Twinsenito

I guess if you want to use two 16:9 sections or something like that you have to go with multiple 16:9 or 21:9 monitors. With one 32:9 screen you are forced to use your games in windowed mode or 32:9 fullscreen.

Finally got these monitors! Now I can also confirm that everything can be used on every screen at the same time: 1080p 144 with gsync enabled on every screen or while using them in surround! Here are some photos of my new multiscreen setup 🙂
 
 

 

Thank you very much! Well, maybe it's a matter of confidence, not sure, maybe one day I'll give it a try and record some tech review completely in english, sounds really interesting!

I feel like this solution is something I would buy. Thermal paste application is one and only procedure in computer building which is measured by eye, you just have to apply "enough" which is not as straight forward as attaching new card or something where you have just one way of doing it and nothing can go wrong at all. So this package would make it as straight forward as putting a graphics card in PCI-e slot. I've built a few computers successfully but I still feel a bit stressed when I have to apply a thermal paste. I personally love this new approach.
Speaking of wasting more than you could without this approach, I renew my paste not so often so when it happens the package is either lost already or it's dried out already. So I buy a new package every like 5 years or so and it's not that expensive for this kind of regularity.

Very interesting. I don't know if it is a normal practic or not to discontinue the top product before announcing or releasing the new card. Looks like they are leaving no high end options to us. I guess this trick is being done to intentionally create a deficiency of top notch GPUs and this way create a bigger hype and better sales on day one. But that's just a theory of mine.

So this is not a PC build, but it's PC related. I have decided that I need a table which would meet all of my requirements:
 
- PC table wide enough to fit 3 24 inch monitors side by side;
- enough space underneath the table to fit PC, UPS, big printer, subwoofer and my feet;
- sliding surface or inner table big and strong enough to fit a full sized 88 keys music keyboard;
- holes and stuff to make great cable management
 
I've started with some sketches and 3D modeling:

 

 

 

You can see there is a hole on the back of this table to get all the cables from my PC and also there is a small hole on the back of top panel to get monitors' and speakers' cabling hidden.
Then I contacted some manufacturer doing custom tables. We've started discussing this project, and I've come up with more clean and precise scheme (side view):
 

 
Then we've started. Manufacturer sent me some photos and videocalled in process to check if everything is fine. 
 

 

 
It was good. I approved it, and they started painting it. Well, the color is one of the downsides of this table since I've missed the color and it's just too yellow, but it's too late to change it now, and it's not that visible with all the hardware installed on it. But here are some photos from the manufacturer:
 

 

 
I approved it again. The table was ready and was delivered and assembled at my place. I've started connecting all the cables, attached switch to the back of this table, moved all the stuff I've got to put under the table to get the most space for legs - here is a photo of the cables behind it:
 

 
And here is a final result:
 

 

 

 
The only modification I did after that is I've added some construction strips to fix the wobbling of the inner table used for music keyboard when it's all the way out of the main table.
 
I use my old monitors now but I do plan on changing them to one 32:9 or three 16:9 smaller screens so this display situation is temporary. 
 
Conclusion would be this: If I had to re-do all this project again, I would make the top table surface twice as thick for added strength (I am not that confident that I can attach the driving weel to this table now) and I would add another cabling hole on the left back side simmetrical to the one on the right for all the cables from UPS and printer. Other than that - well, the top surface is a bit too high but I've managed to fit all the ingredients I wanted in all-in-one package with good enough cable management. It suits me completely. I hope it was interesting. If you have any questions or want to see some additional schemes of this projects, just ask me.

So this is not a PC build, but it's PC related. I have decided that I need a table which would meet all of my requirements:
 
- PC table wide enough to fit 3 24 inch monitors side by side;
- enough space underneath the table to fit PC, UPS, big printer, subwoofer and my feet;
- sliding surface or inner table big and strong enough to fit a full sized 88 keys music keyboard;
- holes and stuff to make great cable management
 
I've started with some sketches and 3D modeling:

 

 

 

You can see there is a hole on the back of this table to get all the cables from my PC and also there is a small hole on the back of top panel to get monitors' and speakers' cabling hidden.
Then I contacted some manufacturer doing custom tables. We've started discussing this project, and I've come up with more clean and precise scheme (side view):
 

 
Then we've started. Manufacturer sent me some photos and videocalled in process to check if everything is fine. 
 

 

 
It was good. I approved it, and they started painting it. Well, the color is one of the downsides of this table since I've missed the color and it's just too yellow, but it's too late to change it now, and it's not that visible with all the hardware installed on it. But here are some photos from the manufacturer:
 

 

 
I approved it again. The table was ready and was delivered and assembled at my place. I've started connecting all the cables, attached switch to the back of this table, moved all the stuff I've got to put under the table to get the most space for legs - here is a photo of the cables behind it:
 

 
And here is a final result:
 

 

 

 
The only modification I did after that is I've added some construction strips to fix the wobbling of the inner table used for music keyboard when it's all the way out of the main table.
 
I use my old monitors now but I do plan on changing them to one 32:9 or three 16:9 smaller screens so this display situation is temporary. 
 
Conclusion would be this: If I had to re-do all this project again, I would make the top table surface twice as thick for added strength (I am not that confident that I can attach the driving weel to this table now) and I would add another cabling hole on the left back side simmetrical to the one on the right for all the cables from UPS and printer. Other than that - well, the top surface is a bit too high but I've managed to fit all the ingredients I wanted in all-in-one package with good enough cable management. It suits me completely. I hope it was interesting. If you have any questions or want to see some additional schemes of this projects, just ask me.

