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1. Allwinner h3 soc java hardware 64 Bit#
2. Allwinner h3 soc java hardware drivers#
3. Allwinner h3 soc java hardware for android#
4. Allwinner h3 soc java hardware android#
5. Allwinner h3 soc java hardware software#

They joined Linaro but what they do is to move H8 and A64 support to Kernel 3.10 to may release Android 5 nothing else. Allwinner obviously is not interested to support and pay for mainline kernel, their focus is Android which bring them back money.

Allwinner h3 soc java hardware drivers#

It’s more interesting than to make yet another board with known core and few more cores than previous one, running three years old Kernel 3.4 and with nobody interested or capable to move all drivers to more decent kernel. This is why we spent most of this year working on ESP8266 and things around it. Now we know that we can make it, so no challenge, neither fun.

It was interesting at the beginning – to see if we can make it. Who need this? I do not see any reason to waste time on this. What is the point to release board for each new SoC which come? 4 core, 8 core with no Linux support, binary blobs and propertiary uboot. We still have no mainline support for earlier SoCs with video and 3D acceleration, 99.99% of the use cases for our customers already are met with A20- chip which have everything. Each 6 month Allwinner make new chips, but I do not see the point to make yet another board with the newer super duper bla bla processor which basically does same as previous ones and have zero linux support. Hopefully this year, you are right that we didn’t release new boards for a while and there is good reason for this I may blog later about this 😉 but in short – it become a little bit boring. SO it may pass several months until A64-OLinuXino run anything else than Android 5.1 One of the problem is that A64 is quite new and no any Linux-Sunxi support, as nobody have seen A64 development boards yet. We can re-design A64 board to fit inside this laptop body and to make light under 1 kg laptop running Linux.

Allwinner h3 soc java hardware software#

If everything goes smoothly we will have first prototypes by end of November and depend on how fast we can test the software we may have these run in production for Christmas 🙂 the goal is to make 64-bit ARM with EUR 64 retail price!Īs I expect A64 with 4 cores Cortex-A53 will behave well running Desktop Linux so we are evaluating the option to find some Chinese laptop manufacturer and ask them to supply us just with some light laptop body with decent 10.1-11.6″ LCD display, camera and keyboard with touch-pad.

Allwinner h3 soc java hardware 64 Bit#

This will be our first 64 bit ARM board and also the first OLinuXino we make completely with KiCAD. GPIO connector with access to all processor resources.RTL8723BS WiFi + BT4.0 on board for connectivity.LCD connector to connect with all our LCD-OLinuXino 4.3″ 7.0″ 10.1″ 15.6″.This will hurt the performance, so we have to see how it will behave compared to A20 and H3 for instance. What we found is also that although being 64-bit ARM the A64 memory bus is just 32-bit wide, we guess to make BOM smaller. LCD parallel RGB, LCD LVDS, MIPI and HDMI video outputĪs you can see no Ethernet, no SATA, no PCIe, but this is what you get for $5 right ?.This chip is with humble peripherials, as Allwinner target and announcement is to sell it for $5 in volume (obviously not for mortals as we have to buy the first chips at higher than this price).

Allwinner h3 soc java hardware for android#

Last week we got notice that Allwinner have already A64 in production and we will get some chips with the software SDK for Android 5.1 based on Linux Kernel 3.10 by the end of the month (yes they finally escaped from Kernel 3.4 🙂 ), so we started to work on our A64-OLinuXino.

Orange Pi Zero Plus2 is for anyone who wants to start creating with technology – not just consuming it. Pretty much anything else, because Orange Pi Zero Plus2 is open source It can run Android 4.4(H3 version)/Android 5.1(H5 version), Ubuntu, Debian, it uses the AllWinner H3/H5 SoC, and has 512MB DDR3 SDRAM. It’s an open-source single-board computer.