Two PCs are better than one! - DUAL SYSTEM STREAMING
**Setting Up the Ultimate Streaming System**
The ultimate streaming system consists of several key components, including the Logitech audio equipment and the Audio-Technica AT2020 condenser microphone. The microphone is used to capture high-quality audio for streaming purposes, while the Logitech audio equipment serves as a complement to this setup. Although some viewers may assume that investing in top-tier audio equipment would be essential for creating an immersive streaming experience, this particular setup focuses primarily on demonstrating how the system works rather than showcasing its capabilities.
**Cable Management and Monitor**
The back of the system showcases the array of cables and components required to bring all these elements together. Cable management is crucial when working with multiple devices and peripherals, as it can be easy to get overwhelmed by the sheer number of connections. In this setup, every cable has a specific purpose, and attention must be paid to ensuring that they are properly secured and organized.
The gaming display used in this system is the MSI Optix Mag 27CQRB, with a 2560x1440 resolution at 144Hz and a response time of 1 millisecond. This monitor allows for smooth gameplay at high resolutions while also supporting the capture card's ability to stream at 1080p 60fps. The system is capable of capturing 4k content at 60fps, making it ideal for streaming high-quality content.
**Sharing Keyboard and Mouse**
To control both systems simultaneously, the KBM software Share Mouse is used. This program enables users to share their keyboard and mouse between devices, allowing for seamless control over multiple setups. The primary requirements for using Share Mouse include having the software installed on both systems and ensuring that they are connected to the same network.
When configuring Share Mouse, a tray icon appears, indicating that the system is ready to use. By selecting the monitor configuration option, users can define how the program should behave with regards to display orientation. In this setup, the mouse cursor can be seamlessly moved between monitors using the software's drag-and-drop feature. This functionality extends beyond simple cursor movement, allowing for file transfer and other interactions between devices.
**Streaming with Two Systems**
With Share Mouse in place, the system is now ready to stream high-quality content in real-time. By launching a game on one system and switching to the streaming setup, viewers can witness the seamless transition from one environment to another. The streaming system captures gameplay at 1080p 60fps, while the gaming system runs smoothly at its native resolution of 1440x1440.
**Performance and Quality**
The ultimate streaming system is designed to prioritize uncompromised performance during live streams. By utilizing high-quality hardware components and software solutions like Share Mouse, streamers can ensure a lag-free experience for their viewers. The system's ability to capture high-resolution content at high frame rates makes it ideal for streaming demanding games.
**Conclusion**
Setting up an ultimate streaming system requires careful consideration of each component's role in the overall workflow. By choosing top-tier equipment and software solutions, streamers can create a seamless and immersive experience for their viewers. While this setup may not be feasible for everyone, those who are serious about streaming will find that it offers unparalleled performance and quality.
"WEBVTTKind: captionsLanguage: enwhat's going on guys so today we're gonna be putting together the ultimate streaming solution it's very exciting it's gonna be a dual system inside of a single chassis but before I get into the actual parts which you can kind of see behind me I wanted to quickly talk about three main streaming solutions that most people use these days the first solution being a single system that handles everything main benefits to going this route include lower upfront cost than the other two options we'll mention and it's fairly straightforward especially for first-time builders or beginners because you literally only have one rig to worry about building and maintaining the main downside here is that you're gonna be sacrificing quite a bit of performance because your CPU your GPU your memory all of that is gonna be handling two very intensive workloads at once having to allocate that many system resources to multiple tasks simultaneously is bound to lead to things like interference lag FPS drops and other nasty things that just aren't ideal for the player or the viewers of the stream the solution also goes against the old adage of don't put all your eggs in one basket because if that system goes down or crashes for whatever reason it's not just your game that does your stream goes along with it the worst part is that you won't even be able to see all the FS in chat because your system will be that brings us to our second solution which is having two separate systems one to handle gaming and the other for streaming this eliminates our performance problem since the system's won't be bogging each other down they won't have to split resources and they'll be operating effectively at a hundred percent in each of the respective tasks an obvious con to this setup is that you essentially have to buy two sets of hardware which is gonna be a lot more