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Using FPGA's for audio processing - jaeblog jaeblog
https://justanotherelectronicsblog.com/?p=402
The job of the FPGA here is to sample in the data, output a 24 bit word for left and right audio data and a signal that there is data available. To …
CODEC FPGA IP Cores - SOC Technologies
http://soctechnologies.com/ip-cores/ip-core-h264-4k-encoder
(H.264 4K Video/Audio Encoder IP Core) SOC provides an H.264 4K encoder IP Core for Xilinx and Intel FPGAs. The encoder supports up to 4K/60 (4096 × 2160 @60fps) resolution. Parameters are configurable at run-time through API registers. Slim Versions There are two slimmed-down versions available.
Four-Channel FPGA Ambisonic Audio System
https://web.mit.edu/6.111/www/f2009/projects/benb_Project_Final_Report.pdf
The goal of ambisonics is to create a representation of 3-dimensional audio in a format that can be used on a speaker system of any size and shape. This document describes an efficient FPGA solution for encoding and decoding 3rd order ambisonic audio. To facilitate testing, there is an audio input module based on a DLP-USB254M FIFO chip and a
CODEC FPGA Modules - SOC Technologies
https://www.soctechnologies.com/modules/module-h265-encoder
(H.265 HD Video/Audio Encoder Modules) The H.265 HD Encoder Module is a small PCB with an FPGA configured with SOC's H.265 Video Encoder IP Core, along with all required components for video/audio encoding. It is a complete unit that receives raw video/audio and outputs H.265 stream (s) with optional AAC/MP2/MP3 audio. Product Evaluation Kits
SOC H.265/HEVC Video/Audio Encoder IP Core Datasheet
http://www.soctechnologies.com/technical_docs/IP-Cores/Data%20Sheets/Datasheet%20-%20H.265%20Encoder%20IP%20Cores.pdf
FPGA, which is encoded into the transport stream by the transport encoder in the FPGA. (2) Single FPGA Solution – for FPGAs that have the ARM embedded processors, the ARM processor is used for audio encoding. The video encoder IP core uses the logic part of the FPGA. Fig. 3 provides a block diagram for this single chip solution.
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