PS5 choke filter identification near encoder IC

I hope you’re all well. I purchased a PS5 with a broken HDMI port. The board is EDM-020. I replaced the port, tested all the pins for diode readings and found “OL” on Pins 1 and 3. The port pins are soldered ok and not the issue so upon further inspection I found that the choke filter on these lines is open/faulty. To confirm I tested the other three on its left side and they give some values for resistance, and diode readings but not this one. Can I temporarily short these lines, bypassing the filter? Also, does anyone know where I can buy replacement for these filters?

Sorry for no images and I can’t seem to be able to upload at the moment.

TDK suggests HDMI 2.1 project using TCM0605S-120-2P
same specs on Murata part would be DLM0QSB120HY2

correction from previous post.
For Murata part, NFG0QHB542HS2 would be the idea filter on HDMI 2.1 projects.

Thanks so much. I wonder if anyone has ever tried shorting these lines and still have the video work.

Yes and it would work but not ideal(feel free to bridge or jump it according for temporary test). They are there for reasons(high frequency noise suppression)

Thanks for that insight, makes sense. I ordered both the filters from your recommendations and will test them when they get here and post the results.

Hey, did those filters end up working? In a similar position and looking to buy the part from digikey vs importing.

Hello, sorry for the late reply. Yes, the filters ended up working perfectly.

-Adnan

How did you install the filters? I’ve been trying for the past hour, and I am struggling to hold the filter in place while I use the hot air station - I either end up applying too much pressure and it flips off into who-knows-where or I don’t hold it down enough and the hot air station blows it away.

Hello, you should set minimal air flow and low melt solder (very important), otherwise, as you said, it will blow away the filter. Further, prep the area with getting rid of old solder using flux and the low melt solder, preferably with a soldering iron. I also used a digital microscope, and a fine tip iron that helped.