With the lastest power saving features many netbooks now have a battery life over 10 hours and are still very reasonably priced under $375.
Now that the ASUS Eee PC Seashell 1005PE-PU17-BU has been out for awhile many customers have reported very good battery life during normal use. One could expect 10 – 12 hours of battery life while consistently using the netbook.
The ASUS Eee PC Seashell 1005PE-PU17-BU comes with Windows 7 starter, 1 GB of RAM, an Intel Atom N450 CPU, and a 250 GB HD.
The Toshiba Mini 300 Series NB305-N310 netbook also boasts a long battery life. It’s advertised battery life is 11 hours. Customers have reported an actual battery life of 9-10 hours while surfing the internet and checking e-mail.
The Toshiba Mini 300 Series NB305-N310 netbook comes with Windows XP, 1 GB of RAM, an Intel Atom N450 CPU, and a 160 GB HD.
The HP Mini 210-1084NR netbook falls just short of 10 hours of advertised battery life. With a price tag under $300 it still offers fierce competition to other netbooks with long battery life.
The HP Mini 210-1084NR comes with Windows XP, 1 GB of RAM, an Intel Atom N450 CPU, and a 160 GB HD.
Comparing all three the ASUS Eee PC Seashell 1005PE-PU17-BU delivers the best battery life and is the most popular among consumers. For those on a penny pinching budget that don’t need more than 9 hours of battery life the HP Mini 210-1084NR offers similar specs for $65 less.
Netbooks are renowned for their maneuverability; but not so much for battery life. Pixel Qi, an American brand company that manufactures energy efficient computer displays technology, may be destined to make a change. Mary Lou Jepsen, the founder of Pixel Qi, announced last Sunday that the company will begin offering display screens specially designed for netbooks.
These new displays function by utilizing traditional LCD’s, but become power efficient by being able to turn off the backlight and switch to a low-power mode. As a result, the power consumption can be reduced up to 75%. Another useful feature is how the screens are designed to reduce glare and maintain readability on screen in bright outdoor conditions.
Some people may be deterred by this product due to the need for manual labor in switching the screens. However, the operation is simple enough a 5-year-old could do it, and not even the most brilliant 5-year old either. According to Jepsen, “One of the reasons I’m personally committed to doing this goes back to my One Laptop per Child experience and girls in a poor rural part of Nigeria… An 11 year old girl decided to open a laptop hospital [and] she eventually recruited girls as young as 5 to help out in the hospital. This group of girls armed with screwdrivers starting taking apart the laptops and reseating the cables. Sometimes they’d change out a screen, or a speaker.”
If battery life and readability increases are important to you, definitely look into Pixel Qi.
MSI (Micro-Star International), a netbook manufacturer, has announced the release of the much anticipated “Wind U160” netbook.
At first, the model seems to offer the usual netbook features: an Intel Atom N450 processor, 6-cell battery, Bluetooth functionality, and Windows 7.
However, its design shows innovation and creativity. The Wind U160 has evolved from the traditional clamshell figure to a slim .98 inches. The hinge is very much the same as a normal netbook, but has become more cylindrical with the addition of a power button constructed within. The chassis comes in a stylish gold and black model.
The Wind U160 truly shines above other typical netbooks by offering an outrageous 15 hours of battery life (in the company’s specially designed ECO mode). It’s no surprise that this netbook was the winner of the 2010 iF Product Design competition. Models are currently available starting at $380.
Via Maximum PC
ASUS’ Eee netbooks may have been the first netbooks on the market, but they have maintained their position since this whole netbook thing started. Now their newest models have been revealed, and has a lot changed from the cute little plastic boxes that shocked us with their $200 price-tags back in 2008.
They new models include the 1015P, 1016P, and 1018P. Their old bodies have been chucked in favor of a new, more masculine, brushed metal chassis. They come with styling tiled keyboards and nice wide touchpads, which are always very classy.
The leak source for this info, Blogee, doesn’t have much in terms of real specs. However, it does mention 10” screens, webcams, fingerprint scanners, and the highly awaited for USB 3.0 ports. There are currently no pics of the 1016P.
The most stunning piece of this however is the battery life of these little things. The 1018P is a mere 18 mm thick and will have 10-hour battery life; the 1016P, however, blows its sibling’s figures out of the water with an incredible 14-hour battery life. The accuracy of battery lives aren’t known to be reliable pre-release, but to boast numbers like that means they have to be far above average.
Via Gizmodo, image via Blogee.
In an ideal world, executives wouldn’t feel obligated to make outrageous claims and justifications for their product’s shortcomings. However, in an ideal world, the iPad would also have Flash support. So we know we don’t live in an ideal world. And here is the corresponding outrageous claim: Steve Jobs has told the Wall Street Journal that Flash would reduce the iPad’s battery life to a pathetic meager 1.5 hours.
