Ain't using separate 4G module too expensive? I don't think there should be any problem in fitting it onboard if you integrate it into one PCB design.
I'd like to see all unused cpu I/Os breaked out into set of pads onboard and documented, like UART, second USB port, I2C bus, FIMC interfaces and so on.
Also, don't get me wrong but if this project doesn't get realised (I really wish it does) - please publish non-NDA documentation. :]
Feedback on my development is highly appreciated, but first you should read this GUIDE and watch this MOVIE.
If you like my work - you can help me getting various cool stuff by clicking donation link in my profile. It's not required while pressing is, just appreciated.
But perhaps more importantly, everything should be easily accessible from outside your platform so we can help hacking it back into shape when something goes wrong! Second, make sure we can freely mess with the boot configuration... I'd be happy to help sponsoring the low profile SMT DIP switch for boot config.
If you have space problems you should seriously consider using a quad-core (Krait) Snapdragon S4 Pro (MSM8960T) PoP SoC instead. Because if not, you'll need external modem support. So in your current configuration, what modem are you using? If you use the Intel XMM6260 you'll need a lot more support components, AFAICT, unless their new flagship (XMM7160) has managed even more integration somehow.
Well, this is a great idea First I would consider not using 4G if you don't want to go in an expensive way... I would also consider using Stock Android ROM for the fans out there (like for example with the G Nexus) Processor you can use the powerful one from the Galaxy Note 10.1, but I also like tegra processors.
Subscribing to this thread!
Galaxy Nexus i9250
ROM: AR HD
HTC Touch HD
HTC tytn II
ROM: eOS WinMo 6.1
Status: Not reading SIMs
It's the "latest" ST-Ericsson NovaThor LP9600 (aka Nova A9600)!
2.5GHz, 28 nm Technology. Dual ARM Cortex-A9 Harvard Superscalar processor core, Multi-layer AHB/AXI bus, ARM TrustZone, ARM NEON SIMD engine, dual-channel LP-DDR2 SD RAM interface, 1080p HDMI, Rogue GPU, 1080p video encode, 1080p video decode, 3D HD video capture and display, QXGA display support, Dual camera support up to 20 Mpixel and 5 Mpixel, USB 2.0
But because of ST-Ericssons financial troubles, it's unlikely we'll see any full scale production of this chip within the next 6 months...if ever.
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