Smart phone from Asus that plugs into a 10.1″ tablet that runs Android. It looks kind of cool but honestly doesn’t seem that special. Still, even just the size of the tablet is good.
Related: Macro Lens Band for Phone Cameras – Aakash Android Tablet from India: $35 for Indian Students, $60 Retail – Amazon’s Android Tablet, Kindle Fire, is Very Attractively Priced – The Newest Kindle DX with New E Ink Technology
The Zeo personal sleep manager monitors your brain wave patterns using a headband. You can also move data from your Zeo to your computer using an SD memory card (like those used in digital cameras) out of the headband and put it in your computer and get a view a graph of your light, deep and REM sleep over the course of the night.
The optional SmartWake alarm feature will look for a “natural awakening point” based on your sleep patterns to decrease the grogginess associated with waking from Deep sleep. When SmartWake is selected, Zeo will find a time to wake you within a half-hour of your set time, never later. The result should be a slightly easier way to wake up.
Related: Gadgets to Mask Noise and Help You Sleep or Concentrate – Try on Clothes and Accessories Virtually – Storing and Sharing the Photos You Take with Various Gadgets
Keyboard projected onto desktop using a laser
The Celluon Magic Cube turns any table or surface into a virtual keyboard or multi-touch mouse with its amazing laser projection and motion detection technology. The Magic Cube is smaller than a pack of cards – easy to use, and a great travel companion projection keyboard for mobile, tablet, and laptop devices. Do read the reviews on Amazon, it isn’t so much magic as a bit of cool engineering that might be a bit ahed of ready for prime time. Still if you like to try cutting edge gadgets and are willing to accept the drawbacks they sometimes have, this might be worth looking into.
Related: Self Balancing Enclosed Motorcycle – Wearable Computer with Projection and Gesture Recognition – Researching Direct Brain Interfaces for Text Entry
FaceCake Swivel lets you try on clothes at home taking advantage of Kinect technology. Very cool. Kinect continues to allow some great innovation.
The application allows you to try on multiple items, layer them and see how they look from different angles (as you move the items move with you – it is true that this is still pretty rough, but given how fast innovation moves this part will likely improve quickly). You can also send an image to friends to have them weigh in on your potential purchase.
I haven’t been following that closely but my vague recollection is Kinect backed off attempting to prohibit innovation that integrated connect into other products. That was a very smart move, I believe.
Related: Hug Shirt (stay in touch from far away) – Camera Fashion – the photo includes extra images we don’t see – Wearable Computer with Projection and Gesture Recognition
The Boxee Box is quite an excellent media hub. The Boxee allows you to manage your content and connect to the internet (by wireless or wired). You can even try out Boxee before you buy the box.
Download Boxee’s software and try it for free on your computer first, they will automatically import your account when you’re ready to buy a Boxee Box and bring the experience to your HDTV. Get tons of free stuff, and pay for the premium content you want. No monthly bill. No more paying for stuff you never watch.
You need to use you computer or external storage (the Boxee doesn’t have storage in the box) to watch your own content.
Boxee back
Related: Amazon’s Android Tablet, Kindle Fire, is Very Attractively Priced – Droid Incredible
Aakash Tablet from Venturebeat on Vimeo.
The Indian government has created a very interesting tablet for students in India. The 7 inch display tablet device is runs Android and is remarkably powerful given the price. Obviously it isn’t as responsive as devices like Amazon’s Fire.
Video on this cheap device from India works very well.
The components inside the Aakash tablet are cheap, and easily sourced. For example, the Aakash tablet has a headphone jack and an audio-in jack, but no external speakers — an obvious cost-savings measure. However, with the addition of cheap headphones, and an equally cheap microphone, the owner can make calls on Skype and has the potential to communicate with people around the world.
The screen is pressure sensitive (also called resistive touch) and responds somewhat slowly to gestures. It’s definitely not as dazzling as the high-end tablets familiar to Western audiences, such as the capacitive touchscreen iPad
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What makes the Aakash tablet different is that its creators didn’t strive for perfection. Instead, the emphasis was on getting the product into the market quickly so it could be adopted, tinkered with, and improved over time. As Wadhwa said, “to get the cost down, you have to make some compromises.”The unmistakable impression we all got from using the Aakash tablet was that it is built for performance. Every design choice that might seem like a negative reveals three, four, five — or more — net benefits.
Why does it have two USB ports? So you can plug in a keyboard, of course, and still have a free slot for an external hard drive, or some other device. What about that screen cover that seems like it’s made from laminating material? If the tablet is meant for educational use, it’s probably going to have to contend with some pretty rough handling, dirt, dust and moisture. Better that it should withstand damage than look the extra bit nicer.
I really love to see gadgets aimed at the majority of the world’s population instead of only the rich. Gadgets aimed at the rich are pretty darn cool and fun. And I like them. I just also love to see us looking to create gadgets everyone can use.
