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Everything posted by Gavinb

  1. Hi. I have a similar issue awhile back, ended up using a new dev board, suspect some hardware fault in the pine64 itself. It's mentioned here
  2. I had done it directly in the device tree itself and didn't make an overlay then. But will this time around
  3. The only difference between the boards is the SRAM, so the same overlay should just work on the pine64/64+, unfortunately I don't have access to a pine64+ at the moment to be able to test it.
  4. Hi I've just started work on the 5.4 kernel, will be testing that and getting relevant DTB changes into the patches. Once completed and working, I'll package things up as an overlay for those that want to use the MIPI-DSI. If I get a chance to afterwards, I'll have a look at the dev branch to get something working there.
  5. Hi, You'll need to remap the changes to the Pine64So device tree into the Pine64's, then you should be good to go. The only major difference between the two is the dram, which is handled at spl/u-boot level.
  6. @karlitos This sounds like the same issue I had at a point. DSI port on the board could have a hardware fault. I switched to another board and then got it going.
  7. Are the ribbon cables connected correctly, i.e. no misalignment etc. [ 8.738486] sun6i-mipi-dsi 1ca0000.dsi: Attached device fy07024di26a30d show's that it's attached the display unit. I didn't have to add/change anything after booting up, ie no need to change armbianEnv.txt
  8. Hi @karlitosYou will need the serial cable, as you have to do the initial login/root password etc via console, alternatively via ssh if you know it's ip. Once you've created a normal user, it'll startup the desktop evironment thereafter.
  9. I'm currently looking into a new project which will use (hopefully) the Rpi Waveshare hdmi based 4" lcd touch screen, linked to the pine64/Sopine I'm at research stage, and will be looking into using a current 5.x kernel. If anyone has any info on the waveshare lcd's I need to watch out for or suggestions to get further info (specifically the touch driver side), please post a response. Progress on the project will be posted here, links will be added once I have some basics running. This can hopefully open up the waveshare displays to other devices. @Igor Yes I'v
  10. 1 - Can't say how Armbian itself will move forward, as this is a specific branch for my requirements. 2 - Haven't worked with vagrant, so can't answer. Not that this branch has, and probably will remain fallen behind Armbian master.
  11. Hi @karlitos script is already set to pull that kernel.
  12. Update - Touch panel is now working :) 20200122_102315.mp4
  13. @karlitos Hi, haven't made any progress the last 2 weeks, am on leave for holidays and only return on the 13th Jan when I can catch up on other test's that are being done during this time by someone else. He's currently checking through other kernel builds, so will generate patches once we can comfirm we have things workings on the I2c side.
  14. I've already verified with i2cdetect, without loading the touch driver, using the normal overlay method, results are the same for both I2c-0 and 1
  15. Thanks @pszypowicz problem I'm having is getting the I2C lines unlocked [ 9.381132] i2c i2c-0: mv64xxx: I2C bus locked, block: 1, time_left: 0 [ 9.381155] Goodix-TS 0-005d: i2c test failed attempt 2: -110 [ 9.409109] Goodix-TS 0-005d: I2C communication failure: -110 I have commited some debugging checks into the kernel, will be continuing with it today, after I sort out mac-addr issues I'm experiencing here in the office for the network changes we've had. Image does work on the pine64, by adding in a patch to copy the sopine-baseboard.dts over the pine64.dts, should do th
  16. Hi @karlitos currently still working on getting the touch side working, however desktop image build seems to be stable with all tests we have done so far on the board.
  17. Finally, something that's actually displaying something now :) Armbian build script Kernel used I haven't tested everything as yet, aim was to get the display at least running.
  18. Hi Igor Thanks for responding. I had already including most of that patch, however had missed /arch/arm64/Makefile changes which I've added. Rebuilding and will continue to debug from there.
  19. Hi I'm jumped into this, using the above mentioned kernel and trying to run it on a Pine64-Lts (Sopine) board. I have the Pine64 7" Lcd display which I'm trying to get running on the pine board. I've patched the kernel to get the dtb's into a deb file and installed into the image. However I'm getting a Bad Linux ARM64 Image Magic from u-boot when trying to start the kernel. I've also noticed that the DT_fixup_script is failing on bad format as well. Patchwork I've already done can be found here ht
  20. Not sure about working with v3.10.y of the kernel, as am working dev level on 4.14.y (However I locked it at 4.14.59, for beta purposes). What I can tell you is we've been doing our own custom board, based on the R18/A64 with lpddr3 ram, so Sopine is the dev board. I did do some tests today, working on figuring out why cpu_freq scaling is not working, (Can post image caps later, not at work atm), and went through the following:- Downloaded and run Armbian script to build a fresh image Pine64so, Cli, Next, Stretch. Flashed onto an sdcard, and &^%$ it didn't boot
  21. Hi, yes we have. Just to update as well, we have managed to got the phy to respond to processor at uboot level by slowing down the MDC clock. Found a reference path our u-boot 2017.11 did not have the MDIO_CMD_MDC_DIV_128 definitions and setting up miiaddr |= MDIO_CMD_MDC_DIV_128 resolved the clock issue. Our next step is to resolve why the phy isn't transmitting data
  22. I am currently developing a custom board which is based of the Pine64/Pine64-R18 dev board. I previously had an issue with the ethernet not working at u-boot level using the sopine based R18 board, this I resolved by patching u-boot with the relevant emac sections that were missing from the device tree. On the custom board we have used the R18 processor with the LAN8720 ethernet-phy chip rather than the RTL8211 used by the pine, and can't get the ethernet to initialise. We have checked rmii clock timings etc and compared the custom board to the Pine and have noticed the
  23. You probably need to level shift your voltages. The orange pi has 3.3v signals, and your rs232 converter is most probably a 5v device. Try looking here for a simple level shift circuit.
  24. I agree the pins are used for the WiFi module, however I do not have a physical device connected. I am in the process of trying to isolate those pins from it. However there seems to be a different issue that's arisen with the current merges going on, in the sense that the working PB based overlay, tested in 4.14.41, causes the board to go into kernel-panic mode when the kernel starts up on any newer version, I.e 42 and 43. I'll open a different thread for that after a bit more testing, as this can wait until we start piecing everything together in the project with it own full device-
  25. Hi I have been trying to allocate specific gpio's as input via the Device Tree, this ultimately being for a custom made board. I can and have successfully allocated pins PB0, PB1, PB3 & PB5, which are showing in /dev/inputs/by-path and have been verified working with evtest. Working code :- /dts-v1/; /plugin/; / { fragment@0 { target = <&pio>; __overlay__ { input_0: input_0 { pins = "PB0"; function = "gpio_in"; bias-pull-up; }; }; }; fragment@1 { target-path = "/"; __overlay__ {