Design

Design quality is a step above most consumer netbooks with a very sturdy chassis and durable finishes inside and out. The brushed metal screen cover held up well against everything except fingerprints-easier to wipe off than scratches — and also added some extra protection for the LCD. When closed, the netbook had very little flex, which is just what you would expect from a business-grade system. The only aspect that seemed to clash with the business-theme was an abundance of glossy finishes, including the touchpad, keyboard bezel, and screen bezel that increase reflection and attract fingerprints more compared to matte or rough finishes.

Keyboard and Touchpad

The keyboard on the Mini 5103 is easy to type on with its Chiclet-style design. Spacing between keys was wide enough to help reduce mistakes while typing, and the design was very comfortable to type on for hours at a time. The slightly-smaller than full-size design did take some adjustment to get used to, since some of the outer perimeter keys are condensed compared to keys around the center of the keyboard. The tab, `, and 1 buttons were smaller than average to help make room for other keys. Typing pressure needed to activate each key was minimal, with each key only needing a soft touch to engage. Key noise was minimal, allowing me to type without annoying others in meetings or coffee shops.

The HP Mini 5103 has a unique Synaptics touchpad in that it has no multitouch capabilities enabled. Unlike the majority of the current netbooks on the market, HP didn’t opt for a unit with more than single-finger input. This is probably because it featured a multitouch display, but in any event it would have been nice for when you didn’t want to interact with the screen directly. Sensitivity was excellent out of the box, requiring no adjustments during the review. The glossy surface was easy to slide across and didn’t seem to have problems with a wet or oily finger. The touchpad buttons are adequately sized, coated with the same rubbery paint as the rest of the chassis. Feedback was shallow, with a mild click emitted when fully pressed.

Features

As with its predecessor, the 5103 sports a speedy 7,200rpm hard drive. The 160GB capacity, however, falls short of the 250GB ones found in the Toshiba NB305-N410 and Acer AO521-3782. Attached to the motherboard is a Broadcom HD decoder card, which allows you to playback high definition video, since the dual-core processor isn’t powerful enough by itself. All my 720p and 1080p video files played back beautifully, even though its viewing capacity is limited to a 10-inch widescreen.

Performance

The HP  Mini 5103 is now being offered with the latest dual-core Intel Atom N550 processor. In our tests this significantly increased the responsiveness of the operating system, with programs loading faster, webpages scrolling smoother, and startup and shutdown times improving. Our review unit was also equipped with a 7200RPM hard drive which also added to the better user experience.

In normal daily activities the dual-core processor was nice when it came to flexing the multimedia power of the notebook. We were able to decode 720P videos played locally on the notebook and also play 720P HD videos on sites like YouTube without stuttering. Currently to get that level of performance you need to include an external decoder card to help with HD video decoding. Compared to other single-core Atom netbooks we didn’t notice an increase in 3D performance, although it could be a side-effect of the higher resolution panel on our configuration.

Battery life

Intel promised that the extra core wouldn’t impact battery life and the 5103′s battery life is still impressive for a netbook. On our video rundown test, which loops the same standard definition video at 65 percent brightness with WiFi on, the 66Wh battery lasted for six hours and 16 minutes. That’s decent for a netbook, but not as long as the 5102′s eight hours. However, it’s important to note that the Broadcom chip and the higher-resolution 1366 x 768 display on the 5103 could be affecting the endurance. The plus six hours of battery life is much better than the runtime we’ve seen on AMD’s Nile systems, but very in line with the ASUS Eee PC 1215N.

The HP Mini 5103 offers a lot of features we like; good looks, great build quality, nice screen, good battery life, and high performance. With a starting price of $399 this system isn’t that much more expensive than other consumer netbooks, meaning all those cool features don’t come at a huge premium. HP has a good thing going with the current Mini 5100-series netbook and they understand this since they have kept the same design for three generations now. The brushed metal exterior finish combines good looks with durability and on the inside the rubbery paint gives a unique texture usually reserved for business notebooks. If you are in the market for a new netbook, don’t mind the looks of a business notebook, and want excellent build quality (look no further than the HP Mini 5103).

