We’ve long loved Eye-Fi’s series of Wi-Fi-enabled SD cards that allow you to instantly upload pics from your camera to a website, but it has lacked two key features: the ability to select which photos you want to upload and the ability to perform peer-to-peer transfers from the camera to a computer or laptop. This new card addresses those needs.

The card continues to support all the good stuff we’ve seen before in Eye-Fi cards: the ability to connect to open access points to upload your photos to a photo service, Wi-Fi-based geo-tagging, and video sharing. But we’re more excited by the improvements in the Eye-Fi Pro. Now, instead of uploading every image on the card, you select which photos you want to upload by checking the write-protect on the files and the card dutifully uploads them. JPEG, video, and even RAW files are now supported, too. And in case you’re wondering whether RAW is too large to transfer via Wi-Fi, we moved an 18MB RAW file from a Canon EOS Rebel T1i to a laptop in about two minutes using the Eye-Fi Pro’s Ad-hoc mode. Not bad.

Continue reading this review after the jump.

It is, perhaps, fitting that Velocity Micro’s new rig is called a Raptor. That’s because anyone who has ever seen the Air Force’s F-22 Raptor in person and on afterburner knows just how overkill the F-22 is.

The same can be said of Velocity Micro’s Raptor Signature Edition. With people overjoyed just to have a $99 Athlon II X4 620, Velocity Micro decided to go shock-and-awe on the spec lists—and the wallet.

First up is Intel’s stellar Core i7-975 Extreme Edition. With a stock speed of 3.33GHz, Velocity Micro uses a custom CoolIt Domino ALC to get the processor to a very stable 4.2GHz. To “balance” this $1,000 CPU, Velocity Micro throws in probably $1,500 in GPUs in the form of three EVGA GeForce GTX 285s. Still not impressed? How about four SLC-based Intel X25-E Extreme 64GB SSD drives in RAID 0?
 
Mind you, these are not the pedestrian X25-M consumer drives; they’re enterprise-class drives that offer more than twice the write performance of the X-25M version and peg the read speeds at the SATA 3Gb/s limit. If you’re afraid of a four-drive RAID 0, you might feel better that the X25-E’s are designed for server use and should have 10 times the life of a consumer drive.

Continue reading this review after the jump.

There’s good news and bad news for eBook fans. First up: new eBook readers using Marvell’s ARMADA 166E chip could see triple the frame rate of first generation devices. The bad news: the faster frame rate of 3 fps won’t exactly have you playing Doom just yet but low frame rate animation will possible.

Marvell doesn’t mind though. The company’s new chip isn’t meant to just increase performance, it’ll also offer a cost reduction and power reduction by shrinking what is now a multi-chip board controller board down to a single chip. Marvell showed off several OEM designs including Spring Design’s upcoming dual-screen Alex.

This dual-screen eBook puts Kindle's web-browsing features to shame.

If you were bummed like most of us that Intel’s shiny new P55 chipset didn’t include USB 3.0 and SATA 6.0 support, Asus's new U3S6 should make you happy.

More photos, details and our analysis after the jump!

Even we have to admit that in this economy, you have to be thankful if you’re not still driving a Pentium 4 rig. Still, for budget buyers today, the choice usually doesn’t get much better than a dual-core machine that takes overnight to encode video and a GPU that can’t push pixels downhill.

Fortunately, it’s no Pentium Dual-Core or Celeron that CyberPower opts to stick you with. Instead, CyberPower reached into its parts bin for Intel’s brand-new, budget badass: the $200 2.66GHz Core i5-750. This chip is like Chuck Norris in a bar fight: It not only wipes the floor with Phenom II X4, it commits a little fratricide against its Core 2 Quad and Core 2 Duo siblings, too.

To this Two-Buck Chuck, CyberPower adds what is definitely not a budget part: Nvidia’s fastest videocard in the form of EVGA’s GeForce GTX 295. At the foundation is Gigabyte’s new GA-P55-UD5 and 4GB of Kingston DDR3/1600. Storage is left to a 1.5TB Seagate Barracuda and a Samsung 22x DVD burner. A Cooler Master V8 cooler and Scout case complete the package.

Read the rest of this review after the jump!

