#argononeup — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #argononeup, aggregated by home.social.
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One gripe with the Argon One Up is WiFi performance seems to be weak. Reading the documentation, it appears the CM5 defaults to using a PCB-trace antenna which lives behind a massive heatsink inside the base of the laptop.
Not a recipe for success on microwave bands.
https://www.jeffgeerling.com/blog/2022/enable-external-antenna-connector-on-raspberry-pi-compute-module-45/ describes how to switch it to the "external" antenna, which is presumably better placed.
Doing this, it seems to receive a lot better.
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One gripe with the Argon One Up is WiFi performance seems to be weak. Reading the documentation, it appears the CM5 defaults to using a PCB-trace antenna which lives behind a massive heatsink inside the base of the laptop.
Not a recipe for success on microwave bands.
https://www.jeffgeerling.com/blog/2022/enable-external-antenna-connector-on-raspberry-pi-compute-module-45/ describes how to switch it to the "external" antenna, which is presumably better placed.
Doing this, it seems to receive a lot better.
-
One gripe with the Argon One Up is WiFi performance seems to be weak. Reading the documentation, it appears the CM5 defaults to using a PCB-trace antenna which lives behind a massive heatsink inside the base of the laptop.
Not a recipe for success on microwave bands.
https://www.jeffgeerling.com/blog/2022/enable-external-antenna-connector-on-raspberry-pi-compute-module-45/ describes how to switch it to the "external" antenna, which is presumably better placed.
Doing this, it seems to receive a lot better.
-
One gripe with the Argon One Up is WiFi performance seems to be weak. Reading the documentation, it appears the CM5 defaults to using a PCB-trace antenna which lives behind a massive heatsink inside the base of the laptop.
Not a recipe for success on microwave bands.
https://www.jeffgeerling.com/blog/2022/enable-external-antenna-connector-on-raspberry-pi-compute-module-45/ describes how to switch it to the "external" antenna, which is presumably better placed.
Doing this, it seems to receive a lot better.
-
One gripe with the Argon One Up is WiFi performance seems to be weak. Reading the documentation, it appears the CM5 defaults to using a PCB-trace antenna which lives behind a massive heatsink inside the base of the laptop.
Not a recipe for success on microwave bands.
https://www.jeffgeerling.com/blog/2022/enable-external-antenna-connector-on-raspberry-pi-compute-module-45/ describes how to switch it to the "external" antenna, which is presumably better placed.
Doing this, it seems to receive a lot better.
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I switched my #ArgonOneUp to Ubuntu 26.04 (LTS?) yesterday. It still doesn't have suspend/resume, AFAICT. It seems to be a fine browsing/note taking laptop, though I'm still not loving the touchpad.
I'm thinking about installing VSCode on it and writing some code on it. It probably won't like that.
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I switched my #ArgonOneUp to Ubuntu 26.04 (LTS?) yesterday. It still doesn't have suspend/resume, AFAICT. It seems to be a fine browsing/note taking laptop, though I'm still not loving the touchpad.
I'm thinking about installing VSCode on it and writing some code on it. It probably won't like that.
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I switched my #ArgonOneUp to Ubuntu 26.04 (LTS?) yesterday. It still doesn't have suspend/resume, AFAICT. It seems to be a fine browsing/note taking laptop, though I'm still not loving the touchpad.
I'm thinking about installing VSCode on it and writing some code on it. It probably won't like that.
-
I switched my #ArgonOneUp to Ubuntu 26.04 (LTS?) yesterday. It still doesn't have suspend/resume, AFAICT. It seems to be a fine browsing/note taking laptop, though I'm still not loving the touchpad.
I'm thinking about installing VSCode on it and writing some code on it. It probably won't like that.
-
I switched my #ArgonOneUp to Ubuntu 26.04 (LTS?) yesterday. It still doesn't have suspend/resume, AFAICT. It seems to be a fine browsing/note taking laptop, though I'm still not loving the touchpad.
I'm thinking about installing VSCode on it and writing some code on it. It probably won't like that.
