Wi-Fi Protocol: 802.11 b/g/n/d/e/i/k/r (802.11n,speed up to 150 Mbps), A-MPDU and A-MSDU Aggregation, support 0.4us guard interval).Processor: Tensilica LX6 dual-core processor (One for high-speed connection one for independent application development).Onboard Charging Circuit and PH2.0 li-ion Battery Interface.ESP32 Dual-core low power maincontroller, WiFi+BT4.0.Compatible with DFRobot FireBeetle V2 Series.Turn your worthy ideas into fantastic reality with this FireBeetle board! 3. No matter you are a student, an electronic enthusiast, an artist or a designer, this would be your best partner to open up the world of electronic without dealing with complicated circuits, brain-buring codings, and all complex communication protocols. This open source board of high-flexibilty could bring you infinite possibilities! There are a large number of detailed tutorials and thousands of easy-to-use Gravity peripherals that provide you with the simplest way to program. FireBeetle will support the various development environment like MakeCode, Mind+, Pingpong and MicroPython (to be improved soon), which allows you to program your hardware by graphical programming, C language, Python or JS. Now it is not only fully compatible with Arduino development environment, but also comes with abundant hardware and software resources. What is FireBeetle Series?įireBeetle was originally designed to be a high-performance and more Mini Arduino open-source development board series. Besides, the stamp hole design makes it able to be easily embedded in your PCB, greatly saving your costs and time to build and test prototype. We provide you with detailed online tutorials and application cases, and there are thousands of sensors with welding-free Gravity interface and actuators to help you get started easily. You can easily create your own IoT smart home system when connecting it with an IoT platform like IFTTT.įireBeetle ESP32-E supports Arduino programming, and will support Scratch graphical programming and MicroPython programming very soon. It supports WiFi and Bluetooth dual-mode communication, and features small size, ultra-low power consumption, on-board charging circuit and easy-to-use interface, which can be conveniently used for smart home IoT, industrial IOT applications, wearable devices and so on. I read that engineering is all about compromise – you have to decide what you can and cannot implement given the parameters you have to work under.FireBeetle_Board_ESP32_E_SKU_DFR0654-DFRobotįireBeetle ESP32-E, specially designed for IoT, is an ESP-WROOM-32E-based main controller board with dual-core chips. I haven’t got one yet – they sell out so fast! I get a little more satisfaction having devices that conform to recognized standards – defacto as well as published. I’d also like to comment that I like the idea of implementing standard AT commands in the RFBee like you did. Which reminds me – I’ve also bought 5 Xbee Shields this year, which means that Somebody likes them! You could consider IR communications also, maybe as a new kind of Bee? (and I do have an IRToy already – plus I ordered another one last week as well).Īlso, as far as a header for programming is concerned, you could add quite a few (or all!) of the functionality of the UartSB as well (I just ordered a second UartSB – the second this year). That could simplify processing for the “main” Arduino the shield is attached to. There’s more than one potientially useful RF connection addition that could be considered as well.Īnd for whatever connections you add, switches to turn them on/off, voltage adjustments – maybe even a communications management processor (routing for each of the modules attached) would be handy. It would be really useful to have room for an XBee, GPS and Bluetooth at the same time. I agree with Richard’s idea about more than one device on the shield.
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