When installing the SDE on the Archos 101IT, one has to agree that this will void the warranty. However, on their web site www dot archos dot com > Archos 101 Internet Tablet > Tablet PC they write:
"Your ARCHOS 101 internet tablet is completely open to programmers, ...
To allow this, ARCHOS has ‘opened up’ their Internet Tablets allowing users to install or even replace the Android system installed on the device. ... Archos is proud to support the community of Linux on mobile platforms, and has chosen Ångström out of all Linux OS for their philosophy of creation that we both share."
Now, I am not a lawyer, but I wonder if Archos can still claim that I voided the warranty by installing SDE. Or does this not apply to the 101IT?
as discussed in several other threads: the warranty only includes software issues like if you brick your device by installing some weird kernel that erases the bootloader or something other very stupid.
if your devices hardware goes crazy (like the usb host port, a known issue of the 6th board revision) they will still give you warranty and replace the device. Me, for example, got it replaced (because of the broken usb host port), even though I (of course ) heavily use the SDE and such stuff.
Thanks very much!
Related
I know this is an incredibly newbish question, but I'd flipped through forums and articles and googled it and still don't quite seem to understand it.
My question is why is android dependent upon manufacturer's release?
Take for example, a desktop computer.
OS
This is the core of the device and the UI between the user and the hardware.
Applications talk to the OS to instruct the hardware to do stuff.
Microsoft and Apple makes the OS.
ex. Windows 7, Mac OS, Linux.
Hardware
Asus, Nvidia, Realtek, marvell make the hardware.
ex. video, LAN, sound etc.
Hardware Bundler
Dell, Alienware, Gateway, Acer
They take commercial hardware and some OEM hardware and assemble it in a way that many consumers will buy their bundle.
For 99.9% of us, not counting Synapse, this is the only way the hardware is packaged together.
Device Standards
Collectively, the manufactures work together to determine certain industry standards ex. ATX, PCI-E, SATA 3, USB 3.0 etc...
Drivers
The manufacturers also make drivers so the OS can make use of their hardware.
Compatibility Is Determined by Driver Support
If the driver exists to talk to a given OS, then the hardware will work.
Not all hardware manufacturers will code for every OS out there.
ex. USB works on all OS because it's more established, but not every sound card will work on a Linux system.
Bringing it home...
So if Microsoft releases Windows 8, and as long as Nvidia releases a driver that works with that OS, then the video card will work.
Can you help me understand how the android phone architecture is so different that it's no longer
OS <-> Driver <-> Hardware?
Sorry for not getting it.
oops, sorry.
My bad, I must have clicked the wrong section.
Can somebody move this thread?
Reposted in android section.
Please delete.
Hi, I am interested in buying a cheapo windows 8.1 with bing tablet and need help picking one from ebay. I will want to format and clean OS install
Can I have a recommendation on a model.. Budget no more than $300 Australia Dollars or around the 240 US.$
I am an IT techie so I know the ins and outs of installing os onto laptops and desktops.. i inderstand BIOS's and understand technology fairly well.
Tho never actually used a portable windows device. Do most of these devices have bios like a desktop? Startup selection hdd vs usb hdd etc?
I will want to end up deleting the recovery... Delete the android os if included and install 8.1 with bing clean, or eventually purchase a 8.1/10 pro for business use.
If I can have some info on whats good and whats not, i would really appreciate that.
Chuwi Vi10 64GB + Keyboard around $255 shipped to Australia from Gearbest.com
Cheapest one I could find. I myself is wanting this tablet, but might want to wait till Cherry Trail tablets are out.
