Ericsson’s F3607gw wake-on wireless HSPA module offers remote kill switch and recovery for laptops

The big CTIA Wireless show in Vegas continues to crank out mobility news with the launch of Ericsson’s F3607gw HSPA/GPRS/EDGE broadband module. The Windows 7 lovin’ module’s unique “wake-on wireless” feature allows your laptop to sleep until important messages or security updates are sent over the air. Combine that little trick with F3607gw’s embedded GPS and your laptop is ready for a host of location-based services like traffic alerts, public safety warnings, and geo-fencing. Of course as we’ve already seen, the module works with Intel’s Anti-Theft Technology so you can remotely disable (via SMS) the laptop you left behind at happy hour. The module can even send its location data to a central server for recovery. Once recovered, a second SMS will unlock your portable and make all your data accessible again — your dignity, however, will be lost forever. Expect to see the first portables and theft-recovery services featuring the new module sometime after the F3607gw is released in June. Full press release after the break.

Update: Dell, LG, Lenovo, and Toshiba have all signed on as customers with products expected by “mid-second-half” of 2009.

Continue reading Ericsson’s F3607gw wake-on wireless HSPA module offers remote kill switch and recovery for laptops

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Ericsson’s F3607gw wake-on wireless HSPA module offers remote kill switch and recovery for laptops originally appeared on Engadget on Tue, 31 Mar 2009 08:00:00 EST. Please see our terms for use of feeds.

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Ericsson squeezes out 56Mbps from HSPA+

And here we were envious of the 21Mbps HSPA+ service currently offered by Telstra in Australia. Now we hear that Ericsson will be demonstrating its 56Mbps HSPA multi-carrier MIMO technology at CTIA (using a router, not handset) later this week with scheduled deployment set for 2010. By the end of 2009, Ericsson claims that it will support 42Mbps commercial deployments. All this assumes that carriers hold steady with HSPA and don’t jump straight to LTE or WiMax… ok, LTE.

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Ericsson squeezes out 56Mbps from HSPA+ originally appeared on Engadget on Tue, 31 Mar 2009 06:28:00 EST. Please see our terms for use of feeds.

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Man charged $28,000 for using data card, Slingbox to watch football game

While waiting for a Caribbean cruise liner to set sail from the Port of Miami last November, a Chicago native with an AT&T wireless card and Slingbox decided to catch the Bears vs. Lions football game on his laptop. The end result? A $28,067.31 bill from for international data charges, despite the ship never leaving the harbor. Apparently the card was picking up a signal it shouldn’t have, and while the bill was eventually dropped to $290.65 after a considerable number of calls to customer service, let that be a warning to mobile users traveling on the fringe of international roaming areas — and in case you were wondering, the Bears ended up winning 27 to 23.

[Via The Register]

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Man charged $28,000 for using data card, Slingbox to watch football game originally appeared on Engadget on Tue, 24 Feb 2009 07:31:00 EST. Please see our terms for use of feeds.

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HTC’s Magic appears for Vodafone in Europe, G2 moniker nowhere to be found

We can already tell that this naming thing is getting out of hand, but for all intents and purposes, the handset you see above is the same HTC G2 we’ve seen hosted up in T-Mobile documentation and those gnarly in the wild snaps. Now, according to some very believable Vodafone snippets, we’re being told that this here handset will launch exclusively on the aforesaid carrier as the Magic, bringing with it a 3.2 megapixel camera, HSPA, WiFi and GPS. Also of note, Cupcake will be loaded on from day one, though there’s no word on pricing and availability just yet.

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HTC’s Magic appears for Vodafone in Europe, G2 moniker nowhere to be found originally appeared on Engadget on Mon, 16 Feb 2009 08:34:00 EST. Please see our terms for use of feeds.

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Ericsson promises 42Mbps HSPA demo using multi-carrier technology

Leave Ericsson alone for five seconds, and it goes and makes the technology it was just bragging about seem archaic. Just in case Telstra’s 21Mbps Next G network seemed a bit — how do you say, sluggish? — Ericsson will be showcasing a new approach that enables peak downlink data rates of 42Mbps at Mobile World Congress. In order to achieve such tremendous speeds, it will rely on its so-called multi-carrier technology, which is the next (or is that next-next?) generation of HSPA. The secret? It allows users to “receive data simultaneously on two frequency channels,” which doubles the data rate in the coverage area of an HSPA network and on the cell edge. The best part of all this isn’t that you can one day look forward to crushing your cable modem with a wireless USB stick, it’s that “one day” will be ready to happen before the dawn of 2010. Huzzah!

[Via phonescoop, image courtesy of TornadoChaser]

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Ericsson promises 42Mbps HSPA demo using multi-carrier technology originally appeared on Engadget on Thu, 12 Feb 2009 08:21:00 EST. Please see our terms for use of feeds.

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Toshiba packs NB100, A350 with 3G and ships them off to EMEA

Toshiba has announced that its Satellite A350 and NB100 would soon be finding their way into Europe, Middle East, and African (EMEA) markets with an added bonus: HSPA technology. We’ve got precisely nada on the price tag for these iterations, however, which normally retail for around $800 and $500 without 3G. If you’re on the lookout for a laptop with some extra portability, both models are expected to hit retail channels first quarter of this year.

