What Is "Super Wi-Fi"?

The FCC just cleared a path for a new generation of "Super Wi-Fi" technologies. Sounds great! But what the heck is Super Wi-Fi?

Super Wi-Fi is still Wi-Fi...

It's not as though Super Wi-Fi is some entirely alien concept. For all intents and purposes, it's Wi-Fi! The same kind of wireless data transmission you use around your apartment or at the office or waiting in line at Starbucks. It's just much, much more powerful.

...but on a new spectrum...

As John explained previously, pretty much all Wi-Fi activity takes place on the same 2.4GHz or 5GHz frequencies. For the first time in 25 years, though, the FCC has opened up a sizable new block of unlicensed spectrum, this time between 50MHz and 700MHz.

...that lives in between your TV channels...

Ever since television went entirely digital, folks like Google have been lobbying, literally, to free up the airwaves between channels. The so-called "white spaces" would otherwise have been lying around unused or been subject to prohibitive regulatory precautions.

...that's much more powerful than what we have today...

Unlike current Wi-Fi airwaves, whose reach can be measured in feet, the spectrum that would carry Super Wi-Fi would be able to travel for several miles because of that lower frequency. Through brick walls, even—something your Linksys really struggles with. You can also anticipate download speeds of 15Mbps to 20Mbps—about as fast as a cable modem.

...that shouldn't interfere with your regularly scheduled programming...

Back in 2008, when the white space plan was first approved, the biggest concern was that using these airwaves for data transmission could interfere with TV signals. To mitigate those fears, white space devices will be required to query a special geolocation database, ensuring no signals are crossed.

...and that will have (literally) far-reaching benefits...

The advantages are already apparent. Google, for instance, already has a trial running in a Logan, Ohio hospital that's giving first responders and the hospital grounds alike super-speedy broadband. Wilmington, NC uses white-space to send real-time feeds from traffic and security cameras. And eventually, you would potentially be able to access your home Wi-Fi from several blocks away.

...though maybe not for a while.

So far, most of what we know about how the white space will be used is based on conjecture. There may be some proof-of-concept devices early next year at CES, and there may be more mass production of products in a year or two. But the first Super Wi-Fi projects are likely to be medical, municipal, large-scale. How long it takes for us to be always connected from anywhere and anything? That's up to the inventors and entrepreneurs to decide. [FCC (pdf)]

Mobile devices push portable wireless modem sector

ABI Research's "Cellular Modem Product Tracker" indicates that hundreds of wireless modem models are now available to consumers. Manufacturers are racing to produce more portable wireless modems amid the continuing growth in the demand for mobile broadband access.
ABI Research principal analyst Jeff Orr said that with the number of mobile broadband subscribers expected to exceed 150 crore by 2015 and with consumers buying more Internet-enabled wireless devices such as Ipads, netbooks and smart phones, "cellular modems used to connect Internet services to mobile devices are, therefore, gaining in popularity."
While most support GSM, GPRS, EDGE or HSDPA network technologies, a growing number use 4G technologies. They also support various frequency bands and access technology and come is all sorts of form factors such as PC cards, USB dongles, internal Mini-Cards and mobile hotspot routers.
One such device is Huawei's E583C portable hotspot, which provide 7.2Mb/s downloads and 5.76Mb/s uploads. Weighing just 90g, it can provide an Internet connection to up to five Wi-Fi-enabled devices at a time. Some products provide 21.1Mb/s downloads using HSPA+ connections.
Some of the new wireless modems that debuted this year are Sierra Wireless' Aircard 250U and Franklin Wireless' U600. They both support 4G connections using mobile WiMAX. WiMAX modems for PCs are also available from Green Packet, Intel and Motorola. On the LTE front, vendors are preparing to sell new products, such as Huawei's E398 USB modem, which supports LTE, UMTS and GSM.

Netgear Debuts First Powerline Wireless N Extender

Home networking is almost always a bitch. But Netgear's new (and first of its kind) wireless N and powerline networking combo might simplify the process, adding a high-throughput Wi-Fi bubble, riding along your home wiring, to any free electrical outlet.
Netgear says the AV 200 will extend your existing WiFi network—taking the wireless signal in one room, routing it through copper, and then rebroadcasting where needed—at speeds of up to 200 Mbps. Though, as with any powerline-dependent network, electrical interference might bring down speeds—so mind your torrents when you power on that vacuum cleaner, for instance. [Netgear]

Clearwire Rover: Pay As You Go WiMax By the Day, Week, or Month

Clearwire just launched Rover, a no-contract service that offers unlimited WiMax goodness for $5 a day, $20 a week, or $50 a month, along with two new WiMax modems. Yep, get ready to start topping up your 4G.
The service is launching in all of Clearwire's WiMax markets with two modems: a $99 USB stick called, um, the Rover Stick, and a $150 puck called, uh, the Rover Puck. The latter of the two can service as a WiMax hotspot for up to eight devices—it has Wi-Fi b/g/n and can simultaneously run 2 SSIDs—though neither have any 3G connectivity.

Here, for your reference, is a map of Clearwire's coverage.
Users will be able to buy new service in some retail stores, like Best Buy, or online, in $20 and $50 increments. Rover, they explain, is "designed for digitally addicted youth who refuse to settle for long-term contracts." Don't you call me an addict, Clearwire. [Rover via Slashgear]

