Events Center

Getting accurate open circuit voltage measurements is key to understanding a battery's performance. Join Keithley Applications Engineer, Liz Makley, to discuss what open circuit voltage is and how to get the best measurements possible.

The IEEE 802.3 Ethernet standard body is readying the release of its fastest electrical standards, a collection of backplane, cable, and Attachment Unit Interface (AUI) specifications for signaling at 100 Gb/s per lane on widths of 1, 2, and 4 lanes. The discussion will include a review of the physical layer specification as well as compliance test and troubleshooting of this important new standard.

Reserve your spot for our second year of the Global Tektronix Innovation Forum. Join our lineup of speakers across three tracks of content over two days.

Learn more about the 2 Series MSO.

Get a complete view of your designs with high-fidelity waveforms, insightful measurements, unique spectrum analysis, and flexible probing solutions with the new 5 Series B MSO.

Join Keithley Applications Engineer, Liz Makley, to learn when you should consider more sensitive equipment, and discuss the tricks and pitfalls when moving to sensitive equipment.

Join Tektronix in a discussion of the latest Rev 1.0 requirements for validation of a 6.0 capable SerDes including SNDR and RLM measurements of transmitters, stressed eye calibration required for receiver jitter tolerance-based validation, and enhanced and newly defined measurement methods.

Tektronix expert Alek Arzdorf will share his extensive semiconductor calibration program management experience to help you understand how to calculate the ROI of your program, how to identify the gaps, and how to identify new strategic opportunities for reducing calibration time.

Our calibration expert Chris Ten Hoeve will discuss the pitfalls of low quality calibration and how to avoid them. As your lab looks to ramp up production after COVID-19, make sure you are not making decisions that can save money in the short term, but cost you in the long run.