[Via Notebook Italia]

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Toshiba packs NB100, A350 with 3G and ships them off to EMEA originally appeared on Engadget on Tue, 10 Feb 2009 07:51:00 EST. Please see our terms for use of feeds.

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The Definitive Coast-to-Coast 3G Data Test

After a grueling eight-city coast-to-coast test of the 3G networks run by AT&T, Sprint and Verizon, we’ve come up with some clear-cut test results. Think you know who has the best network? Think again.

The Test
3G is more important now than ever before. Obviously, AT&T made a big push over the summer to augment 3G for the arrival of the updated iPhone, but almost every smartphone and most standard phones in the three largest cell networks runs on a supposedly fast 3G network, and T-Mobile’s 3G network is in the works. The technology can, at least on paper, rival home broadband. AT&T’s HSPA network, for instance, is supposed to deliver data at up to 3.6Mbps downstream, while letting you upload at 1.4Mbps. Meanwhile, the EVDO Rev. A that Sprint and Verizon use promises a comparable “burst rate” of 3Mbps up, with 1.5Mbps down.

Like a lot of business travelers, we bloggy types have a particular interest in 3G USB dongles, since we’re often trying to file stories far away from any decent wi-fi. Figuring out who has the best service quickly becomes a fixation, which becomes an obsession, which, as usual, becomes an ultimate Battlemodo.

In lieu of jetsetting all around the country, we FedExed our testing package from one staffer’s home to the next, until we’d hit eight of the country’s biggest cities. In each city, testers were instructed to put the three cards—one each from AT&T Sprint and Verizon—through some pretty rigorous paces. (Note: In case you’re wondering why T-Mobile isn’t represented, the carrier doesn’t yet have the coverage required, nor does it yet offer 3G USB dongles or cards like the ones we used in testing. Next year, maybe.)

The testers chose three to five locations (preferably including one suburban spot). Parking themselves somewhere, they would connect each card to the laptop, running Speakeasy’s bandwidth test five times for each device, and then follow it up with an auxiliary battery of repeated pageload and file download tests, in order to verify Speakeasy’s readings.

The Gear
The USB dongles we used for testing were typical 3G cards from the carriers: AT&T’s Sierra USBConnect 881, Sprint’s Sierra Wireless Compass 597 and Verizon Wireless’s Novatel USB727. We used both a Lenovo and a MacBook Pro, but at any given time the cards were being tested on one or the other, in order to keep hardware from being a comparative issue. (After all this extensive testing, we don’t think results have much to do with your platform or laptop of choice—even the USB dongles’ antennae didn’t have as much relevance as sheer position to cell tower.)

While it may sound like hopping around town testing cards is easy, rest assured it was plenty challenging. Any test where any of the three cards wasn’t playing well with a laptop, and the whole test had to be scrapped. This may not be a clean-room lab study, but we kept firm to our methods and the results speak to that. There’s a reason this may be the most information anyone has gathered, independently, on the subject.

Download Performance
As far as download performance goes, Sprint won overall, beating AT&T five cities to three, and handily beating Verizon in four cities while losing close contests in four more. To round it out, Verizon beat AT&T in four cities, tied in one, and lost in three.
These results aren’t so random when you plot them on the map. Besides proving that Sprint is a serious contender in almost any location—and should be taken seriously as a 3G and 4G data service provider, no matter what your feelings are about its basic phone service—we have confirmed what we thought, that the regional Bell heavies (and the former GTE) hold their own where their real estate holdings are most vast.

AT&T had troubles in the Northeast and Chicago, but down the coast in Raleigh and over in Austin, it’s probably no surprise that the southern Bell conglomerate came out victorious. On the West Coast, it was a toss-up except in Portland, where Verizon couldn’t quite keep it together.

Upload Performance
What are more surprising are the upload performance results: AT&T totally kicked ass here, winning six cities and barely losing to Sprint in the other two. Verizon was the slowpoke here, though it did nudge Sprint out of the way twice, and beat it soundly once.
Although the same regional attributes crop up here—AT&T is at its weakest in Boston and Chicago—AT&T clearly has a technological edge with HSUPA. Well, it’s either that or all of the 3G build-out meant to lure iPhone 3G customers has left the carrier with an awful lot of unused upstream bandwidth, since smartphone users download a lot more than they upload. (This is assuming that upstream and downstream operate independently, as they seemed to in AT&T’s case.)

Even when the download performance was crappy, AT&T’s upload talents shined through, indicating that the congestion argument could hold merit. So, for the time being anyway, if you’re into sending big files, or running some kind of masochistic mobile torrent service, AT&T is the right choice.

The Cities
Want to check out your city or region? Have a look at the eight contestants in this round, and while you’re at it, you’ll get to know a little more about the Giz staffers who took time to test the gear. If we didn’t get to your town this time around, don’t fret—maybe we’ll get to it next year…or when we eventually test LTE vs. WiMax.

Austin
Boston
Chicago
New York City
Portland
Raleigh-Durham
San Francisco and the Bay Area
Seattle

Thanks to Mark, Sean, Andi, Eric and Jack for testing. Special shout-out to Mahoney for helping put together the testing regimen and instructions, and to my brilliant wife for working her Excel bar-graphing magic on our unwieldy spreadsheets .