Clearwire Introduces Rover: Instant Gratification to the Internet Addicted
Nation's First Pay-As-You-Go 4G Mobile Broadband Service
Unlimited Usage for Just $5/day, $20/week, $50/month
Redefines "Friends with Benefits" with Rover Puck(TM)
Rover Stick(TM) Available for Those With Commitment Issues
KIRKLAND, Wash., Aug 30, 2010 (BUSINESS WIRE) –
Clearwire Corporation (NASDAQ:CLWR) today unveiled Rover(TM): the nation's first pay-as-you-go 4G mobile broadband service for tech-savvy Gen Y customers. The Rover brand is designed for digitally addicted youth who refuse to settle for long-term contracts, overpriced internet service, or speeds slower than what they've become accustomed to at home.
Rover is available in all of Clearwire's 49 4G markets across the U.S. at rover.com. Rover is also available at CLEAR stores, Best Buy stores and select independent wireless dealers in Houston and St. Louis.
"Simple, commitment-free wireless services are wildly popular with the Gen Y crowd, and Rover provides them with the first pay-as-you-go unlimited mobile internet offering at 4G speeds," said Mike Sievert, chief commercial officer for Clearwire. "We've built Rover from the ground up with products, pricing and features designed specifically to serve a younger market who knows how you get connected is just as important as where. Expanding our offers to meet this underserved segment is an important new business opportunity for Clearwire as we continue to extend our leadership in mobile broadband."
"The opportunity for pay-as-you-go mobile broadband should not be underestimated," said Carrie MacGillvray, program manager and wireless analyst at IDC. "Prepaid – or pay-as-you-go – data provides an option for consumers to experiment with the power of mobile broadband without being saddled with a two-year commitment. A prepaid mobile broadband service can offer consumers the ability to access and share Internet service, at home or on the go, in an affordable way."
PUCKS AND STICKS
Friends with Benefits
Rover's flagship device is the Rover Puck: an ergonomically designed portable Wi-Fi hotspot that lets you share broadband access, or "Puck", with up to eight devices at home, out on the town or nearly anywhere the feeling strikes you. The Rover Puck can easily slip into a purse or backpack and serve as an on-the-go broadband access point for devices such as laptops, netbooks, the iPad(TM), the iPod touch(R), smartphones, PSP(R) systems, game consoles, and Wi-Fi enabled digital cameras, among others. Users have the option to connect up to eight Wi-Fi enabled devices simultaneously.
The Rover Puck features mobile download speeds of three to six mbps, with bursts over 10 mbps (up to 4x faster than conventional 3G), using Clearwire's 4G network. The Rover Puck is available today for $149.99 (plus tax).
Going Solo
The Rover Stick(TM) is a personal 4G USB modem that connects any notebook, laptop or desktop to the Rover 4G Service. The Rover Stick is compatible with MacBook(R) and MacBook(R) Pro laptops using Mac OS X, as well as netbooks and notebooks running Windows(R) XP, Windows Vista(R) and Windows(R) 7. Offering the same super-fast internet speed as the Rover Puck, the Rover Stick is available today for $99.99 (plus tax).
No Commitment Issues
New users receive two free days of service to ensure Rover's metro-focused 4G coverage fits their mobile lifestyle. Rover has a 14-day no-hassle return policy for any device purchases made on rover.com or in CLEAR stores.
Rover is priced at $5/day, $20/week, or $50/month for unlimited 4G internet usage. Depending on the retail channel, customers will be able to purchase a Rover Re-Up PIN code or physical Rover Re-Up card in $20 or $50 denominations. Rover Re-Up is available online at rover.com, at all retail outlets carrying the Rover Puck or Rover Stick, as well as at Rover Re-Up specific retail locations. Rover does not require a credit card to activate service and is designed to bring broadband internet to a new audience.
GENERATION Y
The Rover brand is designed for a demographic that has grown up in a wireless world. They manage their life through the internet, and their devices signify status. Rover provides products and service to meet their need for all things internet.
"Rover's target audience has never known life without internet. They love their devices and they want as much speed and capacity as possible, without the limits and commitments of most mobile options," said Seth Cummings, GM, Rover. "Rover offers iconic devices along with straight-forward pricing, and plans where unlimited truly means unlimited. It is not in Rover's DNA to be constraining, confusing or complex."
MARKETING CAMPAIGN
Launch campaign
Rover's initial communications will showcase the dramatic ways in which 4G mobile broadband can change human behavior in previously unimagined ways. More information is available at www.evology.com.
Life @ 4G
Rover.com invites users to experience "Life @ 4G." Rover-sponsored athletes and music artists will be profiled, showing how Rover influences their careers and lives as they live Life @ 4G. Sporting a Rover wingsuit, base jumper JT Holmes, who travels up to 150 mph during freefall proximity flying, lives life with the Rover Puck and no strings attached.
Rover Activity Badges
Rover believes in loyalty, and will introduce a badging system that rewards users for participating in Rover activities. For example, the "Trendsetter" badge recognizes early adopters of Rover in each market, and the "Friends with Benefits" badge acknowledges users who refer friends to the Rover service. Badges have become wildly popular on location-based apps and are expected to resonate with the youth consumer and motivate usage.
THE BIG PICTURE
4G Network of Networks
Rover is the newest brand connected to the Clearwire 4G network, joining brands which include CLEAR(R), Sprint 4G, Comcast High-Speed 2Go, Time Warner Cable Roadrunner 4G, Best Buy Connect and Cbeyond. Today, the Clearwire 4G "network of networks" is available in select cities throughout the United States, where approximately 56 million people live.
Detailed coverage maps of service availability can be found at www.rover.com/coverage.
For press, broadcast and bloggers: Video footage can be linked from www.youtube.com/rover4g. Product and brand images and company logos can be downloaded from the Clearwire Newsroom at www.clearwire.com/newsroom. To subscribe to Rover RSS news feed, click here.
For more information about Rover, visit www.rover.com. Clearwire company information is available at http://www.clearwire.com.

AXIMCom MR-102N mobile router

We’re calling it - the days of the standalone 3G dongle or modem are numbered. In their place, a new class of portable router has emerged. The AXIMCom MR-102N is one such device. Packed into a small device, marginally larger than a cigarette box, is a 3G modem, wireless router and battery pack that will create a wireless LAN anywhere, anytime. 
The AXIMCom MR-102N is very easy to set up. It has an Ethernet port, USB port, power switch and AC input. The Ethernet connection is used for the initial set-up so that you’re not creating an open wireless hotspot before you’ve done any configuration.Unlike many of the routers in this class, the MR-102N supports a variety of advanced network settings such as port forwarding and VPN.

We tested the AXIMCom MR-102N with a USB modem from Optus. We powered on the MR-102N, plugged in the modem and went into the browser-based configuration utility. This was both Windows and Mac friendly. Given that it worked with both Firefox and Chrome, we’d expect the same from Linux.

Setting up the modem required that we choose the brand from a drop down list and then enter the APN settings. Once that was in, we could choose whether to connect automatically or on command. One of the handy things about the MR-102N is that it’s not only able to use USB modems. If you’re an iPhone user and have tethering enabled, you can connect your iPhone and share its 3G connection. You can also use Windows Mobile and Android phones in the same way.

Perhaps the most important thing we can say about the MR-102N is that it just works. Once we’d gone through the initial set up, the MR-102N delivered a reliable Internet connection to an iPhone, iPad, netbook and notebook computer. Battery life was reasonable with several hours of use on a single charge.

Range over the 802.11n radio was solid with ping times only falling once we several several meters away. The signal didn't completely drop away until we were over 12 metres away and with a solid wall interfering with the line of sight.

