helping the semiconductor industry to emerge leaner and efficient by delivering products that are more and more evolved.