I’ve had my ASUS Zenbook UX32V for almost three years now and, if I’m quite honest, the fact that it’s managed to last this long has surprised me. Notsomuch from a “it’s still working” perspective, more that it still seems just as capable today as it did back then. Still it has begun to show its age in some regards, like the small 28GB SSD (which for some reason doesn’t show up as a unified device) being unable to do any in-place upgrades due to the limited space. Plus I figured this far down the line there was bound to be something better, sleeker and, possibly, far cheaper and so I began the search for my ultrabooks replacement. The resulting search has shown that, whilst there’s dozens of options available, compromise on one or more aspects is the name of the game.
Essentially what I was looking for was a modern replacement of the UX32V which, in my mind had the following features: small, light, discrete graphics and a moderately powerful CPU. Of course I’d be looking to improve on most other aspects as much as I could such as a better screen, longer battery life (it’ll get at most a couple hours when gaming now) and a large SSD so I don’t run into the same issues that I have been. In general terms pretty much every ultrabook out there ticks most of those boxes however once I start adding in certain must-have features things start to get a little sticky.
For starters a discrete graphics card isn’t exactly standard affair for an ultrabook, even though I figured since they crammed in a pretty powerful unit into the UX32V that they’d likely be everywhere the next time I went to look. No for most ultrabooks, which seem to be defined as slim and light laptops now, the graphics card of choice is the integrated Intel chipset, one that isn’t particularly stellar for anything that’s graphically intensive. Larger ultrabooks, especially those with very high res screens, tend to come with a lower end discrete card in them but, unfortunately, they also bring with them the added bulk of their size.
Indeed it seems anything that brings with it a modicum of power, whether it be from the discrete graphics chip or say a beefier processor, also comes with an additional increase in heft. After poking around for a while I found out that many of the smaller models came with a dual core chip, something which can mean it will be CPU bound for tasks. However adding in a quad core chip usually means the laptop swells in thickness in order to accommodate the additional heat output of the larger chip, usually pushing it out of ultrabook territory.
In the end the conclusion I’ve come to is that a sacrifice needs to be made so that I can get the majority of my requirements met. Out of all the ultrabooks I looked at the Alienware 13 (full disclosure: I work for Dell, their parent company) meets most of the specifications whilst unfortunately falling short on the CPU side and also being noticeably thicker than my current Zenbook is. However those are two tradeoffs I’m more than willing to make given the fact it meets everything other requirement I have and the reviews of it seem to be good. I haven’t taken the plunge yet, I’m still wondering if there’s another option out there that I haven’t seen yet, but I’m quickly finding out that having all the choice in the world may mean you really have no choice at all.
I’ve only really owned one tablet, the original Microsoft Surface RT, and try as I might to integrate it into parts of my life I honestly really can’t figure out where it fits in. Primarily I think this is a function of apps as whilst the Surface is capable in most respects there’s really no killer feature that makes me want to use it for that specific purpose. Indeed this is probably due to my heavy embedding within the Android ecosystem, with all the characteristics that make my phone mine persisted across Google’s cloud. With that in mind when ASUS offered me a review unit of their new Transformer Pad TF103C for a couple weeks to review I was intrigued to see how the experience would compare.
The TF103C is a 10.1″ tablet, sporting a quad core, 64 bit Intel Atom processor that runs at up to 1.86GHz. For a tablet those specs are pretty high end which, considering the included keyboard signals that the TF103C is aimed more towards productivity than simply being a beefy Android tablet. The screen is an IPS display with a 1200 x 800 resolution which is a little on the low side, especially now that retina level displays are fairly commonplace. You can get it with either 8GB or 16GB of internal storage which you can easily upgrade to 64GB via the embedded SDHC slot. It also includes the usual affair of wireless interfaces, connectors and sensors although one feature of note is the full sized USB port on the dock. With a RRP of $429 (with street prices coming in well under that) there’s definitely a lot packed in the TF103C for the price.
