Its 1920x1080 display was the primary reason I picked this over Lenovo X1 carbon, even though this is also quite larger; in fact, I do not think I would be willing to carry anything larger than this one.
Doesn't the manufacturer's logo look like U1210, as if it is screaming to get Ubuntu 12.10 installed?
Now, even though I am sufficiently old that tweaking machine configuration no longer excites me too much, I am still curious. It came with Windows 8 (without reinstallation medium). So instead of wiping and installing Ubuntu from scratch, I decided to keep the Windows for a while and see how it looks like, and dual-boot the machine.
Of course, before deciding that, I had to make sure that it worked with Ubuntu (which happened to be the distro I have been running on my 1420). Booting from USB key needed a bit of BIOS tweaking (and it came with no manual, so it needed a bit of Googling around to find out that hitting F2 was the way to fall into the bios settings screen while booting).
There are three places in the bios setting that affects the booting:
- Secure boot (on/off)
- OS support (Windows/other)
- Boot device (USB key, USB CD, USB HDD, USB floppy, Internal HDD, UEFI Windows Boot Manager)
It felt funny to boot the "try it out" mode from a USB key, install Chrome browser in that environment, adding a plugin to do video hangout for G+ in it, all without actually touching the internal disk at all. All the usual suspects in Linux portability (touchpad, wifi, webcam, speakers, microphone, etc.) seemed to work fine out of the box.
Booting into the Windows and looking at its disk (Win-R "diskmgmt.msc") reveals that it uses GPT partitioning scheme, with bunch of garbage partitions (300MB Recovery and 260MB ESP at the beginning, 6.8G Recovery and 2G OEM at the end, with all the remaining space allocated for Windows C:). It also seems that booting from the USB key puts it into BIOS (i.e. not UEFI) mode, so it is understandable that Ubuntu installation USB key said that it does not see any bootable operating system on the disk, and there needs a dedicated "bios_grub" partition.
As a smaller configuration of the same ultrabook ships with 128G SDD (I got a 256G version), it should be sufficient to give Windows (and all the other garbage partition) 128G or so. I shrunk C: to 64G, carved out 22G for Linux (root filesystem), 4G swap, and created a 140G "Data" partition to be shared between the dual booted OSes. Also I gave a few megabytes to the bios grub partition.
The configuration ended up a bit strange albeit a workable one. When the firmware is set to boot from the internal HDD, because Ubuntu installation wrote the early stage of grub into the MBR (without corrupting GPT), it boots into Ubuntu. When set to boot with UEFI, it boots into Windows. I am guessing that I could install rEFInd and always boot with UEFI to dual boot from there, but I haven't felt the need for that step yet.
For now, I still have the Windows installation. I can run Putty to ssh into my primary machine, I can run Gimp, LibreOffice and GnuCash locally. I haven't found something I have to boot into Ubuntu side of the system to do, so I might end up keeping the Windows side much longer than I was originally planning to. Besides, I'm tentatively enrolled in Amazon's Prime program, and their Prime instant video does not play on Chrome/Linux, so...
