#raspberry-pi-zero — Public Fediverse posts

Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
The image is a lot clearer now, I'm satisfied.
#Amiga #A500 #retrocomputing

Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
The image is a lot clearer now, I'm satisfied.
#Amiga #A500 #retrocomputing

Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
The image is a lot clearer now, I'm satisfied.
#Amiga #A500 #retrocomputing

Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
The image is a lot clearer now, I'm satisfied.
#Amiga #A500 #retrocomputing

Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
The image is a lot clearer now, I'm satisfied.
#Amiga #A500 #retrocomputing

@bt Subscribed to your #RSS feed!
If you can, I'd love to see an article about some #raspberrypizero stats like CPU/memory utilization.
By the way update your RSS to have relative links on anchors cause when I click them I jump from my reader to your page (unless this was intentional).

@bt Subscribed to your #RSS feed!
If you can, I'd love to see an article about some #raspberrypizero stats like CPU/memory utilization.
By the way update your RSS to have relative links on anchors cause when I click them I jump from my reader to your page (unless this was intentional).

@bt Subscribed to your #RSS feed!
If you can, I'd love to see an article about some #raspberrypizero stats like CPU/memory utilization.
By the way update your RSS to have relative links on anchors cause when I click them I jump from my reader to your page (unless this was intentional).

@bt Subscribed to your #RSS feed!
If you can, I'd love to see an article about some #raspberrypizero stats like CPU/memory utilization.
By the way update your RSS to have relative links on anchors cause when I click them I jump from my reader to your page (unless this was intentional).

@bt Subscribed to your #RSS feed!
If you can, I'd love to see an article about some #raspberrypizero stats like CPU/memory utilization.
By the way update your RSS to have relative links on anchors cause when I click them I jump from my reader to your page (unless this was intentional).

https://www.europesays.com/be-fr/121311/ Raspberry Le Pi discute de l’ordinateur monocarte Zero 3 W dont le prix, s’il est commercialisé aujourd’hui, n’a rien à voir avec celui de Zero #BE #BEFr #Belgique #Belgium #InformationsSurDesOrdinateursPortatifs #nouvelles #rapport #RaspberryPi #RaspberryPiZero #RaspberryPiZero3 #RaspberryPiZero3W #RaspberryPiZero3WH #RaspberryPiZero3W #revues #SBC #Science #ScienceAndTechnology #Sciences #SciencesEtTechnologies #SingleBoardComputer #Technologies #Technology #test

A Cyberdeck That Runs Linux…in an Altoids Tin

https://fed.brid.gy/r/https://hackaday.com/2026/05/12/a-cyberdeck-that-runs-linux-in-an-altoids-tin/

A Cyberdeck That Runs Linux…in an Altoids Tin

https://fed.brid.gy/r/https://hackaday.com/2026/05/12/a-cyberdeck-that-runs-linux-in-an-altoids-tin/

Optocam Zero’s Pictures Look One Hundred

https://fed.brid.gy/r/https://hackaday.com/2026/04/16/optocam-zeros-pictures-look-one-hundred/

Optocam Zero’s Pictures Look One Hundred

https://fed.brid.gy/r/https://hackaday.com/2026/04/16/optocam-zeros-pictures-look-one-hundred/

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 […]

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 […]

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 […]

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 […]

SILKSONG!
(steam link + retropie! xD)
#raspberryPiZero #retropi #diy_electronics

SILKSONG!
(steam link + retropie! xD)
#raspberryPiZero #retropi #diy_electronics

SILKSONG!
(steam link + retropie! xD)
#raspberryPiZero #retropi #diy_electronics

SILKSONG!
(steam link + retropie! xD)
#raspberryPiZero #retropi #diy_electronics

LED Matrix Clock Proudly Shows Its Inner Wiring

https://fed.brid.gy/r/https://hackaday.com/2026/03/31/led-matrix-clock-proudly-shows-its-inner-wiring/

LED Matrix Clock Proudly Shows Its Inner Wiring

https://fed.brid.gy/r/https://hackaday.com/2026/03/31/led-matrix-clock-proudly-shows-its-inner-wiring/

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

https://www.amsat.org/product/cubesatsim-lite-complete/

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

https://www.amsat.org/product/cubesatsim-lite-complete/

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

https://www.amsat.org/product/cubesatsim-lite-complete/

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

https://www.amsat.org/product/cubesatsim-lite-complete/

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

https://www.amsat.org/product/cubesatsim-lite-complete/

continuing
.. https://youtu.be/lU5_SBdBkXY?si=y9yxhHgR7cY2-Q68 shows #sdr and #reticulum #lxmf messaging gui #dashboard with #RaspberryPiZero2W #raspberrypizero #lora

continuing
.. https://youtu.be/lU5_SBdBkXY?si=y9yxhHgR7cY2-Q68 shows #sdr and #reticulum #lxmf messaging gui #dashboard with #RaspberryPiZero2W #raspberrypizero #lora

continuing
.. https://youtu.be/lU5_SBdBkXY?si=y9yxhHgR7cY2-Q68 shows #sdr and #reticulum #lxmf messaging gui #dashboard with #RaspberryPiZero2W #raspberrypizero #lora

continuing
.. https://youtu.be/lU5_SBdBkXY?si=y9yxhHgR7cY2-Q68 shows #sdr and #reticulum #lxmf messaging gui #dashboard with #RaspberryPiZero2W #raspberrypizero #lora

continuing
.. https://youtu.be/lU5_SBdBkXY?si=y9yxhHgR7cY2-Q68 shows #sdr and #reticulum #lxmf messaging gui #dashboard with #RaspberryPiZero2W #raspberrypizero #lora

