The newest version of Ubuntu (9.04, codenamed “Jaunty Jackalope”) is set to be released on April 23, 2009. While there are some noticeable differences, much of the improvement in 9.10 can be found under the hood.
Every Ubuntu release comes with new software, and Jaunty is no exception. Jaunty comes with GNOME 2.25.92 (in Alpha 5) and many other packages like OpenOffice.org 3.0, GIMP 2.6.5, and much more. Jaunty will also include X server 1.6, which includes new features like X input 1.5, predictable pointer acceleration, and RandR 1.3.
Also, Jaunty introduces the “Computer Janitor”, a new administration utility meant to help clean up orphaned packages. Although there are no orphans on the LiveCD or in a new installation, this tool will help maintain old installations that have been around for awhile and have been upgraded a few times.
Read on for the scoop on all of Jaunty Jackalope's other updates!
Dell teased us with a brief showing of their new Adamo laptop line at this year's CES, but after that first peek, we were all left hanging with only a mysterious website to satiate our curiosity. Today, Dell has finally officially announced the Adamo notebook line, which they call a "luxury brand notebook designed for the luxury conscious consumer." We got to play with the Adamo at a recent press preview meeting, and can confirm that this beauty is indeed luxurious -- easily worthy of envy. We have a ton of Adamo unboxing and close-up photos after the jump, but here are the technical details that you care about:
Adamo's launch models are 13.4" inches (screen resolution is 1366x768) , priced at $1999 for a 1.2GHz Core 2 Duo U9300 with integrated Intel X4500 video, 2 GB of DDR3 RAM, and 128GB SSD running a custom skinned Vista 64-bit. Dell has also custom skinned the Bios to match the Adamo aesthetic.
External hard drives (up to 500GB) and Blu-Ray drives are also available, both of which match Adamo's styling.
Dell told us that Battery life rated at 4 hours, even though the press release states 5+.
Physically, the Adamo measures only .65" thick (thinner than the Voodoo Envy), and weighs in at 4 pounds. Aside from the Dell and Adamo logos, the notebook's rigid surface --made from aircraft grade aluminum -- bears no other unsightly marks or stickers. Even the Windows authenticity sticker is hidden in a magnetic cover in the back.
Built-in ports include 2 USB (with power share, so you can charge devices even when Adamo is off), one eSATA/USB combo port, Display Port, RJ-45 (Wireless N is included), and a SIM card slot for mobile broadband. The Adamo has no Express Card slot nor microphone jack, though a tiny mic is embedded to the left of the keyboard.
The Adamo is now available for preorder, shipping March 24th in Pearl and Onyx colors. A $2700 model is also available in foreign countries, and sports a 1.4GHz CPU, 4GB of RAM, and a built-in 3G wireless card.
Read on for our large gallery of unboxing and hands-on photos.
In the past year and a half, solid state drives have come from nowhere to take their place as the Next Big Thing in storage, especially in notebooks. The MacBook Air and the Asus Eee PC and OLPC XO-1 (One Laptop Per Child) netbooks were among the first consumer notebooks to utilize solid state drives. While SSDs are still most popular in netbooks, they have begun appearing in more mainstream notebooks and even high-end desktops.
SSDs have much higher read speeds than traditional drives, and with no moving parts, they’re more durable. They’re not susceptible to magnetic interference or vibration, and they use less power and run much more quietly than standard magnetic hard drives. Best of all, they come in standard 3.5-inch and 2.5-inch formfactors with SATA connectors and emulate traditional drives, so they’re compatible with existing architecture. Unfortunately, they’re also orders of magnitude more expensive per megabyte, thus limiting widespread adoption, at least for now.
Although the fastest solid state drives use DRAM for storage (with a battery backup to preserve data), this White Paper will focus on flash-based SSDs—the variety most commonly found in consumer gear.