Don’t be fooled by the Vantec ezShare’s unassuming looks. This simple six-foot white cable with its Type A USB plugs on either end is actually one of the easiest ways to quickly moves files between two computers. Just plug one end into an available USB port on a box running Windows (XP and up), and plug the other end into the second box.

A Windows Explorer–like app will auto-launch on each machine, letting you drag and drop folders and files between the two PCs. If this sounds an awful lot like Data Drive Thru’s Tornado (reviewed November 2007), that’s because the two products are pretty similar. The file-explorer UI and software functionality of both products are virtually the same. It’s close enough that we have a pretty strong suspicion that the underlying chipsets and software come from the same factory in China. There are a few key differences, though.

Continue reading this review after the jump!

Canon’s original Digital Rebel 300D lit the fuse that started the sub-$1,000 digital-SLR war. With the “DRebel” now in its fifth iteration, it’s hard to believe just how far this camera has come.

The original DRebel sported a dust-sensitive 6.3MP CMOS sensor and a pathetic four-shot JPEG buffer. The new EOS Rebel T1i 500D ups the megapixels to 15.1 and features a massive 170-shot JPEG buffer at 3.4fps. Dust cleaning, once rare in DSLRs, is featured, as is Live View, or the ability to use the LCD screen to focus and frame a shot. The three-inch screen is a gorgeous 920K pixels and makes smaller and lower-res screens seem antiquated.

The real eyebrow-raising feature of the Rebel T1i, though, is its support for 720p and 1080p video modes. While we once believed that DSLRs would never do video, it’s now the top checkbox on newer models. The T1i supports 720p at 30fps, but at 1080p resolution the frame rate drops to a nearly unbearable 20fps. Video is compressed using H.264 and is stored in a QuickTime .MOV container.

 Continue reading this review after the jump.

If you doubt the existence of mirror universes that are almost the same except for minor changes, Digital Storm’s 950Si rig could make a believer out of you.

The 950Si is that similar to Maingear’s Kick Ass Award–winning ePhex that we reviewed in August, albeit with some slight differences. For instance, the ePhex’s all-white enclosure was a Silverstone TJ10, while the 950Si uses a nearly all-black TJ09.

In graphics, the 950Si features dual EVGA GeForce GTX 295 cards while Maingear opted for three GeForce GTX 285 cards. Both rigs sport Intel’s top proc—the Core i7 975 Extreme Edition at 4GHz—but get there differently. Digital Storm does a straight multiplier overclock of 31x133MHz base clock to get to 4.1GHz. Maingear preferred a 21x multiplier with a 160MHz base clock to get to 4GHz.

Even in SSDs there’s a similar-but-different feel. Maingear tapped two Intel 80GB X-25M drives; Digital Storm opted for two of Corsair’s 64GB M64 SSDs.

Continue reading this review after the jump!

Pardon us if we’re so oversaturated with so-called “extreme” potato chips and soda that we’re skeptical about anything bearing that moniker.

It doesn’t help that Nexto’s eXtreme ND2700 hardly looks the part. When we actually fired up the ND2700 and started copying files to it, however, we almost had to let out a whoop. Using a 16GB SanDisk, umm, Extreme III CF card, the ugly little ND2700 copied roughly 8.3GB of image files in 11:27 (min:sec). That’s about how fast it would take you to dump the files to your desktop via USB and that’s good news for people who think the microwave is too slow.

The ND2700 comes with a standard USB cable, as well as an eSATA cable and a short USB pig tail that lets you hook up a USB flash drive or hard drive so you can also back up all your files with the push of a button.

Continue reading this review after the jump.

Backwards Compatility with AM3 is the Big Surprise

Eat that Gulftown: AMD officials have not only confirmed that it will release a hexa-core processor next year – but it will be backwards compatible with existing AM3 and AM2+ motherboards.

Although heavily reported as a rumor that an AMD six-core was coming to consumer desktops, the company had not confirmed rumors. That is until Monday, when AMD officials told Maximum PC that the chip was a done deal.

“We are all about platform longevity and long-lived upgrade paths,” and AMD spokesman said in a sideways ding at its competitor Intel which has a penchant for requiring new sockets for its CPUs. Intel currently has three different socket infrastructures on its desktop computers – all incompatible. The confirmation also comes one day before Intel’s three-day IDF conference which usually blots out all news from competitors for days.

