Allwinner A13 Tw A0910 V22 1126 !!HOT!!

Allwinner A13 Tw A0910 V22 1126 !!HOT!!




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Allwinner A13 Tw A0910 V22 1126


there are two things to know about how the skin is made. first, even if the material you are using is different, most of the time you can reuse the same construction. if you can build half a brick, you can build half a skin. the second thing is that skin is not a single brick, but a series of them all glued together. the whole makes a compound with a lump of some sort. all three things allow you to make skins.

the skin on the touchscreen is placed inside of the block and is glued. from the inside it only is glued to the block and not to the electronics. that gives it a lot of flexibility. to glue them they need an alcohol which is easily gotten from the package of the skins. we use another glue, but the alcohol works as well.

i think i prefer the fixed application vs os + loaded applications criteria. if you have a fixed lump of rom where all of your code needs to be and a smaller amount of ram then you have a microcontroller. things are a bit blurred when you have hardware that is microcontroller-like (no mmu etc, low frequency) but code in ram and a few megabytes of ram so you could in theory load applications in and out at run time. unless allwinner changed something this soc is both a generic computer (application grade risc-v, mmu etc) and a microcontroller (whateverread more here ). if i had a guess, though, this device is either the successor to the a10 (which is just to be embedded/iot/pentagon oriented) and hence would not have the multimedia acceleration, or this is a new thing and hence have the hardware av acceleration. for those of us interested in the microcontroller side, i wish them luck.




allwinner has a respectable number of cores in its cpus, but it currently only targets the mid-range and low-end of the android market, with only a few mid-range and low-end products like the $30 a10 and $40 a8 socs. its clear that allwinner is looking to up its game and move into the high-end market as well. it makes sense to start with its mid-range and low-end socs before moving up to higher-end parts. the allwinner a13 is the first allwinner to support 1080p video decoding, though only for h.264. the a13 supports hardware accelerated h.265 decoding as well, which is a first for the company. you can read more about the allwinner video decoder in this my article on the allwinner a13 h.265 decoder. the nezha development board is based on the allwinner a80 soc. the a80 features quad-core arm cortex-a15 and quad-core arm cortex-a7 big.little cluster. the a80 supports 64-bit arm v8.1, mali-g72 mp10 gpu, and i/o including hdmi, mipi-dsi, rgb/mcu display, rgmii, sdio, gpio, and more. the soc also integrates a power management system, a powerful ecc unit, and an efficient usb controller. the a80 also comes with an integrated, 1.2ghz dual-core mali-t880mp8 gpu, which is the only dual-core mali-t880 gpu in the market. the a80 supports 8k@60hz video and h.264/h.265 and vp9/vp8 codecs. nezha development board (click images to enlarge) the board supports linux-based tinas and rn-xt, using a custom allwinner a80a/b boot firmware, which offers a fast boot time. you can also run it with the rn-xm firmware, which offers more software options, such as booting rn-xt without linux kernel. the board features a 5v dual-channel, 600mhz+ memory system. it also features a gigabit ethernet controller, usb type-c otg, 2x micro usb 2.0 host ports, and 2x digital audio port. the board is fully compatible with the allwinner sdk and development platform. the board is a single-board computer and comes in two models. the regular model costs $85 and includes a microsd slot and an sd card slot for installing linux distros. it also supports a micro hdmi, dsi display and audio, and 4xm.2 connectors. the high-end model, which costs $108, includes the same features as the regular model and also has a second m.2 connector. nezha development board detail view (click images to enlarge) nezha development board detail view 5ec8ef588b


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