That's a great idea because it's removable! Since if you add another piece of wood on the back where you've drawn these wires it would not allow it to go above the PC and other components staying on the floor. It was one of the limitations which caused this inner table to be not as rock-solid stable outside as it is while being "attached" to the main module.

So this is not a PC build, but it's PC related. I have decided that I need a table which would meet all of my requirements:
 
- PC table wide enough to fit 3 24 inch monitors side by side;
- enough space underneath the table to fit PC, UPS, big printer, subwoofer and my feet;
- sliding surface or inner table big and strong enough to fit a full sized 88 keys music keyboard;
- holes and stuff to make great cable management
 
I've started with some sketches and 3D modeling:

 

 

 

You can see there is a hole on the back of this table to get all the cables from my PC and also there is a small hole on the back of top panel to get monitors' and speakers' cabling hidden.
Then I contacted some manufacturer doing custom tables. We've started discussing this project, and I've come up with more clean and precise scheme (side view):
 

 
Then we've started. Manufacturer sent me some photos and videocalled in process to check if everything is fine. 
 

 

 
It was good. I approved it, and they started painting it. Well, the color is one of the downsides of this table since I've missed the color and it's just too yellow, but it's too late to change it now, and it's not that visible with all the hardware installed on it. But here are some photos from the manufacturer:
 

 

 
I approved it again. The table was ready and was delivered and assembled at my place. I've started connecting all the cables, attached switch to the back of this table, moved all the stuff I've got to put under the table to get the most space for legs - here is a photo of the cables behind it:
 

 
And here is a final result:
 

 

 

 
The only modification I did after that is I've added some construction strips to fix the wobbling of the inner table used for music keyboard when it's all the way out of the main table.
 
I use my old monitors now but I do plan on changing them to one 32:9 or three 16:9 smaller screens so this display situation is temporary. 
 
Conclusion would be this: If I had to re-do all this project again, I would make the top table surface twice as thick for added strength (I am not that confident that I can attach the driving weel to this table now) and I would add another cabling hole on the left back side simmetrical to the one on the right for all the cables from UPS and printer. Other than that - well, the top surface is a bit too high but I've managed to fit all the ingredients I wanted in all-in-one package with good enough cable management. It suits me completely. I hope it was interesting. If you have any questions or want to see some additional schemes of this projects, just ask me.

So this is not a PC build, but it's PC related. I have decided that I need a table which would meet all of my requirements:
 
- PC table wide enough to fit 3 24 inch monitors side by side;
- enough space underneath the table to fit PC, UPS, big printer, subwoofer and my feet;
- sliding surface or inner table big and strong enough to fit a full sized 88 keys music keyboard;
- holes and stuff to make great cable management
 
I've started with some sketches and 3D modeling:

 

 

 

You can see there is a hole on the back of this table to get all the cables from my PC and also there is a small hole on the back of top panel to get monitors' and speakers' cabling hidden.
Then I contacted some manufacturer doing custom tables. We've started discussing this project, and I've come up with more clean and precise scheme (side view):
 

 
Then we've started. Manufacturer sent me some photos and videocalled in process to check if everything is fine. 
 

 

 
It was good. I approved it, and they started painting it. Well, the color is one of the downsides of this table since I've missed the color and it's just too yellow, but it's too late to change it now, and it's not that visible with all the hardware installed on it. But here are some photos from the manufacturer:
 

 

 
I approved it again. The table was ready and was delivered and assembled at my place. I've started connecting all the cables, attached switch to the back of this table, moved all the stuff I've got to put under the table to get the most space for legs - here is a photo of the cables behind it:
 

 
And here is a final result:
 

 

 

 
The only modification I did after that is I've added some construction strips to fix the wobbling of the inner table used for music keyboard when it's all the way out of the main table.
 
I use my old monitors now but I do plan on changing them to one 32:9 or three 16:9 smaller screens so this display situation is temporary. 
 
Conclusion would be this: If I had to re-do all this project again, I would make the top table surface twice as thick for added strength (I am not that confident that I can attach the driving weel to this table now) and I would add another cabling hole on the left back side simmetrical to the one on the right for all the cables from UPS and printer. Other than that - well, the top surface is a bit too high but I've managed to fit all the ingredients I wanted in all-in-one package with good enough cable management. It suits me completely. I hope it was interesting. If you have any questions or want to see some additional schemes of this projects, just ask me.

So I've just finished watching the most recent LTT video where Linus goes all clean with his home setup and I can totally relate to it since I've planed very close thing and mostly it's already done. Well, the cables are going through hidden-in-walls tubes, which was planned while we were fixing the walls here. You can see that the screen is not covering cables and holes above it, which is temporary since I'm going to get LG 65C9 which will cover it completely. This setup is optimized for 4 consoles, a soundbar and TV all hooked up to each other and to the internet with wires with no cables visible. Take a look at some of the photos I already have.
My current plans are:
 
- Buy LG 65C9 to cover the holes above the current TV with a bigger screen;
- Buy Sony HT-ST5000 soundbar and connect it to eARC of TV (it's going to be placed on top of this shelf);
- Buy Xbox Series X for the last spot available under TV;
- Buy some HDMI 2.1 cables long enough for my setup (not available yet)
 
And then I'm done with this setup completely!