EDN

Low power implementation techniques for ASIC physical design

In the semiconductor domain, the operating frequency of devices and the number of transistors in a single module increase over time. In this article, we will look at widely known low power ...
Medical Design & Outsourcing

The importance of ADCs in low-power electrocardiography ASICs

Standard ADC components seldom provide enough flexibility to meet the conflicting needs of today’s medical designs. By Ian ...
EDN

Top 10 methods for ASIC power minimization — Part 1

Part 1 list five of the ten and is dedicated to technology independent architectural power saving techniques and basic power consumption theory. Part 2 focuses on power saving techniques at the ...
Electronic Design

Ultra-Low-Power, Ultra-Low-Noise ASIC Breakthroughs Enable New MEMS Sensors

Often, a technological breakthrough can lead to new products and even new applications that had previously been considered fantasy. Developments in low-power, low-noise readout ASICs could open new ...
Electronic Design

Supply Meets Demand: Use Multiphase Converters to Solve Tough Power Design Challenges

No matter what the latest microprocessor, FPGA, or ASIC has in store, their demands always seem to be the same—the need for higher current while operating at lower voltages. A core voltage of less ...
Design-Reuse

Key ASIC Berhad Signs RM1.11 Million Contract to Jointly Develop AI-Driven, Ultra-Low Power RF Navigation Chip with Middle East Partner

Key ASIC Berhad (“Key ASIC” or “the Company”), a leader in ASIC design and innovation, has signed a contract worth RM1.11 million with a navigation systems company in the Middle East to jointly ...