Currently have a Voyo A1 Mini 8" Tablet. Win10 TP, removed android.
can you tell me how you went about doing this?
do these hand helds operate like a computer? same sort of bios settings?
how do you enter bios on your model?
is it anything like changing roms for mobile phones like samsung galaxy for example where you need USB cable connected and download roms onto it? or it is actually a fairly simple operation?
you can install drivers? where did you source them from?
any other comments would be great...
toxsickcity said:
can you tell me how you went about doing this?
do these hand helds operate like a computer? same sort of bios settings?
how do you enter bios on your model?
is it anything like changing roms for mobile phones like samsung galaxy for example where you need USB cable connected and download roms onto it? or it is actually a fairly simple operation?
you can install drivers? where did you source them from?
any other comments would be great...
Click to expand...
Click to collapse
I look into it as a handheld portable PC.
UEFI is what most Windows Tablet is using.
Installation, operation and use is exactly as you would expect it as with other Windows PCs, limited to its own hardware, and/or the OS you put on it. Search Ubuntu/Linux on chinese tablets.
You should do your assignments more before delving into this.
On a personal level, I can see myself selling my i3 15.6" laptop (I only retro game, and used mainly for Java, Visual Studios and non-hardware heavy) and my Voyo A1 Mini tablet, to get a good 2-in-1 PC. I need/want a more compact portable PC. And same as you, I've got a VERY limited budget.
To share to you my current requirements (deal-breakers if not met), and must not be lower/missing, to completely replace the said above PCs:
1. 64GB internal capacity (eMMC 5.0, better yet SSD) (higher capacity will be more than welcome)
2. HDMI output
3. Dock-in Keyboard supported (hate bluetooth keyboards)
4. At least 1 FULL USB slot (hoping a USB C tablet will be released soon)
5. A dedicated power input socket
6. Have decided to wait for Cherry Trail CPUs (hoping to be released end of September to holiday season)
7. Decent capacity for battery
8. 2GB Ram for an x86 OS (4GB on x64 OS) (more is more than welcome)
Optional:
Keyboard dock to have output sockets too (usb), built-in battery. similar to Asus T100. Hopefully newer tablets will have full x64 OSes.
Still.. to each their own, on how they'll be using the device/s.
I've a galaxy tab 2 7.0 which is beyond repair and hard bricked, I was wondering if I could use it's display and touch as a secondary monitor for windows, with a reasonable response time, for productivity. It would be a tremendous help.
deleted
Dhgr8 said:
Try iDisplay
Click to expand...
Click to collapse
Please read the post before reply. Device is hard bricked. Software solution not applicable. Hardware solution required.
You probably already gave up on this, but I am answering this so other people get at least sortof an answer.
For the display alone you could try to use a display driver board (Just google for "make your own monitor, DIY LCD controller board" Sadly can't post links yet..)
Will be hard as soldering to the connectors of the display is annoying/nearly impossible.
Next would be touch, and there you would also need to find a driver board (designing this yourself is way out of the scope usually) and then calibrate the coordinates. (Probably okay under linux/unix, next to impossible under windows)
Overall cost would probably surpass what you would pay for a cheap, new device which could run a software solution. (which would be more portable and cleaner looking.)
If you are a linux user, you can tether the tablet to your pc, get a vnc server running on it and then stream the feed via ADB over the usb-cable to your tablet. (ADB can connect ports from your tablet to your labtop and vice versa). This means that you dont have to pay anything for an app, and also do custom stuff like just sharing certain parts of the screen to the tablet etc...
Hey All,
5+ years experience 3D printing.
Some rooting / ROM android experience.
Okay so first of all I am going to explain the situation then ask the question.
Raspberry Pi and other SBCs are hard to come by or very expensive as of currently posting.
I have serveral RPi that I use, one being an 8gb RPi4 that runs Fluidd/Klipper for three of my printers.
Due to this RPi shortage I have looked into alternatives that are low powered ARM systems. I have considered cheap android TVs that I could run armbian on.
I have a friend that wants to run klipper on his printer but he doesn't have a RPi.
He has a spare android phone he is willing to use it as the host controller.
To investigate, I installed Octo4a on a spare phone (ZTE ZMax Pro MetroPCS). I installed klipper with a script through bash and installed the octoklipper plugin.