expensive than solution number one the other main downer is that you now have two towers to worry about so that's gonna significantly cut into your desk space or god forbid you put them on the floor which don't do that and also all the cable clutter that comes along with it unless of course you have something like a KVM switch or a piece of software which is what we'll be using that allows you to use a single set of peripherals between both systems that brings us the solution number three which is what we're gonna be focusing on and building today which is a dual system inside of a single chassis using a single power supply this is of course more expensive than solution number one but it's potentially quite a bit cheaper than solution number two because we're using the same case and PSU for both systems that's two components that you don't have to worry about that you did in solution number two this also gives you the physical benefits of having a single system so you're not taking up as much desk space and your cable management is a whole lot tidier now obviously for this project we need a special case and power supply that's tailor-made for a build just like this so let's talk about those two things first and then we'll dive into the rest of the hardware starting with the chassis this is the fantex luxe - baby it is a full tower case it supports up to SS ie EB motherboards which is probably a larger form factor than most people would ever need but there's also an additional mount for a mini ITX board so you can do a dual system this is one of several dual system chassis from fantex they also have their M through leat and through mini XL it Clips p400s and evolved X but lots of you that we're working with today is actually one of the more spacious dual system chassis so it has a lot more hardware support and just a ridiculous amount of flexibility the power supply is also from fantex this is the revolt X 1200 watt 80 + platinum fully modular unit has two sets of cables for up to two systems it can be used as a single power supply like a regular power supply for a single system as well if you wanted to upgrade to a dual system down the line and it's actually based on a c sonic power supply which is a very reputable brand for PS use so again our power supply and our case will be shared between both of our systems today everything else is unique to their respective builds now I'm gonna call off parts for the gaming PC first but I want to quickly point out that you'll notice that we're using a Rison 930 900 X 4 hour gaming system and an Intel Core I 999 hundred K for streaming system in a perfect world I would have swapped these I would have done a role-reversal and had our twelve core 24 thread Rison chip be the streaming pc because of all the multi-threaded performance that it offers and have the core i9 be the gaming chip because it's the faster of the two in gaming but alas I could do no such thing because our streaming build is gonna be on a mini ITX motherboard which only has a single PCIe by 16 slot which is gonna be occupied by our capture card which means whatever CPU we use here has to have integrated graphics since we have no room for a discrete GPU and since the 3900 X doesn't have any grated graphics we have to go with the one that does which is the 9900 K having said that I'm not worried at all I think both CPUs are gonna be perfectly adequate for what they're doing because again they're able to leverage 100% of their resources for their respective tasks but moving on let's go over the parts for our gaming system again we have the AMD Rison 930 900 x12 core 24 thread CPU we're pairing that with an asrock X 570 Taichi motherboard 32 gigs of g.skill tri-band Zinio RGB ddr4 at 3600 speed typically I recommend 16 gigs for a gaming PC because it's more than adequate for most users but in this case I have a feeling that this would actually make a really good system for editing as well because a lot of twitch streamers like to edit their streams turn them into highlight reels and upload them to YouTube and things like that so I could easily see someone having this setup record their streams and then taking that raw file dumping it onto the gaming system and then begin editing it with the 3900 X and in that case having 32 gigs of onboard memory will not go unused for storage I'm using a samsung 960 Pro nvme m2 2 terabyte SSD I would have liked to use a PCIe gen 4 drive here just to leverage that connectivity in those speeds on our x5 70 platform but because I'm lazy and I don't know exactly where all my PC a Gen 4 drives are right now this one will have to do pulling our 3900 X and hiding behind the other boxes here we have an asus rog ryojun 360 liquid-cooled AIO and because i don't know where the included not to a fans are I'm gonna be using these PC cooler Corona RGB fans instead despite the super cheap price these are actually really good performers in both airflow and static pressure dependent environments so happy to be using those as well and I think that proto of course obviously the GPU we have a gigabyte Oris extreme RT X xx atti Joya of course white why skimp on the GPU for a gaming system like this moving on to our streaming PC again we have the Intel Core I 999 hundred K with eight cores and 16 threads onboard we're gonna be pairing that with an asus rog Strix xiii 9 TI gaming motherboard 16 gigs of Corsair Vengeance lpx ddr4 at 3000 speed pulling our CPU is the