Smartest Systems
Lowest Systems Cost
Greatest Reliability
Analog Bits is committed to developing and delivering low-power integrated clocking, sensors and interconnected IP that are pervasive in virtually all of today’s semiconductors. Our goal is to help your chips connect to the real world. We provide a wide portfolio of PLLs, Oscillators, Sensors, SERDES, I/O’s and more, all designed to integrate seamlessly. Read More
Processes
Customers
Products
Test Chip Demo Videos
Analog Bits continues to innovate cutting-edge mixed-signal IP design. Check out our test chip demo videos to learn more about our innovations in N3, N4, N5 processes and beyond.
Mixed Signal IP
Analog Bits, Inc. is the leader in leading edge process technology for Mixed Signal and Serdes IPs. Silicon proven at 7nm, taping out 5nm, and planning at 3nm, we deliver building blocks to significantly improve the performance, cost, and reliability of your die, chip, and subsystem level integration.
From clocking, I/Os, and Serdes to sensors that monitor the die’s PVT and the system level power delivery, Analog Bits customizes silicon proven IPs to meet your integration needs in leading foundries such as TSMC, Samsung, GlobalFoundries, etc.
End Market Applications
Our IP is used in numerous industries with numerous applications. From the latest in Automotive & Aerospace technology, to computing & networking solutions, to AI and machine learning, to consumer products, Analog Bits' IP is trusted and utilized in a variety of different ways.
End Market Applications
Our IP is used in numerous industries with numerous applications. From the latest in Automotive & Aerospace technology, to computing & networking solutions, to AI and machine learning, to consumer products, Analog Bits' IP is trusted and utilized in a variety of different ways.
Foundries
Events
Analog Bits regularly attends and often presents at our industry's top trade shows. Check back often for a list of 2024 events we will be participating in. Please note, some event dates are subject to change.