More details after the jump!

Even the Intel fanboys have to hand it to AMD once in a while. After Intel deftly dropped a Core i5 anvil on Phenom II’s head, AMD did a quick drop to floor and now fires back slo-mo style with its own chip: a $99 quad core.

Dubbed the Athlon II X4 620, this 2.6GHz quad core isn’t just leftover parts swept off the factory floor, either. The Athlon II X4 is based on the familiar K10 microarchitecture in the Phenom and Phenom II, but it’s actually a newer, smaller die. In fact, the new chip has less than half the transistors of a Phenom II X4 processor. Much of the shrinkage comes at the expense of cache. While the Phenom II packs 6MB of L3, the budget Athlon II X4 features none.

The TDP of the new Athlon II X4 chips (there are two, but only one is sub $100) is also considerably lower than the top-end Phenom II X4 965 Black Edition chip at 95 watts versus 140 watts. Other than the TDP and lack of L3 cache, the CPUs are essentially the same as their Phenom predecessors.

Read on for our full analysis, review, and benchmarks!

Most people’s first experience with the Japanese spice called wasabi teaches them to never approach it again. It would be a shame if folks were similarly averse to Dell’s Wasabi PZ310 printer, which offers fun, spontaneous, albeit tiny, prints.

For the most part, the Wasabi is a kissing cousin of the Polaroid PoGo printer that we reviewed in the July 2008 issue. Both printers use Zink’s zero-ink technology. A thermal head heats up crystals embedded in the paper itself. Send a photo to the Wasabi, and a minute later, a 2x3-inch print pops out. A light adhesive on the back of each print lets you then plaster the image of your family, friends, or pet to any object that deserves to be cute-ified.

The Wasabi uses a slightly smaller power brick than the PoGo and adds a button to reprint the last pic. We found image quality to be similar to that of the Polaroid PoGo. We can say that, as with the PoGo, output from the Wasabi is not particularly sharp or colorful, and is occasionally splotchy. These aren’t exactly the words you look for in association with a photo printer, but the primary draw of the Wasabi and its ilk is the fun factor.

Continue reading this review after the jump.

Nehalem for everyone! That simple sentence best explains Intel’s brand-new series of CPUs, which is sure to please budget users everywhere while confounding power users.

Why would a new CPU that gives you the best bang for the buck in town be greeted nervously? Because Intel’s new CPU brings with it a new socket as well as a new infrastructure. This new infrastructure is essentially a fork in the road that forces users to make a difficult choice: Save money today but get locked out of the high-end, or splurge today knowing that the budget CPU is damn near as good as the top-end part.

For the details on Intel’s new budget monster, savor our full report, consume the specs, and then digest the benchmarks to see just which path your next PC should take.

Netgear’s MOCA (short for Multimedia over Coax Alliance) adapter is the can solution to the can’t. If you can’t get a reliable Wi-Fi signal throughout your home and you can’t make an Ethernet cable run and you can’t tap your home’s electrical grid with a HomePlug Powerline adapter, than MOCA is the can.

Using existing standard cable coax wires, the Netgear MOCA adapter lets you turn your cable TV runs into a “home entertainment network.” What the hell is that? Since the adapter is built around passing data through your cable TV, it’s no surprise that MOCA wants to push its adoption as an easy way to get Internet connectivity to your set top box, game console, or media center PC.

Setup is Joe-six-pack friendly: Just unplug the coax cable from your TV set and plug it into the Netgear MOCA adapter. Run a second coax cable from the adapter to the TV. TV signals are passed through transparently, so your American Idol viewing won’t be disturbed. And if the signal is degraded you can actually change the frequency the adapter operates on.

Continue reading this review after the jump.

What do a surveillance camera and the average home videographer have in common? Surprisingly, a hell of a lot—it’s just the subject matter that’s different.

One takes really poorly exposed, fuzzy, low-res videos of a gas station clerk getting a pistol jammed in his face, and the other takes really poorly exposed, fuzzy, low-res videos of a kid kicking a soccer ball or blowing out birthday candles.

Apparently, that’s the logic MotionDSP used when it decided that its $10,000-per-license, super-fancy video algorithms could not only be used to help the police catch carjackers, but also clean up the video of little Timmy’s birthday, too.

