Recently Nokia has making gains in video compression and RXRM. As a new grad in FPGA, how does FPGA fit in these gains?

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Recently Nokia has making gains in video compression and RXRM. As a new grad in FPGA, how does FPGA fit in these gains?

Mowly K. asked a question to Monika M.

video coding: https://www.nokia.com/newsroom/nokia-ericsson-and-fraunhofer-hhi-join-forces-to-drive-6g-era-video-coding-standardization RXRM: https://www.nokia.com/industries/rxrm

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Author: Mowly K.
Category: Role, Role description
Date asked: 18 November, 2025 15:38
Last update: 09 March, 2026 12:45

MM
Monika M. Team Manager

Hi Mowly, Thanks for your question! In areas like video compression and RXRM, FPGA fits naturally because these workloads need high parallelism, low latency, and deterministic performance. FPGAs are often used to accelerate or prototype compute-intensive blocks and to turn algorithmic gains into real-time, deployable solutions. For a new grad, FPGA work is a way to bridge advanced algorithms with practical, high-performance hardware.

21 January, 2026 12:07