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The SparkFun MP3 Player Shield leverages the powerful VS1053B codec to decode multiple audio formats and streams music from a microSD card, enabling any compatible Arduino board to function as a fully featured MP3 player. With versatile audio outputs and broad format support, it’s ideal for embedding rich sound effects or music into your projects, though users should be aware of some reported stability issues.
| ASIN | B09NJQBG99 |
| Best Sellers Rank | #102,738 in Electronics ( See Top 100 in Electronics ) #510 in MP3 & MP4 Players |
| Brand | SparkFun |
| Built-In Media | Shield components only |
| Compatible Devices | Arduino boards |
| Connectivity Technology | Aux |
| Customer Reviews | 2.9 2.9 out of 5 stars (10) |
| Manufacturer | SparkFun Electronics |
| Memory Storage Capacity | 4 GB |
| Mfr Part Number | DEV-12660 |
| Model Name | mp3 |
| Operating System | FreeRTOS |
| Processor Count | 1 |
| RAM Memory Technology | LPDDR3 |
| UPC | 845156005529 |
| Warranty Description | 30 Days |
D**N
So, so
Sample code does not work very well. Set up music files per the sample but performance was spotty at best.
D**D
Incredibly buggy hardware that locks up constantly
I've been trying to get this board to work reliably for a week now, and at this point, I'm giving up. Its ability to resync with MP3 data seems to be very poor, and results in locking up with the interrupt line high, which means the Arduino wedges at that point. I've seen it with two different Arduino boards. So I thought maybe I could use WAV files. Nope. Even with the data being played back off of the onboard flash (PROGMEM), I get distorted audio played slowly and at a lower pitch, with massive distortion, indicating a buffer overrun. And although the Arduino Uno R4 can use faster SPI bus speeds, it doesn't respond above about 20 MHz, and it isn't usable at 20 MHz. Some of this may be the libraries I'm using (I'm working with Adafruit's library, because I don't do GPL v3), but the ease with which I could make this thing lock up is downright horrifying. The best part was that I actually managed to make it lock up just feeding WAV data. In that mode, I was literally doing nothing more than starting and stopping the flow of bytes of uncompressed data. So either I got a dud board or this chipset is simply the worst, buggiest piece of hardware I've ever had the displeasure of working which. I don't know which, but I've read enough comments from others having trouble with this chipset to suspect that it is the latter. I'm giving up. It really should not be this hard to trigger playback of audio clips without half a second of latency, or make them jump back to the beginning while they're still playing, or any of the other things that just don't work well with this chip.
J**R
Hard to set up/configure
I had a really difficult time getting this board to work. I was able to solder the headers I needed just fine but the software available on the Sparkfun website is not user friendly, and there is little documentation on how to get started with the device compared to other products they sell.
R**H
Terrable packing
Was sent only in thin plastic bag that was in an envelope. Som pins war bend. I was wery surpriced over bad backing on computer parts.
Trustpilot
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