wi fi direct banner Wi Fi Direct certification begins today, device to device transmission...

So, Bluetooth -- last fall didn't end up being as frightful as you had probably imagined, but this fall is bound to be different. Or so the Wi-Fi Alliance says. If you'll recall, Wi-Fi Direct promised to do what Bluetooth had been doing for years, but with far less fuss and on a protocol that's much more widespread. A solid year has come and gone, and we've heard nary a word from any company who plans on implementing it. Thankfully for us all, that changes today. Starting in mere moments, Wi-Fi Direct devices will begin the certification process, and while we couldn't extract exact product details or a release time frame for future wares on a media call regarding the announcement, we did get the impression that at least a few partners were trying to get Wi-Fi Direct wares onto shelves before Christmas.

As for functionality, the claims are fairly impressive. In order to make a direct device-to-device connection over WiFi, just one of the two need to be Wi-Fi Direct certified. In other words, a Wi-Fi Direct printer can recognize and interface with your Latitude D410 laptop from 1999, as all Wi-Fi Direct certified devices have to be able to control the one-to-one relationship. The goal here is pretty simple -- it's to create a protected connection between two devices over WiFi with as little hassle as possible. Think Bluetooth, but using WiFi. We also learned that "most" products certified will also support "one-to-many" connections, enabling a Wi-Fi Direct laptop to be in contact with a printer, connected HDTV and a tablet simultaneously, with no router in-between at any point. We should also point out that while 802.11a/g/n is supported over 2.4GHz and 5GHz bands, there's no requirement for Wi-Fi Direct products to support 802.11b, so legacy users may want to pay attention to that quirk.

There's also no new hardware requirements here, so in theory, any existing WiFi chipset could be upgraded via firmware to handle Wi-Fi Direct -- whether or not that'll happen on a large scale was a question the Wi-Fi Alliance couldn't answer for us. Finally, they noted that the app ecosystem is likely to make this whole rollout a lot more interesting, particularly considering that Direct is simply a pipe that software can dictate as it sees fit. We'll be keeping a close eye on the developments here; we've waited way too long for this to blossom, but we're pretty jazzed about the possibilities. Head on past the break for a video overview of how Wi-Fi Direct works.

Continue reading Wi-Fi Direct certification begins today, device-to-device transmission starting soon

Wi-Fi Direct certification begins today, device-to-device transmission starting soon originally appeared on Engadget on Mon, 25 Oct 2010 08:00:00 EDT. Please see our terms for use of feeds.

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mooleyeden Intel to announce dedicated tablet silicon at Computex

We're not exactly sure what to make of this, but during this morning's press conference on the new Core i3, i5 and i7 ULV processors, Intel's Mooly Eden seemed to reveal that Chipzilla is planning to launch a special "tablet solution" at Computex. No details were given on this "dedicated silicon for the tablet space, " but we can assume that it's going to fall into the Atom line up. Whether it will be an extension of the Moorestown family or just be an outgrowth of the Pineview platform found in netbooks and nettops remains to be seen, but you can bet on us listening up for more info when we're live from Taipei next week. Hit the link below if you want to hear this guy spill the beans.

Intel to announce dedicated tablet silicon at Computex originally appeared on Engadget on Mon, 24 May 2010 11:21:00 EDT. Please see our terms for use of feeds.

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 Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...

wilan Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...Wi-LAN, a Canadian company founded in 1992 to commercialize wireless networking technology, a couple of years ago decided to refocus its business on “developing, protecting and monetizing patented inventions” when it was facing a fast-approaching bankruptcy.

According to its website, its portfolio today includes more than 800 patented inventions, either developed in-house or acquired or licensed from third parties.

This morning, Wi-LAN announced that it is suing just about every mobile phone and laptop maker in the world in the U.S. District Court for the Eastern District of Texas, alleging that these companies are infringing Wi-LAN’s U.S. Patent No. 5,515,369 by making and/or selling various products enabled with Bluetooth technology.

The list of companies that Wi-LAN is targeting is long, but just to give you an idea: it includes corporations like Apple, Sony, Toshiba, Dell, LG, Intel, Texas Instruments, Acer and Motorola.

Wi-LAN will be represented in this action by law firm McKool Smith, the same firm that got VirnetX a $105.75 million patent infringement verdict in its lawsuit against Microsoft a couple of weeks ago. It’s also the same firm that in May 2009 helped i4i win a $200 million lawsuit against Microsoft (the awards were later lifted to $290 million after review).

We’re trying to obtain more details about the case, but here’s the summary description of the patent, which is titled “Method for frequency sharing and frequency punchout in frequency hopping communications network”, for starters:

In a wireless packet communication system having a plurality of nodes, each having a transmitter and a receiver, the receiver at each node is assigned a seed value and is provided with a channel punchout mask. A node uses its seed value and punchout mask to generate a specific randomly ordered channel hopping band plan on which to receive signals. A node transmits its seed value and punchout mask to target nodes with which it wants to establish communication links, and those target nodes each use the seed value and punchout mask to generate the randomly ordered channel hopping band plan for that node. Subsequently, when one of the target nodes wish to transmit to the node, the target node changes frequency to the frequency of the node according to that node’s band plan.

Click here for the entire document (PDF).

 Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...

 Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...
 Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...

 Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...  Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...

 Wi LAN Files Patent Lawsuit Against Just About Every Portable Device...

motosplit configurations androidcommunity Motorola MOTOSPLIT to have dynamic key labels, lame processor?

A quick glance at that render we'd obtained of the rumored MOTOSPLIT had us thinking we were seeing a large, Sholes-style phone with a musclebound OMAP3 core, but hold up -- maybe this is a lower-end (and stranger) phone than we'd originally thought. Android Community has gotten tipped with additional details and another supposed render of the handset, and the most notable tidbit here seems to be that the phone is said to use dynamic key labels (a la Samsung Alias 2) to let the user pull out a single side as a numeric keypad or both sides (hence the "SPLIT" in the name) for full QWERTY action. In the QWERTY configuration, there's apparently a kickstand around back that would help you set the phone on a desk and type with all the ease of the world's smallest netbook cocked at an awkward 45-degree angle.

The wisdom and usability of this kind of setup remains a huge question mark, but the bigger question mark might be inside the phone itself: we're hearing here that the MOTOSPLIT would use the same core as the Backflip, an old-school Qualcomm MSM7201A. Frankly that seems unlikely at best -- virtually every Qualcomm-powered midrange smartphone to be introduced in 2010 from here on out will be using an MSM7227 or 7627 (including Moto's own Devour), so we're going to cautiously assume this particular piece of the intel is incorrect. Please let it be incorrect, Motorola, we beg of you.

Motorola MOTOSPLIT to have dynamic key labels, lame processor? originally appeared on Engadget on Sat, 06 Feb 2010 20:36:00 EST. Please see our terms for use of feeds.

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