Design

The MSI GT660 series was designed in partnership with Dynaudio to create a gaming notebook chassis that also offers a “true-to-life sound experience.” The speaker housing structures, speaker circuits and overall position of the stereo speakers and subwoofer were designed to combine the extreme performance of a gaming notebook with the rich audio performance of a premium multimedia notebook.

Despite the heavy use of plastics, the exterior surfaces of the GT660R are covered in a scratch-resistant coating to improve durability. The screen lid itself is also covered in “MSI Color Film Print Technology” which is essentially in multi-layer printed image imbedded into the plastic. In this case you can see a faint honeycomb pattern in the lid similar to the texture used on the palm rests when you open the notebook.

Keyboard and Touchpad

The Chiclet-style keyboard on the GT660R offers a reasonably enjoyable typing experience and is also fine for hours of gameplay. Individual keys are a little mushy and the center of the keyboard flexes inward under heavy typing pressure, but the individual key action still delivers acceptable feedback when pressed. The typical gaming keys of W,A,S,D feature special red paint to help you quickly identify where your fingers need to be during a game (just in case you didn’t already know). Each key is flat with a nice matte texture and a little extra spacing to prevent typos. A backlit keyboard would have been far more useful than lights next to the touchpad or under the edges of the palm rests.

The touchpad itself offers a quality interface with a lightly textured surface and excellent responsiveness. The touchpad itself feels just the right size for the notebook: any smaller and it would have been too small and any larger would have made this notebook even bigger than it already is. The touchpad drivers provide excellent accuracy and minimal lag with a range of options. The touchpad buttons are hidden under a single “rocker bar” and have a shallow press with audible “click” when pressed.

Performance

Starting with an Intel Core i7-740QM processor running at 1.73GHz and the Nvidia GeForce GTX 285M with 1GB of GDDR3 dedicated memory, this system easily ranks among the best gaming notebooks you can buy for less than $2,000. As impressive as that might sound, MSI wasn’t going to stop there.

The GT660 series features a complete system overclocking feature called TDE+ which overclocks the CPU and the GPU simultaneously at the touch of a button. MSI claims this “Turbo mode” provides a “16% performance boost” but our own lab testing shows the exact percentage of improvement varies greatly depending on a variety of factors.

Since this is intended to serve as a gaming machine, it’s important to point out that different games will react differently to the CPU+GPU overclocking feature on this notebook. In most cases, such as when we tested Left 4 Dead, Left 4 Dead 2, Shattered Horizon and Resident Evil 5, there was an obvious increase in the frame rates while gaming at the native screen resolution with detail settings maxed out. The bottom line is that the overclocking feature offers some added value for serious gamers but it isn’t a magic bullet for all your gaming needs.

Battery Life

Let’s be perfectly honest: No one buys a high-performance gaming notebook and expects it to deliver great battery life. Between the high-performance CPU, the high performance graphics, the dual storage drives and the giant cooling fans, there is simply a ton of hardware to keep running on a battery. In the “balanced” power mode with 75% screen brightness, the MSI GT660 lasted for two hours and 31 minutes of non-stop use while surfing the Internet and using a word processor. This is pretty pathetic for a general use laptop, but since many gaming laptops deliver less than one hour of battery life we can’t complain too much. You can also extend the battery life by dropping the screen brightness to the lowest useful setting.

Conclusion

The MSI GT660R is an impressive-looking gaming notebook with solid performance, great speakers and the ability to easily overclock the CPU and GPU at the touch of a button. The variety of ports including USB 3.0, the ability to upgrade to 12GB of RAM and the super-fast 1TB of storage make this an attractive choice for gamers looking for a strong system for $1,700 or less.

The weak battery and the thick and heavy chassis are par for the course when it comes to large gaming notebooks, but some consumers might not like the glossy plastics and the fact that the screen resolution is just 1366×768.

