#orangepi5 — Public Fediverse posts

#OrangePi #OrangePi5 works well with Ubuntu Server 25.10 if you use EDK2 on github.

Update:
I've moved gitea off the orangepi5 and have it now working well on my #pinephone which is connected via usb ethernet to the network, it's running #postmarketos and seems to be handling it well https://git.solarcene.community

The mastodon instance is still on the orangepi and while it does keep resetting it seems to be reasonably stable, it's all backed up, I'm still planning what to do next, I might build a second server and then move everything across. Still not sure what's made the #orangepi5 unstable after over a year of running

#solarinstance

Update:
I've moved gitea off the orangepi5 and have it now working well on my #pinephone which is connected via usb ethernet to the network, it's running #postmarketos and seems to be handling it well https://git.solarcene.community

The mastodon instance is still on the orangepi and while it does keep resetting it seems to be reasonably stable, it's all backed up, I'm still planning what to do next, I might build a second server and then move everything across. Still not sure what's made the #orangepi5 unstable after over a year of running

#solarinstance

Update:
I've moved gitea off the orangepi5 and have it now working well on my #pinephone which is connected via usb ethernet to the network, it's running #postmarketos and seems to be handling it well https://git.solarcene.community

The mastodon instance is still on the orangepi and while it does keep resetting it seems to be reasonably stable, it's all backed up, I'm still planning what to do next, I might build a second server and then move everything across. Still not sure what's made the #orangepi5 unstable after over a year of running

#solarinstance

Update:
I've moved gitea off the orangepi5 and have it now working well on my #pinephone which is connected via usb ethernet to the network, it's running #postmarketos and seems to be handling it well https://git.solarcene.community

The mastodon instance is still on the orangepi and while it does keep resetting it seems to be reasonably stable, it's all backed up, I'm still planning what to do next, I might build a second server and then move everything across. Still not sure what's made the #orangepi5 unstable after over a year of running

#solarinstance

Update:
I've moved gitea off the orangepi5 and have it now working well on my #pinephone which is connected via usb ethernet to the network, it's running #postmarketos and seems to be handling it well https://git.solarcene.community

The mastodon instance is still on the orangepi and while it does keep resetting it seems to be reasonably stable, it's all backed up, I'm still planning what to do next, I might build a second server and then move everything across. Still not sure what's made the #orangepi5 unstable after over a year of running

#solarinstance

Hey-hi-hello there, Orange Pi 5 Max 😊.

It had a blown PMIC (RK806-1), as you can see on the pics.

Cool fact - anyone can easily buy those chips.

Not cool fact - those Oranges are sucking the heat badly.

So I had to put it on the preheater to replace the chip, because hot air alone either won't provide enough heat or would burn the board.

But it's all good in the end - one more fix ✅.

#orangepi #orangepi5max #orangepi5 #electronics #sbc #electronicsrepair #soldering #microsoldering

Hey-hi-hello there, Orange Pi 5 Max 😊.

It had a blown PMIC (RK806-1), as you can see on the pics.

Cool fact - anyone can easily buy those chips.

Not cool fact - those Oranges are sucking the heat badly.

So I had to put it on the preheater to replace the chip, because hot air alone either won't provide enough heat or would burn the board.

But it's all good in the end - one more fix ✅.

#orangepi #orangepi5max #orangepi5 #electronics #sbc #electronicsrepair #soldering #microsoldering

Hey-hi-hello there, Orange Pi 5 Max 😊.

It had a blown PMIC (RK806-1), as you can see on the pics.

Cool fact - anyone can easily buy those chips.

Not cool fact - those Oranges are sucking the heat badly.

So I had to put it on the preheater to replace the chip, because hot air alone either won't provide enough heat or would burn the board.

But it's all good in the end - one more fix ✅.

#orangepi #orangepi5max #orangepi5 #electronics #sbc #electronicsrepair #soldering #microsoldering

Hey-hi-hello there, Orange Pi 5 Max 😊.

It had a blown PMIC (RK806-1), as you can see on the pics.

Cool fact - anyone can easily buy those chips.

Not cool fact - those Oranges are sucking the heat badly.

So I had to put it on the preheater to replace the chip, because hot air alone either won't provide enough heat or would burn the board.

But it's all good in the end - one more fix ✅.

#orangepi #orangepi5max #orangepi5 #electronics #sbc #electronicsrepair #soldering #microsoldering

Hey-hi-hello there, Orange Pi 5 Max 😊.

It had a blown PMIC (RK806-1), as you can see on the pics.

Cool fact - anyone can easily buy those chips.

Not cool fact - those Oranges are sucking the heat badly.

So I had to put it on the preheater to replace the chip, because hot air alone either won't provide enough heat or would burn the board.

