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USB Device Audio Solutions - Microchip Technology
https://www.microchip.com/en-us/solutions/consumer/audio-and-speech/audio-solutions/usb-device-audio-solutions
USB Audio Headset Demo: A PIC32MM MCU can be used to develop USB audio applications. The USB audio headset demo is a perfect starting point that leverages the X32 headers populated on the PIC32MM USB Curiosity Development Board. It works with the PIC32 Audio Codec Daughter Card to implement full stereo 48 kHz digital audio playback, simultaneous microphone …
PIC32 USB Audio | Microchip Technology
https://www.microchip.com/en-us/solutions/consumer/audio-and-speech/pic32-digital-audio/pic32-usb-audio
USB Audio. Our PIC32 MCUs offer high-resolution audio interfacing for USB applications, enabling higher-quality sound for today's audio designs in an affordable package. Offering scalable performance—from low-cost PIC32MX …
Creating a USB Audio Device on a PIC32 MCU Using MPLAB …
https://ww1.microchip.com/downloads/en/AppNotes/00002582A.pdf
compatibility. Therefore, developing a USB Audio application may entail significant development cost and time. This application note discusses the USB Audio Device Class v1.0 Specification, and provides guidance for implementing USB Audio device solutions on PIC32-based microcontrollers using Microchip’s MPLAB® Harmony Integrated Software Framework. The …
AVR32716: AVR UC3 USB Audio Class - ww1.microchip.com
https://ww1.microchip.com/downloads/en/Appnotes/doc32139.pdf
AVR UC3 USB audio class. The application operates in the USB device mode, enumerating as a “stereo headset with microphone”. It uses the USB Audio and HID (consumer) classes. An essential issue in audio is synchronization of the data streams. Indeed, the smallest artifacts are easily detected by the human ear.
PIC32 Digital Audio | Microchip Technology
https://www.microchip.com/en-us/solutions/consumer/audio-and-speech/pic32-digital-audio
We offer the following decoders for developing a variety of USB audio and Bluetooth audio applications: AAC (1) MP3 (1) FLAC; WAVE; SPEEX; OPUS; WMA (1) ADPCM; These audio decoders are the basis for many USB audio and Bluetooth audio solutions. Some of these audio decoders may need to be licensed from a third party.
understanding USB Audio | Microchip
https://www.microchip.com/forums/m544025.aspx
understanding USB Audio Forum people, be patient please. After years I'm still a newbee about USB basics. Looking into Microchip Audio Class examples I have somehow modified microphone example, mixing it with speaker example, obtaining a firmware based on two switching buffers, with data produced on a timer based interrupt.
USB Audio Streamer A Microchip PIC based USB sound …
https://pic-microcontroller.com/usb-audio-streamer-a-microchip-pic-based-usb-sound-card/
The hardware for the sound card is based on the Microchip PIC18F2550 USB processor. The processor is clocked at 48MHz which is the …
USB-to-I2S Bridging with Microchip Hubs
https://www.microchip.com/content/dam/mchp/documents/UNG/ApplicationNotes/ApplicationNotes/AN3135-USB-to-I2S-Bridging-App-Note-00003135A.pdf
Microchip USB hubs provide a bridge from USB to an audio device codec via I2S. These devices support only USB Audio Device Class Specification v1.0. The I2S interface is a five-wire connection to the ADAU1961 codec. There is sufficient configuration flexibility to change the settings of the Analog Devices ADAU1961, or to implement a different ...
AN3387 - USB-to-I2S™ Bridging with Microchip USB249xx Hubs
https://ww1.microchip.com/downloads/en/Appnotes/AN3387-USB-to-I2S-Bridge-USB249xx-DS00003387.pdf
The I2S™ (Inter-IC-Sound) bus is the standard interface for connecting audio devices, such as audio codecs. The USB Audio/Video (AV) Device Class Definition describes among other things the methods used to communicate with devices containing sound-related functionality. This includes digital and analog audio data with its associated meta-
USB Device Classes - Developer Help
https://microchipdeveloper.com/usb:device-classes
The USB Audio/Video (AV) Device Class Definition describes the methods used to communicate with devices or functions embedded in composite devices that are used to manipulate audio, video, voice, and all image- and sound-related functionality. That specification defines the usable set of SubClass and Protocol values.
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