Design

Easily one of the best-looking notebooks we’ve seen for less than $450, the Aspire One 721 measures just 1 to 1.1 inches thick and weighs a mere 2.8 pounds. We especially like the mesh black textured lid (no fingerprint smudges), which has a subtle cross-hatch pattern. The inside of the machine has a sleek gunmetal gray strip underneath the black keyboard, and the power button is made to look like spun metal. A lighter gray strip wraps around the bottom of the 721, adding to the sophisticated aesthetic. The left side of this ultraportable houses a VGA port, power jack, HDMI, and USB. A Ethernet port, lock slot, two more USB ports, mic and headphone jacks, and a 5-in-1 memory card reader can be found on the other side.

Keyboard, touchpad and screen

The 521 and 721 have the same chiclet keyboards that Acer’s been using on its recent netbooks and laptops, albeit the 521′s is narrower. While the rounded keys are well-spaced and have a slight gap between them, overall we just find them to be too flat. We got used to typing on the very level panel, but the plastic keys still don’t really mold to your fingers. Both systems have rather small touchpads that are flush with the metal-like palmrest. They’re fine for navigating, but the multitouch gestures are very off — two finger scrolling barely worked in Firefox and IE. We like the dedicated right and left mouse buttons, though the ones on the 721 are incredibly stiff.

The Aspire One 721′s display is one of the better screens we’ve seen in this size, an 11.6-inch panel with 1366 x 768 resolution. The picture was bright and crisp when surfing the web, and an HD trailer of Harry Potter and the Deathly Hallows exhibited an impressive level of detail, right down to the dark circles under Harry’s eyes and his stubble.

Performance

We know, this is part of the review you’ve been waiting for – the part where we answer if AMD has made improvements in battery life, graphics, and heat, and if they can start to really compete with Intel in the small laptop space. Well, the answer isn’t that cut and dry, but we’re happy with what we’ve seen. On the performance side of things, the 1.7GHz Athlon II Neo processor scored right in between Intel Atom and Intel ULV CPUs on benchmarks, which in our opinion is a perfect place to be. We’ll let the benchmarks below speak for themselves, but in everyday performance we found the systems to be relatively snappy – especially after we uninstalled the McAfee Internet Suite. Both the 521 and 721 kept up with our everyday chores, which included simultaneously writing in Microsoft Word 2007, surfing the web in Firefox, chatting in Digsby, and checking our Twitter feeds in Tweetdeck. When we threw in a 720p video into the mix, we noticed it took a few more seconds to open the file, but it played back flawlessly.

Design
Toshiba trimmed down its netbook where it could: instead of the frame being uniform in thickness, as on the NB205, it tapers from 1.4 inches in the rear to approximately 0.5 inches in front, resulting in a svelte look. The front edge is also more beveled, so the system looks more rounded than before. The new screen bezel sports tapered edges; while it’s the same thickness as on the NB205, it doesn’t look as clunky. The major aesthetic change from the NB205 and the NB305 is the battery. The former battery jutted out from the rear, but now it’s tucked in underneath, trimming nearly an inch off the system (although the weight remains constant, at 2.8 pounds). The new position of the battery also adds the effect of slanting the keyboard towards the user; while this is supposedly more ergonomic, the change in angle is so slight that it’s practically nonexistent. Apparently pink wasn’t a big seller, as Toshiba is no longer offering its mini in that color. The NB305 comes in blue, brown, or white.

Keyboard & Touchpad
Under the lid, the NB305 still has one of the best netbook keyboards out there. The chiclet layout works extremely well, and the silver keys are coated in something that makes them feel soft on our fingertips — there’s a $350 version of the NB305 that has a flush matte keyboard. Our one complaint lies with the volume controls, which are located on the number keys; no on-screen rocker appears when you adjust them. Speaking of sound, the speakers on the NB305 seem louder than that on the NB205, but they’re still weak compared to the 532h’s. We appreciate that the touchpad is larger than most, and features dedicated right and left mouse buttons instead of a cramped rocker, but the multitouch pad is too sensitive and we were constantly zooming in on pages. We’ve become quite speedy at switching off this function in the Synaptics menu — a skill that we’re rather proud of.

Dislay
The 10.1-inch glossy LED-backlit screen on the Mini NB305-N410 has a 1,024×600-pixel native resolution. Though this lower-than-HD-resolution screen is common, there are plenty of Netbooks with 1,366×768-pixel resolution displays, including the Sony Vaio W series. Colors and icons are crisp and bright, offering a better-than-average experience once resolution is forgiven. The NB305′s audio has received a welcome bump up from the NB205 series, adding a second speaker for stereo sound. The speakers still lean toward tinny and soft, but they are significantly louder than they were before.

