Implementing 100 Gig Ethernet with OpenVPX

March 1, 2022

The demand for 100 Gigabit Ethernet VPX products has driven suppliers to design, model, simulate and test the boundaries of technologies - on the connectors, the backplane routing, and the boards.

To meet the exponential growth of demanding data and image processing needs that accompany sensor-based platform designs, 100 Gigabit Ethernet is emerging as the communications protocol of choice to handle that traffic across the system.

This webinar will address the technologies that are being implemented now on OpenVPX and SOSA™ to meet the demands of these powerful computing needs, addressing signal integrity challenges, migration to the RT3 connector and beyond, and how optics & RF can support Gig Ethernet lanes as well as transceiver development.

Elmas Wistia-Kanal

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https://elma-2.wistia.com/medias/i2npnqtyi3

How Are Platform Power Requirements Driving Designs for Modular Systems for Air and Ground Vehicles?

July 2, 2024

The webinar, sponsored by Elma Electronic, discusses how platform power requirements drive designs for modular systems for air and ground vehicles. David Gash and Ken Grove are the speakers, focusing on the challenges posed by varying power levels and specific performance parameters for military platforms. They address the differences in power standards for aircraft and vehicles, including Milestone 1275 and 704 requirements, and the VITA 62.0 standard for power supply modules. The discussion also covers the trade-off between output power capacity and voltage resilience, as well as system considerations for power supplies, including starting current, power supply design, and chassis management for intelligent platform management.

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https://elma-2.wistia.com/medias/1zyg6vlc2g

Managing Signal Integrity Challenges for Success in High Performance Embedded Computing Systems

April 17, 2024

Discover the critical shift in VPX systems' signal integrity at Gen4+ speeds and 100-Gigabit Ethernet, explored through the lens of VITA 68.3 standards development, real-world design cases, and high-performance cooling techniques in this insightful webcast.