**The World of LN2 Cooling: A Deep Dive with Vince**

As I sit here, exhausted from our marathon session discussing LN2 cooling, I'm reminded of the incredible journey that has led to this moment. It's been about seven years since my last video on LN2, and it's amazing to see how far the technology has come. In fact, I've had the privilege of working with the world champion of overclocking, Vince, who has been pushing the boundaries of what's possible with LN2 cooling.

**The Importance of Temperature Control**

One thing that became crystal clear during my last video on LN2 was the importance of maintaining a precise temperature range. This is crucial when it comes to achieving the desired frequency and voltage, as even slight deviations can make all the difference between success and failure. Vince himself has emphasized this point time and again, and his own experience with LN2 cooling speaks volumes about the need for control.

**Vince's Hybrid Closed-Loop LN2 System**

But what's truly remarkable is Vince's latest innovation: a hybrid closed-loop LN2 system. This isn't your average LN2 setup, folks. Instead of relying on simple thermoses and temperature probes, Vince has developed a sophisticated system that uses a custom-built distribution block to deliver precise amounts of LN2 to each component, including the CPU and GPU. The return tank is also designed to capture unused LN2, which can be reused, making this system a true marvel of engineering.

**The Software Side of Things**

One aspect that's often overlooked in discussions about LN2 cooling is the software side of things. Vince's custom-built controller, written in-house, plays a critical role in optimizing the cooling process. The valves and actuators are carefully calibrated to ensure that the temperature probes provide accurate readings, allowing for precise control over the cooling environment. This level of sophistication is truly impressive, especially when you consider that it's been built from scratch by Vince himself.

**The Benefits of Hybrid Cooling**

So what makes this system so special? For starters, it's three to five times more efficient at cooling than traditional LN2 setups. This means that temperatures can be achieved in a fraction of the time, making it an ideal solution for extreme overclocking attempts. When used with caution, this system can deliver results that are simply unmatched by other cooling methods.

**A Conversation with Games Nexus**

As I mentioned earlier, Games Nexus was also on hand to witness Vince's incredible LN2 setup in action. Steve from Games Nexus even did a video review of the system, which is definitely worth checking out for a deeper dive into the technology behind this innovative cooling solution.

**The Practical Applications**

While I'm not sure how practical this system would be for home use (160 liters of LN2 isn't exactly something you'd want to keep around), it's clear that this technology has the potential to revolutionize the world of extreme overclocking. By capturing unused LN2 and optimizing the cooling process, enthusiasts can achieve results that were previously unimaginable.

**The Future of LN2 Cooling**

As we look to the future of LN2 cooling, it's exciting to think about what's next. Will we see even more innovative solutions like this hybrid closed-loop system? Only time will tell, but one thing's for sure: Vince and his team are pushing the boundaries of what's possible with LN2 cooling, and that's something to be excited about.

**Conclusion**

And so, dear readers, I hope you've enjoyed this in-depth look at LN2 cooling. From its importance in temperature control to the innovative solutions being developed by experts like Vince, it's clear that this technology is here to stay. As we continue to explore the world of extreme overclocking, one thing's for certain: LN2 cooling will play a starring role. Thanks for joining me on this journey, and I'll see you in the next video!