But it's all good in the end - one more fix ✅.

#orangepi #orangepi5max #orangepi5 #electronics #sbc #electronicsrepair #soldering #microsoldering

Just did a Geekbench on my Orange Pi 5: https://browser.geekbench.com/v6/cpu/11154718

#orangepi5 #geekbench

Just did a Geekbench on my Orange Pi 5: https://browser.geekbench.com/v6/cpu/11154718

#orangepi5 #geekbench

Just did a Geekbench on my Orange Pi 5: https://browser.geekbench.com/v6/cpu/11154718

#orangepi5 #geekbench

Just did a Geekbench on my Orange Pi 5: https://browser.geekbench.com/v6/cpu/11154718

#orangepi5 #geekbench

Just did a Geekbench on my Orange Pi 5: https://browser.geekbench.com/v6/cpu/11154718

#orangepi5 #geekbench

Перевёз блог на #RaspberryPi4 - благо дел там было минимум, сайт-то статичный. Освободилась #OrangePi5 с поддержкой nvme :-)
Можно теперь отказоустойчивый кластер собирать из трёх (не включая малинку) одноплатников 🤣

Перевёз блог на #RaspberryPi4 - благо дел там было минимум, сайт-то статичный. Освободилась #OrangePi5 с поддержкой nvme :-)
Можно теперь отказоустойчивый кластер собирать из трёх (не включая малинку) одноплатников 🤣

Перевёз блог на #RaspberryPi4 - благо дел там было минимум, сайт-то статичный. Освободилась #OrangePi5 с поддержкой nvme :-)
Можно теперь отказоустойчивый кластер собирать из трёх (не включая малинку) одноплатников 🤣

Я тут маялся с подключением к #OrangePi5 измеритель напряжения и силы тока #ina219 - но не сильно успешно. Но в руки мне попала #RaspberryPi4 и всё завелось без особых усилий.
Вот как так?

Я тут маялся с подключением к #OrangePi5 измеритель напряжения и силы тока #ina219 - но не сильно успешно. Но в руки мне попала #RaspberryPi4 и всё завелось без особых усилий.
Вот как так?

Я тут маялся с подключением к #OrangePi5 измеритель напряжения и силы тока #ina219 - но не сильно успешно. Но в руки мне попала #RaspberryPi4 и всё завелось без особых усилий.
Вот как так?

Orange Pi 5 Ultra is an RK3588 single-board PC with HDMI input

The Orange Pi 5 Ultra is a new single-board computer that’s nearly identical to the Orange Pi 5 Max that launched this summer. Both are credit card-sized devices that look like a Raspberry Pi with a few extra connectors including an M.2 slot for an SSD. And both are powered by Rockchip RK3588 octa-core processors.

But while the Orange Pi 5 Max has dual HDMI outputs allowing you to connect the board to up to two displays, the Orange Pi 5 Ultra has a single HDMI out port and an HDMI input that allows you to connect a video source to the little computer for video capture or processing. The new board is available for purchase from AliExpress, where you can pick up a model with 16GB of RAM for $125.

The HDMI ports are the only significant differences I can spot between the Orange Pi 5 Max and Ultra. Both boards support WiFi 6E and Bluetooth 5.3. Both supports up to 16GB of LPDDR5 memory. And both have multiple storage options including an eMMC module, microSD card reader, and M.2 M-Key slot with support for PCIe 3.0 x4 NVMe storage.

Since both boards also feature MIPI-CSI camera connectors and USB ports, you theoretically don’t need an HDMI input for video capture. But the HDMI 2.0 input on the Orange Pi 5 Ultra could make it easier to connect common video sources with support for resolutions up to 4K at 60 frames per second.

The Orange Pi 5 Ultra joins a growing family of Orange Pi 5-branded single-board computers, which also includes the Orange Pi 5, Orange Pi 5 Pro, and Orange Pi 5 Plus:

$119 and up(Amazon)

16GB for $129 (AliExpress)

via LinuxGizmos and NotebookCheck

#orangePi #orangePi5 #orangePi5Ultra #rk3588 #sbc

Orange Pi 5 Ultra is an RK3588 single-board PC with HDMI input

The Orange Pi 5 Ultra is a new single-board computer that’s nearly identical to the Orange Pi 5 Max that launched this summer. Both are credit card-sized devices that look like a Raspberry Pi with a few extra connectors including an M.2 slot for an SSD. And both are powered by Rockchip RK3588 octa-core processors.

But while the Orange Pi 5 Max has dual HDMI outputs allowing you to connect the board to up to two displays, the Orange Pi 5 Ultra has a single HDMI out port and an HDMI input that allows you to connect a video source to the little computer for video capture or processing. The new board is available for purchase from AliExpress, where you can pick up a model with 16GB of RAM for $125.

