WiTricity – wireless power transmission

It is in this age wherein we can power our laptops, ipods and the like – the wireless way. WiTricity, developed by an MIT team, transmits electricity wirelessly.

unfortunate placement of yahoo ad

this shot is a classic!

wikipedia says,

The 404 or Not Found error message is an HTTP standard response code indicating that the client was able to communicate with the server, but either the server could not find what was requested, or it was configured not to fulfill the request and not reveal the reason why.

How to Make Your Instant Messenger Talk in Ubuntu Linux

Sometimes instant messages are important enough to break away from what you’re currently doing and sometime they’re not. In Ubuntu, you can setup your Instant Messenger to automatically speak (vocally) incoming instant messages. Now you can decide they’re importance before clicking away from your current task. Here’s how to set it up.

Joost: Internet TV

Founders of Skype and Kazaa are into another quest. Replacing your TVs with TV-quality videos via the Internet – the Joost. Soon you will be watching your favorite syndicated prime time shows not on your dumb-box or plasma TVs, rather on your desktop PC or any video appliance connected to the Internet.

Powercast: You dont have to CHARGE those BATTERIES

Worried of getting that “iphone” which dies after 2 hours or so? Taking that party video only to realize your battery is crap? Here’s an answer for you. Powercast. Almost three years in the making, powercast is a radio frequency that is transmitted over a small area, and its energy is “harvested”–wirelessly–to give power to small devices like cell phones. It’s meant to either continuously charge a battery or replace the need for them altogether.

How does it work then? Well, you need a transmitter that is plugged into the wall. The transmitter sends out a continuous, low RF signal. Batteries within its range equipped with a Powercast receiver will be continuously charged.

Products with Powercast are expected 4th qtr this year (2007).

VIOP integrated into Asus Motherboards

Asus’ TeleSky adapter is being integrated into two new boards, the M2N/TeleSky and the P5B/TeleSky.

The TeleSky^™ telecom adaptor converts ordinary house phones into multi-functional Skype™ phones. It is a highly integrated application for traditional PSTN (Public Switched Telephone Network) and Skype VoIP (Voice Over Internet Protocol) calls. The Skype VoIP system enables users to make free calls online or to dial low-cost calls to external landline and mobile phone numbers using SkypeOut.

Wii = Sold Out Motion Gaming!

Nintendo’s Wii,unveiled last month to US audiences is sold out!

The $40 billion global gaming wars, dominated by Microsoft (Xbox) and Sony (PlayStation) is expected to be ravaged with the new competition.

Wii’s advantage is revolutionary motion-sensitive technology that allows gamers to control in-game characters by moving their bodies rather than pressing buttons.

Gamers dont need to be sitting their fat ass around, they have to sweat it out ang play the game.

The Wii costs around $400 . I wouldnt mind getting one this Christmas. Alas! its out of stock

3G Broadband Data Cards

These cards carry the emerging technologies in mobile internet. With speeds of up to 1.4Mbps, you can kiss your wi-fi coffeshop hotspots goodbye. You have unlimited access to connect and surf through HSDPA, 3G, EDGE, GPRS, Wi-Fi and dial-up depending on your mobile network service provider.

To get started, you need SIM from your service provider, a HSDPA Data Card or a HSDPA USB Modem, a laptop with a PCMCIA slot or USB slot, and a network signal (HSDPA, 3G, EDGE, GPRS, Wi-Fi). It is best to connect to the internet via HSDPA or 3G. This will give you the fastest speed. If you are unable to obtain HSDPA or 3G signal in your current location, you may connect via EDGE or GPRS, although these will give you slower speeds versus 3G or HSDPA. GPRS is comparable in speed to a dialup connection while EDGE is around twice the actual speed of dialup.

Cheap, hackable Linux smartphone

One of the world’s largest computer and consumer electronics manufacturers will ship a completely open, Linux-based, GPS-equipped, quad-band GSM/GPRS phone direct, worldwide, for $350 or less, in Q1, 2007. First International Computing’s (FIC’s) “Neo1973″ or FIC-GTA001, is the first phone based on the open-source “OpenMoKo” platform.

FIC Neo1973 (FIC-GTA001)
(Click to enlarge)
Moss-Pultz worked for FIC in Taiwan for two years, before founding the Neo1973 project in January. He said. “I was able to convince FIC that having an open phone makes financial sense for us. Some big company’s got to stick their neck out there and say we believe in this, and we’re going to do it.”

Consistent with FIC’s dual-OS support policy on computing products, the Neo1973 can also run Windows Mobile. In fact, the phone was co-designed by the Chinese government, for a high-volume Windows-based PHS (“Personal Handy Phone”) product. FIC has the capacity to ship 100,000 of the phones per month, Moss-Pultz said, explaining its low cost.

Dialer (Click to enlarge)

Messaging client (Click to enlarge)

Because OpenMoKo consists exclusively of open-source software, the Neo1973 will ship with a limited feature set, including a dialer (image at left), unified SyncML-enabled email/text messaging client, phonebook, (image at right), and media player, according to Moss-Pultz. However, many additional open source applications will be available through “feeds,” including “certified” ones from FIC, as well as those from commercial and community sources, he adds.

App manager (Click to enlarge)

The Neo1973 will also ship with an “apt-get-like” software manager (pictured at right) that makes it trivial to add, remove, and update applications packaged in the OpenEmbedded package format, including “literally thousands of existing open source applications from the OpenZaurus, Familiar Linux, and Angstrom projects,” according to Michael Lauer, founder of OpenEmbedded and an early OpenMoko developer.

Moss-Pultz adds, “Applications are the ringtones of the future.”