cooler master master liquid ml 240p mirage we also have a samsung 970 evo + nvme and a to drive at 500 gigs and last but not least we have our el gato 4k 60 pro capture card now as far as peripherals go we're gonna have two monitors one that's gonna be hooked up to the gaming PC the other to the streaming pc and one keyboard one mouse and one headset that we're gonna use to interface between both systems instead of using a KVM switch that'll add additional cost to this already pretty pricey build we're gonna be using a software called share mouse that allows us to use one set of peripherals between both systems it's a free software there is a paid version but I'm told there's quite a few generous features in the free version so hopefully that'll get us through it I'll be sure to explain exactly how it all works with our setup though once we get to that point speaking of which we are ready to build this thing oh yeah links below if you if you're curious of all links and stuff their affiliate links so I will get a small kickback if you happen to use any of those feel free though but we are ready to build I'm gonna do a really and dirty montage here it's probably just gonna be a single camera angle or something really simple so that we can move on because there's a lot more to talk about and show off once the system's all go and the build is complete it's looking pretty good very beastly I'm you might have noticed that the memory changed on the streaming pc that's because the system was acting up initially so I did some memory troubleshooting it turned out to just be a BIOS update that was needed but I like the way this kit looks better so I left it in there it's still 16 gigs I think it's actually a little bit faster at 3200 speed I did find those not to of fans that belong to our ryojun cooler I only found two of them though so I put one down here and one up top at the intake especially since these two fans will be bringing in slightly warmer air due to the radiator that it has to that the air has to pass through first we also have another 140 millimeter fan back there I think that's like a stock NZXT case fan that I threw back there but apart from that you can see we were able to get all the hardware in no problem I didn't even feel cramped at all you would think for building two systems into one chassis that things would start to feel a little claustrophobic but not in the lux - and all things considered like this isn't a huge huge tower like it's definitely on the larger side bigger than average but look at this profile the actual width of the case is not that wide especially compared to other dual system chassis is on the market so it's just a testament to the efficient use of space inside of this particular case you can see I mounted the GPU vertically because it's got those cool lights that I sort of wanted to show off now the case does already have these three slots that are vertical right here for system 1 however that brings the card just a little too close to the tempered glass side panel for my liking so I use the included vertical GPU bracket so with that accessory it does bring the card a bit deeper into the case so it can breathe a bit more easily by the way if the system sounds a little noisy right now that's mainly from this GPU because I'm actually running the system under load I think in Unigine having 4.0 because I wanted to see the fan spin up otherwise it would just be a zero rpm and look kind of bored definitely it's a lot quieter when you pop that guy on you can still hear it but it's not bad so I think we're pretty much ready to get this all connected give me a moment and we'll be right back ok here it is the final setup looking pretty good I'm gonna walk you through exactly how I got this all up and running let's start off with the back of the system starting with our gaming system I've got one keyboard one Mouse and one Ethernet cable connected if you go down to our graphics card you can see that I actually have one DisplayPort cable that's connected to our gaming monitor more on that in just a moment and then we have an HDMI this is a high speed HDMI cable that came included with our capture card coming out of the HDMI out of our GPU and going into the HDMI in port of our Elgato 4k 60p Pro card the high speed HDMI cable isn't necessary unless you're trying to target a certain refresh rate and resolution and in this case we're gaming at 2560 by 1440 at 144 Hertz for the gaming system we have one DisplayPort cable that's connected to our second companion monitor for all of our streaming settings twitch twitch chat and that sort of thing an Ethernet cable that's important for a streaming system and we also have our webcam and microphone our webcam is the c920 - from logitech and our microphone is the audio technica at2020 condenser mic i already know what some of you guys are thinking wow you spent several thousand dollars on this ultimate streaming system and couldn't afford to get a better camera no that's because this isn't really the focus of the video guys I'm really just showing this these are just accessories to help me demonstrate exactly how the system works so that's the back of the system it's pretty hairy you definitely have to be mindful of cable management unlike me and let's move around to this side so really quick word about our monitor is this is our gaming display it's the MS optics mag 271 cqr 27 inch with freesync freesync - I believe 