The Net'sPC2 YF810-8G is presented in a very small form factor. The black square is significantly smaller than the Apple Mac Mini, Intel NUC, or even Samsung's Chromebox.
The Net'sPC2 is also incredibly light, which is a little concerning, since it's considerably lighter than anything else on my desk, except for the unit's own mouse. I understand that the form factor is tiny, but it's not small enough to explain the platform's lack of heft. Combined with the device's cheap-feeling plastic shell, we get the sense of overall low build quality.
Beside the platform itself, Kaser's Net'sPC2 YF810-8G ships with a power adapter, VESA mounting bracket, wired keyboard, and optical mouse. The adapter is generic, and the bracket is a piece of metal with an attached thumbscrew. Not much to see there, really.
The keyboard and mouse are both of the portable, laptop-sized variety, and cheap as can be. The underside of the keyboard is just a screwed-in slab of bare metal, which has, over the course of our review, warped the entire board to curve upwards at the sides and bow inwards in the center. If that wasn't enough, it also rattles. Something is clearly loose inside. The travel distance of keys is comparable to most entry-level laptops, though with a far mushier feel than even the cheapest netbooks.
The feather-light mouse is holding up much better (even if we're convinced that a short drop onto a hard floor will most definitely result in its certain demise). The transparent shell radiates a red glow from the optical sensor, which, depending on your personal taste, could be considered cool or irritating. At least it has a scroll wheel.
Suffice it to say, the unfinished metal mounting bracket is the sturdiest thing that comes with the YF810-8G.
The top of the unit is very plain, containing only the name “Net'sPC” (noticeably missing the "2") written in medium-gray, smack in the center of the unit, and the Kaser logo in full color in the upper-left corner.
The underside of the Net'sPC2 features a large vent in the center, rubber nubs in each corner, and a white sticker containing model and serial number information. The adhesive used to attach the rubber nubs to the unit doesn't hold up to the combined heat of the nettop and the display it's attached to. During the course or our review, one of the four nubs came loose and was subsequently abducted by a vacuum cleaner.
The upper end of the Kaser hosts (from left to right) a Kennsington Security Slot, a single USB On-The-Go port, two USB 2.0 ports, and the on/off button.
The left side of the Net'sPC2 has (from left to right) two more USB 2.0 ports, an SD/MMC card reader, mic and headphone jacks, a reset button, a green LED power indicator, and an orange LED activity indicator.
The right side of the YF810-8G is home to (from left to right) the power switch, power plug, Ethernet jack, along with ports for VGA and HDMI output.
The lower end of the Kaser simply holds a guide nub and fastening hole for the VESA mount.
With ports filling all but one side of the Net'sPC2, the bundled VESA mounting bracket is obviously intended to be used. Otherwise, this tiny form factor system becomes an octopus of cables that can quickly clutter even a large executive desk.
While Kaser's form factor definitely pushes the envelope in terms of delivering a tiny footprint, that's mostly because the hardware inside isn't particularly impressive, even by CE standards. At the heart of the Net'sPC2 is an Allwinner Tech A10 SoC, armed with a single Cortex-A8 core running at 1.0 GHz. For a little perspective, that's about the same processing power wielded by the original iPad.
The graphic specs aren't particularly impressive, either. Allwinner leverages ARM’s Mali-400 MP GPU, the same graphics architecture found in devices like Samsung’s Galaxy Note II. However, the Exynos 4412 SoC in the Note comes equipped with a total of four Mali-400 MP GPU cores; the Kaser only has one.
In short, the A10 isn't a top-of-the-line SoC, which is probably why Kaser mates it to just 512 MB of DDR3-800 RAM and 8 GB of 25 nm asynchronous NAND flash.
But the burning question is: how does the combination of Android and the keyboard/mouse paradigm translate to usability?