Video grabber MS2130: the good old MS2109 on steroids. At least it was... 😕 #499
Replies: 93 comments 376 replies
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Hi Awawa, Awesome work on the above, I've just got one of these on order now, I was wondering if you use a HDMI splitter and if so which one? Im not sure if they have limiting factors or if its legit just an in and out so thought I'd ask. Thanks :) |
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Yes, you need a decent HDMI splitter for this grabber which should at least support scaling, HDCP, EDID management and CEC if possible. I am not up to date on the subject of HDMI splitters, I have two old FeinTech VSP01201 and EZ-SP12H2 splitters. There are some differences between them, but they work fine. Maybe there are some newer and better 48Gbps matrices, you have to look on the internet. Here the user has of these newer interesting models: #496 (MS2109 and MS2130 grabbers also appear in this subject) |
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Cool thanks for the review. Nice work 👍 Does it do 1080p@120hz ? 😄 |
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Thanks for that, looks promising. This could be a cheap solution to one of my issues Could I ask you to check 1080p@120 10bit HDR. I'm looking for xbox SX support which says 120hz , 10 bit(depth) |
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10 bit mode was not available for me |
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Holy moly...Testing now the second model with Rpi, 10bit is missing but 12bit HDR 1080p120, YCbCr 422 limited seems work fine. 12bit HDR 1080p120 RGB is a bit pink, something is wrong with captured colors. Cant test 4k120 HDR because of my RTX is HDMI2.0 only. |
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WOW! That's awesome mate, thanks for sharing that. I'm ordering one to test, takes about 3-4 weeks to get here, although sometimes it's just one week, fingers crossed. Just to confirm, this is the one you purchased: https://www.aliexpress.com/item/1005004990708725.html Thanks |
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Yes, it took 2 weeks to deliver it to EU since they were sent (few days delays on processing due to Chinese New Year, model A had some small delay). The products came in the original boxes, although the description says otherwise. |
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Updated preview with a LUT calibration done for MJPEG, when MS2130 is connected to USB2.0 port. There are some minor differences and as could be expected quality for MJPEG is a bit worse than YUV. |
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Tested latency. It's good, much better than old MS2109 despite using uncompressed YUV format. Tested under Windows 10 using Chrome. 1080p120 1080p60 |
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seems to be the new budget king mate :) mine's working a treat! |
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still waiting for delivery...beep beep |
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Sound effects also work with MS2130. Proper
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Hi awawa-dev what about usb drop? Is SPI necessary for led driver? |
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#320 |
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Got mine! Looks really good, but the Pi 3B+ only has usb 2.0 so that means no YUV? |
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It's in the main thread.
I suspect Windows does these "nv12" modes just like I do in HyperHDR: extracting raw YUV planes from MJPEG (still it's rather 'MJPEG' converted to 'NV12' with some drawbacks), but Linux/Rpi can't do the same. You don't need 1080p for the ambilight, 480p60 is enough unless you have a very large&high density LED strip. 1080p30 is good for the calibration only (less random artifacts thanks to the higher resolution). USB3.0 is important... let's hope 2-3 more months and we'll be able to buy Rpi4 at retail prices again without problems. |
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Hey awawa I bought the MS2130 and wanted to try it out. I have the grabber running through a VERTEX2. The Grabber is recognized but it gets no signal from the VERTEX2. According to HDFURY it is because the grabber can not HDR? |
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Hi BTW someone on the Aliexpress auction reported in the comments that it can even process VRR signal (up to 60Hz) but I don't have a console to verify it. |
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I think my grabber is defective. The VERTEX2 does not give out a signal to it Everything works with the MS2109 |
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There is always such possibility but it can be easily verified: just disable for a moment HDR (and probably better to use 1080p without HDCP, no vrr of course) on the source and then you will see if MS2130 can capture the signal. Make sure the grabber is working properly in HyperHDR (status & logs). Check if the grabber can capture the signal and then just enable HDR for the same source setting (still at 1080p). I don't have a vertex2 but had a Linker 4k once, very powerful tool, I managed to work it like Ezcoo and Feintech but too much available options can be a problem sometimes. |
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Hi , I have a setup w/ Denon receiver which splits the HDMI, but once i connect the grabber i loose the HDR/ dolby vision functionality. |
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Hi |
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Thanks for the reply. |
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It's probably the best solution. In the case of an HDMI splitter without CEC like EZ-SP12H2, it is probably possible to connect the TV to the Denon directly and connect the splitter to Denon second output and the grabber to the splitter. The splitter must have the EDID cloned from the TV and the grabber itself should be connected to the secondary splitter output so as not to override master EDID. But I've only tested it with dual output from PC, not Denon. I do not know how stably EDID is remembered, e.g. after turning off the power (maybe EDID forced with DIP-switches is more reliable, but should match the TV's EDID) |
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Thanks! |
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Hi, I just received the new MS2130 and I place you LUT table in the .hyperhdr folder where the db is. How do I know is loading the LUT of that folder. I verified the logs but can't find nothing about the LUT table. |
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I may take a look but need your full logs (e.g. on pastebin.com). Try to enable & disable hdr then you should see the LUT path. |
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That work and it's loading the correct one. Thank you! |
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awawa-dev rocks! |
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Honestly I don't see why people use hperion. It just works. awawa-dev we might need to have a chat |
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Thanks. You can contact me by email (it's in my Github profile). |
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Hi I'm playing with the new MS2130 but for some reason the lights looks dim when i see the live video of the grabber in hyperhdr it look dim. I install the MS2109 and looks good. I even remove the lut calibration too see if that helps but nothing. |
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so set it please to 50 |
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restart is needed only for 0 (defaults, do not touch control) other values are applied immediately |
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oh ok, well it's at 50 but still dim image |
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if you change it to 100 now there is a difference? |
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Ohh I forgot when I found the fix I see that the colors don't look as good as the MS2109 so I install the original firmware back without the LLDV and then I start to see the beauty of the MS2130. I'm testing right now with some esp32 ethernet boards since my pi is connected to ethernet I thought will be faster than using HyperSerial. |
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So it was LLDV? Nice to know that ms2130 probably supports it, maybe some version of ezcoo firmware with higher nits could resolve the brightness issue. With HyperSerialESP32 working at 5Mb (cheap ESP32-S2 mini) you have already transport latency below 1ms for most configs. If you want faster solution then you can use HyperSPI: thanks to hardware accelerated SPI and high communication speed it has lower latency, probable even lower than the 100Mb ethernet solution that needs encapsulation and forwarding on the router. |