For more than a decade, Adobe Photoshop has been the de facto image-editing program used by professionals and art students alike. But there are plenty of casual users who only dabble with Photoshop for simple tasks, such as photo resizing and cropping -- oblivious to the sheer power of Photoshop's graphics manipulation abilities. These decidedly non-power users (and we know some of you are included in this group) can do so more with this versatile program -- and we're here to show you how.
Whether you've just installed Photoshop for the first time or know your away around a the Tools toolbar, we put together a few of the most essential Photoshop skills to get you started on your photo editing endeavors. Before you know it, you'll be fixing up your grandmother's torn-up black and white wedding photos and airbrushing the heck out of yourself for your Facebook photo.
Your next build may very well come configured with dual-SSD drives in a RAID 0 array for the OS, a gluttonous 2TB SATA HDD for storage duties, and a Blu-ray optical drive for movie watching and HD backups. And for quick transfers from one rig to another, does it get any sweeter than a 64GB USB thumb drive loaded with all of your favorite apps? Such a storage scheme is certainly worthy of dream machine status, but our storage options weren't always as fanciful, fast, and fat as they are today. Some of you may remember toting a 3.5-inch floppy to and from school, while others hearken all the way back to cassette tapes. And if you've lived long enough to remember the IBM Punch Card first hand, just ask and we'll SPEAK LOUDER.
Fasten your seatbelt and take a trip back in time with us as we follow the evolution of computer storage through the ages.
You have to admit, Windows is a pretty barebones operating system, feature-wise. After a fresh install of XP or Vista (perhaps following a Clean Start), you're faced with a barren Start Menu and an empty desktop that's beaming with limitless potential. The problem is that it's up to you to hunt and download those applications that you really need in your day-to-day computing experience. And chances are, it's often difficult to find good software that's also free. That's where this guide comes in.
We've put together a list of what we think are the most essential PC apps for every Maximum PC reader. These are all free programs (except one) that should be immediately installed after a fresh build or reformat; 32 indispensable programs and utilities that we couldn't imagine computing without. From the best IM client to FTP browser and Notepad replacement, these essentials truly enhance the Windows experience (much more so than Microsoft's own Windows LIVE Essentials). We're not saying you'd use all 32 entries in our list on a daily basis, but if you are at all serious about utilizing your PC, we promise our picks will not go unused.
And at the end of the feature, we'll even show you how to install these apps in one fell swoop with a special configuration file we've created. Because if it were up to us, this is software that should be bundled with every copy of Windows.
These days, most people have at least one computer and a large collection of media files. The conventional practice for most people has always been to have redundant copies of their media collection on their various computers. While this system technically works, it is highly inefficient and creates the unnecessary task of keeping the media collection on each computer synchronized and up-to-date with the others. A far better solution is to keep all the media on one computer and stream it as needed to the other machines over the network.
Streaming technology has been around for over a decade and is something that most people are at least a little familiar with. (Youtube uses streaming flash-based video to work) In the past, playing large files over the internet was usually pointless due to the fact that the software of the time required the whole file to download (often on slow connections) before the media could be played. With streaming media, the remainder of a file is fetched as the first part it is being played, so there is no need to wait to get the whole thing before watching it. The video quality on early streaming media was often quite bad, (a trade-off between quality and speed was necessary when most people were stuck on dial-up) but with the near-ubiquitous availability of broadband in most urban and suburb areas today, high-quality streaming media has finally become practical.
We have assembled this guide to help you set up a cross-platform media streaming service using a Linux computer as a server. With our guide, you will be able to stream media to any other computer you own. Other guides on the subject discuss how to set up a Samba-based solution, but we feel that our solution is simpler and easier since you only have to install and configure one program instead of several. For this purpose, we use GNUMP3d. GNUMP3d is a program that makes media available through a web-based interface. Instead of using the Samba protocol, GNUMP3d uses ordinary HTTP to get the job done.
If you want to take full advantage of your PC’s audio potential, you should connect your rig to your A/V receiver and passive speakers—or a really good set of powered speakers. But accomplishing this task is often tricky, thanks to a combination of digital rights issues, proprietary surround-sound algorithms, and evolving connection standards.
