We're not sure who let Yahoo! into Intel's party in San Francisco, but the two sure are getting along great. Much to the chagrin of Mark Cuban, these two actually believe that there's a future in internet TV, particularly if you force it down people's throats. Intel spent the bulk of its time talking up the Media Processor CE 3100 (formerly known as Canmore), which would theoretically be installed within HDTVs and enable users to access internet-based content without the need for an additional set-top-box ('course, the STB is still optional). That's where Yahoo! comes in -- it's hoping that its Widget Channel will encourage users to utilize its services when watching re-runs or other lackluster material in order to get news, weather and other related information right on the living room set. Not that this is a totally new concept, but these two surely have the power to push it one step further. Lots more information and pictures in the links below.

Update: It's official... surprise!

Read - Intel / Yahoo preview plans for Widget Channel
Read - Images of the tech in action
Read - Gigabyte Intel box (first product to use the CE 3100)

Sigma Designs has been dabbling in wireless HD technologies for eons, so we aren't going to get too excited until we see this here system-on-chip (SoC) actually hit some products that we care about. Still, the CoAir is a fairly sweet concept, wrapping integrated wireless, coax and gigabit Ethernet capabilities into one single chip aimed at whole home networking. Put simply (or as simply as possible), this chip is the world's first to "simultaneously deliver multiple independent streams of video and data over coax cable, Ethernet cable and wirelessly without compromising quality of service and throughput." Based on the WiMedia standard, it can reach speeds of up to 480Mbps with UWB (ultra-wideband) wireless streaming, and room-to-room linkage via UWB-over-coax can peg those same rates. What we have here is a great basis for building a whole home server on, but until said device emerges and performs flawlessly, we'll just smile and carry on.

Last month you let us know in the comments how you felt about the MPAA's latest effort to close the analog hole -- by removing the FCC's ban on selectable output control (SOC), giving them the ability to remotely disable the analog output on your cable box -- now try telling someone who can actually do something about it. The FCC has opened the petition to public comment until June 25, and replies to comments by July 7. Currently, the MPAA is arguing that allowing SOC will actually hasten the digital transition, once it feels comfortable offering early release flicks on HD video-on-demand, people will have more incentive to upgrade their TV sets. Of course, owners of older HDTVs without HDMI connections or anyone else who'd rather use analog outs would be left in the dark, and Ars Technica notes the EFF and Home Recording Rights Coalition have already spoken out against the plan. Give the MPAA's proposal a read then let the FCC know which side of the line you fall on before it's too late.

[Via Ars Technica]

Read - MPAA proposal (warning: PDF link)
Read - FCC Electronic Comment File Submission (The docket number for field #1 ("proceeding") is 08-82.)

Moving beyond day-and-date releases via internet and HD video-on-demand, movie studios may be ready to move towards regularly putting movies online ahead of the DVD release date for a premium price -- that surveys say some of us are willing to pay -- but prepare to have your analog hole plugged again. The MPAA petitioned the FCC earlier this month to lift the existing ban preventing cable and satellite providers from remotely disabling analog outputs on their set-top boxes via selectable output controls (SOC). In a bit of ICT redux, the movie studios haven't said definitively that they will use the technology, but insist on having the ability to force anyone wanting to view high definition movies to only see them through an HDCP-protected HDMI output to a compatible TV. The failure of AACS and BD+ to prevent high quality copies isn't a deterrent to the MPAA's push, so while ICT has gone unused on Blu-ray and HD DVD, we're still too fond of our component outs, switchers and homemade cables -- and too wary of a future change in policy -- to support any changes in the law.

Broadcom sure has been on a roll of late, introducing the feature-packed VideoCore III multimedia processor earlier this month and following it with the "world's first 3G phone on a chip" solution. The BCM21551 baseband chip was developed on a single, low-power 65-nanometer CMOS die and features Bluetooth 2.1+EDR, FM radio, an FM transmitter, support for up to five-megapixel cameras, 30fps TV out and "advanced multimedia processing." Notably, you won't find integrated WiFi or GPS, but it does play nice with HSUPA, HSDPA, WCDMA and EDGE cellular protocols. Best of all, this system-on-a-chip is available now to "early access customers," and the low, low $23 pricetag (when purchased in bulk, of course) is music to our ears.