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No the problem is not the LLDV even with the firmware without the LLDV the problem persist the only way to make it work is to power cycle the ezcoo. What i ended up doing i connect the usb that powers the ezcoo to the tv so every time i turn off the tv the ezcoo turn off and when i turn on the tv is like if i were plugin the ezcoo to power and it work that way. Yes the only thing I'm missing with those ethernet boards is the white calibration of the lights. I don't need it right now because Im still using WS821x RGB but my next update for my HyperHDR system will be the lights you suggest. |
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Still not sure, some symptoms could indicate that your ezcoo had some EDID handshake problems before and for me it was jumping between HDR (brightness OK) and LLDV (dim images, even with LLDV capable firmware you need to choose correct nits/brightness version). Anyway, it's just a theory, maybe I'll borrow a Kindle Firestick to do some research for Dolby Vision and LLDV. |
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i had this exact issue after switching which USB port the capture card was plugged into--i needed to power cycle the ezcoo for everything to look normal again. good lookin' out |
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After reading your posts, I'm pretty sure you have a bad unit. When you order another one make SURE you order from the same seller as awawa-dev specified(I asked in a above post.) I've learnt the hard way to use the same equipment from same sellers as maintainers/creators 🤣 I can confirm I replaced my 2109 with a 2130 as a "drop in replacement" and it worked without issue. I didn't change the LUT table or any settings like saturation(left it at 128) etc as recommended from when I setup the 2109. HTH I have changed contrast/brightness/saturation/hue back to 0 now as recommended. I am using this splitter: https://www.tesmart.com/products/tesmart-hdmi-splitter-1-in-2-out-support-4k-60hz-hdr-10-hdcp-2-2?variant=43617192116436 and this matrix: https://www.aliexpress.com/item/1005004685856434.html?spm=a2g0o.order_list.order_list_main.11.26a11802T6lGsn |
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You can flash a custom firmware to the ms2130 and it will work normally https://zhuanlan.zhihu.com/p/634052876?utm_id=0 |
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@jerryngm
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@pavel-ponomarev
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Thanks for the quick response. I wonder if the colors have changed in this new firmware version and whether it is necessary to update the LUT table that @awawa-dev created. |
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Since I have an isolated laptop for testing purpose and two MS2130 grabbers, I decided to take a risk by using this software to upgrade a type B grabber. However, everyone must decide for themselves whether they need these modes and whether they are worth the risk. Mine is one of the first model available on Aliexpress. 3rd and 4th byte of the old firmware is C9 A9. I managed to backup the old firmware and upload the new one (4K2) without any problems. Below is a photo and details of the full list of modes found by HyperHDR under Windows. I haven't tested yet whether the calibration has changed, but EDID still doesnt report HDR capabilities. Thanks for the information @jerryngm Full mode list (click to expand): Details2023-12-11T02:07:38.166Z [MEDIA_FOUNDATION:USB3.0 UHD] (MFGrabber.cpp:452) Device has 'brightness' control => min: 0, max: 100, default: 50
2023-12-11T02:07:38.169Z [MEDIA_FOUNDATION:USB3.0 UHD] (MFGrabber.cpp:459) Device has 'contrast' control => min: 0, max: 100, default: 50
2023-12-11T02:07:38.173Z [MEDIA_FOUNDATION:USB3.0 UHD] (MFGrabber.cpp:466) Device has 'saturation' control => min: 0, max: 100, default: 50
2023-12-11T02:07:38.176Z [MEDIA_FOUNDATION:USB3.0 UHD] (MFGrabber.cpp:473) Device has 'hue' control => min: 0, max: 100, default: 50
2023-12-11T02:07:38.176Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1080 @ 60 fps YUY2 (yuyv)
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2023-12-11T02:07:38.177Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1080 @ 50 fps YUY2 (yuyv)
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2023-12-11T02:07:38.178Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1024 x 768 @ 60 fps YUY2 (yuyv)
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2023-12-11T02:07:38.178Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1080 @ 60 fps NV12 (nv12)
2023-12-11T02:07:38.178Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1080 @ 60 fps MJPG (mjpeg)
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2023-12-11T02:07:38.178Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1080 @ 10 fps NV12 (nv12)
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2023-12-11T02:07:38.179Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2560 x 1440 @ 10 fps NV12 (nv12)
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2023-12-11T02:07:38.179Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1152 @ 20 fps NV12 (nv12)
2023-12-11T02:07:38.179Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1152 @ 20 fps MJPG (mjpeg)
2023-12-11T02:07:38.179Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1152 @ 10 fps NV12 (nv12)
2023-12-11T02:07:38.179Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1152 @ 10 fps MJPG (mjpeg)
2023-12-11T02:07:38.179Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1080 @ 60 fps NV12 (nv12)
2023-12-11T02:07:38.179Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1080 @ 60 fps MJPG (mjpeg)
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2023-12-11T02:07:38.179Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1080 @ 50 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1080 @ 30 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1080 @ 30 fps MJPG (mjpeg)
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2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1080 @ 10 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 2048 x 1080 @ 10 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 2160 @ 60 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 2160 @ 60 fps MJPG (mjpeg)
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2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 2160 @ 30 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 2160 @ 20 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 2160 @ 20 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 2160 @ 10 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 2160 @ 10 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1200 @ 60 fps NV12 (nv12)
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2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1200 @ 50 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1200 @ 30 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1200 @ 30 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1200 @ 20 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1200 @ 20 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1200 @ 10 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1920 x 1200 @ 10 fps MJPG (mjpeg)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1360 x 768 @ 60 fps NV12 (nv12)
2023-12-11T02:07:38.180Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1360 x 768 @ 60 fps MJPG (mjpeg)
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2023-12-11T02:07:38.181Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1360 x 768 @ 10 fps MJPG (mjpeg)
2023-12-11T02:07:38.181Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1280 x 1024 @ 60 fps NV12 (nv12)
2023-12-11T02:07:38.181Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1280 x 1024 @ 60 fps MJPG (mjpeg)
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2023-12-11T02:07:38.181Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1280 x 1024 @ 50 fps MJPG (mjpeg)
2023-12-11T02:07:38.181Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1280 x 1024 @ 30 fps NV12 (nv12)
2023-12-11T02:07:38.181Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1280 x 1024 @ 30 fps MJPG (mjpeg)
2023-12-11T02:07:38.181Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1280 x 1024 @ 20 fps NV12 (nv12)
2023-12-11T02:07:38.181Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 1280 x 1024 @ 20 fps MJPG (mjpeg)
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2023-12-11T02:07:38.182Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 640 x 480 @ 60 fps NV12 (nv12)