#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 https://amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info https://loramesh.org/subpages/piboxnode/build_pi_box.html

#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 https://amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info https://loramesh.org/subpages/piboxnode/build_pi_box.html

#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 https://amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info https://loramesh.org/subpages/piboxnode/build_pi_box.html

#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 https://amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info https://loramesh.org/subpages/piboxnode/build_pi_box.html

#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 https://amzn.eu/d/04oLHUGr (running nixos but works for any device with browser). #raspberrypizero info https://loramesh.org/subpages/piboxnode/build_pi_box.html

Instant Photography For The Maker

https://fed.brid.gy/r/https://hackaday.com/2026/03/07/instant-photography-for-the-maker/

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.

https://8086.support/content/23/116/en/what-are-the-differences-in-cluster-hat-versions.html#v2.6

https://github.com/8086net/clusterhat26-firmware

https://8086.support/content/23/118/en/how-do-i-use-the-solder-jumpers-on-the-cluster-hat.html

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

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.

https://8086.support/content/23/116/en/what-are-the-differences-in-cluster-hat-versions.html#v2.6

https://github.com/8086net/clusterhat26-firmware

https://8086.support/content/23/118/en/how-do-i-use-the-solder-jumpers-on-the-cluster-hat.html

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

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.

https://8086.support/content/23/116/en/what-are-the-differences-in-cluster-hat-versions.html#v2.6

https://github.com/8086net/clusterhat26-firmware

https://8086.support/content/23/118/en/how-do-i-use-the-solder-jumpers-on-the-cluster-hat.html

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

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.

https://8086.support/content/23/116/en/what-are-the-differences-in-cluster-hat-versions.html#v2.6

https://github.com/8086net/clusterhat26-firmware

https://8086.support/content/23/118/en/how-do-i-use-the-solder-jumpers-on-the-cluster-hat.html

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

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.

https://8086.support/content/23/116/en/what-are-the-differences-in-cluster-hat-versions.html#v2.6

https://github.com/8086net/clusterhat26-firmware

https://8086.support/content/23/118/en/how-do-i-use-the-solder-jumpers-on-the-cluster-hat.html

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

@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>

@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>

@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>

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

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

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

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

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

20 Easy Raspberry Pi Projects: Toys, Tools, Gadgets, and More! (1 ed)
https://ebokify.com/20-easy-raspberry-pi-projects-1-ed

🔥 Top 6 Raspberry Pi eBooks V2 for $20
https://ebokify.com/top-6-raspberry-pi-ebooks-v2

#raspberrypi #raspberrypi5 #rpi5 #raspberrypipico #raspberrypizero #raspberrypi4 #raspberrypi3 #raspberrypi4b #RP2350 #IoT #IoTProjects #Microcontroller #EmbeddedSystems

20 Easy Raspberry Pi Projects: Toys, Tools, Gadgets, and More! (1 ed)
https://ebokify.com/20-easy-raspberry-pi-projects-1-ed

🔥 Top 6 Raspberry Pi eBooks V2 for $20
https://ebokify.com/top-6-raspberry-pi-ebooks-v2

#raspberrypi #raspberrypi5 #rpi5 #raspberrypipico #raspberrypizero #raspberrypi4 #raspberrypi3 #raspberrypi4b #RP2350 #IoT #IoTProjects #Microcontroller #EmbeddedSystems

Pi-Powered Camera Turns Heads and Lenses In Equal Measure https://hackaday.com/2025/11/07/pi-powered-camera-turns-heads-and-lenses-in-equal-measure/ #digitalcamerashacks #Raspberrypicamera #RaspberryPiZero #classichacks #turretcamera #M12lens

Pi-Powered Camera Turns Heads and Lenses In Equal Measure https://hackaday.com/2025/11/07/pi-powered-camera-turns-heads-and-lenses-in-equal-measure/ #digitalcamerashacks #Raspberrypicamera #RaspberryPiZero #classichacks #turretcamera #M12lens

Pi-Powered Camera Turns Heads and Lenses In Equal Measure https://hackaday.com/2025/11/07/pi-powered-camera-turns-heads-and-lenses-in-equal-measure/ #digitalcamerashacks #Raspberrypicamera #RaspberryPiZero #classichacks #turretcamera #M12lens

Pi-Powered Camera Turns Heads and Lenses In Equal Measure - Have you ever seen photos of retro movie sets where the cameras seem to be bedazzl... - https://hackaday.com/2025/11/07/pi-powered-camera-turns-heads-and-lenses-in-equal-measure/ #digitalcamerashacks #raspberrypicamera #raspberrypizero #classichacks #turretcamera #m12lens