Maybe it's just me, but it seems like Samsung is getting even faster with open source file releases. Today, the Korean manufacturer dropped open source kernel files for the Galaxy Note 8.0, Samsung's first foray into the tablet-that's-also-a-phone market. Both international and North American variants are represented, so those interested can take their pick.
Amazon, "in accordance with certain free and open source software licenses," released today the open source code files for their 8.9" Kindle Fire HD, one of the latest tablets to join their wildly successful e-reader lineup.
The source code release comes about five days before the HD 8.9 was scheduled for official launch (though it actually began shipping today), giving those who want to tinker, develop with, or simply ogle the fresh batch of source a fair lead time.
If you've been waiting to get your hands on the HD 8.9's source code (or even if you haven't), just hit the link below to grab the full download.
Samsung is back again with a fresh batch of source, today dropping open source kernel files for the Note 10.1 (N8000), its LTE counterpart N8020, the Stratosphere II (SCH-I415), and Sprint's version of the Galaxy Tab 2 10.1 (SPH-P500). The most interesting device on the list, though, is probably the Galaxy Camera (EK-GC100), which is just arriving at UK retailers this month, with no firm date announced for a state-side debut. Though the Galaxy Camera is a somewhat unconventional Android device, it's still great to see Samsung keeping up with its pattern of timely open source file releases.
If you've been waiting to put your hands on the official kernel source for these devices, or just want to take a peek at what makes them tick, hit the appropriate link below.
You may remember Samsung's Galaxy Victory 4G LTE (formerly known as "Gogh") from some training materials we caught sight of just a few days ago. Well, while the device is still unannounced, good old Sammy has decided to drop the Victory's kernel source ahead of time for anxious developers and tweakers to get started on.
Samsung has had a good track record lately of releasing kernel source just after a device is announced, but releasing the code before we're even supposed to know about a device is pretty impressive.
While we still aren't sure exactly when users can expect to see Samsung's 1.2GHz dual-core wielding mid-range Victory 4G for sale, those looking to get a head start on development for the device can grab its kernel source from the link below.
In a (relatively) timely release, Samsung has given eager developers something to play with over the weekend – the manufacturer recently dropped Ice Cream Sandwich kernel source code for a handful of devices including three variants of the Galaxy Note 10.1 (the N8000, 8010, and 8013), the Wi-Fi Galaxy Tab 7.0 Plus, and both 3G and Wi-Fi variants of the Galaxy Tab 10.1 (P7500 and 7510).
The release comes just days after the official Note 10.1 launch, source code release for the Korean Carrier-connected variant of the Note 10.1, and the discovery of a successful root method for the device.
Keeping up with its trend of timely code release, HTC dropped kernel source code for the HTC One X today, the same day the device became available through AT&T. The code release includes kernel source for the One X across a range of carriers and regions, including Optus, T-Mobile, Orange, Vodafone, and more, though the list notably excludes AT&T.
While HTC's release of One X kernel source is certainly a step in the right direction, the AT&T variant's absence is unsettling, and many are no doubt still wondering when (or if) the device may be allowed into HTC's bootloader unlock program after a controversial statement from the manufacturer Friday.
After months of wondering and looking around for answers, we think we've finally found out why all of Verizon's 4G LTE phones (and modems / USB dongles) are having data connectivity issues, and it's a wee-bit technical even for us, but we'll do our best. This information has been gathered from various comments and forums across the net, so, take us at our word here.
When Verizon launched its LTE network in November of 2010, it was the first time the carrier had utilized a GSM-based (WCDMA, as opposed to CDMA2000) network in the United States. All Verizon phones and data-enabled devices had previously run on CDMA2000 connections - the network responsible for Verizon's 3G and 2G data.
After a rollercoaster of emotions and months of waiting, the back-from-mythical Galaxy Nexus was finally released on Verizon yesterday, but were the main reasons for the delays, in fact, related to unstable and poor connectivity? I've had endless problems with connectivity on the Thunderbolt (even with the latest firmware), and plenty of you had similar issues with pretty much all other LTE devices.
Can the Galaxy Nexus be no different? I assumed loss of data (even 3G, I'm not even talking about 4G here) and voice was a thing of the past with the Nexus, but having run into this Reddit post with multiple confirmations, I decided to do a quick poll using our social media accounts.
Since I'm seeing questions inquiring about Android 4.0's source code drop every 5 minutes here and there, I thought it would be a good idea to point out this blurb in a recent post by an Android engineer Dan Morrill, aka morrildl:
To reiterate, these servers contain only the ‘gingerbread’ and ‘master’ branches from the old AOSP servers. We plan to release the source for the recently-announced Ice Cream Sandwich soon, once it’s available on devices.
Since the Galaxy Nexus is the first ICS device, rumored to go on sale sometime in the beginning to mid November, we shouldn't expect the source code to be publicized until about that time either.
So, do you want to see how the Galaxy S II compares to the iPhone 4S when dropped directly onto concrete? Yeah, we thought you might -- and you you may actually be surprised at the results. Before you watch the video, though, I must warn you: watching these electronics plummet to their (presumed) demise can be a bit cringe inducing, even to not-so-squeamish among us. With that caveat out of the way, have a look at the video:
Pretty impressive, no? While the iPhone 4S was rendered basically unusable after a couple of drops, the Galaxy S II's Gorilla Glass kept it safe, secure, and intact.