For $199, the AXIMCom MR-102N delivers an easy way to use your existing 3G data service and share it with multiple devices. With support for all Australian carriers and a bunch from other countries as well, the MR-102N makes a worthy travel companion.

iCON USB modem adds wireless broadband to Pioneer’s new car navigation system

LEUVEN, Belgium - Option (Euronext: OPTI; OTC: OPNVY), the wireless technology company, today announced that Pioneer Corporation has selected Option as its trusted partner for a second wireless project in the Japanese market. Option’s new iCON® wireless USB modem will add broadband connectivity to Pioneer latest car navigation systems. An iCON USB modem, a SIM card and a data plan from SoftBank Mobile network are provided with each new car navigation system. The wireless car navigation solution will become available as of July and will be sold in retail shops across Japan.
The addition of the wireless solution based on the iCON USB modem gives the users of the car navigation systems (AVIC-T07, AVIC-T05 and AVIC-T05-S) access to real-time information available from Pioneer services including information on traffic congestion, nearby gas stations and fuel prices along the route, parking information, weather forecast for the selected destination, notification of parking space availability ( sent five minutes before arrival), pick-up assist and location based event information provided by Yahoo! Japan.
This project demonstrates Option’s ability to offer, through its expertise in connectivity software and integration support, customized solutions and professional services to the OEM/ODM market, resulting in certification acceptance from SoftBank. Building on the successful experience with the first wireless car navigation system mid 2008, this is the second project where Pioneer and SoftBank decided to work with Option on the new generation of wireless car navigation systems.
Based in Japan, Pioneer Corporation is a leading global manufacturer of consumer- and business-use electronics products such as audio, video and car electronics. The Mobile Entertainment Business group is working to expand the frontiers of in-car entertainment by fusing audiovisual entertainment and car navigation systems using the latest technological innovations.
Option’s new slim iCON USB modem fits perfectly into Pioneer’s new car navigation system. The small, lightweight HSPA USB device is specifically developed and aimed at the automotive and navigation systems sector.
ABOUT OPTION
Option, the wireless technology company, is a leading innovator in the design, development and manufacture of 3G HSUPA, HSDPA, UMTS, EDGE, and WLAN technology products for wireless connectivity solutions. Option has established an impressive reputation for creating exciting products that enhance the performance and functionality of wireless communications. Option is headquartered in Leuven, Belgium. The company also has Research & Development in Belgium (Leuven), Germany (Düsseldorf and Augsburg) and an ISO 9001 production engineering and logistics facility in Ireland (Cork). Option maintains offices in Europe, US, Greater China, Japan and Australia. For more information please visit our brand new website www.option.com.

Turn Your Old Router into a Range-Boosting Wi-Fi Repeater

If you're upgrading to a faster, stronger wireless router, don't chuck your older Wi-Fi box. With the magic of DD-WRT, you can turn your older wireless router into a range-expanding Wi-Fi repeater to cover everywhere you need a connection.

The advent of wireless home networks grew slowly in the past decade, but reached the point at which nearly every home with a high-speed connection had a wireless router that shared Wi-Fi connections throughout the home. Now Wireless N has become the standard at electronics retailers, promising faster connectivity with your wireless devices, faster transfer and streaming speeds between devices, and better connectivity. So what's to be done with your home's first wireless router?

Our suggestion is to install the open-source DD-WRT firmware on your router and turn it into a repeater for your main router, expanding your Wi-Fi signal to reach every nook and cranny of your house, and even into your backyard or garage, if needed. You'll be able to use the same password and security scheme, you won't need anything except a power outlet for the repeater when you're done, and most of your devices will automatically switch between the two signals when needed.

We've previously run down how to install DD-WRT on a Linksys router to give it many, many more features, including the repeater function we'll cover here. If you've already installed DD-WRT, then, skip to the section on repeater configuration. One notable difference in this guide, too, is that I'm installing a custom build of DD-WRT, the "micro" flavor, on a Linksys WRT54G ver. 6, or "version 6." Adam wrote his original guide in 2006, with a fully-DD-WRT-compatible Linksys WRT54GL router, and at that point, those who picked up a blue Linksys box without knowing about open-source firmware were pretty much stuck. Now there's a huge array of supported devices, and even my sadly restricted Linksys can run a Micro build, and Micro now includes a repeater function.

Update: A Note on Speed

Some intrepid bandwidth watchers, Will Smith among them, have pointed out that their own experiments with repeating signals has left them with slower connections. To be honest, I was using the repeater mostly for Google Reader in bed, and browsing and web working from outside the house, so I hadn't seen a noticeable drop in speed. A few tests at SpeedTest.net tell the tale. Pictured at left here is the result from my main router, a Buffalo model with Wireless N (detailed here), connecting from my upstairs office to the downstairs living room, then Buffalo, NY to Toronto, ON.

This result is through the modified Linksys WRT54G ver. 6 router about 10 feet away, connected as a repeater to the Buffalo router downstairs, and then tested again through Toronto. There is, as you can see, a download speed difference, and if I'd been using my Wireless N modem, it might be even more severe. So take a repeater for what it is—a slight trade-off in speed for a greater reach, with your mileage varying based on your hardware and connection. You might also note, though, that using SpeedTest's Android app, I actually received better download speeds from my office through the repeater than through the main router—for a smaller antenna, perhaps, connectivity can sometimes win over latency concerns.

What You'll Need

• Compatible router: Grab that old-but-still-works router and flip it over. Get the model number off the label, and write down the MAC address, while you're at it—the locations for both, on a standard Linksys "blue box," are pictured above. Type the first few characters of your model number into DD-WRT's router database, and look for your model to pop up. If you get any kind of green "Yes" listed with your model, you're in the clear—even the most pared-down DD-WRT build, micro, supports the repeater function.

• Firmware files for your router: In that same router database, click on the line that relates to your router model, then grab all the files listed there. You may not end up using all of them, but once you've taken your router offline, even if it's not your main router, you'll want to have all your files available offline.

• Print-out of your instructions: There's a good chance, if you've got a fairly popular router, that you'll have access to specific router model instructions on the DD-WRT wiki. You'll usually see a link on the same page as your firmware files; if not, go ahead and search the wiki. If you don't have a printer, or hate wasting paper, use a print-to-PDF tool like doPDF or the Nitro PDF Reader for Windows, or the built-in PDF functions in Mac or Linux. The reason, again, is that you want to be prepared in case you lose internet connectivity on one or more routers during the flash process.

• Ethernet cable & computer with Ethernet port: Enough cable to comfortably reach from your computer to the router you're working on, and a computer without any networking problems that you know of.

• A pen and paper: The paper for notes, and the pen for both writing and pressing and holding down the reset button on your router.

• At least an hour's time, and patience: Instructions for most routers are laid out in step-by-step detail, with very specific instructions. Even so, you do not want to rush things, or load the wrong file at the wrong time. Doing so opens the potential for a "bricked" router, one that doesn't work and can't be accessed or set back to its default, factory-fresh state. That's not going to happen to the patient, cautious firmware flasher, though.

