Many smartphones are definitely doing their bit to jump aboard the KitKat bandwagon these days (those that are powered by Android, of course), and we have also seen our fair share of devices that have already made the plunge. Among them include the HTC One Google Play Edition, AT&T’s Moto X, not to mention T-Mobile’s version of the Motorola Moto X as well, in addition to the Nexus 4. Well, for those of you who have not upgraded your smartphone for the longest time, the Nexus One will now have its own Android 4.4 KitKat update, although you would do well to take note that this is but a hacked version, meaning that it is a custom Android 4.4 ROM, and is not official.
Hence, there might just be issues with the ROM after installation, so go ahead at your own risk, assuming you have the appetite for that. Needless to say, this custom ROM for a device that is already three years old does come with its own fair share of issues, with one of the being a known bootloop error as well as the lack of capturing a screenshot as and when you need it. Oh yeah, the camera does not quite function as you would have expected, too.
If you weren’t already aware, you should know that there are up to and including three HTC Nexus One smartphones floating above your head right this minute in part of a NASA mission to prove (or disprove) the viability of low-cost space exploration “PhoneSats”. Each of these low-cost satellites was aboard the first flight of Orbital Science Corporation’s Antares rocket, launched after this rocket took off from NASA’s Wallops Island Flight Facility in Virginia just two days ago.
Each of these PhoneSats is set to remain in orbit around our planet Earth for a period of up to two weeks. All three of the units have had transmissions received by multiple ground stations thus far, this ringing up as great news for those running the mission from Ames Research Center in Moffett Field, California.
“It’s always great to see a space technology mission make it to orbit — the high frontier is the ultimate testing ground for new and innovative space technologies of the future. Smartphones offer a wealth of potential capabilities for flying small, low-cost, powerful satellites for atmospheric or Earth science, communications, or other space-born applications. They also may open space to a whole new generation of commercial, academic and citizen-space users.” – NASA associate administrator for space technology in Washington, Michael Gazarik
Each of the structures that make up a PhoneSat includes a standard cubical structure approximately 4-inches square, an HTC Nexus One smartphone, and s set of sensors. Each setup also includes a lithium-ion battery that’s significantly larger than that of the original HTC Nexus One as well as a radio with significantly more power than the original smartphone provided so that messages can be sent from high distances above the Earth.
The video above shows an early test launch of an HTC Nexus One launched with a balloon back in 2012 – you’re seeing this video from the perspective of the phone, mind you.
The original HTC Nexus One provides many of the features needed to create the NASA PhoneSat “off the shelf” unit. Each PhoneSat employs a series of miniature sensors, relatively high-resolution cameras, GPS receivers, and more – and whatever else the mission requires that the HTC Nexus One doesn’t provide.
Each of the units launched in this mission cost NASA engineers between $3,500 and $7,000 USD – significantly less expensive compared to essentially any other type of satellite. These costs are relatively low due to NASA engineers’ use of mass-produced commercial hardware such as – you guessed it – the HTC Nexus One.
We’ll continue watching for this set of three Android-toting amigos as they make their trip through our atmosphere and back towards the planet over the next few days and – hopefully – weeks as well.
When the word “satellite” is mentioned, what comes across your mind? Most folks would think of something large and unwieldy, full of mechanical bolts and nuts that only a rocket scientist can understand. Others would think of Soundwave from the Transformers movie, but the Strand-1 satellite here is touted to be the real deal. Seriously, it was announced a couple of years back, and is finally on course for takeoff later this month. Specially developed by Britain’s Surrey Satellite Technology Limited and the Surrey Space Centre, the Strand-1 is not large by satellite standards, and holds the distinction of being the world’s first smartphone satellite that has been housed around the chassis of a Google Nexus One handset.
The moment it hits orbit, the satellite will make use of specially developed apps in order to pick up scientific data. Apart from data collection, the researchers will make use of the Strand-1’s 5-megapixel camera in order to shoot images of the Earth and Moon. The first phase of the satellite’s operation will be controlled using a Linux operating system, but in phase two, things are set to change, with the satellite’s controls being transferred over to the handset’s Android operating system, which will be operated remotely from a control station at the University of Surrey.
If you think about what sort of computers we were working with just a few years ago and compare them to what’s now possible in the palm of your hand with smartphones, a NASA satellite running on Android should’t seem all that strange to you. That is to say a NASA satellite working with a smartphone running Google‘s Android – that smartphone being the HTC Nexus One, a device that’s now gone through many years of tests and will be heading to space (again) in 2013 with a program called PhoneSat, dedicated to small, low-cost, easy-to-build “nano-satellites.”
This program has been announced to be taking off in 2013 by HTC this week, with the program having been initially revealed not long after the HTC Nexus One was first sent to the market in January of 2010. One of the most recent tests done with the Nexus One was a rocket launch back in July of 2010 when the smartphone was connected to a rocket. This launch worked with a Intimidator-5 on a CTI N4100 load and shows a whole lot of spinning action.
The mission that the Nexus One will be going on in 2013 has been made possible by a massive amount of tests over the years including thermal-vacuum chambers, extreme vibration tests, and again, high-altitude balloon flights. Using the Nexus One, a device that’s now tried, tested, and proven to be robust enough to function all the way up into space, NASA can make rather tiny (no more than 10 inches on each side) satellites that can probe the universe – or at least our own atmosphere for starters.
In an announcement of the timeframe by HTC, their own Global Community Manager Darren Krape mentions that it’s amazing how much NASA will be able to do with the Nexus One even though it’s now several years old. With the HTC devices out on the market today – like the HTC One X+, so much more will be rocking forth in the future as well – here’s to NASA and HTC’s continued partnership in space!
Okay, this definitely won’t be the first time HTC’s own Nexus handset will be experiencing a trip that most of us won’t ever have the chance to replicate. But in 2013 the Nexus One will travel deeper into the void than it’s ever been before. As it was in 2010, the upcoming Nexus One launch plan is also part of NASA’s nano-satellite-building program (aka PhoneSat) and, according to HTC, this will mark the culmination of years of intensive testing — which consisted of putting the former Android flagship through thermal-vacuum chambers, extreme vibration tests and high-altitude balloon flights. The Taiwanese phone maker didn’t specify when exactly the Nexus One’s out-of-this-world adventure will take place, but we do know the newfangled One X+ is already being touted as a potential candidate to climb aboard a Jupiter-bound spaceship in the coming future.
There was a time when Audience’s contribution to the iPhone’s call clarity was not only praised, but actively hunted down. But now it looks like the party is over — at least according to the chip maker itself. Citing events “in the normal course of business” the firm believes that its technology won’t be making it into Apple’s next handset — unsurprisingly a big blow for its shareholders. While it remains unconfirmed, Audience suggested in a conference call that Apple has built its own audio team. Something that is possible already creating a hubbub with other industry players. Though all things going well, we’ll only have to wait a week until the new iPhone hits the surgeon’s bench anyway.
While it’s not that surprising to learn that Android 4.1.1 Jelly Bean has made it onto the Nexus S, we guess we were kind of surprised to learn that the Nexus One has received Android 4.1 Jelly Bean has made it onto the device albeit in an unofficial way. XDA Recognized Developer, taxasice, has released a pre-alpha Jelly Bean ROM for the Nexus One and according to those who went ahead and flashed the ROM, it seems to be running in “decent condition”. According to the developer, these are some of the features that are reportedly working for him although mileage may vary user to user: (more…)
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