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#raspberrypizero — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #raspberrypizero, aggregated by home.social.

  1. Orange Pi Zero 3W is a tiny Allwinner A733 computer with up to 16GB RAM and PCIe 3.0 support

    The Orange Pi Zero 3W is a tiny computer that measures just 65 x 32mm (2.56″ x 1.26″) and which bears a striking resemblance to a Raspberry Pi Zero 2 W. But Orange Pi’s version supports far more RAM, faster WiFi, and an FPC interface for PCIe 3.0 x1 add-ons.

    Powered by an Allwinner A733 processor, the Orange Pi Zero 3W supports up to 16GB of LPDDR5-4800 memory. Along with a microSD card […]

    #orangePi #orangePiZero3w #raspberryPiZero #sbc Read more: liliputing.com/orange-pi-zero-
  2. Orange Pi Zero 3W is a tiny Allwinner A733 computer with up to 16GB RAM and PCIe 3.0 support

    The Orange Pi Zero 3W is a tiny computer that measures just 65 x 32mm (2.56″ x 1.26″) and which bears a striking resemblance to a Raspberry Pi Zero 2 W. But Orange Pi’s version supports far more RAM, faster WiFi, and an FPC interface for PCIe 3.0 x1 add-ons.

    Powered by an Allwinner A733 processor, the Orange Pi Zero 3W supports up to 16GB of LPDDR5-4800 memory. Along with a microSD card […]

    #orangePi #orangePiZero3w #raspberryPiZero #sbc Read more: liliputing.com/orange-pi-zero-
  3. Orange Pi Zero 3W is a tiny Allwinner A733 computer with up to 16GB RAM and PCIe 3.0 support

    The Orange Pi Zero 3W is a tiny computer that measures just 65 x 32mm (2.56″ x 1.26″) and which bears a striking resemblance to a Raspberry Pi Zero 2 W. But Orange Pi’s version supports far more RAM, faster WiFi, and an FPC interface for PCIe 3.0 x1 add-ons.

    Powered by an Allwinner A733 processor, the Orange Pi Zero 3W supports up to 16GB of LPDDR5-4800 memory. Along with a microSD card […]

    #orangePi #orangePiZero3w #raspberryPiZero #sbc Read more: liliputing.com/orange-pi-zero-
  4. Orange Pi Zero 3W is a tiny Allwinner A733 computer with up to 16GB RAM and PCIe 3.0 support

    The Orange Pi Zero 3W is a tiny computer that measures just 65 x 32mm (2.56″ x 1.26″) and which bears a striking resemblance to a Raspberry Pi Zero 2 W. But Orange Pi’s version supports far more RAM, faster WiFi, and an FPC interface for PCIe 3.0 x1 add-ons.

    Powered by an Allwinner A733 processor, the Orange Pi Zero 3W supports up to 16GB of LPDDR5-4800 memory. Along with a microSD card […]

    #orangePi #orangePiZero3w #raspberryPiZero #sbc Read more: liliputing.com/orange-pi-zero-
  5. The CubeSatSim Lite is available again on the AMSAT Store!

    This open source hardware and software project runs on a Raspberry Pi Zero 2W and transmits realistic satellite telemetry in the 70cm ham radio band.

    I really enjoying developing this STEM educational project!

    #CubeSatSim #CubeSat #HamRadio #AMSAT #RaspberryPi #STEM #OpenSource #Education #SDR #HamR #AmateurRadio #RaspberryPiZero

    amsat.org/product/cubesatsim-l

  6. The CubeSatSim Lite is available again on the AMSAT Store!

    This open source hardware and software project runs on a Raspberry Pi Zero 2W and transmits realistic satellite telemetry in the 70cm ham radio band.

    I really enjoying developing this STEM educational project!

    #CubeSatSim #CubeSat #HamRadio #AMSAT #RaspberryPi #STEM #OpenSource #Education #SDR #HamR #AmateurRadio #RaspberryPiZero

    amsat.org/product/cubesatsim-l

  7. The CubeSatSim Lite is available again on the AMSAT Store!

    This open source hardware and software project runs on a Raspberry Pi Zero 2W and transmits realistic satellite telemetry in the 70cm ham radio band.

    I really enjoying developing this STEM educational project!

    #CubeSatSim #CubeSat #HamRadio #AMSAT #RaspberryPi #STEM #OpenSource #Education #SDR #HamR #AmateurRadio #RaspberryPiZero

    amsat.org/product/cubesatsim-l

  8. The CubeSatSim Lite is available again on the AMSAT Store!

    This open source hardware and software project runs on a Raspberry Pi Zero 2W and transmits realistic satellite telemetry in the 70cm ham radio band.