Get Started

As stated above, different routers will take different paths to installing DD-WRT. There are some common procedures, and a general path, to getting it installed, though, so you can read along as I follow the DD-WRT Wiki's instructions for a WRT54G version 6 installation.

• Do a hard (30/30/30) reset on your router: A "hard" reset, or a "30/30/30," means locating the reset notch on the back of your router, then inserting a pen and holding it there for a total of 90 seconds—30 seconds at first with the power on, then yank the power cord and wait another 30, then plug the power cord back in and wait 30 seconds, all while still holding the pen. It seems a bit excessive, but trust me—I've had friends with electronic engineering skills explain just how finicky, and sometimes random, physical memory chips like those in routers can be at holding their settings or otherwise not completely blanking out.

• Set a static IP address on your computer: Most DD-WRT guides want you to set your computer's IP address, the one it draws from your router, to 192.168.1.7, and set a subnet mask to 255.255.255.0. How do you do this in your computer, without the router being accessible?

Head to Windows' Network and Sharing Center, usually by right-clicking on your network connection icon in the system tray, or heading there through the Control Panel. In the left-hand panel, click "Change adapter settings," then right-click on your "Local Area Connection" offering and select Properties. Under the Network tab, select the "Internet Protocol Version 4 (TCP/IPv4)" and hit the Properties button. Now in the General tab, change the first radio switch button to "Use the following IP address:", then enter 192.168.1.7 in the IP Address field, and 255.255.255.0 should fill itself in under "Subnet mask." Make sure you've got the IP entered correctly—Windows can skip the "7" part if there's only a single digit in the third section—and hit OK when you're done.

Firmware Installation

Now we're gonna get serious. Connect the Ethernet cable between your computer and the router—be sure to insert the cable into one of the numbered ports, not the port labeled "Internet" that's slightly distanced from the others. Turn off any wireless connection to your main router, unplug any broadband cellular modems, and so forth.

In the case of my WRT54G ver. 6, I had to create a customized flashing image for my router, with a designated MAC address written in. The MAC address is a supposedly unique identifier given to all computer hardware that can access the internet, one that allows networks to allow and block hardware based on this address. Your internet provider and the the cable modem they provided also tracks the MAC address of your router, and can deny service if a different router than the one the modem is used to servicing suddenly appears. So I followed the instructions for downloading GV5Flash.zip, unpacking its contents, then running the vximgtoolgui application and filling in the MAC address I wrote down from underneath my router, and pointing the app at a place to drop the resulting .bin file.

Now you're going to pull off one of those "hard," or 30/30/30 power cycles—hold down reset for 30 seconds plugged in, 30 unplugged, then 30 seconds again plugged in. When you're done, wait a few seconds, open your browser (making sure your computer's still connected by cable), point it to http://192.168.1.1, and you should get a prompt for a username and password. The default for my router in this mode is "root/admin"—yours can likely be found at RouterPasswords.com, or in your own DD-WRT instructions. After entering that combo, you should see the default router screen. A Linksys default usually looks like this:

In most cases, you're next going to head to the Administration section (circled in the pic), then click the Firmware Upgrade sub-section. It's usually a simple affair: a Browse button to find the file you want to upload, and an OK/Apply button to set it in motion. From here on out, unless you have my same exact router, you'll possibly have a different set of one or two files to upload, in a very particular order—follow your own DD-WRT customized instructions. In general, though, you'll be doing a procedure along these lines:

• Uploading a "prep" file that gets your router ready for a new firmware.
• Waiting a solid five minutes—no cheating.
• "Power cycle" the router (a simple unplug, 30-second wait, then re-plug).
• Re-connect to 192.168.1.1, see the "Management Mode" window, then upload your (possibly customized) specific DD-WRT image and hit Apply.
• 
• After seeing this nice little "Upgrade Success" message, wait another full, honest five minutes.
• 
  
  
• Open a TFTP program, usually provided among your DD-WRT files, and point it at 192.168.1.1 (your router). Select your specific DD-WRT firmware (a micro build, in my case), then set the retries to 99—But! Before hitting "Upgrade," power cycle your router, wait a few seconds after re-powering, then go for it. When your TFTP app has a green light and success message, wait another full five minutes, then come on back.
• Undo the static IP setup you put in place on your computer from the Network and Sharing settings. Unplug and re-plug your cable, then open a browser. If you can connect to 192.168.1.1 on your computer browser and see a setup page for DD-WRT, do a (final) 30/30/30 "hard" reset on your router, then check that you still see the DD-WRT setup. If so, you're all set up!

Setting Up the Repeater

Now that you've got your oldie-but-goodie router set up with DD-WRT, you can set it up to pick up the signal from your primary router and re-broadcast it within its own radius. Here's how to do that.

With your computer still hooked up to the now-secondary router, head into the DD-WRT setup screen. It will ask you to set a better password and username at first, so go ahead and do that—you'll probably want to set up the same admin/password as your primary router to avoid confusion. Once you're in, your setup screen will look something like this, as my Micro setup on my Linksys appears:

First up, click on the Wireless tab, then choose Basic Settings. Switch "Wireless Mode" to "Repeater," and the "Wireless Network Name" to the same as the main router you're going to be re-broadcasting. Don't worry about the bridged/unbridged radio buttons—they'll set themselves later. Hit the "Save" button at the very bottom, but do not hit "Apply Settings" just yet.

In the "Virtual Interfaces" section, below that main "Wireless Physical Interfaces" section you just modified, hit the "Add" button, then enter a new name for your repeater—don't use the same as your router, or else suffer the wrath of confused devices. Adding "Repeater" or "2" to the end of your main router's name is pretty sensible in most cases. If you prefer an access point that doesn't broadcast its name, save that for switching off later—while we're testing our repeater, we'll be using basic settings to make sure the connection goes through. Hit the "Save" button at the bottom again.

With the main Wireless tab still selected, head to the "Wireless Security" sub-tab to the right. You'll see two interfaces again—a "Physical Interface" and a "Virtual Interface." In the "Physical Interface" section at the top, fill in the same exact security settings as your primary router—the security mode, the algorithm (TKIP or AES, generally), and the password any device would use to connect. You might need to jump back into your primary router settings to confirm these—that's fine, but do so from another device. Under the "Virtual Interface" section, set up the same exact security settings as your primary router, again. Hit the "Save" key at very bottom again and, again, avoid "Apply Settings" for the moment.

Jump over to the Setup tab at the very top, then scroll down to the Network Setup section under Basic Setup. The main thing to do here is slightly alter the "Local IP Address" from what your primary router is. If you connect to your main router at 192.168.1.1, for example, set this repeater router to something like 192.168.2.1, or another number that you can remember in the second-to-last position. Hit (you guessed it!) Save.

