GMT's Patented Relative Timing Technology Is A
Rule-Breaking Approach to Digital Hardware Design
Benefits of Relative Timing
Relative Timing is a technology that can overlay onto any digital Hardware Design to integrate a digital language that is time ignorant with physical hardware that is time dependent. Relative Timing provides seamless integration between algorithms and implementations, and has many advantages.
generations ahead, outperforming design node.
power-performance multiplier with Relative Timed design.
percent area reduction achievable with relative timing.
percent estimated design time reduction with Relative Timing.
Relative Timing is a new approach to digital IC design that leverages timing in designs to produce ICs that are more efficient and perform better than their clocked counterparts. Relative Timing methodology is architecture agnostic - whether you build ICs with a traditional clocked methodology, an asynchronous methodology, or anything in between, Relative Timing will change the game. To go deeper and get a better understanding of what we can do, please review our Relative Timing Primer and Relative Timing Overview linked below.