    I really enjoying developing this STEM educational project!

    #CubeSatSim #CubeSat #HamRadio #AMSAT #RaspberryPi #STEM #OpenSource #Education #SDR #HamR #AmateurRadio #RaspberryPiZero

    amsat.org/product/cubesatsim-l

  9. The CubeSatSim Lite is available again on the AMSAT Store!

    This open source hardware and software project runs on a Raspberry Pi Zero 2W and transmits realistic satellite telemetry in the 70cm ham radio band.

    I really enjoying developing this STEM educational project!

    #CubeSatSim #CubeSat #HamRadio #AMSAT #RaspberryPi #STEM #OpenSource #Education #SDR #HamR #AmateurRadio #RaspberryPiZero

    amsat.org/product/cubesatsim-l

  10. on my laptop machine can, after a couple of pop-ups, see below, into my and monkey around with it..... not bad. The pi zero is connected to the laptop via a hotspot that the pi zero generates to serve . The laptop is connected to that hotspot via a dedicated wifi dongle TP-Link Archer T3U Plus AC1300 for dual wifi amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). info loramesh.org/subpages/piboxnod

  11. #ClaudeCode on my laptop machine can, after a couple of pop-ups, see below, #ssh into my #pizero and monkey around with it..... not bad. The pi zero #lora #rnode is connected to the laptop via a hotspot that the pi zero generates to serve #reticulum #meshchat. The laptop is connected to that hotspot via a dedicated wifi dongle TP-Link Archer T3U Plus AC1300 for dual wifi amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info loramesh.org/subpages/piboxnod

  12. #ClaudeCode on my laptop machine can, after a couple of pop-ups, see below, #ssh into my #pizero and monkey around with it..... not bad. The pi zero #lora #rnode is connected to the laptop via a hotspot that the pi zero generates to serve #reticulum #meshchat. The laptop is connected to that hotspot via a dedicated wifi dongle TP-Link Archer T3U Plus AC1300 for dual wifi amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info loramesh.org/subpages/piboxnod

  13. #ClaudeCode on my laptop machine can, after a couple of pop-ups, see below, #ssh into my #pizero and monkey around with it..... not bad. The pi zero #lora #rnode is connected to the laptop via a hotspot that the pi zero generates to serve #reticulum #meshchat. The laptop is connected to that hotspot via a dedicated wifi dongle TP-Link Archer T3U Plus AC1300 for dual wifi amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info loramesh.org/subpages/piboxnod

  14. #ClaudeCode on my laptop machine can, after a couple of pop-ups, see below, #ssh into my #pizero and monkey around with it..... not bad. The pi zero #lora #rnode is connected to the laptop via a hotspot that the pi zero generates to serve #reticulum #meshchat. The laptop is connected to that hotspot via a dedicated wifi dongle TP-Link Archer T3U Plus AC1300 for dual wifi amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info loramesh.org/subpages/piboxnod

  15. An updated ClusterHAT v2.6 will be available shortly.

    The Cluster HAT is a simple way to connect up to 4 Raspberry Pi Zero to a host Raspberry Pi using USB Gadget network and serial with I2C power control via GPIO.

    The main changes are:

    * The USB HUB updated to the CH334F which has a Multiple Transaction Translator (MTT).
    * The (now obsolete) XRA1200P I/O expander is replaced by an ATtiny1616 which ships with firmware emulating the XRA1200P. It also has a built-in UPDI programmer for the ATtiny1616 allowing simple updates or switching to custom/more advanced firmware.

    8086.support/content/23/116/en

    github.com/8086net/clusterhat2

    8086.support/content/23/118/en

    #ClusterHAT #CH334 #ATtiny1616 #Microchip #AVR #RaspberryPi #RaspberryPiZero #PiZero

  16. An updated ClusterHAT v2.6 will be available shortly.

    The Cluster HAT is a simple way to connect up to 4 Raspberry Pi Zero to a host Raspberry Pi using USB Gadget network and serial with I2C power control via GPIO.

    The main changes are:

    * The USB HUB updated to the CH334F which has a Multiple Transaction Translator (MTT).
    * The (now obsolete) XRA1200P I/O expander is replaced by an ATtiny1616 which ships with firmware emulating the XRA1200P. It also has a built-in UPDI programmer for the ATtiny1616 allowing simple updates or switching to custom/more advanced firmware.

