As technology nodes move into 16nm and below, the SoC design scale and complexity increase rapidly. The impact of clock network on the quality of the entire design increases. Problems on the clock can lead to project delay, chip revision, and loss of yield. Front/middle-end design engineers must tackle problems with clock network and constraints prior to  RTL codes sdc signoff. Back-end design engineers, in order to reduce CTS design cycle, must optimize CTS strategies by checking the physical placement of the clock network and analyzing clock structure. To avoid undesired CTS results, the bottleneck identification and modification need to be done before a new iteration. All these require designers lots of efforts and years of experiences.

ClockExplorer®, a dedicated clock analysis, and diagnosis platform is designed to solve clock design difficulties in each stage, reduce clock design cycle and get better CTS results. It has the most powerful clock schematic viewer to help designers sort out clock tree structures and develop better CTS strategies. The embedded comprehensive clock checks within a KPI (Key Performance Indicator) system help designers evaluate the quality of clock design, find out bottlenecks and improve CTS quality.

ClockExplorer® is silicon-proven many times over and is well adopted by leading silicon companies. Its clock schematic is considered as the clearest and the most concise clock structure viewer by almost all users. Top 20 design houses use the clock KPI system as the scoring mechanism to determine the quality of clock design in each design each stage, playing a key role in their clock design flow.