Computers outfitted with Blu-ray drives and certain late-model videocards can deliver Blu-ray video over HDMI, but getting HD audio that way is another issue. An HDMI cable can carry both high-definition video and up to eight channels of high-definition audio (front left and right, front center, rear left and right, side left and right, and low-frequency effects). Blu-ray discs are typically encoded using Dolby TrueHD, DTS-HD, or DTS-HD Master Audio; all three of these eight-channel lossless compression codecs can deliver bit-for-bit perfect copies of the original movie soundtrack. Here lies the rub: PCs currently cannot output audio encoded in any of these formats over HDMI.
A properly outfitted PC running CyberLink’s PowerDVD 8, however, can decrypt and decompress Dolby TrueHD and DTS-HD and output it as uncompressed eight-channel LPCM (linear pulse code modulation) to HDMI. However, while videocards based on newer Nvidia GPUs are outfitted with HDMI, they’re all limited to two-channel LPCM (linear pulse code modulation) audio over HDMI, and that’s only if your motherboard has a S/PDIF-out header
AMD’s RV7xx-series cards can deliver uncompressed eight-channel LPCM audio over HDMI because they route the signals over the PCI Express bus. For integrated graphics, motherboards with Nvidia’s GeForce 8300 chipsets (for AMD CPUs) and GeForce 9300 or GeForce 9400 chipsets (for Intel CPUs), and those with Intel’s G35 Express, G45 Express, and G965 Express chipsets can do it, too.
We highlight the four most common PC audio scenarios. Pick the one that fits your situation and we’ll show you the best way to integrate your PC into your home-theater system.
Clean start. OS reset. Nuke and pave. Whatever you call it, no matter how good a personal system administrator you are, there’s a time to take your OS install out behind the shed and put two in its head.
When would you need to take such extreme measures? If the networking stack is splayed out on the floor and no amount of patching, registry editing, or Winsock repair tools can fix it. If you can’t get hibernate or standby to work anymore. Or if you’ve had a horrible malware or rootkit breakout. Sure, you may have reclaimed control of your PC after an epic five-day battle with the beast, but can you really trust your OS anymore? You don’t want to reenact the final sequence from The Thing, you and your PC eyeing one another wondering if the other is not what he seems to be.
A clean start is the only way to relieve your paranoia. Read on to find out how to do it properly.
Maker’s Mark is of course the name of a fine Kentucky bourbon whiskey, but the phrase also applies to the stamp that skilled artisans apply to their creations. When you’ve finished building your custom PC, we’d encourage you to stamp it with your own maker’s mark; after all, the one-of-a-kind creation you’ll have wrought will have nothing in common with the mass-produced rigs that mainstream manufacturers churn out by the millions.
That’s one of the most exciting aspects of our hobby. Automobile buffs can tune and customize their factory-built cars and trucks, but computer geeks like us get to build something new and unique almost entirely from whole cloth. And it’s so easy that you have to wonder why anyone would buy a preassembled PC in the first place.
Thanks to the relatively open architecture that IBM stumbled into oh so many years ago (and has likely regretted ever since), we can rebuild and retune our creations again and again, boosting their performance and postponing their obsolescence. We do hit a wall every now and again. Intel’s new Core i7 CPU is a good example. Because the new processor features an onboard memory controller—a first for Intel, although AMD’s procs have had the technology for years—the company had to design a new socket architecture to accommodate the additional pins. That blocks the upgrade path for anyone using an LGA775 motherboard.
Intel has AMD on the run in the CPU front, but AMD is poking Nvidia in the behind in the graphics processor market. The result: ever more powerful, ever less expensive videocards. The two companies have shipped so many new parts that we expect things will stabilize over the next quarter or so, so now’s the time to find a great deal whether you’re building a new rig or retrofitting an old one. And if you’ve never experienced the joy and pride of building your own PC, click through to read our in-depth, hands-on guide.