See 40-Gbps OTN Mapper Demo Using High-Density 40nm FPGA

by Kevin Morris

Need to develop telecom applications that meet stringent cost and power requirements while delivering a wide range of capabilities? Watch this 6-minute video to see how you can build a 40-Gbps multiplexed transponder that meets all of these criteria.

In this webcast you will:

See how quickly you can build a cost- and power-efficient, feature-rich 40-Gbps OTN mapper on a single FPGA.
Learn about the capabilities of our 40-nm Stratix® IV GX FPGA, which has up to 530K logic elements and on-chip serial interfaces.
See our partner TPACK’s TPO314 optical transport network (OTN) mapping product in action.

Agilex™ 3 vs. Certus-N2 Devices: Head-to-Head Benchmarking on 10 OpenCores Designs

Sponsored by Altera

Explore how Agilex™ 3 FPGAs deliver up to 2.4× higher performance and 30% lower power than comparable low-cost FPGAs in embedded applications. This white paper benchmarks real workloads, highlights key architectural advantages, and shows how Agilex 3 enables efficient AI, vision, and control systems with headroom to scale.

Click to read more

featured chalk talk

Reliability: Basics & Grades

Sponsored by Mouser Electronics and YAGEO Group

Reliability is cornerstone to all electronic designs today, but how reliability is implemented and determined can vary widely by different market segments. In this episode of Chalk Talk, Amelia Dalton and Sam Accardo from the YAGEO Group explore the definition of reliability for electronic components, investigate the different grades of reliability offered by the YAGEO Group and the various steps that the YAGEO Group is taking to ensure the greatest reliability of their components.

Click here for more information about KEMET Space, Avionics, & Defense Components

Aug 15, 2024

53,610 views

See 40-Gbps OTN Mapper Demo Using High-Density 40nm FPGA

Related