Tuesday, April 23, 2013
Acer Aspire One D250
Build and Design
The Acer Aspire One D250-1165 is a low-cost version of the new D250 series netbooks and features a smaller battery and no Bluetooth in order to drop the retail price below $300. One very interesting item of note is that the D250 is actually slightly thinner than the original Acer Aspire One 150 series which used a smaller 8.9-inch screen. Like the original Aspire One, the D250 uses glossy plastics on the top of the screen cover as well as around the entire LCD. At times the reflective boarder does get on your nerves if you are in a brightly lit room with many sources of glare.
Build quality looks quite good and the construction feels strong enough to handle being tossed around inside a book bag without much concern for its safety (well apart from possible scratches to the glossy surfaces). We detected some flexing in the LCD lid plastics and bottom of the chassis when we squeezed the D250 while holding it folded in half, but overall this is a solid little netbook.
One nice design feature in the D250 is easy access for upgrades. Compared to the original Acer Aspire One, the D250 is extremely easy to upgrade. Flip the netbook over and you'll find three access panels for the hard drive, RAM, and the mini-PCIe card slot. The mini-PCIe card slot is obviously open for built-in broadband wireless access, so you should be able to buy this netbook directly from wireless carriers depending on the carriers and data plans in your area.
Screen and Speakers
The new Aspire One uses a fairly standard LED-backlit display panel with a 1024x600 native resolution. The glossy screen looks identical to what we're seeing in most netbooks: the glossy screen offers good color and contrast, but glare and reflections indoors under strong lights or outdoors under direct sunlight can be a problem. Again, although the 1024x600 resolution is pretty standard for a netbook these days, I'd much rather see a 1366x768 screen in the next Aspire One. Vertical viewing angles are average, with some strong color inversion when viewing from below and some over-exposed colors when viewed from above. Horizontal viewing angles are better with colors staying accurate at extremely wide viewing angles.
