The second you get your beloved Google Glass, the first thing you do is tear it apart and see what’s inside, right? Well, not really of course, but the guys over at catwig did just that for all of us to see. They literally took the whole thing apart all the way down to the optics. If you’re curious to see what’s inside Glass then you don’t want to miss this. Be sure to hit up the source link below for more pictures and a detailed write up on what they discovered.
When we heard Fulton Innovations was demoing a tablet that could actually charge your smartphone, we had to take a look. Come to find out, that’s not the only thing the company is showing off at CES 2013. Rather, Fulton Innovations has big plans in store for wireless charging, and especially the Qi standard found on devices like the Droid DNA and LG Nexus 4.
The company envisions a future where manufacturers can release cheap, electron-infused sheets of paper with things like speakers or buttons that can be powered by your smartphone or tablet. Who would have thought we could utilize the same standard we use to charge our device to actually power other objects. Pretty darn cool.
Check out our official hands-on after the break.
Touchscreens, by their very nature, receive instructions by sensing touch. But what if you could add another “sense” to your smartphone’s touchscreen capabilities? Say, hearing? That’s what the good folks over at Qeexo have cooked up with their new technology called “FingerSense”. FingerSense uses a small acoustic sensor to pick up vibrations as you touch, swipe, and tap your phone, essentially allowing your smartphone to “hear” how you are interacting with your touchscreen and make adjustments as needed. For example, tapping an icon with your finger would open an app, but if you tap the same icon with your knuckle, it could open a contextual menu. The possibilities are endless. So far FingerSense is able to differentiate between finger, knuckle, fingernail, stylus, eraser, and more. Catch a glimpse of it in action in the video after the break.
So you own a brand-spankin’ new Nexus 4, but are wondering how the innards of the device look exactly? Well you are going to be in for a pleasant surprise at the gang from the iFixit team has already gone ahead and stripped the smartphone bare for our viewing pleasure. The gang gave a comprehensive walkthrough and thoroughly described everything we need to know about the internals of the device and show in plain view the noteworthy features such as the battery terminal for the 2,100mAh battery, a linear-oscillating vibrator motor and the motherboard of the device featuring the processor and RAM among other things. While it appears to be incredibly complicated what the team had done, they argue most of work was fairly straightforward and in some respects, a piece of cake.
As the device is fairly simple to take apart, one would think the Nexus 4 would have a great Repairability Score and sure enough it does. The device garnered an impressive 7 out of 10, which indicates that aside from a handful of little niggles and issues, owners of the device should be able to fiddle and tinker with no major issues.
I’m sure you’re all itching to see more, so head on down to the source link for the complete Nexus 4 teardown.
It’s no secret that that new Samsung Chromebook is one sweet little toy, especially since it features that awesome Chrome OS. But don’t you get the idea that the awesome Chrome OS would be even more awesome on our tablets instead of Jelly Bean? Well that’s what a crafty indie developer Hexxeh believed and took it upon himself to create a fully functional port of Chrome OS onto his Nexus 7 tablet. Now while the port has its fair share of bugs and is incomplete at this time, you can clearly see in the video below that it does in fact work— and pretty well at that with the Nexus 7 and connected keyboard.
Naturally the port isn’t ready for anyone yet, but the fact that it’s in the wild makes way for big optimism for the cool OS appearing on not just Nexus 7 owners, but tablet owners everywhere. You can check out the video in its entirety below.
One of the great things about Android phones is the ability to well… tinker with them. While most of the mod attention goes to the software side of things (i.e. rooting, ROMs, etc.), Android owners forget there is also the ability to tinker with a device’s hardware as well. With that in mind, a crafty Galaxy Nexus owner named Fenris_Ulf took some time to tinker with his device’s battery charging ability. Like most other devices, the Galaxy Nexus features a micro-USB output— which is susceptible to some wear, rendering charging of the device virtually useless and exactly what happened to Fenris_Ulf’s G-Nex.
Fenris_Ulf loved his Galaxy Nexus so much, that he bought another one— but this time, he took some precautionary measures in order to ensure his new Galaxy Nexus would charge… with or without the micro-USB out. He went ahead and ordered the extended battery and cover, a few Palm Touchstones, and a Palm Pixi touchstone cover. Using some geek wizardry (and some added luck), he managed to successfully mod the extended cover in order to all the device to charge inductively. OK in plain English: he hardwired some cables directly from the G-Nex’s innards onto the special cover, allowing for the full ability for him to simply place the modded G-Nex onto the specialized terminal and allow for inductive charging, (almost) no cables needed to charge the phone. Pretty cool isn’t it?
I’m sure you’re interested in all the deets, so hit the source link for the full details and instructions.
source: Hard Forum
We’ve seen Android serve as the basis for so many innovative ventures, but NASA’s latest project could top them all. A team from NASA’s Ames Research center in California has began construction on a group of miniature satellites composed entirely of Nexus smartphones. The project, properly titled “PhoneSat” is just a small part of the larger Small Spacecraft Technology Program (SSTP) that aims to build nanosatellites by using small consumer electronics.
NASA has confirmed that the team has already built two nanosatellite prototype models. PhoneSat 1.0 is the first of the two, and offers limited functionality. The goal for this model is to simply observe and determine if a mini-satellite with a consumer smartphone can survive a short period of time in space. However, one of the most important aspects in determining success is if the satellite can actually send back actual health and picture data from space. In addition to sporting a Nexus One, the body of the satellite will include an array of batteries, a watchdog circuit to monitor the system (and reboot the phone, if necessary) and an external radio beacon.
TheRealBigLou was also kind enough to give a description of how he made this:
Your Android phone or tablet is only as fast as its slowest component. It can never hurt to have extra cores, higher clock speeds and copious amounts of RAM but it’s only worth so much if the rest of your device’s specifications aren’t on a par. As ever, Samsung is looking to keep ahead of the competition by switching on the conveyor belts to begin production of the Pro Class 1500; the world’s fastest high-speed embedded memory (eMMC) flash memory. The Pro Class 1500 is capable of read speeds of 140MB per second and write speeds of 50MB per second, it will also come in 16GB, 32GB and 64GB size variations.
With at least one new Nexus phone expected before the end of the year, here’s hoping we see this high-speed flash memory make a welcome appearance. Check out the full press release after the break.
The other day we received the CyanogenMod 10 preview builds for both the international and U.S. versions of the Samsung Galaxy S III and now there’s more! The CM 10 preview builds are now available for the ASUS Transformer and Transformer Prime (tf101 and 201) and with Motorola’s Xoom. With all the excitement around Jelly Bean and CyanogenMod 10, a working build for tablets is wonderful news to hear.
These are only preview builds though, so they may not be very stable. Unofficial builds also carry no guarantee on support, assistance or updates.
The Transformer builds are currently functional with Wi-Fi, Bluetooth, sounds, camera, video acceleration, minor dock functionality and most sensors. The GPS and light sensor functionality isn’t in there just yet, but the device’s core functionality is stable and working.
Here’s a quick video of the Transformer Prime running CM10 on its current build in action: