For decades, EDA industry has been working out options to improve their offerings and ensure silicon success for the semiconductor industry. A few decades back, while the EDA giants were unknown, design automation was exercised individually in every organization developing a product. Gradually these tools moved out of the design ...
An Application Specific Integrated Circuit (ASIC) is a specialized integrated circuit crafted for a particular use or purpose. Typically, ASICs are tailored for products targeted for mass production, consolidating necessary electronics onto a single chip.
ASIC stands for “Application Specific Integrated Circuit.”
Despite the substantial initial design cost (known as NRE - ...
As technologies advance, the semiconductor industry and its traditional business model face a myriad of ongoing complexities demanding an ever accelerating state of operational agility. The electronics and healthcare markets are experiencing unprecedented change through mass market consumerization and global adoption. For most chip companies, gone are the days of ...
Early on in Chip projects, yield is not taken very seriously. The common thinking goes - anyhow there isn’t much to do as this early point of time. However, there are actually several things you can do even before the Chip design starts, which will translate to clear savings.
1- Know your ...
An integrated circuit package has the sole purpose of protecting and maintaining one or more integrated circuits. It is usually in the form of a plastic, glass, metal, or ceramic casing which creates a physical barrier of protection against things like impact and corrosion. Furthermore, it helps to hold contact ...
Burn in Board is a printed circuit board which functions as a jig in the Burn-in process. The Burn-in Board is used as part of the ASIC reliability testing process during which components are stressed to detect failures. Burn in Boards consist of sockets to accommodate the tested ASICs and ...
As everybody is trying to figure out what the Internet of Things (IoT) will look like and how connected things will work, I'd like to address a question that many people have: why design your own Integrated Circuit (IC) rather than just use an off-the-shelf processor, write software and be done?
In a nutshell, because ...
