![]() And it is still there and I have zero frames skipped in my OBS stats so I have no idea what could be the cause of this. ![]() I've tried everything from running OBS without any webcams, changing encoder, changing streaming servers, audio bitrate. I've litterally changed everything on my set-up that could be a cause of this issue and yet it is still present): But it's driving me nuts and I just want smooth running audio. Skipping occurs at the very end (it's very minimal I know, you can barely tell that it's there. The weird part is, I am monitoring everything via my GoXLR and I am not hearing any skips, so it has to be an issue related to something in OBS other wise I would notice it. Originally, it was my capture card (which I ended up fixing), but now rewatching my test rebroadcasts I am encountering minimal skips that I cannot seem to eliminate. (Looking at the prices of the chips on RS, the 7280-M is half the price of the 7282-M for some non-obvious reason.Hi, you may have seen me posting regarding audio skips that I have been experiencing. It'd almost be easier to add the necessary op-amp circuit to drive the outputs, although you may end up needing +/- supply rails just for that, which would be a waste. The slight gotcha is that the ADV reference design uses the 75ohm termination as a x0.68 attenuator, so you'd need to rework that. You can get phonos with "break" contacts (eg ) so that you add the termination should nothing be plugged into the pass through connectors. If you're building your own board then you could be a little clever and omit the 75ohm terminating resistors from the ADV7282 and rely on the 75ohm termination of the passed through device. ![]() I guess my current plan is to try and build as small of a distribution amp as possible and cram it into the same case as the pi and then send one out to the pi and one out to the 'passthrough' sounds kinda jank, might not be feasible but im going to start looking into it. Audio is an afterthought and not very important to my use case so I'll worry about that later.Ī lot of capture cards n the likes have lagless passthrough which makes me feel like it should be something i should hack together. Gonna look into using the ADV7282MA or something similar to record video. You could try using a Stk1160 based USB 2.0 video and audio capture device: The Raspberry Pi has no suitable AV inputs without extra hardware. I'm an experienced programmer so im not too worried about handling the software side of this (recording and compressing the data), but i am not very experienced with the hardware and am not sure how i would get/split the data on that end. If not possible to have the lagless passthrough i can concede that and just split the signal outside of the pi and essentially have this work just as a small av recorder.ĭo you all have any recommendations on what i should start looking into to build this? Haven't seen similar projects on the forum. I believe the best way to do this is to internally split the video somehow (kinda like a powered distribution amplifier) and immediately pass through the raw video and then record the split video separately to avoid adding a delay/lag in the output. Hey I'm new to using raspberry PIs (i made a htpc with one years ago and have done nothing with the pi since), but i have a project that i think this system would be perfect for.īasically I want to take a component (old i know will mostly be used for recording the nintendo wii) input, record the video and audio data, preferably compress it but if not not a huge deal resolution will be 480i or 480p so the files wont be super huge regardless, and then pass through /output the data without any lag to a TV EZCAP271 AV Recorder Audio Video Player Converter for Camcorder Gaming Console Brand New C 227.65 or Best Offer from United States Sponsored USB Capture Card Adapter RCA S-Video Video Audio Analog Input Computer Recording Brand New C 18.84 Top Rated Seller Was: C 19.83 5 off Buy It Now +C 1.
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