The plan is to get Flash from every computer to every television screen, and Adobe's ready to take the next step this week at the National Association of Broadcasters show in Las Vegas. Broadcom, Comcast, STMicroelectronics, NXP Semiconductors, and Sigma Designs join Intel as set-top box makers with chipsets ready to stream widgets and HD video to connected televisions, while content is on the way from Netflix, New York Times, Disney and Atlantic Records. Of course, Yahoo's widgets and Microsoft Silverlight aim to turn up the interactivity and streaming video to TVs and handhelds as well, though Adobe seems content to share with Yahoo! if need be -- Vizio's Connected HDTV demo and Intel's CE 3100 support both -- expect the blades to come out when Flash enabled hardware comes to market in the second half of this year.

[Via Venture Beat]

Ok, we didn't see this one coming. Then again, our idea of a Sunday drive is taking a taxi uptown. So imagine our surprise to find that the people at NXP Semiconductor and BMW thought it was a good idea to integrate a car key with a contact-less payment system. The prototype key features NXP's SmartMX security chip -- the same chip at the heart of many of the world's e-passports -- making it possible to use the key to pay for fuel at the pump, tolls (after uh, switching off the engine in the toll lane), or at any number of places where flagrantly flaunting your BMW logo-adorned key could get you noticed. What piqued out interest, however, is the promise that such a key could hold your personal access rights to unlock, and then start the engine of your own car or that of a rental company's while automatically configuring the interior with all your custom in-vehicle settings such as radio presets, mirror and seat adjustments, etc. It would even authorize (and pay for) future on-line BMW services across the entire fleet of Bimmers you don't own, but might choose to outfit the family with if the smart key option was available. The prototype on display at the CARTES & IDentification show in Paris next week will likely closely resemble the image above... only without the transformer.

[Thanks Stop_Spam_ming, transformer image courtesy of Luis Duran]

3G is so Monday. Today, NXP Semiconductors is getting down with the "world's fastest high-bandwidth cellular soft modem," which will obviously be aimed at smartphones, MIDs and other handhelds thirsting for WWAN. Notably, the PNX6910 supports multi-mode LTE / HSPA / UMTS / EDGE / GPRS / GSM capability, and it's reportedly capable of achieving data transfer rates of 150Mbits down and 50Mbits up. To put things in perspective, NXP suggests that users could download an "entire HD movie in less than 7 minutes," though we're not sure what constitutes an "entire movie." Oh, and before you get too excited in here, you should probably know that the chip won't even be available until Q2 2009 at the earliest.

Chances are, you had forgotten all about Sony and NXP's little initiative to cooperate on a NFC (near-field communications) standard, but the two seem to have finally worked out all the kinks and are ready to move forward. The joint venture, dubbed Moversa, will seek to "drive global adoption of contactless smart card applications in mobile phones," and it's already planning to develop, produce and market a Universal Secure Access Module (U-SAM) that "incorporates both MIFARE and FeliCa operating systems and applications." Essentially, the duo is hoping to accelerate the adoption of integrated contactless support, which would enable users to make payments (among other things) easily via their handset. If you're curious about availability, we're hearing that samples should be shipped out in mid-2008, but commercial deployments aren't scheduled to happen until the end of next year.

[Via Yahoo / Reuters]

We knew NXP and T3G were working on an automatic handover between TD-SCDMA and GSM, and now both firms are buddying up with Samsung to gloat about the unveiling of the "world's first" TD-SCDMA HSDPA / GSM multi-mode handset. The celebrated mobile is being dubbed the Samsung SGH-T578H, which is equipped with a software-defined modem capable of achieving data transfer rates of 2.8Mbps. TD-SCDMA network deployments have already been completed in ten major cities in China, and it should be upgraded to support Release 5 (HSDPA) of the TD-SCDMA standard in time for users to enjoy streaming content from the Beijing Olympics. Regrettably, there's no mention as to when the aforementioned mobile will be released, but we're sure this trio won't let it go unnoticed should that day come.

[Via MobileTechNews, image courtesy of 163]

Considering just how well the first round of RFID ePassports withstood subversion attempts from hackers, we're amazed that anything needs to be tweaked at all. Sarcasm aside, NXP is all set to make Germany the first country on the planet to utilize second-generation ePassports, as the EU-set deadline to migrate doesn't pass until June of 2009. The new passports will include a SmartMX chip that allows biometric data to be "securely stored on the passport," and the 80kb of onboard storage also holds the individual's photo, name, and date / country of birth. Of note, NXP even goes so far as to gloat about the chip's ability to "guard against attack scenarios," but we'll be interested to see how long it takes the oh-so-motivated hacking community to find a backdoor when these launch later this month.

[Via TheRegister]

It sounds like the days of dropped calls and endless frustration when leaving TD-SCDMA coverage and entering a GSM realm are nearing an end, as Beijing's T3G Technology and NXP Semiconductors have introduced the "world's first voice automatic handover of multi-mode TD-SCDMA and GSM/GPRS/EDGE in a handset." Just as it sounds, the technology will provide bi-directional on-the-fly, automatic handovers between TD-SCDMA and GSM networks, and any equipped mobile can "automatically scan for available networks" and switch over when necessary "without any adverse effects." Apparently, the two firms have already validated the claims on a number of Chinese network environments, but we've no idea how soon this peace making creation will get rolled out to the masses.