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2023-12-11T02:07:38.182Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 640 x 480 @ 30 fps NV12 (nv12)
2023-12-11T02:07:38.182Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 640 x 480 @ 30 fps MJPG (mjpeg)
2023-12-11T02:07:38.182Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 640 x 480 @ 20 fps NV12 (nv12)
2023-12-11T02:07:38.183Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 640 x 480 @ 20 fps MJPG (mjpeg)
2023-12-11T02:07:38.183Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 640 x 480 @ 10 fps NV12 (nv12)
2023-12-11T02:07:38.183Z [MEDIA_FOUNDATION:USB3.0 UHD] USB3.0 UHD 640 x 480 @ 10 fps MJPG (mjpeg)HyperHDR v19 (Windows 10) |
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Does the MS2130 support interlaced video? |
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If anyone wants to give my patched firmware a try, it should improve things significantly: https://github.com/steve-m/ms2130_patcher No idea about HDR though, I don't have an HDR source. |
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Did anyone try this firmware? |
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I tested the 4K2 firmware and seems stable without HDR support. I tested working HDR with #729 [Map HyperHDR_F3] |
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Can you also test https://github.com/steve-m/ms2130_patcher/blob/master/ms2130_patched_v1.bin? |
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The main problems with 4K2 firmware is beside the issue with ex. captured text (contrast/sharpenning settings) is terrible color reproduction #729 (comment) |
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Hi @awawa-dev. Thank you so much for your amazing hard work on this project. I've been using your solution with the recommended EZCOO splitter and the 2109 for several months. It works well, but there is sometimes a small delay (barely noticeable) between the time the picture changes and the LED's change color. Would this be improved using the 2130? If I wanted to upgrade to the 2130, what steps would I need to take with regards to firmware updates, etc. I do use HDR10 and Dolby Vision. Thank you in advance for your help... I'm running HyperHDR v20. |
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Hi |
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The photo's showing the differences between the MS2130 Patched V1 firmware without HDR recognation and the latest firmware from awawa-dev with HDR support. The input is 4k@p60 with HDR signal that only works with the HDR firmware. The Patched V1 firmware shows the picture without HDR recognation. It seems that the HDR firmware shows a better natural face colors. |
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I want to clarify one thing 😃 this is not my firmware, this is the earliest firmware from the first MS2130s that appeared on the market: I only changed the EDID table so that the grabber would report a few more features like HDR or LLDV 😉 Then the sellers started tinkering with firmware and broke it like in 4K firmware. You can also test on this board that I used in SDR: https://github.com/awawa-dev/HyperHDR/blob/master/resources/lut/calibration_sdr.png in #729 (comment) |
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Thanks then for the EDID update especially HDR recognation. I test this firmware with several MS2130 capture modules connected to a PC with USB3.0 and OBS software. It shows only the choice of YUY2 and not MJPEG. Is there a reason for this? |
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Yes, that's how this original firmware behaves: only YUV2 for USB3.0 and only MJPEG for USB2.0 |
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Weird thing happened to me lately. My MS2130 stick stopped working on a Windows 11 N100 minipc a few days ago. I'm not sure when it actually broke, but it was running fine earlier this month. Device Manager shows a pretty generic error (device cannot start due to error 10) but the fun thing is that it still works just fine on a MacOS MacBook M1 and even on a Linux VM running on the same W11 box with USB passthrough when the controller is set in USB 3.1 (tested on a recent version of VMware Workstation Player). |
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The plot thickens :) When I use a USB 2.0 extender cable (a passive one) the device works again (the dongle changes its' name from "USB3 Video" to "USB2 Video" - I'm using one of the 4K firmwares). |
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So I have no idea 😃 I suspected broken USB2.0 line: most often a burnt coil protecting the data lines. But if it works than maybe one of grabber's USB3.0 line is damaged or something bad is happening with the mini pc or insuficient power for USB3.0? You can also try to reflash the grabber. |
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I was actually going to flash the original patched firmware of yours at some point. Let's see what happens... |
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I had the re solder the usb component to the board when I received mine as it was flapping around. ☝️ |
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Delicate lead-free tin that lacks strength and a bit of flexibility. For some unknown reasons, its use is still prohibited in advanced military and medical equipment ;-) And we have what we have. |
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@awawa-dev Is there a working firmware for the ms2130 that eliminates the need for the ezcoo? I have the same issue as others with having to power cycle it every time. Would love to get the ezcoo(it gets hot and glitches often) out of the equation and just use a simple copy splitter. |
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Yeah, I tried this on my dumb splitter and it drops resolution to 1080p SDR on both outputs |
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@awawa-dev You seem to have built a custom firmware based on the original firmware with the EDID fix. I can't seem to find the link for that. Can you please share? |
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Its not my firmware. its original ms2130 firmware before they started their fun with 4k capturing and completely broke colors and contrast. I only modified EDID for better compatibility. And its not hidden: you can find link here #729 |
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Thank you so much. I found it but I wasn't sure if it's the old firmware with edid fix or new firmware with broken colors. |
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You should calibrate your LUT for best result: it takes only few minutes. |
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I just learned about the MS2130 after having had a MS2109 before, looking for better compatibility with different non-standard resolutions. My MS2130 solution is named "Guermok Video Capture Card" and also advertised as being a MS2130 card. However, only the alternative firmware by @awawa-dev works here, not the 4k2.bin or the firmware by @steve-m - Windows says "device could not be initialized". The firmware starts with 3C C3 FB A0: Original Firmware Guermok Video Capture Card However, even if being slightly off-topic, my hope after installing the hyperhdr_f3 firmware was to also get perfect 50Hz recordings. While capturing 1920x1080@50Hz also worked with the original firmware, I was not able to change the device´s recording rate from 60Hz to 50Hz in VirtualDub, and setting the "fps" of the MS2130 to 50Hz in OBS also just showed me stutter / non-fluent scrolling (I took care that the monitor refresh rate also is temporarily set to 50Hz, and I also checked the recording). So,
What is the reason of the judder, limitations in the input or the output rates or still some firmware issues? EDIT: Got it finally working with the original firmware. It might have had to do with the selected compression - apparently, it did not work when MJPG was selected. |
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I took the HyperHDR_F3 firmware and disabled the sharpening filter by modifying @steve-m's https://github.com/steve-m/ms2130_patcher. I used a disassembler to find the new location of the patched routine. I didn't disable anything else besides the sharpening filter. I hope it's useful for someone else. HyperHDR_F3_ms2130_no_sharpening.zip Here are zoomed-in before and after captures of my MiSTer output at 1080p: HyperHDR_F3 firmware: 
Patched firmware: 
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This is amazing. The only downside is that it don't upscale lower resolution input... |
