Due to unfortunate circumstances (me dropping the laptop) I have now ended up with a half broken laptop that has a broken screen and a dying battery. I could repair it, however, I don’t wanna bother as I’m very likely gonna be getting a new one soon.
The laptop itself still works fine, however the broken screen and dying battery make it pretty much useless as a laptop and I already have a home lab NAS thing, so I’m kinda out of ideas on what to do with it. Any ideas?
Here are the specs:
CPU: i5-8300h
GPU: intel HD830/GTX1050ti
RAM: 16GB
Storage: 128GB SSD
You could try to convert it to a “headless” laptop.
Some cash savvy people have been buying M1 macbooks with broken screens and converting them into headless laptops. For the price of a broken MacBook and some tinkering, you can get what is essentially a Mac mini with a touchpad and keyboard.
Here is an alternative Piped link(s):
https://piped.video/uOigVjqW7hc
Piped is a privacy-respecting open-source alternative frontend to YouTube.
I’m open-source; check me out at GitHub.
Remove the battery, take the motherboard out of the case. Plug the motherboard in, and voila you have a larger and more powerful raspberry pi. You could use it as a second node for control, management, observation purposes, etc.
If you remove the battery it will either A not work or B run extremely slowly. Always have a functional battery in your laptops.
Ideally find a way to limit the charge of the battery. But if you can’t nuking your battery is better than running at 800mhz or whatever your lowest clock speed is.
I’ve run laptops before without batteries a few times and never had issues, is there a reason for the slowdown?
Power consumption. Especially with turbo boost power consumption can easily spike well above what the power brick can deliver, so the battery is used like a capacitor. Or shit even without the spikes chargers can’t keep up. My laptop will actually discharge under full load with the full 240 watt charger.
It’s not normally an issue on REALLY low end devices (sub core i, like pentiums or atoms), but anything high end will reduce it’s power consumption without a batter installed.
Because over time the battery degrades, swells, and becomes a fire risk.
Keeping it only 80% charged can help mitigate it but not fully.
That is largely a myth and in my experience never happens with higher quality laptop batteries. But yes limiting charge doesn’t hurt if it is only used as a UPS anyways.
Great suggestion, but I’m not entirely sure it’s 100% possible on all models? Some models are built so that it won’t turn on without a battery installed (much like phones) and that the power has to pass through the battery before it reaches the motherboard.
I believe that scenario would take much more knowledge of electricity plus some soldering skills to bypass the battery. They gave specs, but not make and model. I don’t trust companies like HP to not take the route that requires you to send it in to them for servicing.
It does work without the battery and the model is: dell G3 3579, I just didn’t think the model was that important to mention.
I usually just harvest usable parts like the hard drive and camera and call it a day.
Alternatively, if you’re able to plug an external monitor in and get it to work for setup, you could install some sort of Linux distro on it and run it headless for lots of different purposes.
Camera?
Like a Webcam camera? What’s the use case? Can you map the pins to a SPC like a raspi or ardrino?