Related: What Kids can Learn with Just a Computer and Time – Raspberry Pi: $25 Computer – Sub $100 Tablet in 2011
Amazon has unveiled their new Android Tablet and it sells for just $199 for a 7″ multi-touch display. The tablet can use wifi but not cell phone signals to access the internet. Just this week, Amazon, also announced the large amount of content, available to USA Amazon customers only, that subscribe to Amazon Prime. I never really cared about faster shipping but features like a large library of content available for free streaming of 10,000 movies and TV shows makes the package very attractive, I think. The Kindle Fire is another in the long list of innovations from Amazon. I am very impressed with their management, leadership and willingness to focus on the long term and take risks with their investments.
The Amazon Fire has a heavily Amazon modified Android operating system. Amazon doesn’t do a good job of explaining what the limits on their marketing material the share really are. They hide how few people really have access to some features (like saying “18 million movies, TV shows, songs, magazines, and books” – without mentioning much of that is available to less than 5% of the population). Since they don’t make that clear, it is hard to know what other limitations they don’t make clear so outside the USA (95% of the population) you are on your own to guess what features are really available to you.
It has most of the features you would expect of a Android tablet: the ability to use the internet, app market, etc.
Unlike the previous Kindle options this offers color touch screen. Amazon is keeping the digital ink Kindle’s as their suggested book reading choice. Heavy users of the book reading function will likely keep a Kindle digital ink device. But the new device can also serve as a book reader, there are limitations of the current color technology that mean it just isn’t as great for long hours of book reading.
Amazon is touting the “cloud-accelerated” browser which does sound like a worthwhile innovation taking advantage of their Amazon Web Services cloud (AWS). The Amazon Silk browser is different in a radical new way. When you use Silk, without thinking about it or doing anything explicit, you’re calling on the computing speed and power of the AWS. We’ve refactored and rebuilt the browser software stack to push pieces of the computation into the AWS cloud. This lets Silk do more work, more quickly, and all at once.
Silk browser software resides both on Kindle Fire and on the massive server fleet that comprises the Amazon Elastic Compute Cloud (Amazon EC2). With each page request, Silk dynamically determines a division of labor between the mobile hardware and Amazon EC2 (i.e. which browser sub-components run where) that takes into consideration factors like network conditions, page complexity and the location of any cached content.
Amazon EC2 is always connected to the backbone of the Internet where round-trip latency is 5 milliseconds or less to most web sites rather than the 100 milliseconds that’s typical over wireless connections. AWS also has peering relationships with major internet service providers, and many top sites are hosted on EC2. This means that many web requests will never leave the extended infrastructure of AWS, reducing transit times to only a few milliseconds. This is good, latency is an important, and often overlooked technical issue. It also seems a bit misleading, I think the latency your device experiences interacting with the cloud is higher (the technical details Amazon is touting are talking about communication within the cloud – which is good and helpful, just not quite as good as it sounds). The silk browser technology looks to be a very big innovation that will be very useful.
Related: Home Engineering: Reading in Bed – Really Widescreen Monitor (2880×900) – Zappos and Amazon Sitting in a Tree…
The price of the Amazon Kindle Fire Tablet illustrates once again that Amazon is still practicing what Jeff Bezos’ believes: driving down costs to customers and customer focus.
Raspberry 1 circuit board diagram
One great thing about technology is all the great disruptive innovation it makes possible. And while some gadgets cost a large amount of money it is also great how many really cheap but nevertheless extremely cool gadgets we get to choose from. The folks at Rasberry Pi are creating this computer (alpha boards have been sent to the manufacturer), that just a bit larger than a credit card, and is designed to plug into a TV or be combined with a touch screen for a low cost tablet. The expected price is $25 for a fully-configured system.
The ICs used in the design are an ARM-based application processor (center) and an SMSC LAN9512 USB 2.0 hub and 10/100 Ethernet controller (right and down from center). The SDRAM is mounted on top of the application processor in a PoP configuration.
Following the example of the BBC Micro, we intend to launch both a Model A device (lacking the LAN9512, and with 128MB of RAM) at the $25 price point, and a Model B device (including the LAN9512, and with 256MB of RAM) for a $5-10 additional cost. We remain confident of shipping before the end of 2011.
The Raspberry Pi Foundation is a UK registered charity which exists to promote the study of computer science and related topics, especially at school level, and to put the fun back into learning computing.
They are developing, manufacturing and distributing an ultra-low-cost computer, for use in teaching computer programming to children and expect the computer to have many other applications both in the developed and the developing world.
Provisional specification
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Pattie Maes presentation at TED shows a very cool prototype for wearable, useful computing spearheaded by Pranav Mistry (who received a standing ovation at TED). It’s a wearable device with a projector that paves the way for profound interaction with our environment.
The prototype of the system cost only $350. The software, created by them, obviously is the key, but how amazing is that, $350 for the hardware used in the prototype! There is a useful web site on the Sixth Sense project.
The software program processes the video stream data captured by the camera and tracks the locations of the colored markers (visual tracking fiducials) at the tip of the user’s fingers using simple computer-vision techniques. The movements and arrangements of these fiducials are interpreted into gestures that act as interaction instructions for the projected application interfaces. The maximum number of tracked fingers is only constrained by the number of unique fiducials, thus SixthSense also supports multi-touch and multi-user interaction.