Announcing our NEWEST creation
Arduino™ board compatibleNow you can add sound, voice, and your favorite music to your Arduino™ project with the rMP3. The rMP3 is an Arduino™ board compatible module, just plug it in, and use our Arduino™ libraries to access MP3 playback while simultaneously writing and reading data. Sound files such as voice prompts, sound effects, and music can be played using the rMP3. It can play MP3 files up to 320 Kbps. MP3 files are stored on SDHC, SD or MMC flash memory cards, in a format readable by your PC. In addition to playing audio files, you can use the rMP3 for your data access applications as well. The rMP3 has all the same functionality of the uMMC for data access and storage. Arduino™ is a trademark of Arduino Team The latest firmware updates: We were the first to bring you SD/MMC card access with our uMMC including FAT16/FAT32 support - now we are the first to bring you the latest: SDHC support! You can now access up to 32 GB (GIGAbytes) of storage in your applications.
µMP3 Playback ModuleThe µMP3 (uMP3 or "micro MP3") module allows designers to integrate high quality MP3/PCM/WAV/IMA ADPCM playback into designs with an easy to use TTL serial protocol. Sound files such as voice prompts, sound effects, and music can be played using the µMP3. it can play MP3 files up to 320 Kbps (peak). MP3 files are stored on SD or MMC flash memory cards, in a format readable by your PC. In addition to playing audio files, you can use the µMP3 for your data access applications as well. The µMP3 has all the same functionality of the µMMC. µMMC Data Storage ModuleThe µMMC (uMMC or "micro MMC") is a small footprint (2" x 1.25") SD or MMC flash memory card interface which can read and write FAT16 and FAT32 file systems. Using the serial interface on the µMMC, you can read from and write data to SD/MMC cards in FAT16/FAT32 format, permitting access to any size of card commercially available (32MB to 2GB and beyond) The serial interface is easy to use from both simple and advanced processors, so you can easily add large storage capacity to your next design. |