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H05R00 Module H05R00 is a nifty little SPI-based, micro-SD card module based on STM32F0 MCU and running Fatfs file system. It is part of the upcoming Hexabitz modular prototyping system. Use as a ...Read More…
H05R00 is a nifty little SPI-based, micro-SD card module based on STM32F0 MCU and running Fatfs file system. It is part of the upcoming Hexabitz modular prototyping system.
Note: This module does not ship with a micro-SD card.
Hexabitz is a new kind of electronic prototyping platforms with game-changing modularity and a hint of biomimicry. Hexabitz modules connect with each other using a novel edge-soldering system and allow you to build tidy, compact and completely re-configurable electronic boards. Learn more about Hexabitz here.
Five array ports and four power ports (+3.3V and GND).
Access to 5xUART, 1xI2C, SWD, BOOT0, RESET.
SPI-connected microSD memory card for SD and SDHC cards with full integration of Fatfs file system.
Molex 502570-0893 microSD push-push connector with card detection.
8MHz external oscillator.
Size: 3 cm short diagonal
Area: 7.8 cm^2
Soldermask Color: Dark green
Finish: ENIG (gold) or HASL-LF (tin)
We developed a new form of documentation we call it the Factsheet: it's a mix between a hardware datasheet listing electrical properties and a software cheat-sheet showing you quickly the most important software functions and commands. Factsheets are color-coded and designed to be printed double-sided. We think they will come in handy for your Hexabitz projects. Let us know if you like them!
A: H05R00 module logs all sorts of signals connected to its array ports. You can stream digital data from external hardware using serial ports (UART), connect digital sensors (3.3V max) directly, connect external switches of any type (mechanical, optical, magnetic) or momentary and toggle buttons.
A: Yes! You can start two simultaneous logs of different types (rate or event) and log same or different signals.
A: Yes! You can write C code to combine signals in complex ways and write the output to an internal RAM buffer. This buffer / memory location can then be logged either on rate- or event-basis.
A: Maximum logging rate is 1KHz. However, it depends on number of simultaneous logs and number of variables per log. Usually it is several hundred Hz in complicated scenarios.
Check our website for more information or contact us about any questions or feedback!
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We will usually ship out orders on the following Monday.
FedEx: Standard Ground
Usually ships next business day.
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We’re challenging the basic concepts of electronic prototyping and rethinking the experience with makers in mind. Hexabitz is a new kind of electronic prototyping platforms with game-changing modularity and a hint of biomimicry. Check us out at www.hexabitz.com