"WEBVTTKind: captionsLanguage: enwhat's up guys Jase $0.02 here and I made it all the way to Computex 2018 in Taipei Taiwan this morning I'm really tired so if this video comes across as less than coherent I apologize but I digress the show must go on this year's coverage of Computex 2018 is sponsored by EVGA check out everything EVGA has to offer for your PC needs at EVGA calm so it makes sense that we head on over to EVGA to see what they are showing this year we headed over to their game arena where Vince kingpin himself is showing off a brainchild of his something he has been working on for about seven years do you guys remember when I did my ln2 video last year and Vince came to my studio and kind of showed me hands-on how to had to deal with the ln2 and how to how to pre-freeze the pot and to deal with the crystals and the condensation and there was one thing I learned in that video is that there is a very specific range of temperature that you have to maintain based on the frequency you're trying to achieve and the voltage you're trying to achieve it at if you over cool the CPU or you don't cool it enough it's just as bad either way so keeping it within that very specific temperature range is extremely important now the rate at which you pour the ln2 or the radio which you let it boil off determines the temperature and it's very easy to get out of range which is why Vince himself I say Vince himself because this is he is the world champion of overclocking year after year after year is fierce competition and guys are constantly being innovative and that's why this is exciting because he developed a hybrid closed-loop lnto system now the reason why it's called a hybrid is because it doesn't actually loop it doesn't go it doesn't multiple make multiple passes across the block for the CPU and the GPU it actually gets there's a return tank and a supply tank so you have one tank feeding the blocks and some actuators and some valves that are controlled by a custom software that was written in-house as well as a controller that was built in a PCB controller that was built in-house all custom for this system and then the ln2 that actually passed us through and isn't you know completely used the liquid gets captured back in the return tank and it can actually be used again so it makes it a very a fish Loup but what it also allows to happen here is the software and the valves are able to actually a much more efficiently and much more quickly control the temperatures based on the temperature probe or the shape figure what it's called this is the this is the tired part of me but you know it gamers Nexus was actually there Steve was there and he did a video on this as well so you guys could go and check out his coverage for another perspective of this because I'm probably gonna say something wrong due to my tired tiredness but it again it doesn't matter because this is cool either way the temperature probes in there are gonna allow it to more quickly more accurately control the temperatures between a specific specifications nearly as much as going from liquid to gas as it does in a pot it actually is three to five times more efficient at cooling and quicker at giving you that temperature change than if you were just pouring ln2 into a pot so this is a very neat system it's got a custom-built distribution block that's taking ln2 from the supply tank and dividing it amongst the CPU and the GPU and they each have their own valve to control the flow rate and then of course they meet back in a return line and go to the return tank in fact if you're watching the EVGA livestream then you probably saw this being demonstrated because there they were demonstrating how this works and they were playing some Fortnight but the cool thing is you can determine the temperature you wanted to run it in fact when they were doing gaming they had it running at a very conservative 40 C which is right around where water cooling Coquet you on this and at that type of temperature a tank like this would last you about a week but if you're doing will clock world-class overclocking attempts then Vince can actually burn through one of these massive tanks which I think was 160 liters is what I think they said it holds in approximately two to three days so yeah I'm not exactly the most practical use for home use but if you're out there trying to break World Records then this is neat because you can capture your unused ln2 and get a very consistent control over the cooling environment that you guys are that you're trying to establish with this level of cooling so I thought this would be a cool first video to show you how far Ellen to an exotic cooling has actually come and what kingpin has been up to and this is why the guy is notorious for just breaking and shattering world records as I said guys gamers Nexus also did a video on this won't you guys head on over and check out their channel because you might actually learn something versus my incoherent rambling of being overtired but anyway I digress thanks for watching today's video guys we're gonna be doing some cool stuff here at Computex trying to give you a first look more of a point of view first-person point of view of vlog style experience here at Computex 2018 anyway thanks for watching guys and as always we will see you in the next onewhat's up guys Jase $0.02 here and I made it all the way to Computex 2018 in Taipei Taiwan this morning I'm really tired so if this video comes across as less than coherent I apologize but I digress the show must go on this year's coverage of Computex 2018 is sponsored by EVGA check out everything EVGA has to offer for your PC needs at EVGA calm so it makes sense that we head on over to EVGA to see what they are showing this year we headed over to their game arena where Vince kingpin himself is showing off a brainchild of his something he has been working on for about seven years do you guys remember when I did my ln2 video last year and Vince came to my studio and kind of showed me hands-on how to had to deal with the ln2 and how to how to pre-freeze the pot and to deal with the crystals and the condensation and there was one thing I learned in that video is that there is a very specific range of temperature that you have to maintain based on the frequency you're trying to achieve and the voltage you're trying to achieve it at if you over cool the CPU or you don't cool it enough it's just as bad either way so keeping it within that very specific temperature range is extremely important now the rate at which you pour the ln2 or the radio which you let it boil off determines the temperature and it's very easy to get out of range which is why Vince himself I say Vince himself because this is he is the world champion of overclocking year after year after year is fierce competition and guys are constantly being innovative and that's why this is exciting because he developed a hybrid closed-loop lnto system now the reason why it's called a hybrid is because it doesn't actually loop it doesn't go it doesn't multiple make multiple passes across the block for the CPU and the GPU it actually gets there's a return tank and a supply tank so you have one tank feeding the blocks and some actuators and some valves that are controlled by a custom software that was written in-house as well as a controller that was built in a PCB controller that was built in-house all custom for this system and then the ln2 that actually passed us through and isn't you know completely used the liquid gets captured back in the return tank and it can actually be used again so it makes it a very a fish Loup but what it also allows to happen here is the software and the valves are able to actually a much more efficiently and much more quickly control the temperatures based on the temperature probe or the shape figure what it's called this is the this is the tired part of me but you know it gamers Nexus was actually there Steve was there and he did a video on this as well so you guys could go and check out his coverage for another perspective of this because I'm probably gonna say something wrong due to my tired tiredness but it again it doesn't matter because this is cool either way the temperature probes in there are gonna allow it to more quickly more accurately control the temperatures between a specific specifications nearly as much as going from liquid to gas as it does in a pot it actually is three to five times more efficient at cooling and quicker at giving you that temperature change than if you were just pouring ln2 into a pot so this is a very neat system it's got a custom-built distribution block that's taking ln2 from the supply tank and dividing it amongst the CPU and the GPU and they each have their own valve to control the flow rate and then of course they meet back in a return line and go to the return tank in fact if you're watching the EVGA livestream then you probably saw this being demonstrated because there they were demonstrating how this works and they were playing some Fortnight but the cool thing is you can determine the temperature you wanted to run it in fact when they were doing gaming they had it running at a very conservative 40 C which is right around where water cooling Coquet you on this and at that type of temperature a tank like this would last you about a week but if you're doing will clock world-class overclocking attempts then Vince can actually burn through one of these massive tanks which I think was 160 liters is what I think they said it holds in approximately two to three days so yeah I'm not exactly the most practical use for home use but if you're out there trying to break World Records then this is neat because you can capture your unused ln2 and get a very consistent control over the cooling environment that you guys are that you're trying to establish with this level of cooling so I thought this would be a cool first video to show you how far Ellen to an exotic cooling has actually come and what kingpin has been up to and this is why the guy is notorious for just breaking and shattering world records as I said guys gamers Nexus also did a video on this won't you guys head on over and check out their channel because you might actually learn something versus my incoherent rambling of being overtired but anyway I digress thanks for watching today's video guys we're gonna be doing some cool stuff here at Computex trying to give you a first look more of a point of view first-person point of view of vlog style experience here at Computex 2018 anyway thanks for watching guys and as always we will see you in the next one\n"