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I wrote a new flashing tool that supports both the old MS2130 and new MS2130S, and is running on Windows/Linux/OS X: https://github.com/steve-m/ms213x_flash It verifies the checksums before flashing (so no bricking possible, like with the 4K.bin), does an automatic backup of the currently installed firmware, and verifies after flashing. There is a pre-built Windows release available - you can drag-and-drop your firmware *.bin file you want to flash to ms213x_flash.exe and it will perform the steps mentioned above. Feedback welcome. |
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Can anyone recommend a place that has MS2130S dongles? They don't seem too common... |
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There are quite a few sellers, you just have to check that the product picture says "4K 60Hz PLUS". Another check is that they mention XRGB and NV12 output format support. The following are verified by me to be MS2130S: https://aliexpress.com/item/1005009025876351.html I now also got true 24-bit RGB support working and figured out the registers to force this mode and disable dummy frame insertion. Apparently this is is the 2ms low-latency mode I have read about - still have to do measurements. This will allow hsdaoh with 24-bit support and of course true 24-bit RGB, true frame-rate video capture. |
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I can confirm that USA Amazon ASIN B0FH4WZPXX, sold by "BIFALE", has the MS2130S chip. |
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Can I flash the #729 firmware to a ms2130s dongle? |
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Interested in what we can do with this one also |
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I'd like to know this too. @steve-m's ms213x_flash explicitly lists MS2130S as a supported chip for the flashing tool itself, and correctly identifies my device: So I'm running an MS2130S with firmware dated The tool handles MS2130S fine, but I'm not sure the F3 firmware (or the separate sharpening patch from ms2130_patcher) was ever
@awawa-dev, given you did the original color/brightness testing any insight on whether MS2130S behaves the same as the units you tested? |
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I have started to look into this, I got my S a few days ago (also MS2130S_2025-04-17_backup_0e47_c046). according to Steve-m the firmware is very different. `steve_m They completely changed the register layout and I had to figure out (again) how to enable raw YUV capture. The fun part was also extending emu8051 with code-banking support to be able to emulate the (now bigger) firmware. In theory raw RGB capture should be possible now, but this will take some more effort.` what interests me is wether this Low latency unprocessed RGB mode would be useful `steve_m I added the register init sequence with steve-m/hsdaoh@c768185 if you want to play around with it.` |
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No, I don't have this grabber. It's rather pricey for HDMI 1.4 device , and since the EU customs (un)law will change on July 1st, the price will be even higher so I don't plan to buy it. |
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I built hsdaoh and wrote a small C application that applies the transparent mode registers. Latency dropped from ~82ms to ~64ms, but the image came out solid green. I don't care much about color accuracy, I just want a usable raw YUV stream to reduce latency even more if possible. Did you get raw YUV working through runtime register writes, or did you patch the firmware? |
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would you mind sharing the c code? I was trying to do something similar, but was unable to get access whilst using hyperhdr. |
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Hi Awawa, I recently purchased the EZCOO EZ-SP12H28S HDMI 2.1 Splitter (1x2, 8K60 / 4K120) for use in a HyperHDR ambient lighting project. Unfortunately, I have been unable to get the splitter to output video to a standard USB HDMI capture device, despite extensive troubleshooting. I would appreciate your technical assistance in determining whether this is a firmware issue, a compatibility issue, or a hardware fault. My Setup Source Devices NVIDIA Shield TV Pro Windows Laptop Display 4K HDR Television Capture Device USB HDMI Video Capture (UVC compliant, 4K input / 1080p capture) Software HyperHDR running on Raspberry Pi QuickTime Player on macOS (used to verify the capture signal) HDMI Connections Source Device → EZCOO Splitter HDMI Input Output 1 → Television Output 2 (1080p downscale) → USB HDMI Capture Device → Raspberry Pi / MacBook Troubleshooting Already Performed I have tested all of the following: Connected the USB capture device directly to the NVIDIA Shield. Result: Video displays correctly on QuickTime and HyperHDR. Connected the USB capture device directly to a Windows laptop. Result: Video displays correctly. Inserted the EZCOO splitter between the source and the capture device. Result: No video is received by the capture device. Swapped Output 1 and Output 2. TV always works. Capture device never receives video. Swapped multiple HDMI cables. Rebooted: NVIDIA Shield Splitter Raspberry Pi MacBook Changed NVIDIA Shield output resolution: 4K60 4K59.94 1080p59.94 SDR HDR10 Dolby Vision On/Off Tested different EDID modes: 4K120 7.1CH 4K120 5.1CH 4K120 2.1CH COPY mode Used the 1080p scaler switch on Output 2. Tested with both the NVIDIA Shield and a Windows laptop as HDMI sources. Important Observations The television always receives video correctly through the splitter. The USB capture device always works correctly when connected directly to the source. As soon as the EZCOO splitter is inserted, the capture device receives no video signal. Even the NVIDIA Shield boot logo is not detected by the capture device when routed through the splitter. The problem occurs before any streaming application is opened, so this does not appear to be an HDCP-protected content issue. HyperHDR detects the USB capture device correctly, but there is simply no video arriving from the splitter. QuickTime Player detects the USB capture device as a valid camera, but the image remains black whenever the splitter is in the signal path. My Conclusion Based on the testing above, I believe one of the following may be occurring: a firmware issue, an HDMI handshake problem, an incompatibility between the EZ-SP12H28S output and standard UVC HDMI capture devices, or a hardware fault with my unit. My Questions Is the EZ-SP12H28S officially compatible with standard USB UVC HDMI capture devices used for HyperHDR or Ambilight systems? Is there a firmware update that addresses compatibility with HDMI capture devices? Are there recommended EDID settings specifically for use with USB HDMI capture devices? Does the splitter output any HDMI format that certain capture devices cannot synchronize with? Based on my testing, do you believe my unit may be defective? I would greatly appreciate any firmware, configuration recommendations, or additional troubleshooting steps you can provide. Thank you for your assistance. I look forward to your response. Kind regards, John M. |
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I just skim read the above. Have you tried a different source device into the splitter to see if that works correctly? |
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Yes, I did. I also tested using a Windows PC as the HDMI source, but the splitter still wouldn’t communicate with the USB video grabber. The grabber works correctly when connected directly to the source, so the issue only occurs when the splitter is in between. |
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Preview of new MS2130 true USB3.0 grabber. Full review will be posted later on my blog after more testing, including various OS.
Purchased here: link (model B). It's amazing cheap... still under $10 like the old MS2109.
Caution
There is an important update #499 (comment) 😡
You can't use our LUTs for MS2130 grabber using newer firmware and you need to calibrate LUT yourself.
You can recognize the old firmware by the modes offered: when connected to USB2.0 → only MJPEG (and NV12 under Windows), USB3.0 → only YUV.
Note
Our small firmware reasearch project: #499 (comment)
The HDR LUT calibration result is excellent: 352, even better than old MS2109: 566 (the lower score is better). BTW, this shows that USB grabbers are in a completely different league than, for example, LG webos capturing after rooting, for which even after calibration the error is huge and oscillates around 24000-26000. Without using calibration or using Oklab hocus-pocus instead, which is not it was intended for HDR correction or even that color-space, the color reproduction is definitely even worse.
