A few days ago information surfaced regarding possible specs for the new LG G3 smartphone expected to be released during 2014. Among those specs was a reference to LG’s Odin processor, their own in-house chip that has been in development for a while now. The ability to produce component parts in house will be a key part of LG’s strategy if they want to challenge Samsung’s supremacy. Results have now surfaced that seem to indicate the Odin chip have been run through the paces with the Antutu benchmark, though we may be left still wondering just what Odin is capable of as well as whether the test device was an early prototype of the LG G3. » Read the rest
LG will be getting into the processor game pretty soon, as rumors are swirling regarding a new processor from the manufacturer called “Odin.”
It was originally thought that LG’s L2 would feature Odin, but instead offered a Qualcomm Snapdragon 800 CPU.
Now, DigitalTimes is reporting that LG has said that Odin has two versions. One has a quad-core processor clocked at 2.2GHz and has an ARM Mali-T604 GPU, and the other has eight cores with ARM’s Mali-T760 GPU. The SoCs are currently being tested, but an announcement date is not mentioned.
Recent reports from Korea suggest that LG is planning to manufacture its own processors for its upcoming LG Optimus G2. This comes from a telephone conversation from an anonymous LG official in Korea:
LG Electronics is going to mass-produce the Odin processors by using finer 28-nanometer level processing, applying high-k metal gate (HKMG) technology. The processors will be used in LG’s next flagship Optimus smartphone ― the Optimus GII ― which will probably be unveiled in this fall’s IFA trade fair
Recently there have been rumblings of Sony releasing some hefty Android juggernauts in the coming year of 2013. Codename’s of Sony’s Yuga/Odin have been flying around lately and is expected to be one hell of a device. With Sony recently taking HTC’s #2 spot and only behind Samsung when it comes to Androids top manufacturers, I’m sure they’re preparing for a big push this next year to challenge that top spot.
The leaks are pointing towards 5+” full HD displays paired with a quad-core Cortex-A15 processors along with 13 MP Exmor RS cameras on the back. Here’s what the Sony tipster had to say:
We reported about a new Sony beast dubbed the “Odin” or C650X (the X gets replaced with a number) from a leaked agent profile and shortly after, an image leaked. Now we have images of a C6603 compliments of German site Android Schweiz, with a codename “Yuga”. I am assuming this is the same phone, but with a new bump in the model number. The specs seem the same as anticipated, 5-inch 1080p display, 1.5GHz quad-core Snapdragon S4 Pro processor, 2GB of RAM, and running Android 4.1 Jelly Bean. They are claiming the camera is 12MP, but you would think it would be the 13MP Exmor RS. Who knows, that could still change. Another tidbit is that it will sport a unibody design so that means no removable battery, but they will include a microSD slot and microHDMI port. Could we see this at CES? More pics after the break.
The Sony Xperia T just came out, but you know Sony is already hard at work on their next flagship (and probably the one after that). A leaked user agent profile has revealed a phone codenamed Odin with a few model numbers; C6502, C6503, and C6506. That last number being the only different number could point towards regional variations. Unfortunately we don’t know too much more other than it’s running Android 4.1.1 Jelly Bean.
There are also two more devices that were revealed, but not as high profile. They are similar to the Xperia tipo and Xperia miro and their model numbers are C1505 and C1604/C1605. They both sport HVGA (480 x 360) displays and Android 4.0.4 Ice Cream Sandwich. The C1604/C1605 sports a Snapdragon S4, while the CPU for the C1505 is probably the same, but it’s officially not known.
Good news Epic owners. If you recently rooted your phone and have since had some troubles, an unrooted stock kernel has successfully been extracted. With the stock kernel you can restore your kernel to its prime factory state. Team ACS, the dev group behind the extraction, have the kernel as well as Samsung’s ODIN available for download. You simply flash the kernel with the ODIN tool. To get the more details, full instructions, and files hit the source link.