Finally, head to the Security tab up top, and in the Firewall section, disable the "SPI Firewall," and un-check everything under the "Block WAN Requests," except "Filter Multicast." Hit "Save" at the bottom one last time. Finally, head over to Administration, double-check that you've got your administrator password written down or remembered, and hit "Apply Settings" at the very bottom. Your router will reset itself now, so give it time to do so.

Unplug your computer's Ethernet cable, turn on a wireless device, and see if you can find your new repeater bridge. Connect to it, use the same password you'd use for the main router, and you should have success. If not, run through the steps and double-check your settings. DD-WRT's wiki page for WLAN Repeaters has a good deal of troubleshooting advice, so check there too.

You've now got a second Wi-Fi station in your house that picks up signal from the main router and offers it out to devices that are farther out. It's likely not as fast a connection between devices—it's wireless G, in most cases, as opposed to N. Then again, at this point, there are very, very few services or streaming applications that make full use of Wireless N's crazy bandwidth potential, so your Hulu streaming, web browsing, and other usual internet life will likely be unaffected.

In my own case, my wife and I don't have to use modern-day divining tricks in our very non-linear Victorian home to keep a spotty Wi-Fi signal to an iPod touch or Android phone, and a side patio has just become a preferred secondary home office for the summer. As a bonus, my closest neighbors now know that I'm a serious, serious nerd when they fire up their laptops. Here's hoping you find similarly fun and free uses for a Wi-Fi repeater.

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How is your repeater working out for you? Do you have any suggestions on making the repeater more convenient, or another guide for DD-WRT, Tomato, or another firmware? We'd love to hear your comments, questions, and tips in the comments!

Clear Wireless Internet Now Here

Harrisburg, Pa. - A new service in our area has internet speeds as fast as a cable modem, but there's no cable involved at all.

Maybe you've seen the displays popping up in electronics stores all over the area,
like the green tent at Harrisburg Radio Lab. Or maybe you've seen the TV commercials.

Clear is a wireless, 4-g internet service that's just hitting our area.

"It's wireless right to the modem and then it's at broadband speed, so it's just as fast as your major service providers like Comcast and Verizon," said Shawn Bechtel of Radio Lab.

That means no service person visits your home. You just take the modem home and plug it in. Not only is Clear wireless, it's home internet service is about $30 a month, considerably less than broadband cable internet service.

You can add home phone service too. By plugging a module into a laptop, and with the proper service plan, Clear can also be used away from home, anywhere in the coverage area.

The company's website, www.clear.com, shows where their internet service is available in our area. Harrisburg, York and Lancaster are good to go. The best thing to do, is check the map to see if where you live, is in the green area.

New wireless technology set to double Internet speed

Regional Australians will be among the first to experience Telstra’s latest advance in Australia’s fastest national mobile broadband speeds when Telstra launches a new mobile device enabling the doubling of data speeds over the Next G™ network later this year. Telstra CEO David Thodey said that 100 regional towns and cities including Albury, Alice Springs, Orange, Broome, Ballarat, Roxby Downs, Port Lincoln and Newcastle will benefit from the new 3G modem when it becomes available to customers.

Customers using the new device – the Telstra Ultimate USB – will be able to download files or surf the Internet up to twice as fast as those using the next-fastest 3G modem currently available on an Australian national network.

Mr Thodey made the announcement in a speech to community leaders in Albury to celebrate the tenth anniversary of Telstra Country Wideâ, which was launched in June 2000.

“Telstra will make this new technology available in 100 selected regional towns and cities at the same time as many capital cities, underlining our commitment to provide the best technology to Australians no matter where they live,” Mr Thodey said.

“Telstra has been investing in regional and rural Australia for more than 100 years, including through Telstra Country Wideâ for the past ten years, to improve the quality of life for people living and working in regional and rural Australia.

“The first decade of Telstra Country Wideâ is just the beginning. Telstra is committed to continuing its investment in regional and rural Australia so we can provide local consumers, businesses, governments, schools and health services with the same leading edge services that are available elsewhere in Australia,” he said.

Mr Thodey said that since the inception of Telstra Country Wide ten years ago –
- Telstra’s mobile phone coverage had expanded from around 800,000 to more than two million square kilometres, and now covered more than 99 per cent of the population
- Internet access speeds have increased from dialup rates of a few tens of kilobits per second to be typically 550kbps – 8Mbps in selected regional areas.*
- Telstra had invested more than two billion dollars in the Next Gä mobile network, with half of all towers located in regional Australia
- All Australians had obtained access to untimed local calls, including 28,000 Australians who did not have the service in 2000
- The number of Telstra offices in regional and rural areas had expanded from 30 to 50.

Mr Thodey also announced that the company had recently commissioned the company’s 7,000th Next Gä base station, expanding Australia’s fastest national mobile broadband network.

“The Next Gä network enables regional businesses to compete on the global stage, regionally-based health care professionals to offer remote diagnosis and monitoring, rural based schools to provide the same opportunities for regional and rural students as those in the city and environmental, and farming businesses to improve their productivity,” he said.

The tenth anniversary of Telstra Country Wideâ will be celebrated at events across Australia in coming months.

For more information visit: www.telstra.com.au/telstracountrywide

Huawei’s E5 wireless modem enjoys brisk sales

As of May 2010, shipments of the E5 wireless modem (featured in the March 10 issue of the Manila Bulletin) have exceeded one million units and more than 1.3M units have been ordered and sold to 45 leading telco operators worldwide.

In the Philippines, Huawei’s prospects include the major telco operators which include: PLDT/Smart, Globe, and Digitel/Sun Cellular.

The Huawei E5 wireless modem is a center of personal connection device and an ideal mobile broadband solution for business people wanting high-speed wireless connectivity, anytime, anywhere, and offers a ‘superior’ user experience.

Simply by turning on the Wi-Fi switch, users can enjoy immediate access to a high-speed mobile broadband network, without needing to carry around a bulky internet cable. Thus, the E5 users can automatically create group internet access and individual Wi-Fi hotspots, wirelessly connecting to various devices, such as notebooks, digital cameras, and games consoles; play games online and transfer pictures.

The E5 fits easily into a user’s pocket or handbag, offering Wi-Fi wireless connectivity at their fingertips, and even functions as a storage device equipped with a microSD card with a storage capacity of up to 32GB.

Overclock and Seriously Amplify a Linksys Wi-Fi Router

The WRT54GL is a hacker's dream Wi-Fi router, capable of running third-party firmware and upping its signal power

internally. A brave Instructables user shows how to go whole-hog on the blue box with extended antennas, fan-cooled overclocking, and the DD-WRT interface.