You need to use HyperHDR in order to fully utilize its capabilities even for SDR because of quite rare full YUV range and FCC YUV coef. And of course for HDR using calibrated & dedicated LUT table.
Recommended & the easiest way to install LUTs for MS2130 (need latest HyperHDR v20beta, otherwise install it manually)
Dedicated LUT table for SDR & HDR (beta version, YUV calibration)
Contrary to the old MS2109, you don't need to modify contrast, brightness or saturation. Just leave it on defaults which means 0 for contrast/brightness/saturation/hue in HyperHDR grabber configuration. If there were other values set before, you need to restart Raspberry Pi/PC afterwards to apply new settings.
If you use USB2.0 port and MJPEG choose the LUT for MJPEG that can be found at the bottom of the page
Download it here (use 7-zip): ms2130.tar.zip
The calibration was done using Windows 10, 1080p24, HDR 12 bit RGB, grabber: PC USB3.0 port YUV at 1080p30
2023-02-09T17:28:21.092Z [CALIBRATOR] (LutCalibrator.cpp:896) Mean error for FCC is: 352.185489
2023-02-09T17:28:21.092Z [CALIBRATOR] (LutCalibrator.cpp:896) Mean error for REC.709 is: 5587.897734
2023-02-09T17:28:21.092Z [CALIBRATOR] (LutCalibrator.cpp:896) Mean error for REC.601 is: 561.666046
Full detailed calibration log is below:
Details
2023-02-09T17:28:21.092Z [CALIBRATOR] Best coef is: FCC
2023-02-09T17:28:21.092Z [CALIBRATOR] Requesting next coef for switching: FCC
2023-02-09T17:28:22.119Z [CALIBRATOR] (LutCalibrator.cpp:1217) ----------------- Preparing and saving LUT table --------------------
2023-02-09T17:28:22.119Z [CALIBRATOR] (LutCalibrator.cpp:1218) Initial mode: YES
2023-02-09T17:28:22.120Z [CALIBRATOR] (LutCalibrator.cpp:1219) Using YUV coefs: FCC
2023-02-09T17:28:22.120Z [CALIBRATOR] (LutCalibrator.cpp:1220) YUV table range: FULL
2023-02-09T17:28:22.138Z [CALIBRATOR] (LutCalibrator.cpp:1231) LUT RGB HDR table (1/3) is ready
2023-02-09T17:28:22.157Z [CALIBRATOR] (LutCalibrator.cpp:1269) LUT YUV HDR table (2/3) is ready
2023-02-09T17:28:22.550Z [CALIBRATOR] (LutCalibrator.cpp:1300) LUT YUV table (3/3) is ready
2023-02-09T17:28:22.550Z [CALIBRATOR] (LutCalibrator.cpp:1305) ---------------------- LUT table is saved -----------------------
2023-02-09T17:28:34.488Z [CALIBRATOR] (LutCalibrator.cpp:789) --------------------- Captured colors starts ---------------------
2023-02-09T17:28:34.488Z [CALIBRATOR] (LutCalibrator.cpp:790) Red: (255,0,0) => (135, 86, 54)
2023-02-09T17:28:34.488Z [CALIBRATOR] (LutCalibrator.cpp:791) Green: (0,255,0) => (119, 148, 89)
2023-02-09T17:28:34.488Z [CALIBRATOR] (LutCalibrator.cpp:792) Blue: (0,0,255) => (72, 54, 144)
2023-02-09T17:28:34.488Z [CALIBRATOR] (LutCalibrator.cpp:793) Yellow: (255,255,0) => (146, 151, 91)
2023-02-09T17:28:34.488Z [CALIBRATOR] (LutCalibrator.cpp:794) Magenta: (255,0,255) => (136, 89, 143)
2023-02-09T17:28:34.488Z [CALIBRATOR] (LutCalibrator.cpp:795) Cyan: (0,255,255) => (122, 148, 145)
2023-02-09T17:28:34.488Z [CALIBRATOR] (LutCalibrator.cpp:796) Orange: (255,128,0) => (138, 117, 70)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:797) Pink: (255,0,128) => (135, 86, 107)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:798) Azure: (0,128,255) => (94, 111, 143)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:799) Brown: (128,64,0) => (100, 82, 44)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:800) Purple: (128,0,64) => (96, 58, 75)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:801) Low red: (128,0,0) => (96, 55, 33)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:802) Low green: (0,128,0) => (82, 108, 58)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:803) Low blue: (0,0,128) => (44, 33, 105)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:804) LowestGray: (16,16,16) => (39, 39, 39)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:805) Gray1: (32,32,32) => (53, 55, 52)
2023-02-09T17:28:34.489Z [CALIBRATOR] (LutCalibrator.cpp:806) Gray2: (48,48,48) => (66, 68, 65)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:807) Gray3: (64,64,64) => (78, 78, 78)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:808) Gray4: (96,96,96) => (94, 96, 93)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:809) Gray5: (120,120,120) => (105, 107, 104)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:810) Gray6: (144,144,144) => (115, 117, 114)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:811) Gray7: (172,172,172) => (125, 127, 124)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:812) Gray8: (196,196,196) => (132, 134, 131)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:813) HighestGray: (220,220,220) => (139, 141, 138)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:814) White: (255,255,255) => (148, 150, 147)
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:815) ------------------------------------------------------------------
2023-02-09T17:28:34.490Z [CALIBRATOR] (LutCalibrator.cpp:816)
2023-02-09T17:28:34.491Z [CALIBRATOR] (LutCalibrator.cpp:931) Optimal PQ multi => 33.000000, strategy => 0, white index => 21
2023-02-09T17:28:34.491Z [CALIBRATOR] (LutCalibrator.cpp:932) White correction: (1.016000, 1.000000, 1.024194)
2023-02-09T17:28:34.491Z [CALIBRATOR] (LutCalibrator.cpp:933) Min RGB floor: 0.000000, max RGB ceiling: 147.000000, scale: 240.000000
2023-02-09T17:28:34.491Z [CALIBRATOR] (LutCalibrator.cpp:934) Min RGB range => (0,0,0)
2023-02-09T17:28:34.491Z [CALIBRATOR] (LutCalibrator.cpp:935) Max RGB range => (148,150,147)
2023-02-09T17:28:34.491Z [CALIBRATOR] (LutCalibrator.cpp:936) YUV range: FULL
2023-02-09T17:28:34.491Z [CALIBRATOR] (LutCalibrator.cpp:937) YUV coefs: FCC
2023-02-09T17:28:40.274Z [CALIBRATOR] (LutCalibrator.cpp:821)
2023-02-09T17:28:40.274Z [CALIBRATOR] (LutCalibrator.cpp:822) -------------------- Calibrated colors starts --------------------
