The 20-nm eyes have it right first time!
As many of my readers have experienced, getting your first silicon in the lab can be an exciting albeit nervous moment. In this post I am showing 20-nm silicon results – eye diagrams with excellent performance of some of the popular interface IP’s such as USB, PCI Express and MIPI. These all came up working first time on 20-nm in our characterisation labs. My engineering team did not leave anything to chance to ensure right first time results.
Let’s first look at the 20-nm process. The impact of this process on physical IP s had both challenges and benefits. The benefits included higher transition frequency (fT) and more transconductance (gm) of the transistor that enable faster designs with more gain. We also took the opportunity to re-design architectures to improve on power, performance and area at 20-nm. The challenges included new layout requirements that involve supporting double patterning technology (DPT), density requirements for metal and polysilicon, lower transistor output conductance (gd).
Related Semiconductor IP
Related Blogs
- Outsourcers Look To China, As Obama Goes To India
- What is the Right Metric to Understand 5G Processing Throughput? Well, it’s not Peak Speed....
- Do you have the right 'connection'?
- Intel Quark: Synthesizable Core But You Can't Have It
Latest Blogs
- What It Will Take to Build a Resilient Automotive Compute Ecosystem
- The Blind Spot of Semiconductor IP Sales
- Scalable I/O Virtualization: A Deep Dive into PCIe’s Next Gen Virtualization
- UEC-LLR: The Future of Loss Recovery in Ethernet for AI and HPC
- Trust at the Core: A Deep Dive into Hardware Root of Trust (HRoT)