    8086.support/content/23/116/en

    github.com/8086net/clusterhat2

    8086.support/content/23/118/en

    #ClusterHAT #CH334 #ATtiny1616 #Microchip #AVR #RaspberryPi #RaspberryPiZero #PiZero

  17. An updated ClusterHAT v2.6 will be available shortly.

    The Cluster HAT is a simple way to connect up to 4 Raspberry Pi Zero to a host Raspberry Pi using USB Gadget network and serial with I2C power control via GPIO.

    The main changes are:

    * The USB HUB updated to the CH334F which has a Multiple Transaction Translator (MTT).
    * The (now obsolete) XRA1200P I/O expander is replaced by an ATtiny1616 which ships with firmware emulating the XRA1200P. It also has a built-in UPDI programmer for the ATtiny1616 allowing simple updates or switching to custom/more advanced firmware.

    8086.support/content/23/116/en

    github.com/8086net/clusterhat2

    8086.support/content/23/118/en

    #ClusterHAT #CH334 #ATtiny1616 #Microchip #AVR #RaspberryPi #RaspberryPiZero #PiZero

  18. An updated ClusterHAT v2.6 will be available shortly.

    The Cluster HAT is a simple way to connect up to 4 Raspberry Pi Zero to a host Raspberry Pi using USB Gadget network and serial with I2C power control via GPIO.

    The main changes are:

    * The USB HUB updated to the CH334F which has a Multiple Transaction Translator (MTT).
    * The (now obsolete) XRA1200P I/O expander is replaced by an ATtiny1616 which ships with firmware emulating the XRA1200P. It also has a built-in UPDI programmer for the ATtiny1616 allowing simple updates or switching to custom/more advanced firmware.

    8086.support/content/23/116/en

    github.com/8086net/clusterhat2

    8086.support/content/23/118/en

    #ClusterHAT #CH334 #ATtiny1616 #Microchip #AVR #RaspberryPi #RaspberryPiZero #PiZero

  19. An updated ClusterHAT v2.6 will be available shortly.

    The Cluster HAT is a simple way to connect up to 4 Raspberry Pi Zero to a host Raspberry Pi using USB Gadget network and serial with I2C power control via GPIO.

    The main changes are:

    * The USB HUB updated to the CH334F which has a Multiple Transaction Translator (MTT).
    * The (now obsolete) XRA1200P I/O expander is replaced by an ATtiny1616 which ships with firmware emulating the XRA1200P. It also has a built-in UPDI programmer for the ATtiny1616 allowing simple updates or switching to custom/more advanced firmware.

    8086.support/content/23/116/en

    github.com/8086net/clusterhat2

    8086.support/content/23/118/en

    #ClusterHAT #CH334 #ATtiny1616 #Microchip #AVR #RaspberryPi #RaspberryPiZero #PiZero

  20. @mr_acloud I tried probably 10 to 15 different distros.

    The machine is a 64bit system, but the EFI only does 32bit. I used an old Micro USB OTG hub that I had for a #raspberrypizero a usb keyboard/mouse and a ventoy flash drive.
    Holding the volume down and power for 5 secs, brings a menu to get to bios & boot. turn secure boot off & set it too boot from usb in bios.
    The rest was fairly straight forward. (But slow it's not a fast system).

    <More>

  21. @mr_acloud I tried probably 10 to 15 different distros.

    The machine is a 64bit system, but the EFI only does 32bit. I used an old Micro USB OTG hub that I had for a #raspberrypizero a usb keyboard/mouse and a ventoy flash drive.
    Holding the volume down and power for 5 secs, brings a menu to get to bios & boot. turn secure boot off & set it too boot from usb in bios.
    The rest was fairly straight forward. (But slow it's not a fast system).

    <More>

  22. @mr_acloud I tried probably 10 to 15 different distros.

    The machine is a 64bit system, but the EFI only does 32bit. I used an old Micro USB OTG hub that I had for a #raspberrypizero a usb keyboard/mouse and a ventoy flash drive.
    Holding the volume down and power for 5 secs, brings a menu to get to bios & boot. turn secure boot off & set it too boot from usb in bios.
    The rest was fairly straight forward. (But slow it's not a fast system).

    <More>

  23. That the Christmas decorations up then! My #RaspberryPiZero powered Christmas tree 🎄🎄🎄

  24. That the Christmas decorations up then! My #RaspberryPiZero powered Christmas tree 🎄🎄🎄

  25. That the Christmas decorations up then! My #RaspberryPiZero powered Christmas tree 🎄🎄🎄

  26. That the Christmas decorations up then! My #RaspberryPiZero powered Christmas tree 🎄🎄🎄

  27. That the Christmas decorations up then! My #RaspberryPiZero powered Christmas tree 🎄🎄🎄