The HDMI ports are the only significant differences I can spot between the Orange Pi 5 Max and Ultra. Both boards support WiFi 6E and Bluetooth 5.3. Both supports up to 16GB of LPDDR5 memory. And both have multiple storage options including an eMMC module, microSD card reader, and M.2 M-Key slot with support for PCIe 3.0 x4 NVMe storage.

Since both boards also feature MIPI-CSI camera connectors and USB ports, you theoretically don’t need an HDMI input for video capture. But the HDMI 2.0 input on the Orange Pi 5 Ultra could make it easier to connect common video sources with support for resolutions up to 4K at 60 frames per second.

The Orange Pi 5 Ultra joins a growing family of Orange Pi 5-branded single-board computers, which also includes the Orange Pi 5, Orange Pi 5 Pro, and Orange Pi 5 Plus:

$119 and up(Amazon)

16GB for $129 (AliExpress)

via LinuxGizmos and NotebookCheck

#orangePi #orangePi5 #orangePi5Ultra #rk3588 #sbc

Kernel 6.1 on my #OrangePi5 works okay but there's one major issue where my SD card would hang randomly and the driver had to manually reset the SD card controller.

That could be my card or it's a v6.1 issue.. maybe I should try to run the card on DDR50 mode.

Kernel 6.1 on my #OrangePi5 works okay but there's one major issue where my SD card would hang randomly and the driver had to manually reset the SD card controller.

That could be my card or it's a v6.1 issue.. maybe I should try to run the card on DDR50 mode.

Kernel 6.1 on my #OrangePi5 works okay but there's one major issue where my SD card would hang randomly and the driver had to manually reset the SD card controller.

That could be my card or it's a v6.1 issue.. maybe I should try to run the card on DDR50 mode.

Kernel 6.1 on my #OrangePi5 works okay but there's one major issue where my SD card would hang randomly and the driver had to manually reset the SD card controller.

That could be my card or it's a v6.1 issue.. maybe I should try to run the card on DDR50 mode.

Kernel 6.1 on my #OrangePi5 works okay but there's one major issue where my SD card would hang randomly and the driver had to manually reset the SD card controller.

That could be my card or it's a v6.1 issue.. maybe I should try to run the card on DDR50 mode.

Antes eu tinha baixado um debian servidor (do armbian) e botado gnome e o driver de vídeo compilado na unha. Agora consegui botar um debian cinnamon com kernel mais novo, colocar o gnome, remover o cinnamon 😁 e transferir pro ssd. O driver de vídeo tá mais direitinho também, ou seja, não dá mais crash na aceleração do browser
#OrangePi5

Antes eu tinha baixado um debian servidor (do armbian) e botado gnome e o driver de vídeo compilado na unha. Agora consegui botar um debian cinnamon com kernel mais novo, colocar o gnome, remover o cinnamon 😁 e transferir pro ssd. O driver de vídeo tá mais direitinho também, ou seja, não dá mais crash na aceleração do browser
#OrangePi5

Antes eu tinha baixado um debian servidor (do armbian) e botado gnome e o driver de vídeo compilado na unha. Agora consegui botar um debian cinnamon com kernel mais novo, colocar o gnome, remover o cinnamon 😁 e transferir pro ssd. O driver de vídeo tá mais direitinho também, ou seja, não dá mais crash na aceleração do browser
#OrangePi5

Notei que meu #orangePi5 tava rebootando sozinho com alguma frequência ultimamente. Quase sempre quando tava em reunião e eu dava aquele overview do gnome. Me parece que quanto mais dispositivo conectado nele (webcam, interface de áudio, ssd...) pior a situação. Aí resolvi trocar a fonte dele, teoricamente oficial de 4A, por um carregador de celular de 3A só pra testar. Ta funcionando muito bem, imagine só...

Notei que meu #orangePi5 tava rebootando sozinho com alguma frequência ultimamente. Quase sempre quando tava em reunião e eu dava aquele overview do gnome. Me parece que quanto mais dispositivo conectado nele (webcam, interface de áudio, ssd...) pior a situação. Aí resolvi trocar a fonte dele, teoricamente oficial de 4A, por um carregador de celular de 3A só pra testar. Ta funcionando muito bem, imagine só...

Notei que meu #orangePi5 tava rebootando sozinho com alguma frequência ultimamente. Quase sempre quando tava em reunião e eu dava aquele overview do gnome. Me parece que quanto mais dispositivo conectado nele (webcam, interface de áudio, ssd...) pior a situação. Aí resolvi trocar a fonte dele, teoricamente oficial de 4A, por um carregador de celular de 3A só pra testar. Ta funcionando muito bem, imagine só...