Instructable author NostalgicStone offers plenty of warnings before jumping into the details of his hack, and for good reason: it's not the safest way to run a Wi-Fi router. It's also not a pretty sight to have a PC fan running on top of a router, if you have to keep it in plain view. With all that said, this total upgrade is really appealing to those of us who lack Wi-Fi in particular corners of the house, don't have to worry about how pretty the router looks, and don't mind tearing open electronics to do things like install heatsinks.

Hit the link for the full read-through and results testimonial, and share any similar router upgrades you've seen (or pulled off yourself) in the comments.

Unleash the Power of Your Router! [Instructables]

WiFi Stumbler Scans Local Wi-Fi to Find an Interference-Free Channel

If you've been having trouble with your wireless signal the culprit might be interference from other wireless routers in the area. Free web-based tool WiFi Stumbler will show you which channel is least likely to cause interference.

WiFi Stumbler uses your computer's Wi-Fi antenna to scan local access nodes. You can do a wide open scan or narrow it down by the type of encryption, the manufacturer, the radio type, frequency, or channel.

When you're done with the scan you're presented with both a detailed listing and a chart showing the number of nodes. Using this information you can then switch your router to a less occupied channel—every router I've ever purchased has been set to Channel 6 for some reason and just getting it off 6 has been a huge help in every instance.

Have a favorite tool for tweaking your Wi-Fi? Let's hear about it in the comments.

WiFi Stumbler [Meraki Tools via MakeUseOf]

Improve 3G Modem Reception with a Kitchen Pot

It would only make sense, after seeing what a kitchen strainer and aluminum foil can do, that a metal kitchen pot would provide a significant signal boost for a mobile broadband modem, or "dongle." The homemade video evidence tells all.

The video is edited in a rather stuttered style for reasons unknown, but the segments where a USB broadband modem is placed into, and pulled out of, a large saucepan, with a signal strength meter running, seem to be fairly steady. A YouTube commenter suggests a more parabolic shape, like a wok, might do even better in capturing and honing the broadband signal.

If you're ever stuck at a friend's house with weak mobile broadband reception, it might pay off to dig into their cookware. At the least, it's an instant conversation starter.

The Best (and Funniest) 3G Mobile Broadband Signal Booster [The Mobile Broadband Blog via Slashdot

Extend Your Wireless Network with an Old Router and Powerline Adapters

We've shown you one way to turn your wifi router into a repeater, but if your router doesn't have the firmware or your walls aren't wireless-friendly, you can get similar results with the addition of a device called a powerline adapter.

Photo by Andy Butkaj.

While we definitely love hacking our routers with new firmware, it does have a few downsides, most notably the fact that it's a pain to install. Furthermore, you may not be comfortable installing third-party firmware that hacks your device, if your router doesn't have the required firmware available. Technology blog Tested points out that a couple powerline adapters can help give you the same results by connecting your old router to your network through the power lines already installed in your home.

Essentially, instead of wirelessly "extending" your network, you'll be turning your old router into an access point and putting it in the dead zone of your house. It'll still need to be connected to the network, though, which is where the powerline adapters come in. Powerline adapters plug into your A/C outlets and connect to your network. You don't need any kind of electrical experience to get them working. You could, of course wire it up via Ethernet, but you probably don't want Ethernet cables running all through your house—so powerline adapters are a pretty awesome way to go.

You'll need to tweak quite a few settings on your router to make this work, and powerline extenders aren't super cheap—you could probably pick a few up for the same price of a regular wireless network extender—but if you have a house that isn't wireless extender-friendly (due to thick walls or a strangely shaped house), this is a great way to get wireless everywhere you need it. Hit the link for the full guide, and let us know your experience with powerline extenders in the comments.

How To Use an Old Router to Expand Your Wi-Fi Network [Tested]

What Settings Should I Change on My Wi-Fi Router?

Dear Lifehacker,
I just moved into my first apartment, and bought my first Wi-Fi router. It's a standard Linksys "blue box," and seems to work fine, but I'm wondering—are there any settings I should be looking to change?

Signed,
Curious about Configuration

Photo by webhamster.

Dear Curious,

Good question! For most broadband home users, a Wi-Fi net connection "works" once you plug in the cable and power on the Linksys box, but there's more to having a secure, convenient, and easy-to-use network than just connecting.

Gina walked through setting up a home wireless network in 2006, using a Linksys WRT54G router as the hardware. Her instructions on the physical setup, and reaching the router's configuration page, still stand, but her security steps can use some updating—especially since she herself proved later on how easy you can crack a WEP-encrypted Wi-Fi password.

If you wanted to get really geeky, and unlock a lot of great features, you could power up your router (depending on your model) by installing DD-WRT or the more user-friendly Tomato on your router. But assuming you're just looking to get started with a Wi-Fi network and not start hacking firmware right away, we'll start with the basics.

Head to your router's administration page, then, by connecting to your router (usually linksys), opening a browser to it (usually 192.168.1.1), and entering the default username and password (written in the manual, but usually some combination of "admin," "default," and blanks).

I'm recommending at least four changes and look-intos for the typical router:

Change the SSID and Administrator Password

If you set up your router with an installation CD, there's a chance you've already tackled these steps. If not, head to the "Admin" or "Administration" tab in your settings, and in the main "Management" tab, change that password from whatever its default is.

Why bother? If you're going to leave your network "open"—or not requiring a password to connect—it's crucial to have your router administration password in place, as anybody who's half-familiar can point to 192.168.1.1, use a site like RouterPasswords.com, and then do ... well, all kinds of hincky stuff. Even if you're going to password-protect your system, it's still a smart idea to prevent anyone from messing with your settings.

Want to lock down administrative access even further? Turn off "Wireless Web Access" from this password page. Maybe it's too much of an annoyance to require that router configuration changes require a physical cable connection, but it's also a good way to ensure only those inside your house can mess with your network.

Before you go too much further, too, head to the Wireless tab, and change the "SSID Broadcast Name" in your "Wireless Settings" sub-section. If you keep your router named "linksys," you not only might encounter problems with neighbors who have simply plugged in their new routers, but you'll also train your computers and devices to always connect and accept connections to networks named "linksys"—not always a smart move when you're outside your home.

Change Your Security Settings

Even if you've already set up a password for your network, head to this page. It's under the "Wireless Security" section of the Wireless tab—and not under "Security," a design decision I've never quite fathomed.