2023-02-09T17:28:40.274Z [CALIBRATOR] (LutCalibrator.cpp:823) Red: (255,0,0) => (253,0,0)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:824) Green: (0,255,0) => (0,255,0)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:825) Blue: (0,0,255) => (0,4,255)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:826) Yellow: (255,255,0) => (250,255,0)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:827) Magenta: (255,0,255) => (249,2,252)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:828) Cyan: (0,255,255) => (0,255,252)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:829) Orange: (255,128,0) => (254,128,0)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:830) Pink: (255,0,128) => (251,0,124)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:831) Azure: (0,128,255) => (0,128,252)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:832) Brown: (128,64,0) => (122,60,0)
2023-02-09T17:28:40.275Z [CALIBRATOR] (LutCalibrator.cpp:833) Purple: (128,0,64) => (117,8,59)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:834) Low red: (128,0,0) => (119,0,0)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:835) Low green: (0,128,0) => (0,123,0)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:836) Low blue: (0,0,128) => (0,2,124)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:837) LowestGray: (16,16,16) => (14,14,14)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:838) Gray1: (32,32,32) => (28,28,28)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:839) Gray2: (48,48,48) => (44,44,44)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:840) Gray3: (64,64,64) => (62,62,62)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:841) Gray4: (96,96,96) => (91,91,91)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:842) Gray5: (120,120,120) => (115,115,115)
2023-02-09T17:28:40.276Z [CALIBRATOR] (LutCalibrator.cpp:843) Gray6: (144,144,144) => (141,141,141)
2023-02-09T17:28:40.277Z [CALIBRATOR] (LutCalibrator.cpp:844) Gray7: (172,172,172) => (171,171,171)
2023-02-09T17:28:40.277Z [CALIBRATOR] (LutCalibrator.cpp:845) Gray8: (196,196,196) => (195,195,195)
2023-02-09T17:28:40.277Z [CALIBRATOR] (LutCalibrator.cpp:846) HighestGray: (220,220,220) => (221,221,221)
2023-02-09T17:28:40.277Z [CALIBRATOR] (LutCalibrator.cpp:847) White: (255,255,255) => (255,255,255)
2023-02-09T17:28:40.277Z [CALIBRATOR] (LutCalibrator.cpp:848) ------------------------------------------------------------------
2023-02-09T17:28:40.277Z [CALIBRATOR] (LutCalibrator.cpp:849)
2023-02-09T17:28:40.285Z [CALIBRATOR] (LutCalibrator.cpp:1217) ----------------- Preparing and saving LUT table --------------------
2023-02-09T17:28:40.285Z [CALIBRATOR] (LutCalibrator.cpp:1218) Initial mode: NO
2023-02-09T17:28:40.285Z [CALIBRATOR] (LutCalibrator.cpp:1219) Using YUV coefs: FCC
2023-02-09T17:28:40.285Z [CALIBRATOR] (LutCalibrator.cpp:1220) YUV table range: FULL
2023-02-09T17:28:40.285Z [CALIBRATOR] (LutCalibrator.cpp:1224) Min RGB floor: 0.000000, max RGB ceiling: 147.000000
2023-02-09T17:28:40.285Z [CALIBRATOR] (LutCalibrator.cpp:1225) Delta RGB range => 147.000000
2023-02-09T17:28:40.285Z [CALIBRATOR] (LutCalibrator.cpp:1226) Min RGB range => (0,0,0)
2023-02-09T17:28:40.285Z [CALIBRATOR] (LutCalibrator.cpp:1227) Max RGB range => (148,150,147)
2023-02-09T17:28:40.304Z [CALIBRATOR] (LutCalibrator.cpp:1231) LUT RGB HDR table (1/3) is ready
2023-02-09T17:28:40.763Z [CALIBRATOR] (LutCalibrator.cpp:1269) LUT YUV HDR table (2/3) is ready
2023-02-09T17:28:41.144Z [CALIBRATOR] (LutCalibrator.cpp:1300) LUT YUV table (3/3) is ready
2023-02-09T17:28:41.145Z [CALIBRATOR] (LutCalibrator.cpp:1305) ---------------------- LUT table is saved -----------------------
Model A from the same seller. Exactly the same result, which wasn't so obvious before.
2023-02-13T18:40:34.767Z [CALIBRATOR] (LutCalibrator.cpp:896) Mean error for FCC is: 352.185489
2023-02-13T18:40:34.767Z [CALIBRATOR] (LutCalibrator.cpp:896) Mean error for REC.709 is: 5587.897734
2023-02-13T18:40:34.767Z [CALIBRATOR] (LutCalibrator.cpp:896) Mean error for REC.601 is: 561.666046
Details
2023-02-13T18:40:34.767Z [CALIBRATOR] Best coef is: FCC
2023-02-13T18:40:34.767Z [CALIBRATOR] Requesting next coef for switching: FCC
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:789) --------------------- Captured colors starts ---------------------
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:790) Red: (255,0,0) => (135, 86, 54)
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:791) Green: (0,255,0) => (119, 148, 89)
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:792) Blue: (0,0,255) => (72, 54, 144)
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:793) Yellow: (255,255,0) => (146, 151, 91)
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:794) Magenta: (255,0,255) => (136, 89, 143)
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:795) Cyan: (0,255,255) => (122, 148, 145)
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:796) Orange: (255,128,0) => (138, 117, 70)
2023-02-13T18:40:48.109Z [CALIBRATOR] (LutCalibrator.cpp:797) Pink: (255,0,128) => (135, 86, 107)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:798) Azure: (0,128,255) => (94, 111, 143)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:799) Brown: (128,64,0) => (100, 82, 44)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:800) Purple: (128,0,64) => (96, 58, 75)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:801) Low red: (128,0,0) => (96, 55, 33)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:802) Low green: (0,128,0) => (82, 108, 58)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:803) Low blue: (0,0,128) => (44, 33, 105)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:804) LowestGray: (16,16,16) => (39, 39, 39)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:805) Gray1: (32,32,32) => (53, 55, 52)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:806) Gray2: (48,48,48) => (66, 68, 65)