Port
Around the netbook are the standard ports: three USBs, VGA, Ethernet, an SD card reader, and mic and headphone jacks. Many have been asking about the lack of HDMI ports on these new netbooks, and while we’d welcome the additional port for easily hooking up to a larger monitor or HDTV, it’s obvious Atom alone can’t handle even 720p videos, and thus it’s been left off the list.

Performance
Like most newer netbooks, the NB305 utilizes Intel’s new Pine Trail CPU, the 1.66-GHz Atom N450, which offers better power efficiency and a modest increase in performance over the NB205. On PCMark05, the difference was negligible: 1,383 vs. 1,341, respectively—and both scores are about 140 points south of the netbook average. There was more of a gap with Geekbench: The NB305 scored 925, 85 points higher than average, but the NB205-N330BL model reached just 805. Other Pine Trail systems were in the same ballpark: the HP Mini 5102 got 1,408 in PCMark05 and 896 in Geekbench, and the ASUS Eee PC 1005PE-P scored 1,410 and 918 on those same two tests, respectively. The NB305’s 5,400-rpm, 250GB hard drive performed well, copying a 4.97GB folder of multimedia files at a rate of 20.6 MBps, 4.8 MBps faster than average. It booted into Windows 7 Starter Edition in 1 minute and 9 seconds, which is 10 seconds longer than average. When converting a 114MB, 5-minute-and-5-second MPEG-4 video into AVI using HandBrake, the NB305 took 28 minutes and 26 seconds, about 1 minute faster than average, and approximately 2 minutes faster than the NB205. However, when performing the same task using Oxelon Media Converter, the NB305 took 6:03, about 15 seconds longer than the NB205.

We also saw a greater difference between the two systems when it came to graphics tests. While its 3DMark06 score of 159 is about 70 points below the netbook average, it’s still about 50 points greater than the NB205-N330BL. Still, this system is unsuited for gaming. When playing World of Warcraft with the resolution at 800 x 600 and the effects set to default, we only averaged 19 frames per second. If you want to game on a netbook, you’re better off buying an Ion-based system, such as the HP Mini 311, which saw 35 fps at a resolution of 1024 x 768.

Some of the tips below involve editing the advanced power settings in Windows Power Options.  To access the advanced power settings:

1. Open Power Options either by clicking the icon in the All Control Panel Options menu or by double-clicking the Windows battery icon in your system tray.
2. Select Change plan settings next to the power plan you are using (balanced, power saver, etc).
3. Select Change advanced power settings.

The amount of heat given off by a component will be the same no matter what notebook it’s used in. The differences from notebook to notebook, however, are based on air and heat flow within the system, the amount of power consumed, and notebook chassis material. While notebooks made from sleek-looking aluminum and other metals are increasingly popular, such systems tend to feel hotter. That’s because of differences in thermo-mechanical properties of the materials, according to Rajiv Mongia, principal engineer for Intel’s Thermal Technologies team. For example, an aluminum chassis will feel hotter to the touch than a plastic chassis of the same temperature.

1: Enable Active Cooling
Make sure that, in the Windows power settings or in your notebook’s proprietary power management software, the highest level of cooling is enabled. The menu option for enabling active cooling varies from notebook to notebook, but in some cases, the option will actually say “active cooling” and in others the option will say “maximum performance” as opposed to “maximum battery life.”

2: Enable all power saving options for the CPU, graphics, wireless card, etc.
It’s simple physics. The more power your notebook consumes, the more heat it generates. If you’re willing to sacrifice a little performance by running your notebook’s key components in low power modes, it will generate less heat.

To use less juice and generate less heat, we recommend changing the advanced settings in the Windows power manager’s, both for “on battery” and “plugged in” states:

• Wireless Adapter Settings: Maximum Power Saving
• Link State Power Management: Maximum power savings
• Graphics Power Plan: Maximum Battery life or the equivalent, based on what video card your notebook has installed.
• PCI Express -> Link State Power Management: Maximum power savings
• Processor power management -> Maximum processor state: Set to a lower percentage such as 30-percent.

