How I would make the Toshiba AC100 successful
The AC100 is an early attempt from Toshiba to create an ARM based netbook (a smartbook) with Nvidia’s successful Tegra2 chipset.
Although, the AC100 looks like proper hardware design, it became only mildly successful. Some of the reasons may have to do with the primary operating system, Android (see my earlier article about this) but even more can be attributed to the design decisions Toshiba made.
Since these machines are now available in my home country (Hungary) at quite attractive price points (~$250 USD, some people seem to be trying to get rid of it soon after purchase) I can’t help bumping into it all the time. Since I am a gadget fan, I always have my hand trembling seeing those prices and I need to cool myself down before doing some impulse-buy, I regret later.
What could make me click on the “Buy” button?
First of all, 1-2GB of RAM instead of the measly 512MB the AC100 hosts. Why the heck tried Toshiba sell a netbook with 512MB of RAM when ALL of the Atom N450 netbooks seemed to come with 1-2 GB at that time? This amount of RAM would allow to slap Ubuntu onto the machine and not worry about running out of memory when loading up OpenOffice. Ubuntu has been demonstrated on the AC100 and even looks snappy. (see this site dedicated to Ubuntu on the AC100). Toshiba could easily put 2GB of RAM into the machine without major cost-increase.
Desktop OS and/or Android
Putting 1-2GB of RAM into the AC100 would open the gate for using a proper, netbook-oriented desktop OS which can take advantage of the form-factor. They should use Ubuntu, since that could be fixed up on this hardware in no time (especially if they purchase some consultancy from Canonical).
I don’t think that Android needs to stay on the machine but if Toshiba still thinks it is such a good idea for any user-group, they could make the AC100 dual-boot, or even better, run both OSes in parallel (2GB of RAM would make this absolutely possible). Android would be the light-and-easy OS on the device but the user could any time switch to a full Ubuntu desktop with an Android launcher icon and start using OpenOffice or other decent desktop software. The paravirtualization developed by B-labs would be an instant solution for this problem and would future proof the machine for a possible Windows8 scenario later.
The 8 hour runtime of the AC100 is decent enough but more battery-time is always welcome. The enclosure has a LOT of free/empty space under the keyboard due to the ultra-compact nature of Tegra2 and its supporting circuitry. Toshiba should again take advantage of the form-factor and add one or more extra battery docking bays under the keyboard which could extend the runtime to 16-24 hours. (Admittedly, they would make the unit weight much more but since these batteries would be optional, this decision would be up to the user. A 24-hour runtime with a 3-battery arrangement would make the AC100 extremely appealing for a large-set of users. It would be acceptable that the batteries are charged in series (so the recharge process is lengthier) so that Toshiba doesn’t have to switch to a more expensive power supply. (Although the power supply issue is probably not a serious cost factor).
Of course, there would be a lot of things to be improved (more USB ports, higher-resolution display…etc) but I tried to draw up things which require smaller redesign so that an improved version could be implemented faster.
I believe the AC100 line could be made really successful and Toshiba should take steps to make this happen.