2023-02-13T18:40:48.110Z [CALIBRATOR] (LutCalibrator.cpp:807) Gray3: (64,64,64) => (78, 78, 78)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:808) Gray4: (96,96,96) => (94, 96, 93)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:809) Gray5: (120,120,120) => (105, 107, 104)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:810) Gray6: (144,144,144) => (115, 117, 114)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:811) Gray7: (172,172,172) => (125, 127, 124)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:812) Gray8: (196,196,196) => (132, 134, 131)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:813) HighestGray: (220,220,220) => (139, 141, 138)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:814) White: (255,255,255) => (148, 150, 147)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:815) ------------------------------------------------------------------
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:816)
2023-02-13T18:40:48.111Z [CALIBRATOR] (LutCalibrator.cpp:931) Optimal PQ multi => 33.000000, strategy => 0, white index => 21
2023-02-13T18:40:48.112Z [CALIBRATOR] (LutCalibrator.cpp:932) White correction: (1.016000, 1.000000, 1.024194)
2023-02-13T18:40:48.112Z [CALIBRATOR] (LutCalibrator.cpp:933) Min RGB floor: 0.000000, max RGB ceiling: 147.000000, scale: 240.000000
2023-02-13T18:40:48.112Z [CALIBRATOR] (LutCalibrator.cpp:934) Min RGB range => (0,0,0)
2023-02-13T18:40:48.112Z [CALIBRATOR] (LutCalibrator.cpp:935) Max RGB range => (148,150,147)
2023-02-13T18:40:48.112Z [CALIBRATOR] (LutCalibrator.cpp:936) YUV range: FULL
2023-02-13T18:40:48.112Z [CALIBRATOR] (LutCalibrator.cpp:937) YUV coefs: FCC
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:821)
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:822) -------------------- Calibrated colors starts --------------------
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:823) Red: (255,0,0) => (253,0,0)
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:824) Green: (0,255,0) => (0,255,0)
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:825) Blue: (0,0,255) => (0,4,255)
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:826) Yellow: (255,255,0) => (250,255,0)
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:827) Magenta: (255,0,255) => (249,2,252)
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:828) Cyan: (0,255,255) => (0,255,252)
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:829) Orange: (255,128,0) => (254,128,0)
2023-02-13T18:40:54.080Z [CALIBRATOR] (LutCalibrator.cpp:830) Pink: (255,0,128) => (251,0,124)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:831) Azure: (0,128,255) => (0,128,252)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:832) Brown: (128,64,0) => (122,60,0)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:833) Purple: (128,0,64) => (117,8,59)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:834) Low red: (128,0,0) => (119,0,0)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:835) Low green: (0,128,0) => (0,123,0)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:836) Low blue: (0,0,128) => (0,2,124)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:837) LowestGray: (16,16,16) => (14,14,14)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:838) Gray1: (32,32,32) => (28,28,28)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:839) Gray2: (48,48,48) => (44,44,44)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:840) Gray3: (64,64,64) => (62,62,62)
2023-02-13T18:40:54.081Z [CALIBRATOR] (LutCalibrator.cpp:841) Gray4: (96,96,96) => (91,91,91)
2023-02-13T18:40:54.082Z [CALIBRATOR] (LutCalibrator.cpp:842) Gray5: (120,120,120) => (115,115,115)
2023-02-13T18:40:54.082Z [CALIBRATOR] (LutCalibrator.cpp:843) Gray6: (144,144,144) => (141,141,141)
2023-02-13T18:40:54.082Z [CALIBRATOR] (LutCalibrator.cpp:844) Gray7: (172,172,172) => (171,171,171)
2023-02-13T18:40:54.082Z [CALIBRATOR] (LutCalibrator.cpp:845) Gray8: (196,196,196) => (195,195,195)
2023-02-13T18:40:54.082Z [CALIBRATOR] (LutCalibrator.cpp:846) HighestGray: (220,220,220) => (221,221,221)
2023-02-13T18:40:54.082Z [CALIBRATOR] (LutCalibrator.cpp:847) White: (255,255,255) => (255,255,255)
2023-02-13T18:40:54.082Z [CALIBRATOR] (LutCalibrator.cpp:848) ------------------------------------------------------------------
2023-02-13T18:40:54.082Z [CALIBRATOR] (LutCalibrator.cpp:849)
2023-02-13T18:40:54.089Z [CALIBRATOR] (LutCalibrator.cpp:1217) ----------------- Preparing and saving LUT table --------------------
2023-02-13T18:40:54.090Z [CALIBRATOR] (LutCalibrator.cpp:1218) Initial mode: NO
2023-02-13T18:40:54.090Z [CALIBRATOR] (LutCalibrator.cpp:1219) Using YUV coefs: FCC
2023-02-13T18:40:54.090Z [CALIBRATOR] (LutCalibrator.cpp:1220) YUV table range: FULL
2023-02-13T18:40:54.090Z [CALIBRATOR] (LutCalibrator.cpp:1224) Min RGB floor: 0.000000, max RGB ceiling: 147.000000
2023-02-13T18:40:54.090Z [CALIBRATOR] (LutCalibrator.cpp:1225) Delta RGB range => 147.000000
2023-02-13T18:40:54.090Z [CALIBRATOR] (LutCalibrator.cpp:1226) Min RGB range => (0,0,0)
2023-02-13T18:40:54.090Z [CALIBRATOR] (LutCalibrator.cpp:1227) Max RGB range => (148,150,147)
2023-02-13T18:40:54.113Z [CALIBRATOR] (LutCalibrator.cpp:1231) LUT RGB HDR table (1/3) is ready
2023-02-13T18:40:54.577Z [CALIBRATOR] (LutCalibrator.cpp:1269) LUT YUV HDR table (2/3) is ready
2023-02-13T18:40:54.968Z [CALIBRATOR] (LutCalibrator.cpp:1300) LUT YUV table (3/3) is ready
2023-02-13T18:40:54.968Z [CALIBRATOR] (LutCalibrator.cpp:1305) ---------------------- LUT table is saved -----------------------
Dedicated LUT table for SDR & HDR (beta version, MJPEG calibration)
The grabber is detected also on Raspberry Pi (Zero 2W) USB2.0. But it offers only MJPEG encoding on USB2.0 (old MS2109 has some YUV modes even then which is suitable for the calibration procedure). Because we can't control coefs for MJPEG the calibration result is worse around around 2000 for MJPEG. Use YUV LUT.Submitted PR #508 to overcome the problem. The strategy for MJPEG seems a bit different than for YUV format. When MS2130 is connected using USB2.0 port: Windows offers MJPEG & NV12, Linux(Rpi) only MJPEG.Contrary to the old MS2109, you don't need to modify contrast, brightness or saturation. Just leave it on defaults which means 0 for contrast/brightness/saturation/hue in HyperHDR grabber configuration. If there were other values set before, you need to restart Raspberry Pi/PC afterwards to apply new settings.