If you haven't set up a password, do so now. As with any net-related password, don't make it weak. Use non-dictionary words, add numbers and special characters, and make it as long as you can remember. And change the security mode to WPA2 Personal. WEP is easily cracked, as noted above, and the first WPA has proven fairly easy for hacker-types to get into. WPA2 Personal isn't perfect, but it's the home networking security standard at the moment, and most devices made in the past few years can connect through it.

Open and Forward Any Needed Ports

If you're a BitTorrent user, good software like uTorrent should be able to automatically find an open port and connect through it. If it doesn't work, or if you need to pull off more advanced home network tricks, like screen control from outside your home, encrypting outside browsing through a home SSH proxy or giving tech support with a VNC connection, you'll want to open up the "Port Range Forward" section under the "Applications & Gaming" section.

The layout is a bit confusing, but it's actually a simple setup. Name your port whatever you'd like for reference in the "Application" field, add the port "range" in the two "Start" and "end" fields (usually they're the same number, for a single-number "range"), then choose the IP address of the computer you'd like incoming requests routed to, and click "Enable." In other words, if you want incoming SSH requests sent to your main desktop, add an "SSH" entry, assign it a port (22 is standard, though you can change it for more security from scanning attacks), and direct it to your home desktop's IP address.

But, wait, how do you know which IP address your home computer is on, and how do you reach it from, say, Panera? Good question! We'll tackle that in this next section.

Set Up Dynamic DNS

In the Setup tab, there's a "DDNS" section that allows you to hook up your router to a Dynamic DNS service, like our personal favorite, DynDNS. Gina previously covered the setup of your router to DynDNS in her guide to assigning a doman name to your home web server. Follow her steps, and when you want to remotely access your home computers, you can point your software to something like samsmith.dyndns.org, instead of trying to guess what IP address Time Warner/Comcast/Verizon has assigned you.

You'll also need to make sure your home computers stay on the same internal IP addresses assigned to them by the router—192.168.1.105 and the like. Adam's covered that in his remote BitTorrent guide. The basic explanation is that you set your steady, almost-always-on computers to an IP address that's lower than the "dynamic," changing numbers given out by your router.

---

Those are four settings we recommend peeking into as a new router owner. There are more security measures you can take, like filtering out all but a few accepted MAC addresses (i.e. specific computers/devices) or hiding your router name entirely from those who don't know it, but the average home network owner would probably find those more time-consuming than truly helpful. Your security needs and setup will certainly vary.

Good luck with your new router, and may your browser never tell you of pages not found,

Sincerely,

Lifehacker

AT&T Just Killed Unlimited Wireless Data (and Screwed Everybody in the Process)

Unlimited, all-you-can-eat wireless data was a beautiful thing for Apple devices on AT&T, delivering streams of Pandora, YouTube videos, a million tweets, and hundreds of webpages without worry. And now it's dead.

AT&T's new, completely restructured mobile data plans for both iPhones and iPads have officially launched the era of pay-per-byte data, which we've known was coming. We just hoped it would take a little longer. It's the anti-Christmas.

AT&T is likely just the first, since carriers rarely do anything alone (like when everybody launched unlimited voice calling in lockstep), and Verizon's CTO has rumbled that plans with "as much data as you can consume is the big issue that has to change." And so it is.

If you look at the costs per megabyte, you can see how, despite the fact AT&T is pitching the availability of lower priced plans as a value move, you actually are paying more for less. (Update: Corrected chart, moved a decimal place.)

Under AT&T's old iPhone and smartphone plans, $30/month bought you truly unlimited data. With their new plans for smartphones, arriving June 7 (not coincidentally, the day of Steve Jobs' WWDC keynote) the confusingly named DataPlus offers 200MB of data for $15 a month, while DataPro gives you 2GB for $25. With DataPlus, if you run over 200MB you get another 200MB for $15. But, AT&T tells us that if you're running over the 200MB limit, you can actually switch to the beefier 2GB DataPro completely pain-free (no ETFs or any of that business), and then switch back to the skinnier plan "over time." With DataPro, if you run over 2GB, you get another 1GB of data for $10, ad infinitum. So, if you use 5GB of data, you're looking at a $55 bill for data.

Tethering for the iPhone is here, finally! Hurray! Right? Wrong. First, consider that the old, non-iPhone tethering option offered you 5GB of tethering data for an extra $30 a month. The new plan charges you $20 extra to use the same 2GB pool of data for tethering. You are not buying extra data. You are simply paying extra to use it for tethering.

Let me repeat that: AT&T is charging you an additional twenty dollars a month based purely on how you use your data. This is bullshit, plain and simple.

Why does it matter how you use that 2GB? Why does it cost extra to use it in a slightly different manner, if you're paying for it all the same?

It's asburdity—especially when you consider the basic math. Under the old plan, you paid $60 a month for unlimited data, plus 5GB worth of tethering. Under the new plan, you will pay $45 for 2GB of data, total.

When you break out the dollar-per-byte value, showing just how much data you get per dollar, it becomes clear how outrageous the new pricing schemes are, whatever AT&T murmurs about how much data 98 percent of users actually consume.

The new plans apply to the iPad as well. Meaning the no-contract $30 unlimited data plan, the plan both Apple and AT&T pitched so hard, assuring us that we would never have to worry about data or contracts, is no more. If that $30-whenever-you-want-it unlimited data was a part of your calculus in buying the 3G iPad—it was part of mine—you've effectively been baited-and-switched. They promised one thing, and in just two months, it's gone. I suppose that's the downside of not having a contract with a multi-billion dollar corporation—you're free to ditch them, but they're free to screw you in return.

There is a way out, though it's really more like a way in, since it requires you to dive more securely into the vice grip of AT&T. If you already have an unlimited smartphone data plan and you renew your contract after June 7, as long as you don't change your plan, you can keep on keepin' on with your unlimited plan. In other words, you can get a new smartphone, but keep the same plan—then you're grandfathered in with unlimited data. Same deal with the iPad: If you start an unlimited data plan before June 7, and let it keep automatically renewing, you'll keep unlimited data.

If you add the $20 tethering option after June 7, though, you move to the new plans (which obviously screws iPhone owners interested in tethering). If you don't already have an unlimited smartphone data plan, and buy one after June 7, you'll get one of the new plans. If you come to AT&T after June 7, you'll get one of the new plans. If you start a new iPad 3G data plan after June 7, you'll get one of the new plans. (Here's a bit more on various scenarios and what'll happen with different configurations.)