As a full unit the TF103C is actually pretty hefty. coming in at a total 1.1KGs although the tablet itself only makes up about half that. The keyboard dock doesn’t contain an additional battery or anything else that you’d think would make it so heavy, especially considering other chiclet style keyboards come in at about half that. Considering my full ultrabook weighs in at about 1.5KGs it does take away some of the appeal of having a device like this, at least from my perspective. That being said I’m not exactly the biggest tablet user, so the use of two different form factors is lost on me somewhat.
When used in docked form the TF103C is actually quite capable, especially when you attach a mouse to the dock’s USB port. I had wondered how Android would fair when used in a more traditional desktop way and it actually works quite well, mostly since the web versions of your typical productivity applications have evolved a lot in the past couple years. The keyboard is probably a little on the small side for people with larger hands but it was definitely usable for quick tasks or replying to email. It falls a little short if you’re going to use it on your lap however due to the fact that the screen can’t be tilted back past a certain point. It’s still usable but it’s a much better experience when used on a desk.
The quad core Intel Atom powering the TF103C is extremely capable, as evidenced by the fact that everything on it runs without a stutter or hiccup. I threw a few of the more intensive games I could find at it and never noticed any slowdown, commendable for a tablet in this price range. When you’re using such performance however the battery life does take quite a hit, knocking the rated 9.5 hours of run time to less than 4. That being said it managed to stay charged for about a week when it was idle making it quite usable as a casual computing device.
All in all I was impressed with the capabilities the TF103C displayed, even if I couldn’t really see it replacing any one of the devices I have currently. There’s a few missed opportunities, like integrating a battery into the keyboard and allowing the screen to tilt more, however overall it’s a very capable device for the asking price. I could definitely see it having a place on the coffee table as something to be used when needed with the added keyboard dock capability coming in handy for more grunty work. It might not end up replacing the device you have now but if you’re looking for a decent tablet that can also be productive then you wouldn’t go wrong with the TF103C.
A review unit was provided to The Refined Geek for 2 weeks for reviewing purposes.
For as long as I can remember I’ve been fascinated with animatronics. I can remember being at an exhibit or amusement park of some sort that had giant animatronic dinosaurs littered around the landscape and I was simply fascinated with how they had been created. Of course as I got older the wonder started to subside slightly, replaced with a glorious bit of teenage angst, but my trip to Disneyland 2 years ago rekindled that interest thanks to a visit to the Enchanted Tiki Room, an animatronics installation that’s over 4 decades old.
Disney has a pretty big interest in robotics as symbolized by their liberal use around their amusement park. What I didn’t know was that they had their own research and development division that’s responsible for the majority of the robots on the park, most of which were custom designed and built by them. Some of the things they’ve created are really impressive like this robot that’s able to play catch (and juggle!) with human participants:
The way they do it is very interesting and wasn’t what I was expecting. They use a Kinect like sensor, an ASUS Xtion PRO Live, as a motion tracker that can sense the ball’s position in real time. From that they use a couple well known mathematical principles to derive the trajectory and move the hand into position in order to catch it. Whilst it’s really only capable of catching balls thrown in a parabolic arc (this is an assumption based on the way they’ve got it operating, but I could be wrong) it’s still pretty darn good at it. Even better is when they speed it up which makes it able to juggle with a human player. It’d be pretty fun to get 2 of them together just to see how long they’d go before one of them dropped a ball.
Disneyland already had some pretty intriguing displays of robotics and this looks like it’ll be a pretty cool addition to their already impressive collection.
I was never a big fan of laptops. By their very nature they’re almost sealed systems with nearly all of their components being integrated meaning your upgrade options are usually quite limited. Back in the day when upgrades came on a regular 12 month cycle this essentially meant buying a whole new system, something which a then 4 part time job working student like me couldn’t really afford. However as I was required to do work abroad, usually for weeks at a time, a portable computer became something of a necessity and that culminated in me buying a MacBook Pro 2 years ago. I hadn’t replaced it yet since it was still managing to do everything I needed it to do but part of the perks of winning the LifeHacker competition was that I was given a shiny new ASUS Zenbook UX32V to cover TechEd and, of course, take home with me.