There are so many things wrong with this assessment that it would be laughable if it wasn’t for the fact Jobs seems serious to stand by this justification. First off, this metric is highly deceiving, as simply supporting Flash would have no effect whatsoever on battery life. Only usage of Flash would cut down on battery performance, a reality I am sure most users could come to terms with.
The other question we are forced to ask is by what standard was that original 10 hour figure measured. If continuous Flash usage causes an 85% drop of the supposed battery life, then the odds are that the original battery life is only in terms of very non-intensive usage (i. e. sitting on the home-screen). This would really come to no surprise to anyone, but it ultimately means his point regarding a decreased battery life is moot. Either way, it would be better for all parties involved if Jobs were honest regarding this matter, instead of childishly deriding any prospects and treating his end-users like children.
- Comments Off on 11-Hour Battery Life on the Samsung NC310 Netbook
The Samsung NC310 netbook is here, but we’ve discovered one woefully under-marketed aspect of the netbook that we think you’ll find interesting – it can last as long as 11 hours with a battery upgrade. This beats out the majority of netbooks out there, and for a machine designed for portability that’s definitely a good thing.
Remember that the battery only lasts that long if you opt for the battery upgrade, which can be expensive. Stick with the standard battery and you’ll get a decent 5 hours of life on your Samsung NC310.
Other features on the Samsung NC310 include the Intel Atom CPU, a 10.1 inch screen, 160GB of space on the HDD, 1GB of RAM, Wi-Fi, HSDPA, and an onboard 1.3 megapixel webcam.
- Comments Off on Does Mac OS X Boost Battery Life?
Rumor has it that Hackintosh netbooks, that is, netbooks running Mac OS X Leopard, may have extended battery lives. Apple’s recent Mac OS X 10.5.7 Leopard update gives netbooks up to a 33% boost in battery life.
It could possibly be that Apple overall has better power management capabilities and optimizations. Apple is constantly keeping track of their competition and waiting for an opportune moment to enter the market either with a netbook or a rival product. As netbooks increase in popularity, Apple fans eager wait to see Apple’s next move.
Image via Mactropolis.
- Comments Off on ARM Netbooks To Feature Ubuntu Linux OS
The UK-based mobile phone chip designer ARM recently announced that it will feature Ubuntu, the open-source Linux operating system, on its upcoming netbooks.
Noting that ARM is known for the long battery life of its mobile phones, analysts believe the joined forces will produce something ideal – efficient, light-weight, cheap netbooks. Increased battery life is enticing for buyers, for whom netbooks’ compatiability with their busy schedules is a main concern.
ARM’s Vice President of Marketing Ian Drew said the aspect of mobile devices that is most quickly growing is “the always-on experience.” Increased battery life will be a necessity in the coming months as the emphasis on this feature continues to grow.
“The release of a full Ubuntu desktop distribution supporting latest ARM technology will enable rapid growth, with internet everywhere, connected ultra portable devices,” Drew continued, emphasizing the positive prospects of the partnership.
The ARMv7 architecture, including ARM Cortex-A8 and Cortex-A9 processor-based systems, are expected to be the aspects utilized by the Ubuntu Desktop OS.
The COO of Canonical, Ubuntu’s commercial sponsor, focused on the varied choices this partnership will give consumers, stating that “[ensuring] that a fully-functional, optimised Ubuntu distribution is available to the ARM ecosystem” will offer “wider choice for consumers looking for the best operating system for their digital lifestyles.”
“This is a natural development for Ubuntu, driven by the demand from manufacturers for an ARM technology-based version.”
It is likely that this partnership will create even more competition with Intel’s Atom, especially given the recent announcement from AMD.
According to Rob Coombs, Director of Mobile Marketing at ARM, the first devices should be seen around the time of the June Computex show next year. We’ll keep an eye out.
PC Pro’s recent test of the new dual-core Intel Atom chip showed it to be only a marginal improvement over the previous single-core model. While it gained much hype at its announcement last August, the new test may temper much of the enthusiasm about it.
Called the Intel Atom 330, it has a 533MHz FSB but runs at the same 1.6 GHz as previous iterations of the chip. While clearly faster than the now-standard Atom N270, it has not met expectations completely.
The results of the test showed the chip to be a mere 16% faster than the previous one.
It is important to note that the device tested was only a desktop version, not a netbook-ready version. As such it is as of yet impossible to determine how battery life wil be affected by the 330. Energy efficiency is obviously a crucial for netbooks, so if the 330 turns out to weigh down on the battery, manufacturers and consumers will be likely to pass it on.
Read more about the test here.
In other news, check out Larry Digman of ZDNet’s article concerning recent confusion over AMD’s announcement about the netbook market (which we covered in our November 13 article):