So, what'll be? Tie yourself up more tightly with AT&T to preserve your data privileges, or join this brave new world, where you pay for every byte you eat? Any hopes you could've possibly had for unlimited 4G, you might as well shred them now. It's true, for most people (98 percent of users, says AT&T), 2GB a month might be fine—I've only used 1GB on my iPad 3G, even after streaming a ton of movies with the intent of killing my battery. And I'm not opposed to metered internet, per se. But I am opposed to higher costs per megabyte, BS charges for tethering, and broken iPad promises. And there's a principle at stake here, dammit. [AT&T]

So Long, Unlimited Data: Verizon Wants Tiered 4G Plans

Yesterday, Verizon Wireless big boss Lowell McAdam told investors that when 4G hits, unlimited data plans won't make sense anymore. Instead, buying "buckets" of data—where you'd purchase a set number of monthly megabytes—is the model of the future.

Just to be clear: segmented data plans like that might be ideal for Verizon Wireless, but they're the opposite for consumers who'll have to shell out overage fees. Especially when McAdam also conceded that the cost of carrying 1MB of data over LTE will be half to a third that of 3G data transfer.

Some brighter news came out of the talk: Verizon's expecting three to five 4G handsets on their network in the first half of 2011, with calls originating from LTE phones being carried over VoIP by 2012.

But the main message: a shift in networks means a shift in billing policy. I guess tiered data plans have been inevitable for some time now. I just didn't know it would be quite this depressing to see them looming on the near horizon. [Financial Times via Engadget]

2011 Audi A8 gets factory-installed wireless hotspot option

We'd heard that the 2011 Audi A8 would be getting a UMTS modem in mid-2010 to help with things like Google Earth, and it looks like Audi has now delivered that and more -- it's just announced that the car is the first anywhere to be available with a factory-installed WLAN hotspot option. That will apparently let you either drop your SIM card into the car's on-board system or pair your phone with it via Bluetooth, and then share wireless internet access with up to eight WiFi-enabled devices at speeds up to 7.2 mbps -- assuming you actually need any more devices than the two dozen or so that are already built into the car, that is.

AT&T Can Save Their Network... With Wi-Fi?

AT&T's latest idea is actually kind of brilliant on multiple levels: totally free Wi-Fi in Times Square. And it could be how they save their network.

It's no coincidence that AT&T already runs the largest Wi-Fi network in the country—20,000 hotspots in all—providing free Wi-Fi (to AT&T customers) in the kinds of places that people like to hang out and gobble data on their phones: Starbucks, Barnes & Noble, and McDonald's. The Times Square Wi-Fi project is a pilot program, and depending on the results, possibly the first of many dense, high-traffic urban areas AT&T blankets in Wi-Fi.

Upfront, it's good publicity, with AT&T scoring major brownie points from folks for providing a legitimately useful service for free in a perfect location: Times Square is highly visible, a perpetually throbbing, pulsing throng of humanity, largely wafting through like a concrete lazy river. And it's largely tourists, who you can imagine exclaiming "ooooooOOO! free internet!" as they glisten, unaccustomed to walking distances greater than the length of a parking lot, upon discovering AT&T's open Wi-Fi network in the north central section of Times Square, near 7th Avenue between 45th and 47th Street.

A huge mass of people. Well known landmark. Oh yes, and the AT&T service there is crap, as it is in many highly trafficked areas of New York.

Which brings us to the why: Because, instead of thousands and thousands of people simultaneously uploading their awesome photos or videos to Facebook or YouTube or wherever to share—gigs and gigs of data—over AT&T's bruised, congested cellular network, they can use free Wi-Fi, offloading traffic and reducing the strain on the network thousands of other people are trying to make phone calls over.

AT&T would be missing a huge opportunity if they failed to leverage Wi-Fi in a significant way, building their Wi-Fi network out to every huge, congested public space they can find. In New York, half of my calls fail in Union Square. Offloading traffic to a separate Wi-Fi network wouldn't completely solve the cell network crush in these superpacked areas, but it would seriously help, if these networks were promoted and maintained correctly. That is, people knew about them, and they were speedier than using the 3G network (since speed would be the incentive to use them). Their own numbers bear this out: AT&T served up 53.1 million Wi-Fi connections in the first three months of this year, over 500 percent growth from a year ago. Where would they rather have all that traffic? On the cell network, or on Wi-Fi?

True, Wi-Fi networks would introduce their own maintenance issues, but they would be cheaper and easier than constructing and tuning new cell towers, particularly in places that might already be stacked to the brim with towers, as many of these areas likely are. (The success of muni Wi-Fi in a few places suggests the economy of the idea.)

It's a pair of fabulous, depressing ironies: The way to save AT&T's network is by keeping us off of it. And the technology to save it is not some new R&D breakthrough, but a technology that even Grandma's got. [AT&T, Image via jliba/Flickr]

Verizon Wireless announces LG Ally

Watched Iron Man 2 already? Well, you would probably have seen LG made an appearance early in the movie when Tony was facing off with Senator Stern, where he hijacked the rest of the video transmission system using his touchscreen, translucent LG handset from the future. Well, many of us won’t mind toting one of those, but too bad it is just a concept at this point in time – perhaps in a decade, we could see an equivalent hit the market. After all, we’re pretty sure that many of us were amazed at the multi-touch interface seen in Minority Report a few years back, and it is nice to know that technology has caught on recently, with a plethora of devices going the multi-touch way. Back to the topic at hand, the LG Ally will arrive at Verizon Wireless Communications Stores from May 20th onwards, making it the first Android device from LG in the US. For those who can’t wait, pre-orders can be placed from today onwards.

What can you expect from the LG Ally when it arrives next week? For starters, how about a stunning ergonomic silver-and-black outer case that holds a large 3.2″ tempered glass touch screen display with touch vibration for tactile feedback? Apart from that, you might be more comfortable churning out that long awaited document by the boss while you’re on-the-go thanks to the full slide-out QWERTY keyboard that will work in tandem with touch screen capabilities at the same time. Need more storage space? Not a problem, since the microSD memory card slot can cater up to another 16GB of memory. Apart from that, you can also stay connected to the Internet thanks to its Wi-Fi (802.11 b/g/n) connectivity, while Bluetooth 2.1 capability lets you play nice with a bunch of devices and functions without missing a beat. You can also use the LG Ally as an MP3 player, while enjoying speaker-independent voice commands when the situation calls for it.

Apart from that, you can also access the Android Market and access up to 38,000 apps, while its luminous sensor was specially designed to adjust LCD backlight brightness depending on light conditions, helping you save battery power in the process. A proximity sensor will make sure the touch screen remains locked if it hasn’t done so already while talking on the phone, and A-GPS support will enhance location accuracy in addition to turn-by-turn directions from Google Maps. You can snap 3.2-megapixel photos with the Ally or shoot videos with it. Expect the LG Ally to retail for $99.99 after a $100 mail-in rebate and agreeing to a 2-year contract.

Press Release