3: Unplug Your Notebook
Some notebooks are manufactured to consume more power (and generate more heat) when plugged in than on battery alone, even with the exact same power settings enabled. After lowering all your power saving settings (as in tip #2), you may want to try pulling the plug.

4: Put the notebook on a table or desk
Many of a notebook’s vents are located on the bottom of its chassis, so when you put the notebook on your lap, you’re partially obstructing those vents.  And if you put the notebook on a on a fabric surface like a bed or couch, you’re really choking its airflow. If the bottom of your notebook is getting really hot, consider putting it on a table or using a lapdesk that sits between you and the notebook.

5: Using a cooling pad
Some might say that this is the most obvious tip and should appear first, but cooling pads add bulk to your notebook bag and make your system less portable. So while cooling pads like the great Cooler Master Notepal U2 may be the only choice for a burning hot notebook, they shouldn’t always be your first.

Design
The MSI X350 has a distinct appearance, thanks to its ultra-thin form factor. People will instantly get attracted to its slimness and lightweight. The X350 is easy to carry around and won’t weigh your backpack down. It comes in black and silver color options, while most of its body has a diamond cluster design pattern. This texture feels nice, especially the palm rest area. However, the top half is covered by a glossy material that attracts fingerprints. Earlier, we’d complained about the X340′s flimsy build quality, but we’re happy to report that things have improved in the X350. Although it isn’t built like a tank (in other words, like the Macbook Air), the build quality’s quite decent. A feeling of sturdiness is delivered due to the metallic lining covering the bottom half. The screen hinge offers fair resistance as well. On the inside, we have a 13-inch display bearing an ideal 1366 x 768 pixel resolution. The display portrays good clarity for text and visuals. The brightness was upto the mark as well, and it was a good experience to watch HD movies on it. The webcam is pretty decent too.

Keyboard and Touchpad
The MSI X350’s large island-style keyboard is one of the most comfortable and responsive we’ve tested. After just a few minutes of using the notebook, we managed to get a score of 92 words per minute on the Ten Thumbs Typing Tutor test, 12 wpm above our typical 80-wpm score and a new personal best for this reviewer. We found the 4-inch-long palm rest a comfortable place to put our big wrists, but those with particularly short arms and fingers may find themselves stretching a little to get to the keys. Our only gripe is that some keys are undersized, including the right Shift, Enter, and Backspace keys.

The large, 3.5 x 2-inch touchpad on the X350 has a comfortable black surface that gave us plenty of room to navigate around the desktop with accuracy. It also supports multitouch gestures such as pinch-to-zoom; the Sentelic driver software that comes pre-installed gave us very fine control over the pad’s sensitivity and various multitouch gestures. Because the touchpad is so large and does not have palm rejection capabilities, we initially had a problem with moving the pointer while we were typing. However, after we turned on the touchpad’s typing detection, our problems were solved. While we always prefer discrete mouse pad buttons to a single bar, the X350’s single bar offered decent tactile feedback and was not too stiff.

Ports
Moving on, to the left we have a VGA, LAN, HDMI port and SD/MMC card slot. To the right, there are two closely packed USB ports. Thus, if you have a slightly wide peripheral like some of the wireless data cards, it will cover a part of the other port, thus rendering it useless. Also, just two USB ports could prove insufficient for some. These are followed by a headphone/microphone jack and the power port. We like the fact that thin and light models like the X350 come with petite power adapters like the ones bundled with netbooks, which are easier to carry.

Performance
The MSI X350’s 1.3-GHz Intel Core 2 Duo SU7300 CPU, integrated Intel GMA 4500 graphics, and 5,400-rpm hard drive won’t set any speed records, but they offer more than adequate performance for everyday tasks, from watching high-def videos to surfing the web, transcoding video, and navigating the globe in Google Earth. However, several larger and heavier 13-inch notebooks in the same price range carry more powerful processors that turned in stronger results.