We’re not kidding. MotionDSP’s algorithms were developed to help resolve license plate numbers from video by analyzing multiple frames before and after a frame. By using the additional data to reassemble one sharp frame, MotionDSP’s algorithms are able to pull out far more detail than you would think possible.

 

Continue reading this review after the jump.

It’s become a cliché in hardware reviews to call a PC “the fastest machine we’ve ever seen,” but there are no better words to describe Maingear’s ePhex.

It truly is the fastest machine we’ve ever seen. And you would expect that from a parts list that looks like someone just checked the “bestest” box before clicking the buy button.

Peep these specs: Intel’s new Core i7-975 Extreme Edition CPU. This new CPU may seem like it’s just 133MHz faster than the Core i7-965 Extreme Edition CPU, but it’s actually a new stepping of the core that enhances overclocking. Maingear overclocks the chip from 3.33GHz to a very stable 4GHz. To the new i7, Maingear adds 12GB of Kingston DDR3/1600 on the Asus Rampage II Extreme board, a 2TB Western Digital drive, two Intel 80GB X25-M SSDs in RAID 0, and not two, but three GeForce GTX 285 cards in tri-SLI. To keep it all running, Maingear water cools all three GPUs and the CPU, and then tosses in a 1,200 watt PC Power and Cooling Turbo-Cool PSU.

Continue reading this review after the jump.

In the two years since we reviewed the first version of ID Vault, phishing attacks have increased by more than 180 percent, identity theft is up 25 percent, and organized crime has figured out ways to hijack financial sites and DNS servers.

For the most part, putting financial information into a browser is about as safe as walking through Central Park in one of those Chuck Bronson Death Wish movies.

So, you’d think ID Vault would be one of those tools you’d put on a chain and wear around your neck everywhere you go, but it isn’t. For those not up on ID Vault, it’s an encrypted USB key that stores your user names and passwords. If you want to go to your bank, eBay, or Amazon, you plug in the ID Vault and use a virtual keyboard to punch in a code (to thwart key loggers). The ID Vault client on your PC then goes to the site, makes sure you’re actually on a legitimate IP address for that particular website, and logs in for you.

We’ve seen systems with Serial Attached SCSI (SAS) before, but no vendor has been sassy enough to break from the de rigueur SATA VelociRaptor or SSD drives in favor of the tech—until now.

Of course, this is Polywell’s M.O.—not content to do things like any other system vendor, Polywell usually tucks in a curve ball to brush you off home plate when you don’t expect it. Sometimes Polywell’s pitch doesn’t work (think really nice $5,000 gaming rig with an $8 keyboard and mouse), but time we were intrigued with its 300 gigabytes of RAID 0, 15,000rpm, connected using SAS. The onboard SAS support in the Asus P6T Deluxe mobo achieved sequential read speeds of about 192MB/s with 6.8ms access times—that’s purty durn good considering that our VelociRaptor-equipped systems see roughly 166MB/s reads with about 7+ms access times.

Elsewhere, Polywell plays it safe and sane: an Intel Core i7 clocked up to 3.66GHz on air and an Nvidia GeForce GTX 295 card along with 6GB of DDR3 at 1,450MHz and an LG Blu-ray drive stuffed into an Antec 900 case make it a well-rounded rig—albeit a bit bland.

Continue reading after the jump.

There’s possibly nothing more confusing than trying to buy a new SDHC card. Do you buy Class 2 or Class 6. Do you care about the “X” rating and should you pay for spring for a premium card? Frankly, even geeks can get confused when faced with a selection of 14 different SDHC cards of varying sizes and ratings – none of which readily make sense. Fear not, we waded through the specs and grabbed a selection of cards for testing to see what really matters.

There are a few dirty secrets in the tech industry, and one of the best-guarded among them regards multichannel audio—everybody wants multichannel audio but almost no one actually runs the speakers to use it.

Sure, we all cheered when PC audio went from 4.1 to 5.1, and then from 6.1 to 7.1, but who actually runs that many satellites around his or her PC? That’s why Asus’s Xonar Essence STX is a soundcard that’s long overdue. Instead of pushing pointless multi-satellite specs, the Essence STX is aimed at folks who spend more money on a set of headphones than some people put out for an entire surround sound set.

Continue reading this review after the jump.