IBM has most certainly been on a tear of late when it comes to microprocessors, as this tidbit comes right on the heels of the firm's 4.7GHz POWER6 and self-assembling CPUs. Presumably thinking that two five heads are better than one, IBM has garnered support from Chartered, Samsung, Infineon, and Freescale to "develop and manufacture advanced 32-nanometer semiconductors." Of course, we're still not sure if the loose ends surrounding IBM's 65-nanometer team effort are all tied off, but onward and upward they go regardless. The collaborative agreements between the firms "include 32-nanometer bulk complementary metal oxide semiconductor (CMOS) process technologies and joint development of process design kits (PDKs) to support that technology," which basically means that the companies will attempt to work together at IBM's East Fishkill plant through 2010 to produce "high-performance, energy-efficient chips at 32nm." Unfortunately, we've no idea when these speedsters will be ready for the commercial world, but it's pretty safe to assume it won't be soon.

[Via PCWorld, photo courtesy of Semiconductor-Technology]

Utilizing RFID technology to defuse the threat of theft isn't a fresh idea, but NXP Semiconductors and Kestrel Wireless are looking to make good on the premise by cranking out an anti-theft solution that just might appear on the next DVD you buy. By combining NXP's RFID technology with Kestral's RFA (radio frequency activation), manufacturers could install a minuscule chip on the optical media at the beginning of the supply chain which would render it unplayable, but having it scanned at a checkout counter would enable a series of authentication checks to occur and eventually unlock the media for playback. While the scenario may sound convoluted, it could allow manufacturers to skimp on bulky, restrictive packaging, and moreover, it could be applied to other items in the consumer electronics universe in order to deter thieves from trying to swipe expensive handheld gizmos. Of course, we can already envision the complaints that are sure to arise from legitimate buyers bringing home a coaster if the activation process happens to fail, but apparently, both companies are already hard at work persuading studios to write 'em a check and get these things into stores.

[Via Physorg]

With services like NTT DoCoMo's FeliCa-based Osaifu-Keitai in Japan and Mifare deployed through much of Europe, perhaps one of the last great hurdles to widespread acceptance of phone-based e-wallets is a lack of standardization. Either that, or most people don't feel the need to pay for things by tapping their phone on various devices, but we digress; the point is that the GSM Association has now taken up the cause of getting everyone on the same page with its global "Pay-Buy Mobile" initiative. We really mean global, too -- among a slew of carriers, AT&T, NTT DoCoMo, Vodafone, and KTF are on board, representing the US, Japan, Europe, and South Korea, respectively, and the manufacturer camp counts Nokia, Samsung, and LG as its members. The first Pay-Buy Mobile trials are schedule to kick off this October, a schedule that is probably helped along by the availability of existing software and chips from Sony and NXP and the GSMA's pledge to build off financial institutions' existing NFC initiatives. We can't promise we'll use it -- but yeah, if it's secure, go ahead and build it into our phones, folks.

[Via Phone Scoop]

Sheesh, this race for the "world's smallest" anything is seriously getting out of hand, but if it'll make our future handsets and wireless routers a tenth of a cubic centimeter smaller than before, we suppose we'll have to digress. NXP Semiconductors is reportedly ready to "start sampling a single-package 81-pin TFBGA WiFi chip that it says is the smallest device yet for 802.11 b/g connectivity." The GBM220 is, of course, eying the lucrative mobile handset market first and foremost, but handheld gaming systems and PDAs will certainly be in the mix as well. The chip itself comes in at a wee five- x five-millimeters, supports SDIO / SPI host interfaces, handles WPA2 / WMM, features an "ultra-low power drain," and should play nice with Windows Mobile, Windows CE, Symbian, and Linux. NXP's minuscule WiFi chip is slated to reach "volume production" by Q4 of this year, but you probably won't even notice the difference when planted in your forthcoming gizmo.

[Via WiFi-Planet]

NPX's swGPS tech isn't just for making photo location tagging easier, it's also powering Mango's 380 portable navigation unit, claiming to provide better performance and accuracy through software location processing, eliminating the traditional GPS baseband processing chip. Otherwise, the 380 sounds pretty traditional, with a Samsung touchscreen, stereo audio and an optional external RDS/TMC module for real-time traffic and data services. Supposedly the swGPS tech allows the unit to be slimmer than your average device, but we don't have the dimensions on hand to confirm that. No word on price or availability either, but Mango was showing this off at CeBIT, so it shouldn't be too far off.

Sony got a good jump on the industry with its proprietary GPS-CS1 device for geotagging Cybershot pics, but NXP Software's new SnapShot is playing catch-up at PMA this week, and it looks like the company has a compelling offer. SnapShot reduces power consumption of GPS tagging by separating the capture and the processing of GPS signals, allowing the chip to be only turned on for a short time while obtaining a signal, and then having that data processed by your computer to be imbedded in your photos as they download. Of course, this means you'll have to run your pics through the swGPS software, which can be a bit of a hassle, but no more a hassle than having a GPS module half your battery life. Unfortunately, what NXP doesn't have is a product: they're showing of a credit card-sized accessory module, which could also be easily embedded into a camera, but they're leaving it up to other manufacturers to take the ball and run with it. Until then, we always have our hacks.