On PCMark Vantage, a synthetic benchmark that measures overall performance, the X350 scored 2,631, which is nearly 1,000 points better than last year’s single-core MSI X340, but 600 points below the ultraportable category average. The 4.8-pound ASUS U30Jc-1A ($879), which costs $20 less than the X350 and sports a 2.26-GHz Intel Core i3 CPU, scored a massive 5,334. And the 4.8-pound Apple MacBook ($999) managed an impressive 4,259 as well.

The MSI X350’s 5,400-rpm, 500GB Toshiba hard drive booted into Windows 7 Home Premium (32-bit) in a mediocre 64 seconds, 5 seconds slower than the category average. Perhaps part of the problem is the 14 seconds of BIOS POST time that takes place before Windows even starts loading.

The X350’s hard drive took 3 minutes and 58 seconds to complete the LAPTOP Transfer Test, in which we copy 4.97GB of mixed media files. That’s a rate of 21.4 MBps, which is a little slower than the category average of 25.3 MBps, but still faster than some of its competitors. The U30Jc-1A managed only 20.9 MBps and, when running Windows 7 via Boot Camp, the MacBook was even slower at 19.6 MBps.

The X350 took 1 minute and 52 seconds to transcode a 114MB MPEG-4 video to AVI format using Oxelon Media Encoder. That’s 15 seconds faster than the category average of 2 minutes and 7 seconds. However, the U30Jc-1A finished in only 1 minute and 12 seconds, while the MacBook took only 1 minute and 7 seconds.

Design
The A11’s matte black lid is dimpled with a handsome pattern that doesn’t show fingerprints, and it continues on the deck; the bezel is also a matte black plastic, but lacks the fancy design. Overall, this a very understated look that will no doubt appeal to business users, but it lacks the panache of the HP ProBook series, which has a more elegant brushed aluminum lid. Above the keyboard are buttons for launching Toshiba’s Eco utility, outputting the screen to a projector or larger display, and volume controls. These are handy to have, but we think they would be better put to use if they offered quick access to, say, PowerPoint or some other business-centric function. Measuring 14.7 x 9.9 x 1.5 inches and weighing 5.8 pounds, the A11 is a bit too bulky to carry around; those who travel often should look elsewhere. This notebook is certainly portable enough to take to meetings, but you’ll need to keep an eye on that battery meter (more on that below).

Display
We found the Tecra’s main appeal is the large 15.6in display with its 1,366×768 resolution that makes for comfortable viewing of spreadsheets and web pages, while its size also means there is plenty of space to rest your palms while using the keyboard. This resolution is a bit low for a screen of this size, but users can obtain resolutions up to 2,048×1,536 on an external display. In terms of performance, the 2.4GHz Core i5 processor, which looks like four CPUs to the system because of Intel’s Hyperthreading technology, seemed to make little difference in normal use. That was until we tried an action such as opening a graphics-heavy PDF, which the Tecra took in its stride, while another PC we viewed it on struggled to display it, especially when scrolling up and down. The Windows Experience Index in Windows 7 rated the Tecra at just 3.9, but this result is pegged back by the performance of the Intel graphics built into the processor itself, with the processor, memory and disk subsystems all showing high scores of 5.1 and above.

Keyboard and Touchpad
The A11’s deck is large enough to comfortably fit a full keyboard and number pad. The black matte keys are of the traditional variety, had a nice textured surface, and responded well when typing. We were up to our usual speed in no time. The 3 x 1.6-inch touchpad is comfortably large, and its surface let us move around with ease. Below, the two mouse buttons (separated by a fingerprint reader) are made of a shiny metallic plastic, which makes them really stand out on the all-black deck. Despite picking up fingerprints, the buttons were large and responsive.

Battery life
Another point worth noting is the relatively poor battery life of this model. Toshiba quotes a life of four hours and 40 minutes from the 55Wh lithium ion battery, but we found that it lasted no longer than one hour and 23 minutes in our tests using the Battery Eater Pro benchmark. This suggests that, while the Tecra A11 is a good overall workhorse machine, it should be regarded as a portable computer for lugging between sites where there is mains power, rather than to be used much on batteries while travelling.