-Could not connect it to a printer / unsure if the klipper version on the MCU was the same as the one on the android.
-Getting tons of printer.cfg errors.
According to Octo4a you cannot flash the klipper firmware to the MCU via the android phone, thus another host must flash that firmware to the board.
I understand for long term use one would need a y-splitter OTG cable.
Even more long term to have a 3.7V source to replace the battery...
After doing some more research I found a korean guy on youtube running klipper on android via a rooted phone and a custom ROM and kernel.
After even more thought I was considering running a docker container on the android. Fluidd has an official docker container for fluidd/moonraker/klipper.
TL;DR
I am trying to run klipper on android so I can help my friend run klipper on android for his 3d printer.
Can anyone with experience help me?
Should I root the phone and try using termux and run alpine linux?
Should I learn docker and try to go that route?
Should I suggest a low cost android tv box and run armbian on it?
Is this a little too much to ask / complicated request ?
Can anyone point me in the right direction ?
I really feel like this is doable but I can't quite figure it out due to lack of experience with android development and docker.
Thank you to anyone who helps.
Mr. Pewpy But-Whole said:
Hey All,
5+ years experience 3D printing.
Some rooting / ROM android experience.
Okay so first of all I am going to explain the situation then ask the question.
Raspberry Pi and other SBCs are hard to come by or very expensive as of currently posting.
I have serveral RPi that I use, one being an 8gb RPi4 that runs Fluidd/Klipper for three of my printers.
Due to this RPi shortage I have looked into alternatives that are low powered ARM systems. I have considered cheap android TVs that I could run armbian on.
I have a friend that wants to run klipper on his printer but he doesn't have a RPi.
He has a spare android phone he is willing to use it as the host controller.
To investigate, I installed Octo4a on a spare phone (ZTE ZMax Pro MetroPCS). I installed klipper with a script through bash and installed the octoklipper plugin.
-Could not connect it to a printer / unsure if the klipper version on the MCU was the same as the one on the android.
-Getting tons of printer.cfg errors.
According to Octo4a you cannot flash the klipper firmware to the MCU via the android phone, thus another host must flash that firmware to the board.
I understand for long term use one would need a y-splitter OTG cable.
Even more long term to have a 3.7V source to replace the battery...
After doing some more research I found a korean guy on youtube running klipper on android via a rooted phone and a custom ROM and kernel.
After even more thought I was considering running a docker container on the android. Fluidd has an official docker container for fluidd/moonraker/klipper.
TL;DR
I am trying to run klipper on android so I can help my friend run klipper on android for his 3d printer.
Can anyone with experience help me?
Should I root the phone and try using termux and run alpine linux?
Should I learn docker and try to go that route?
Should I suggest a low cost android tv box and run armbian on it?
Is this a little too much to ask / complicated request ?
Can anyone point me in the right direction ?
I really feel like this is doable but I can't quite figure it out due to lack of experience with android development and docker.
Thank you to anyone who helps.
Click to expand...
Click to collapse
From my experience using octo4a on Android: you need good hardware, not any old phone, otherwise it's slow. And also without root running scripts can be cumbersome of if you don't have access to the system like on RPi...
take her home Mimi
thank you all man I'm going to leave okay I got I got everything
Hey all,
I just got two Lenovo Yoga Book tablets, both are YB1-X90F models. One is dead (no power at all) and the other has a broken keyboard. My plan is to carry the (presumably) functional keyboard to the otherwise functioning tablet, and go from there.
I've seen these running Windows 10 and Android respectively. According to the specs I can see from the device itself in cpu-z as well as the internet searching that I have conducted, it appears as if the Android tablet uses an Intel CPU. My question then, is whether or not it is possible to simply install windows 10 on this thing? I would assume that it would be impossible because of the different bootloaders, but perhaps I'm wrong?
Alternatively, is there a newer ROM I could install on it to make it more secure and usable in 2022?
TIA