Aparentemente o mesmo #orangePi5 de sempre, mas quando você vira dá pra ver que ele ganhou super poderes. Eu peguei o SSD antigo do notebook e botei nele

Fiz um teste com o gnome disks e parece que a velocidade de leitura é de 360Mb/s enquanto do microSD é de 60Mb/s. Mais tarde eu transfiro o sistema pro SSD pra ver se dá pra perceber muita diferença

Aparentemente o mesmo #orangePi5 de sempre, mas quando você vira dá pra ver que ele ganhou super poderes. Eu peguei o SSD antigo do notebook e botei nele

Fiz um teste com o gnome disks e parece que a velocidade de leitura é de 360Mb/s enquanto do microSD é de 60Mb/s. Mais tarde eu transfiro o sistema pro SSD pra ver se dá pra perceber muita diferença

Aparentemente o mesmo #orangePi5 de sempre, mas quando você vira dá pra ver que ele ganhou super poderes. Eu peguei o SSD antigo do notebook e botei nele

Fiz um teste com o gnome disks e parece que a velocidade de leitura é de 360Mb/s enquanto do microSD é de 60Mb/s. Mais tarde eu transfiro o sistema pro SSD pra ver se dá pra perceber muita diferença

Eu instalei o sistema no #orangePi5 pegando o armbian (debian 12) pra servidor e depois mandei um apt install gnome. Só outro dia me dei conta de que não estava imprimindo pq faltava dar um apt install cups
#linux

Eu instalei o sistema no #orangePi5 pegando o armbian (debian 12) pra servidor e depois mandei um apt install gnome. Só outro dia me dei conta de que não estava imprimindo pq faltava dar um apt install cups
#linux

Eu instalei o sistema no #orangePi5 pegando o armbian (debian 12) pra servidor e depois mandei um apt install gnome. Só outro dia me dei conta de que não estava imprimindo pq faltava dar um apt install cups
#linux

Eu instalei o sistema no #orangePi5 pegando o armbian (debian 12) pra servidor e depois mandei um apt install gnome. Só outro dia me dei conta de que não estava imprimindo pq faltava dar um apt install cups
#linux

Acontece que eu lembrei que o #orangePi5 tem uma entrada M.2, ou seja, eu posso pegar o SSD que era do notebook e botar nele. Aí se eu mover o sistema e o home pra ele deve ficar tudo mais rápido. Se bem que usar tudo no microSD não é tão lento como eu imaginei que seria, na verdade é bem usável. Vamos ver que diferença que faz

Acontece que eu lembrei que o #orangePi5 tem uma entrada M.2, ou seja, eu posso pegar o SSD que era do notebook e botar nele. Aí se eu mover o sistema e o home pra ele deve ficar tudo mais rápido. Se bem que usar tudo no microSD não é tão lento como eu imaginei que seria, na verdade é bem usável. Vamos ver que diferença que faz

Acontece que eu lembrei que o #orangePi5 tem uma entrada M.2, ou seja, eu posso pegar o SSD que era do notebook e botar nele. Aí se eu mover o sistema e o home pra ele deve ficar tudo mais rápido. Se bem que usar tudo no microSD não é tão lento como eu imaginei que seria, na verdade é bem usável. Vamos ver que diferença que faz

The "portable" computer that I use on the go.

I use:
- SBC: Orange Pi 5 (16GB)
- Screen: Waveshare 13.3 inch LCD (v2 case)
- Keyboard: LANGTU LT84 (Wireless)
- Mouse: Logitech G102 Lightsync

#orangepi5

The "portable" computer that I use on the go.

I use:
- SBC: Orange Pi 5 (16GB)
- Screen: Waveshare 13.3 inch LCD (v2 case)
- Keyboard: LANGTU LT84 (Wireless)
- Mouse: Logitech G102 Lightsync

#orangepi5

The "portable" computer that I use on the go.

I use:
- SBC: Orange Pi 5 (16GB)
- Screen: Waveshare 13.3 inch LCD (v2 case)
- Keyboard: LANGTU LT84 (Wireless)
- Mouse: Logitech G102 Lightsync

#orangepi5

The "portable" computer that I use on the go.

I use:
- SBC: Orange Pi 5 (16GB)
- Screen: Waveshare 13.3 inch LCD (v2 case)
- Keyboard: LANGTU LT84 (Wireless)
- Mouse: Logitech G102 Lightsync

#orangepi5

The "portable" computer that I use on the go.

I use:
- SBC: Orange Pi 5 (16GB)
- Screen: Waveshare 13.3 inch LCD (v2 case)
- Keyboard: LANGTU LT84 (Wireless)
- Mouse: Logitech G102 Lightsync

#orangepi5