Listly by Charles W Taylor
Get the hands-on experience to help product companies across various verticals mitigate the risk, and reduce the cost of transition to lower geometry services.
When we talk about Design for Testability (DFT), we are usually referring to the architectural and design decisions that can help us test a system. The context of the tests need to be understood. Check out the blog!
The semiconductor industry is at an all time high. As technology advances and gadgets become smaller and smarter, embedded circuits need to encompass millions of components in order to meet the rising demands of several diverse industries. Designing ASIC chips involves a host of complex processes including IP design and integration, EDA tools, physical design,…
Processors and development kits ruling semiconductor industry. What say about eragon system on module and development kits? Check a list of products here if you are in asic and fpga industry.
As technology becomes more pervasive, there is a pressing need for embedded circuits to communicate with the analog world.
The goal was to migrate existing ASIC from TSMC 90nm to SMSC 55nm for improved power efficiency and smaller form factor. Download a copy to know more in details.
The client is one of the the world’s leading providers of MEMS sensor platforms which consist of patents in MEMS fabrication, motion sensing, and tracking. These products address the technology needs of smartphone and wearable device makers, smart home providers, and industrial and automotive solution companies. The client has further presence in location software services to address the demand for improved performance, accuracy, and intuitive interfaces (motion, gesture and sound-based) in end consumer applications.
Client is a leading industry player in complex ASIC solutions with significant time-to-market and performance advantages in high-speed computing, networking and storage applications. There was a requirement to enable SDN (Software Defined Network) functionality within this chip. Given the size and logical complexities, the client had no option but to choose 16nm technology node.
This paper discusses various disadvantages of methodologies currently in use. Also in this paper there is description of methodology/flow which will help to achieve complete functional verification for Analog Mixed Signal Design/SoC’s. It also provides good confidence about functional verification and correctness of Analog Mixed Signal design.
Drones require high-speed internet connectivity for performing operations like command and control, media sharing and autonomous flying. See how 5G Network Slicing can empower drones industry to enable super-fast and safe commercial drone deployments.
Model-based design (MBD) is a framework used in virtual prototyping of embedded software. MBD has evolved to overcome various difficulties and complexities that typically arise during the design lifecycle of embedded software for closed-loop control systems. To know more in detail, visit: the above link.
Download this white paper to know about how eInfochips assisted client – right from defining the DFT architecture to providing post-silicon support for this MEMS.
Read this blog to get a step-by-step understanding of different phases of product engineering—from conceptualization to design and development to sustenance/re-engineering.
With a proven ASIC design flow, methodologies, and with dedicated subject matter experts, eInfochips have helped many clients with full custom asic design services. We are the 1st engineering services company that has started working on 7nm and 10nm technology node.
Watch this video to know about eInfochips’ partnership with ruling Electronic Design Automation companies including Cadence, Mentor (A Siemens Business), and Synopsys to deliver customer value in the Semiconductor Industry.
Get physical design services from DFT dfm Architecture to Silicon Turn-on. Learn more about dfm/dft product development in VLSI world. Get in touch with eInfochips (An Arrow Company) !!