Now when I got the MacBook Pro it was among the slimmest and lightest 15″ laptops you could get. Whilst its a far cry from many of the laptops I’ve had to use in the past compared to the Zenbook it’s something of a tank being almost twice the thickness and weight. You can put a lot of this down to the MacBook Air inspired design aesthetic as well as the 2″ smaller screen but even with that taken into consideration its still quite striking just how small and light the Zenbook is. I can quite easily hold it in one hand and type on it with the other, something that I would most definitely not attempt with my MacBook Pro. When carrying it around for long periods of time this weight difference is an absolute godsend as I barely notice it over the regular weight of my shoulder bag.
It’s featherweight status comes from the extensive use of aluminium in the body and top part of the monitor rather than the reams of plastic that’s common in similar ultrabooks. This means it doesn’t feel like something you’ll break if you look at it the wrong way and although its really only been on one trip with me it’s endure enough abuse that I can safely say that it’s just as durable as my older, chunkier MacBook Pro. It’s also quite user servicable too with iFixIt giving it a 8 out of 10 rating much better than many comparable ultrabooks.
What really impressed me about the Zenbook however was the incredible hardware specs that ASUS managed to cram into this tiny form factor. Underneath all that aluminium is an Intel Core i5 processor capable of ramping itself up to 2.6GHz (stock speed is about 1.7GHz). It also comes with 4GB of RAM which would typically be shared with an integrated graphics processor however the Zenbook is the first ultrabook to come with a discrete graphics chip, the NVIDIA GeForce GT620M. The Zenbook also comes with a hybrid drive that has a 28GB SSD cache that backs 500GB of spinning rust which is just the icing on this little powerhouse cake.
Of course since this little beasty was shaping up to the replacement for my current laptop there was one thing it needed to be able to do: play games. I have to admit that I was sceptical at first because I’ve fiddled with a lot of other small laptops like this before and not one of them was able to play games properly, that only seemed to come with systems that would kindly be described as luggable desktops. The Zenbook however managed to run pretty much everything I threw at it without a worry with games like DOTA 2 being buttery smooth at max resolution with all the settings cranked up to high.
One of the minor features that I feel bears mentioning is the amount of connectivity available on them. Now the Zenbook isn’t leaps and bounds ahead of similar models in this regard but the simple addition of an extra USB port (giving a total of 3) is something that I feel has been sorely lacking with nearly every laptop I’ve had. Heck even the semi-modern one I’m typing this on at the moment still only sports 2 USB ports which means that should I want to use my 4G dongle, external mouse and charge my phone at the same time I’m faced with the unenviable position of having to not do one of those things. You might not find yourself in that situation very often but I sure have, especially when I was running around TechEd and using all my devices to their maximum potential.
There’s a minor quirk that I feel bears mentioning which was initially picked up by one of my fellow LifeHacker competition winners Terry Lynch. When you first start up the laptop with its pre-installed Windows 7 OS you’ll get 2 partitions at are of roughly equal size. However should you decide you want to upgrade to Windows 8 and remove all the partitions instead of being presented with 1 500GB volume to format (like you’d expect from these hybrid drives) you’ll instead get 1 28GB partition and another 500GB one. From our testing its clear that the 28GB partition is the SSD and the 500GB is the platter based storage. This is great for splitting off your OS onto the SSD section and leaving the rest for data but it does seem a bit odd since the marketing would lead you to believe it was a single hybrid drive. I’m not sure if this is the case with other hybrids however, so if you’ve had experience with one I’d like to hear what your experience was like.
The ASUS Zenbook UX32V is an amazing piece of hardware combining the best elements of its larger cousins with a form factor that is just sublime. After using it for a couple days I had no issues making it my main laptop and when combined with Windows 8 (something I’ll talk about in depth at a later date) it becomes an amazing little powerhouse that feels like it was designed with this operating system in mind. I had never really considered getting an ASUS branded laptop in the past but now I’m having trouble thinking about going for anything else as it really is that good. If you’re after a portable rig that can still do everything that a regular PC can do then you don’t have to look much further than the Zenbook.