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RE: https://mastodon.social/@geerlingguy/116024284233213022
I agree with everything @geerlingguy says here, except that my ONE UP's touchpad is really stiff and hard to click. It might just be my unit; it might be I'm not familiar with non-Mac touchpads.
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RE: https://mastodon.social/@geerlingguy/116024284233213022
I agree with everything @geerlingguy says here, except that my ONE UP's touchpad is really stiff and hard to click. It might just be my unit; it might be I'm not familiar with non-Mac touchpads.
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RE: https://mastodon.social/@geerlingguy/116024284233213022
I agree with everything @geerlingguy says here, except that my ONE UP's touchpad is really stiff and hard to click. It might just be my unit; it might be I'm not familiar with non-Mac touchpads.
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RE: https://mastodon.social/@geerlingguy/116024284233213022
I agree with everything @geerlingguy says here, except that my ONE UP's touchpad is really stiff and hard to click. It might just be my unit; it might be I'm not familiar with non-Mac touchpads.
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RE: https://mastodon.social/@geerlingguy/116024284233213022
I agree with everything @geerlingguy says here, except that my ONE UP's touchpad is really stiff and hard to click. It might just be my unit; it might be I'm not familiar with non-Mac touchpads.
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Well if anyone else has an #ArgonOneUp and wants to try out this janky (but functional) gnome battery indicator extension I wrote, have at it. Keep in mind I don't really know javascript and I also don't really know gnome. Still was fun to learn a bit though.
https://github.com/Drago245/Argon_OneUp_Gnome_Battery-Monitor
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Edit: I found the Wayland documentation that describes how the touchpad ("clickpad") currently works in Raspberry Pi OS Trixie. Right-click is done by clicking (not tapping) a small area in the corner of the pad.
https://wayland.freedesktop.org/libinput/doc/1.28.1/touchpads.html#touchpads-buttons-clickpads
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Edit: I found the Wayland documentation that describes how the touchpad ("clickpad") currently works in Raspberry Pi OS Trixie. Right-click is done by clicking (not tapping) a small area in the corner of the pad.
https://wayland.freedesktop.org/libinput/doc/1.28.1/touchpads.html#touchpads-buttons-clickpads
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Edit: I found the Wayland documentation that describes how the touchpad ("clickpad") currently works in Raspberry Pi OS Trixie. Right-click is done by clicking (not tapping) a small area in the corner of the pad.
https://wayland.freedesktop.org/libinput/doc/1.28.1/touchpads.html#touchpads-buttons-clickpads
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Edit: I found the Wayland documentation that describes how the touchpad ("clickpad") currently works in Raspberry Pi OS Trixie. Right-click is done by clicking (not tapping) a small area in the corner of the pad.
https://wayland.freedesktop.org/libinput/doc/1.28.1/touchpads.html#touchpads-buttons-clickpads
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Edit: I found the Wayland documentation that describes how the touchpad ("clickpad") currently works in Raspberry Pi OS Trixie. Right-click is done by clicking (not tapping) a small area in the corner of the pad.
https://wayland.freedesktop.org/libinput/doc/1.28.1/touchpads.html#touchpads-buttons-clickpads
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It's to early to have serious impressions of the Argon ONE UP except that it's a small laptop. And I can post to Mastodon from it.
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It's to early to have serious impressions of the Argon ONE UP except that it's a small laptop. And I can post to Mastodon from it.
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It's to early to have serious impressions of the Argon ONE UP except that it's a small laptop. And I can post to Mastodon from it.
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It's to early to have serious impressions of the Argon ONE UP except that it's a small laptop. And I can post to Mastodon from it.
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It's to early to have serious impressions of the Argon ONE UP except that it's a small laptop. And I can post to Mastodon from it.
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The Argon ONE UP arrived. It sat outside for a while, and it's too cold to touch. But soon, I'll have a little laptop with a big GPIO header. I guess it's time to figure out how to install Raspbian on an SSD. (The laptop has an SD card slot, so I can boot from that too.)