Download it here (use 7-zip): ms2130_mjpeg.tar.zip
The calibration was done using Windows 10, 1080p24, HDR 12 bit RGB, grabber: Raspberry Pi Zero 2W USB2.0 port MJPEG at 1080p30
2023-02-14T19:06:23.312Z [CALIBRATOR] (LutCalibrator.cpp:908) Mean error for FCC is: 1035.874299
2023-02-14T19:06:23.312Z [CALIBRATOR] (LutCalibrator.cpp:908) Mean error for REC.709 is: 5403.073143
2023-02-14T19:06:23.312Z [CALIBRATOR] (LutCalibrator.cpp:908) Mean error for REC.601 is: 1060.410922
Details
2023-02-14T19:06:23.312Z [CALIBRATOR] Best coef is: FCC
2023-02-14T19:06:23.312Z [CALIBRATOR] Requesting next coef for switching: FCC
2023-02-14T19:06:36.829Z [CALIBRATOR] (LutCalibrator.cpp:801) --------------------- Captured colors starts ---------------------
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:802) Red: (255,0,0) => (133, 87, 53)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:803) Green: (0,255,0) => (119, 149, 87)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:804) Blue: (0,0,255) => (71, 54, 142)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:805) Yellow: (255,255,0) => (145, 152, 89)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:806) Magenta: (255,0,255) => (135, 90, 141)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:807) Cyan: (0,255,255) => (121, 149, 144)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:808) Orange: (255,128,0) => (136, 117, 71)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:809) Pink: (255,0,128) => (134, 87, 105)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:810) Azure: (0,128,255) => (94, 110, 141)
2023-02-14T19:06:36.830Z [CALIBRATOR] (LutCalibrator.cpp:811) Brown: (128,64,0) => (99, 82, 44)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:812) Purple: (128,0,64) => (96, 58, 74)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:813) Low red: (128,0,0) => (95, 56, 32)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:814) Low green: (0,128,0) => (82, 108, 57)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:815) Low blue: (0,0,128) => (44, 33, 102)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:816) LowestGray: (16,16,16) => (38, 39, 39)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:817) Gray1: (32,32,32) => (53, 55, 52)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:818) Gray2: (48,48,48) => (66, 68, 65)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:819) Gray3: (64,64,64) => (77, 79, 76)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:820) Gray4: (96,96,96) => (94, 96, 93)
2023-02-14T19:06:36.831Z [CALIBRATOR] (LutCalibrator.cpp:821) Gray5: (120,120,120) => (105, 107, 104)
2023-02-14T19:06:36.832Z [CALIBRATOR] (LutCalibrator.cpp:822) Gray6: (144,144,144) => (115, 117, 114)
2023-02-14T19:06:36.832Z [CALIBRATOR] (LutCalibrator.cpp:823) Gray7: (172,172,172) => (125, 127, 124)
2023-02-14T19:06:36.832Z [CALIBRATOR] (LutCalibrator.cpp:824) Gray8: (196,196,196) => (132, 134, 131)
2023-02-14T19:06:36.832Z [CALIBRATOR] (LutCalibrator.cpp:825) HighestGray: (220,220,220) => (139, 141, 138)
2023-02-14T19:06:36.832Z [CALIBRATOR] (LutCalibrator.cpp:826) White: (255,255,255) => (148, 150, 147)
2023-02-14T19:06:36.832Z [CALIBRATOR] (LutCalibrator.cpp:827) ------------------------------------------------------------------
2023-02-14T19:06:36.833Z [CALIBRATOR] (LutCalibrator.cpp:828)
2023-02-14T19:06:36.833Z [CALIBRATOR] (LutCalibrator.cpp:943) Optimal PQ multi => 24.500000, strategy => 0, white index => 19
2023-02-14T19:06:36.833Z [CALIBRATOR] (LutCalibrator.cpp:944) White correction: (1.019068, 1.000000, 1.028886)
2023-02-14T19:06:36.833Z [CALIBRATOR] (LutCalibrator.cpp:945) Min RGB floor: 0.000000, max RGB ceiling: 149.000000, scale: 224.000000
2023-02-14T19:06:36.833Z [CALIBRATOR] (LutCalibrator.cpp:946) Min RGB range => (0,0,0)
2023-02-14T19:06:36.833Z [CALIBRATOR] (LutCalibrator.cpp:947) Max RGB range => (149,151,150)
2023-02-14T19:06:36.833Z [CALIBRATOR] (LutCalibrator.cpp:948) YUV range: FULL
2023-02-14T19:06:36.833Z [CALIBRATOR] (LutCalibrator.cpp:949) YUV coefs: FCC
2023-02-14T19:06:42.402Z [CALIBRATOR] (LutCalibrator.cpp:833)
2023-02-14T19:06:42.402Z [CALIBRATOR] (LutCalibrator.cpp:834) -------------------- Calibrated colors starts --------------------
2023-02-14T19:06:42.402Z [CALIBRATOR] (LutCalibrator.cpp:835) Red: (255,0,0) => (255,3,0)
2023-02-14T19:06:42.402Z [CALIBRATOR] (LutCalibrator.cpp:836) Green: (0,255,0) => (0,255,0)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:837) Blue: (0,0,255) => (0,1,255)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:838) Yellow: (255,255,0) => (255,255,0)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:839) Magenta: (255,0,255) => (255,0,255)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:840) Cyan: (0,255,255) => (0,255,255)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:841) Orange: (255,128,0) => (255,132,0)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:842) Pink: (255,0,128) => (255,0,121)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:843) Azure: (0,128,255) => (0,127,255)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:844) Brown: (128,64,0) => (122,60,0)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:845) Purple: (128,0,64) => (119,4,57)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:846) Low red: (128,0,0) => (117,1,0)
2023-02-14T19:06:42.403Z [CALIBRATOR] (LutCalibrator.cpp:847) Low green: (0,128,0) => (0,125,0)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:848) Low blue: (0,0,128) => (0,2,119)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:849) LowestGray: (16,16,16) => (13,13,13)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:850) Gray1: (32,32,32) => (27,27,27)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:851) Gray2: (48,48,48) => (43,43,43)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:852) Gray3: (64,64,64) => (60,60,60)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:853) Gray4: (96,96,96) => (92,92,92)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:854) Gray5: (120,120,120) => (118,118,118)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:855) Gray6: (144,144,144) => (145,145,145)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:856) Gray7: (172,172,172) => (178,178,178)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:857) Gray8: (196,196,196) => (204,204,204)
2023-02-14T19:06:42.404Z [CALIBRATOR] (LutCalibrator.cpp:858) HighestGray: (220,220,220) => (233,233,233)
2023-02-14T19:06:42.405Z [CALIBRATOR] (LutCalibrator.cpp:859) White: (255,255,255) => (255,255,255)
2023-02-14T19:06:42.405Z [CALIBRATOR] (LutCalibrator.cpp:860) ------------------------------------------------------------------
Latency test
1080p120 => ~49ms
Details
Details
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