Motorola Atrix and HTC Inspire owners have had good reason to be upset with AT&T's "4G" network - due to the fact that HSUPA wasn't enabled on either of the two devices, users have been plagued with unbearably low upload speeds, and the announcement of an upcoming Atrix update that ignores the problem didn't seem like a good sign. Fortunately, AT&T has used its Facebook page to confirm that software updates enabling normal upload speeds are in the works and are expected to roll out some time in April.
There's not a whole lot of specificity that comes with this information, but at the same time it seems pretty likely that HTC isn't putting all of its tablet eggs into the Flyer and EVO View 4G basket. DigiTimes is reporting that HTC is planning to release two Honeycomb tablets bearing the Flyer moniker later this summer, both with larger displays than the incoming Gingerbread version.
This doesn't come as much of a surprise, as the Galaxy Tab and other small, non-Honeycomb tablets have demonstrated that consumers want a device with a bigger screen and a proper tablet operating system.
A number of Gingerbread-hungry developers (including some from the CyanogenMod team, particularly Slayher) are hard at work preparing CyanogenMod 7 for its Thunderbolt debut, and progress is steadily being made.
Conspiracy theorists would have you believe that the ThunderBolt's signed (and locked) bootloader was all Verizon's doing, but it appears that isn't quite the case - the Incredible S, one of HTC's unlocked GSM phones, is shipping with a similar failsafe system. That basically means no custom ROMs for you (at least until a viable workaround is discovered).
Proof? Look no further than the contents of this Incredible S RUU:
From what our friends at AndIRC can tell (note that they don't have a device in hand), the Incredible S includes a signature check much like the one on the ThunderBolt.
If you've been looking to unlock your HTC Thunderbolt but have been putting it off until a one-click solution springs up, you may start rolling up your sleeves - you've got some downloading to do. dbzfanatic from xda released the first one-click easyroot + S-OFF, which uses AndIRC's lengthy, yet effective, instructions, but wraps them up in one easy to use package. The program runs on Windows and weighs in at over 800MB, so fire up your PCs and get ready for some heavy downloading.
- 1.5GHz single-core CPU
- 1GB RAM
- 32 GB internal storage
- Android 2.3 (Gingerbread), will be updated to Android 3.0
- Sense UI
- WiMAX (4G)
As mentioned in our hands-on with the EVO 3D, the View 4G features a new connector port dubbed MHL.
After the Sprint press conference officially ended, they quite literally pulled back the curtains to reveal a large viewing area, with a team of Sprint and HTC employees available to demo the HTC EVO 3D and View 4G. While we weren't allowed to get our mitts on the EVO 3D, we were allowed to play with the View 4G a bit. In both cases, the employees on the floor provided a quick hands-on of the devices.
Well, it's finally here - after almost as many rumored (and subsequently unmet) release dates as the Notion Ink Adam, the HTC ThunderBolt has finally gone on sale. But with a sky-high $250 price tag and essentially the same hardware as the rapidly aging Desire HD, can it still impress?
That's not an easy question to answer - while the ThunderBolt is a great all-around device on an incredibly zippy network, it doesn't exactly have the most future-proof hardware in the business, and it comes armed to the teeth with bloatware.
When you think of Android's openness, what comes to mind first? Is it the open source code of AOSP? Or maybe nearly 200 devices that run the Android now? Perhaps tethering, built right into the OS? How about the GPLv2 license requirement for manufacturers to publish all changes to the Linux kernel simultaneously with each phone's release?
If you are a custom ROM developer or even user, that last bit there probably occupies one of the top positions, and rightfully so - without it, proprietary changes to the kernel would remain hidden and would need to be reverse engineered.