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The Argon ONE UP arrived. It sat outside for a while, and it's too cold to touch. But soon, I'll have a little laptop with a big GPIO header. I guess it's time to figure out how to install Raspbian on an SSD. (The laptop has an SD card slot, so I can boot from that too.)
-
The Argon ONE UP arrived. It sat outside for a while, and it's too cold to touch. But soon, I'll have a little laptop with a big GPIO header. I guess it's time to figure out how to install Raspbian on an SSD. (The laptop has an SD card slot, so I can boot from that too.)
-
The Argon ONE UP arrived. It sat outside for a while, and it's too cold to touch. But soon, I'll have a little laptop with a big GPIO header. I guess it's time to figure out how to install Raspbian on an SSD. (The laptop has an SD card slot, so I can boot from that too.)
-
The Argon ONE UP arrived. It sat outside for a while, and it's too cold to touch. But soon, I'll have a little laptop with a big GPIO header. I guess it's time to figure out how to install Raspbian on an SSD. (The laptop has an SD card slot, so I can boot from that too.)
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Argon ONE UP hits Kickstarter for $330 and up (Raspberry Pi CM5-powered laptop)
The Argon ONE UP is a laptop with a 14 inch, 1920 x 1200 pixel IPS LCD display, an aluminum body, backlit keyboard, and one thing that sets it apart from most other laptops: the Argon ONE UP is powered by a removable Raspberry Pi CM5 computer module.
Argon40 has been making Raspberry Pi accessories like cases for years, but this year the company is branching out with its first laptop shell. […]
#argonOneUp #argon40 #crowdfunding #laptopDock #laptopShell #raspberryPi #raspberryPiCm5
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Argon ONE UP hits Kickstarter for $330 and up (Raspberry Pi CM5-powered laptop)
The Argon ONE UP is a laptop with a 14 inch, 1920 x 1200 pixel IPS LCD display, an aluminum body, backlit keyboard, and one thing that sets it apart from most other laptops: the Argon ONE UP is powered by a removable Raspberry Pi CM5 computer module.
Argon40 has been making Raspberry Pi accessories like cases for years, but this year the company is branching out with its first laptop shell. […]
#argonOneUp #argon40 #crowdfunding #laptopDock #laptopShell #raspberryPi #raspberryPiCm5
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Argon ONE UP hits Kickstarter for $330 and up (Raspberry Pi CM5-powered laptop)
The Argon ONE UP is a laptop with a 14 inch, 1920 x 1200 pixel IPS LCD display, an aluminum body, backlit keyboard, and one thing that sets it apart from most other laptops: the Argon ONE UP is powered by a removable Raspberry Pi CM5 computer module.
Argon40 has been making Raspberry Pi accessories like cases for years, but this year the company is branching out with its first laptop shell. […]
#argonOneUp #argon40 #crowdfunding #laptopDock #laptopShell #raspberryPi #raspberryPiCm5
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Argon ONE UP hits Kickstarter for $330 and up (Raspberry Pi CM5-powered laptop)
The Argon ONE UP is a laptop with a 14 inch, 1920 x 1200 pixel IPS LCD display, an aluminum body, backlit keyboard, and one thing that sets it apart from most other laptops: the Argon ONE UP is powered by a removable Raspberry Pi CM5 computer module.
Argon40 has been making Raspberry Pi accessories like cases for years, but this year the company is branching out with its first laptop shell. […]
#argonOneUp #argon40 #crowdfunding #laptopDock #laptopShell #raspberryPi #raspberryPiCm5
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For some reason, I just backed the Argon ONE UP laptop on Kickstarter. FOMO, I guess.
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For some reason, I just backed the Argon ONE UP laptop on Kickstarter. FOMO, I guess.
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For some reason, I just backed the Argon ONE UP laptop on Kickstarter. FOMO, I guess.
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For some reason, I just backed the Argon ONE UP laptop on Kickstarter. FOMO, I guess.
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For some reason, I just backed the Argon ONE UP laptop on Kickstarter. FOMO, I guess.