Software
As with other Toshiba models we have seen, the Tecra A11 has numerous utilities that load when the system boots. We counted no fewer than 15 in the system notification area on the taskbar, including McAfee Security Centre, Intel’s Rapid Storage Technology tool, and Toshiba’s own Tempro performance tuning tool, PC Health Monitor, Eco Utility, HDD Protecton and Fingerprint Utility for log-on. Other software installed includes a 60-day trial copy of Microsoft Office, which now requires a live internet connection to work, Toshiba ReelTime for finding recently accessed files, Toshiba Assist for technical help, and a tool for the built-in webcam, which supports resolutions up to 1,280×800 pixels.

Performance
Powered by a 2.66-GHz Intel Core i7-620M processor and 4GB of RAM (expandable to 8GB), the A11 scored a blazing 7,029 on PCMark Vantage, almost 2,800 points above the mainstream laptop average, and better than the HP EliteBook 8440w (6,975) and Apple MacBook Pro in Boot Camp (6,699), both of which utilizing the same processor and amount of RAM. The A11’s 7,200-rpm, 320GB hard drive was fast, duplicating a 4.97GB folder of multimedia in 3 minutes and 3 seconds, a rate of 27.8 MBps. That’s about 5 MBps faster than the average and just above the HP ProBook 5310m (26.2 MBps), but below the Lenovo Thinkpad SL510 (29.2 MBps). Using Oxelon Media Converter, the A11 transcoded a 114MB MPEG-4 to AVI in a blazing 48 seconds, beating the mainstream average by 16 seconds.

Design
The design of the Qosmio X505 is a clear evolution of earlier Qosmio systems–it shares the same high-contrast red/black palette and rounded chassis, although it has less of a clamshell-like feel than previous versions. It’s still positively huge, and weighs more than 10 pounds, even without the power adapter. Despite the laptop’s heft, the back of its lid flexed easily under our fingers–we wouldn’t rest anything too heavy on the closed lid. With its expansive screen and keyboard, large hard drive, and fast processor, this portable qualifies as a desktop replacement. As the moniker suggests, this laptop could take the place of your desktop PC, as it offers most of the features that people look for in a computer. The screen is spacious enough for you to work on it all day without eyestrain, and the keyboard’s roominess rivals that of a desktop’s. It has only one optical drive, but ports aplenty. Even so, this machine is still portable, light enough to unplug from the wall and easily move to another room–or to a meeting across the country on your next business trip.

Keyboard & Touchpad
The backlit keyboard has large, flat-topped keys and was comfortable to use, with the exception of an oddly shortened space bar. It feels as if Toshiba could have used a full-size space bar on the keyboard, if not for the media control panel that sits to the left of the space bar. Taking up roughly the same space as a TV remote control might, it includes touch-sensitive volume, mute, and media transport controls, and a button for launching the system’s “Eco” mode, which is an energy-efficient power setting preset. Those changes include lowering the screen brightness, turning off the backlit keyboard, and underclocking the CPU’s performance. These are all tweaks one could manually dial in using Windows 7′s power menus, but it’s nice to have them all in one place. One note about the touch-control media buttons. Each gives off an unbelievably loud “beep” when touched–including the mute button, which pretty much defeats the purpose of a mute button. The touch pad is oddly small, taking up very little of the available room on the large wrist rest area. One could fairly say that an 18-inch desktop replacement is more likely than not to be controlled via an external mouse, so the touch pad doesn’t need to be a focus, but that does little to explain why the two giant red mouse buttons dwarf the touch pad.

Performance
This laptop, equipped with over 4GB of memory, will run all of your programs quickly (paired with a high-end CPU, that much memory will make things especially speedy). You’ll be able to multitask to your heart’s content, too, so go ahead–you can back up the entire contents of your hard drive to a DVD while watching YouTube videos and experimenting with textures on the 2MB photo of your client’s art gallery in Photoshop. The main drawback is the extra expense: Loading up with more than the standard amount of RAM (2GB, these days) can add hundreds of dollars to a laptop’s price, though it boosts performance by only about 10 percent. Also bear in mind that if you hope to use more than 4GB of RAM effectively, your PC must have a 64-bit installation of Windows.