As the news continues to flow from Intel's Developer Forum, we're now hearing that the chip maker could make "surprise moves into consumer electronics chips." More specifically, it seems that the outfit is looking to "roll out a system-on-a-chip code-named Canmore aimed at HDTVs and other products," as well as Silverthorne, which would apparently be reserved for handheld devices. 'Course, Intel has dabbled in these areas without notable success in the past, but analysts are suggesting that gaining traction this time around "could be big" for the firm. Ah Intel, why the tease?

Akustica, which makes its mark building acoustic system-on-chip solutions, has recently introduced what it calls the "world's first HD microphone that enables HD voice quality in laptop PCs and other broadband mobile devices." The firm's AKU2103 is a digital-output microphone with a "guaranteed wideband frequency response," which means that you can sleep easy knowing that your built-in mic complies with the TIA-920 audio performance requirement for wideband transmission. This MEMS device crams the mechanical transducer, output amplifier, and sigma-delta converter onto a single chip of silicon, and touts near-immunity to RF and electromagnetic interference as well as to power supply modulation. The surface-mountable unit measures in at just four- x four-millimeters in size, and while pricing details aren't available to the masses just yet, Akustica plans on sampling the AKU2103 in Q3 of this year.

[Via Slashdot]

NEC's relatively low-key system-on-glass technology is getting a substantial upgrade today, as the company announced that it has "developed an LCD module that incorporates all chips, including the LSI, with memory on the glass substrate." Current LCD modules have the pixel-driving chips right on the glass with LSI / memory embedded on a "separate board and attached to the module," but this new approach enables the firm to cram DRAM, DACs, and other necessary functions onto a polysilicon thin film right on the glass. The prototype device is a 1.1-inch TFT LCD display with 160 x 120 pixels and DRAM that can store a meager 230-kilobytes on data, and while the company is unsurprisingly dubbing it the "world's first" of its kind, the commercial realm won't be seeing an end product for a good "two to three years."

[Via Nikkei]

You'll probably recall Atheros' name from the rundown of Draft 2.0 802.11n gear mentioned just a week ago, but now the firm is getting official with its bundle of refreshed pre-N gear. The new AR9001 family of chipset solutions builds upon the existing XSPAN offerings, and is reportedly compliant with the latest IEEE draft of 802.11n. Primarily aiming for SMB and Enterprise markets, the outfit is doling out a number of AR9001AP access points / router SoCs that "integrate its 802.11n MAC / baseband and 400MHz Wireless Network Processor (WNPU) into a single chip." On the consumer front, the AR9001U sect presents the "world's first dual-band capable 802.11n USB chipset," and also includes the company's first 1x2 MIMO configuration. Unsurprisingly, pricing details on all these goodies are still up in the air, but Atheros claims that second-generation AR9001 items are currently sampling to customers and should hit " full volume production" in Q3 of this year.

[Via PCWorld]

While it hasn't come quick nor easy, it looks like more and more vendors are jumping on the WiMAX train, and just a day after Horizon chose Navini to get its WiMAX on, Texas Instruments, ORZA Networks, and Sun Create Electronics are becoming some of the first to receive shipments of Fujitsu's chip. The 5.8GHz WiMAX baseband system-on-chip (SoC) is dubbed the "industry's first" to become commercially available, and while it supports frequencies ranging from 2GHz to 11GHz in both licensed and unlicensed bands, its also "being used in the industry's first commercially available fixed WiMAX CPE supporting the 5.8GHz band." Of course, these all-in-one chips are being marketed and sold specifically to ODMs, but chances are it'll have something to do with your connection to WiMAX if Fujitsu has anything to do with it.

[Via FarEastGizmos]

All the big-time chip kiddies are all about diversity, and now that NVIDIA seems bent on doing things for serious in the GPU, chipset and (most recently) CPU spaces, its next step was pretty natural: go small. That's why it's forking over a cool $357 million for PortalPlayer, the system-on-chip wunderkind behind most some of the biggest music players in the biz -- most recently including the 5G iPod with video and SanDisk Sansa e200 series. However, NVIDIA has its sights set on much more than DAPs, and plans to combine the miniature know-how and processing power of PortalPlayer with NVIDIA's own graphics expertise in a bid to "drive the next digital revolution, where the mobile device becomes our most personal computer." Sounds like a good time for all, especially PortalPlayer stockholders, to which the purchase price represents a 19 percent bump on their stock value as it compares to the 20-day average as of Friday. The boards of both companies have approved the acquisition, and now the only hurdle is regulatory before these two chip fiends start busting out their "digital revolution."