Banana Pi BPI-R4 Lite #MediaTek #MT7987A Open Source #Router board public sale.
2GB RAM and 8G eMMC,2.5G #SFP + 2.5G RJ45 WAN (#PoE-ready),Wi-Fi 7 NIC & #5G via M.2 and miniPCIe,2x8 PIN #MikroBUS for expansion
https://www.banana-pi.org/en/product-news/579.html
#bananapi #raspberrypi #WiFi #WiFi7 #OpenWrt

Spannendes Kickstarter-Projekt: #LoRaWAN mit #esp32 und leichter Erweiterbarkeit via #grove #feather und #mikrobus . Ah ja, und ist #nocode

https://www.kickstarter.com/projects/inx/wan-4-all-programmable-lorawan-module-and-breakout-board/

#Altstadtmobil #inklusiv #muenchen #mikrobus natürlich haben wir das gleich ausprobiert - sehr cool! Mutige Projektpartner, die einfach mal machen. So geht innovativer #Nahverkehr. Lustig: kostenlose Angebote irritieren Menschen.
@stuttgart@bawue.social war da was mit verödender Innenstadt?
https://muenchenunterwegs.de/angebote/altstadtmobil

Overall I think VisionFive2 is overall better board than e.g. BeagleV for kernel development tasks because:

• 2/3 of price
• twice more memory at least in the 8GB version
• Hat that can supply power and UART through micro-USB is about half price of comparable mikrobus and the overall setup is more compact in price.

I had no idea how the CPU’s compare but for my tasks I neither care :-) I guess they help each other to mature in Linux kernel because the hardware platform are from the same family (jh7100 for beaglev and jh7110 for visionfive2). For some other task, e.g. building something around the SBC, the evalution might different.

I came to these conclusions based on working with VisionFive2 and I do not have BeagleV at my hands so that my cause some dilation but at least this board feels like better bang for the buck.

Still would love to get my hands on BeagleV too and get more familiar with it, and yeah, competition is a great thing, and can’t wait for more Beagleboard RISC-V products.

#riscv #visionfive2 #beaglev #beagleboard #raspberrypi #mikrobus

TIL about BeagleConnect™, which makes it possible for #mikroBUS based Click boards to be connected wirelessly (e.g. via #6LoWPAN over
802.15.4) to a #linux gateway.

A virtual bus is created on the Linux gateway (e.g. /dev/i2c3) that sends "bridged PHY" #greybus messages to the remote #IoT node. The remote node runs #zephyr firmware on an MCU that speaks the Greybus protocols and translates those messages into I2C, SPI, GPIO, etc on the Click sensor (no drivers on MCU!)

https://git.beagleboard.org/beagleconnect/freedom

RT from Wilderness Labs Inc. (@wildernesslabs)

Everything u need to prototype and build in one; Light Snsr, Temp, Humid., Pressure, Air-Quality, Accel, RS-485, Speaker, Display, @seeedstudio #Grove, @mikroel #mikroBUS, @adafruit #Stemma, @sparkfun #QWIIC connectors. Full-color display, buttons, and more!

https://twitter.com/Hacksterio/status/1539636443911528449

Original tweet : https://twitter.com/wildernesslabs/status/1539640171406143488