SOUTH PLAINFIELD, NJ – Sharon Trueman has joined the design management team at R&D Circuits. As the senior applications engineer, she will be responsible for customer applications assistance and process development.
 
Trueman brings over 20 years of experience in the semiconductor manufacturing and test environments. For the last 8 years, she has focused on ATE load board and probe card design, holding key positions with several ATE design companies. She will be based at the Design Center located in Meza, AZ.

SANTA CLARA, CA -- Sigrity, Inc. announces the release of Channel Designer, an analysis solution that offers the flexibility and accuracy required for high-speed serial links.

"Our customers have found that designs with high-speed serial links operating at multi-gigabit speeds require more than traditional analysis," said Dr. Jiayuan Fang, president of Sigrity. "It is essential to accurately predict bit error rate to ensure a robust implementation that can handle anticipated jitter and noise levels. With millions of bits of data to be considered over a wide frequency spectrum from DC to tens of gigahertz, it can be extremely challenging to obtain reliable time-domain simulation results from band-limited channel models. Channel Designer provides unparalleled precision, and builds on Sigrity's long-standing strength in S-parameter handling for accurate system-level transient simulation."

According to Sigrity, the analysis solution provides support throughout the process, from feasibility studies through design verification. The channel analysis output includes 2D and 3D eye diagrams, along with bathtub curves, for accurate bit error rate prediction.

The channel design capture environment includes a net-based, block-wise schematic editor for designs ranging from a single net interconnect to an entire bus traversing multiple boards. The analysis solution provides high simulation accuracy for accurate transient simulation for designs from DC to 10 gigahertz and more.

The analysis solution uses an industry standard IBIS Algorithmic Modeling Interface (AMI) transmitter and receiver model plus unique capabilities such as cascaded model support to simplify the flow.