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By Mohanad Abulghasim, Justin Tabatchnick, and Milica Markovic
It is important in high-speed digital applications to decrease the form factor and increase signal density by reducing isolating metal layers, all while preserving comparable crosstalk, loss and dispersion at the frequency of interest. This paper takes a look at how you can do that by showing how coplanar waveguide with smaller form-factor outperforms stripline in isolation and coupling.
Silicon Labs has introduced a comprehensive portfolio of timing solutions that provide jitter performance to meet the latest generation PCI Express® (PCIe) 5.0 specification with significant design margin.
Introspect Technology, released its SV4D Direct Attach MIPI Test Module. The SV4D is a high-performance, compact test module that enables at-speed production testing for MIPI® Alliance C-PHY℠ or D-PHY℠ transmitter or receiver interfaces.
Sponsored By Keysight Technologies Inc.
You can now watch all 8 DesignCon 2018 Keysight Education Forum (KEF) sessions from the convenience of your desk. Get complimentary access to the materials that made KEF a great success with more than 500 attendees this year. See what the industry's technical experts presented at DesignCon 2019.
EDI CON China 2019 took place April 1-3 in Beijing at the CNCC featuring 100 exhibitors and 3000 unique attendees. Check out these keynote talks we recorded at EDI CON China 2019. Talks include Roger Nichols of Keysight, Steve Sandler of Picotest, and Alexander Pabst of Rohde & Schwarz.
This webcast presented by Ransom Stephens, discusses using the Signal to noise and dispersion ratio measurement as a lab to understand not only SNDR, but the important quantities that go into it and many other measurements: pulse response and how it relates to features of interconnects like transfer functions and impulse response as well as ISI (inter-symbol interference); waveform fitting, fit deviations, and signal distortion; and measurement of the steady state voltage and pulse peak. In the process, you'll see exactly how SNDR compares electrical signal strength to the combination of random noise and harmonic distortion. View the on-demand presentation to learn more.
Visit our archived webinars page for educational resources on various design and measurement subjects and view at your convenience. Browse webinars here.