FIC’s approach in sponsoring the OpenMoKo project resembles that taken by Nokia, which finances a “Maemo” software development community for its 770 Internet Tablet. Moss-Pultz acknowledges, “I have to give mad props to Nokia. I just think it’s a shame [the 770] is not a phone.”

FIC will distribute the Neo1973 direct, on a worldwide basis, leaving users to add a pre-paid or carrier-supplied “SIM” chip. Moss-Pultz said, “One reason I love GSM is that the carrier has no control over the SIM card. From the carrier’s point of view, it’s like adding a GSM modem PCMCIA card to your laptop.”

Neo1973 Handset Hardware

The Neo1973 is based on a Samsung S3C2410 SoC (system-on-chip) application processor, powered by an ARM9 core. It will have 128MB of RAM, and 64MB of flash, along with an upgradable 64MB MicroSD card.

Typical of Chinese phone designs, the Neo1973 sports a touchscreen, rather than a keypad — in this case, an ultra-high resolution 2.8-inch VGA (640 x 480) touchscreen. “Maps look stunning on this screen,” Moss-Pultz said.

The phone features an A-GPS (assisted GPS) receiver module connected to the application processor via a pair of UARTs. The commercial module has a closed design, but the API is apparently open.

Similarly, the phone’s quad-band GSM/GPRS module, built by FIC, runs the proprietary Nucleus OS on a Texas Instruments baseband powered by an ARM7 core. It communicates with Linux over a serial port, using standard “AT” modem commands.

The Neo1973 will charge when connected to a PC via USB. It will also support USB network emulation, and will be capable of routing a connected PC to the Internet, via its GPRS data connection.

Moss-Pultz notes that the FIC-GTA001, or Neo1973, is merely the first model in a planned family of open Linux phones from FIC. He expects a follow-up model to offer both WiFi and Bluetooth. “By the time one ships, the next one is half done,” he says.

Neo1973/OpenMoKo software implementation

OpenMoKo menu (Click to enlarge)

The Neo1973’s Linux-based operating system is based on a “2.6.17, going on 2.6.18 kernel,” according to Moss-Pultz. The graphics framework is based on GTK+ 2.x, in conjunction with the Matchbox window manager. And, says Moss-Pultz, “We’ve written our own set of widgets that optimize the UI for smaller devices.”

The OpenMoKo stack currently has a footprint of 64MB, leaving an equal amount of space for user-installed applications. User apps can also be run from MicroSD cards, which can be found in capacities up to 1GB, Moss-Pultz said. “[Linux navigational device maker] TomTom Go did some really good work [on SD card support], and we’re basing our work on their patch set.”

OpenMoKo will also include a kernel patch that adds GSM multiplexing capabilities to the 2.6 kernel. Harald Welte, an eearly contributor to OpenMoko who is also known as the founder of GPL-Violations.org and the OpenEZX project, stated, “Multiplexing conforms to TS07.10, the 3GPP’s standard for serial port virtualization, and is inspired by the design Motorola developed for its 2.4-based Linux phones.”

Moss-Pultz notes, “That’s the big thing missing from Linux. There is no GSM multiplexing available right now. You want multiplexing so apps can simultaneously access call features — so when you’re browsing the Internet, you can still get a call.”

As for additional software components, Moss-Pultz admits, “Quite a lot is there, and quite a lot is not there. We’re hoping to change this.” In addition to a dialer, phonebook, media player, and application manager, the stack will likely include the Minimo browser, he said, and a SyncML client.

And, one early contributor is working to port gTune — a guitar tuning application — to OpenMoKo. “If you have access to the microphone, and the different drivers, all is open, so it’s no problem to do that kind of thing,” Moss-Pultz said.

“That’s the main thing I want to push with this phone — it’s customizable in any way you see fit.”

He adds, “Mobile phones are the PCs of the 21st century, in terms of processing power and broadband network access. It’s quite a shame that today, when you buy one, the software is already out of date.”

Next Year’s Models

From Tokyo tech alleys with love. See next year’s models today.

Ultra-mobile Windows PC

Sony VAIO UX90P

The design goal: a full-featured mobile PC small enough to fit in a pocket. Weighing just over a pound, this PC has a 4.5-inch touchscreen that slides up to reveal a keyboard. A U.S. version is expected soon, starting at $2,000.

Robot boombox

ZPN/Kenwood MIURO

This 14-inch-wide rolling robot has a built-in iPod dock and speakers; it can “dance” as it follows you around the house. In white, red, black, or yellow, this could make it to the U.S. next year. About $930.

Personal iPod theater

Mikimoto Beans iTheatre

Attach a video iPod, game device, or multimedia cellphone, and two two-inch LCD displays embedded in these geeky but stylish goggles create the effect of a 50-inch TV hovering before your eyes. But watch where you’re walking. About $275.

 

 

Mobile video telephone

Sharp Vodafone 905SH

With a clamshell lid that can flip up and rotate 90 degrees, this 3G phone has a high-resolution, 2.6-inch widescreen display perfect for watching digital TV broadcasts aimed at Japanese cellphone users.

Motion-sensing game gear

Nintendo Wii controller

Call it the “wee-mote” for the upcoming $250 Wii game console. With ambidextrous appeal for experienced gamers and novices alike, the wand and joystick (included in console) can be a steering wheel, racket, or gun for new dimensions of game play.

Blu-ray prototype camcorder

Hitachi WOOO

These design mockups of high-definition videocameras have a charming retro style that incorporates direct recording onto future mini Blu-ray three-inch discs. Too bad there are no mini Blu-ray players yet. (Not on market.)