2560 by 1440 144 Hertz and I think of 1 millisecond response time the great thing is that even though we'll be streaming at 1080p 60fps we'll be able to game at 1440p 144 Hertz thanks to our 4k 60 pro capture card now there are quite a few steps involved in getting this working and it can be kind of confusing if you don't know exactly what you're doing so to that end huge shadow to Epis watch for making an awesome tutorial on how to get the 4k 60 pro working with 1440p 144 Hertz I'll put a link to that video in the description if you guys are interested or if you're at that stage in your system setup go ahead and check that out it's a great video so again we literally only have our game running on this system and thus this monitor on this monitor which is again connected to our streaming system we have our web browser which currently has twitch open and then OBS is what we're using to actually stream you can see me in the webcam sort of and you can see we're capturing our gameplay just fine now earlier I mentioned that we'd be using a KBM software called share Mouse in order to use one keyboard and one Mouse to control both systems the first main requirement to get this working is that both systems have to have share Mouse installed and the second requirement is that both of those systems have to be on the same network if that's all good and gravy then you should be good to get and let me show you guys exactly how this works so it pops up in your tray a little icon here and if you've got a monitor manager all of your connected monitors will show up very similar to like the windows display settings and you can configure this so the program knows the orientation of your displays so this is mine I'm gonna click OK and just like that you can see the mouse cursor goes from one monitor to the next very seamlessly my mind was kind of blown when I first saw this but it just works really well you can even drag files over from one system to another it's pretty cool so the software just makes it incredibly easy for me to be gaining over here and then at a moment's notice being able to switch over to the streaming system change settings here respond to chat and things like that there's a few other cool things you can do with it but that's more or less how it works in a setup like this and on that note we are ready to stream so I'm just gonna go ahead and start streaming here fire up our game and just like that we are live streaming like a pro and it looks really good I mean obviously the quality settings can be pumped up on the streaming system because it's not in charge of having to game as well it only has to focus on that task and likewise the the gaming system is completely smooth you can see that we are in fact up at the OSD there so you know that 144 Hertz at the end of the day it's really all about uncompromised performance during the stream you're not lagging there's no stutter there's no interference no framedrops and your viewers are happy because everything's looking super smooth and crispy on their end but you're on that's pretty much how it all comes together guys it's actually been a while since I've streamed with two systems and I've completely forgotten what a game-changer it is obviously your wallets may not be able to handle something like this this is not a build that everyone needs after all but if you're serious about streaming it does not get much better than this if you have a setup similar to this you my friend have arrived and I myself have arrived at the end of this video so thanks again to fantex for sponsoring this video thanks to you for watching it again links to all this stuff in the description below in case you're interested toss a like on the video if you enjoyed it too get subscribed for more tech stuff coming at you really soon and I will see you guys in the next videowhat's going on guys so today we're gonna be putting together the ultimate streaming solution it's very exciting it's gonna be a dual system inside of a single chassis but before I get into the actual parts which you can kind of see behind me I wanted to quickly talk about three main streaming solutions that most people use these days the first solution being a single system that handles everything main benefits to going this route include lower upfront cost than the other two options we'll mention and it's fairly straightforward especially for first-time builders or beginners because you literally only have one rig to worry about building and maintaining the main downside here is that you're gonna be sacrificing quite a bit of performance because your CPU your GPU your memory all of that is gonna be handling two very intensive workloads at once having to allocate that many system resources to multiple tasks simultaneously is bound to lead to things like interference lag FPS drops and other nasty things that just aren't ideal for the player or the viewers of the stream the solution also goes against the old adage of don't put all your eggs in one basket because if that system goes down or crashes for whatever reason it's not just your game that does your stream goes along with it the worst part is that you won't even be able to see all the FS in chat because your system will be that brings us to our second solution which is having two separate systems one to handle gaming and the other for streaming this eliminates our performance problem since the system's won't be bogging each other down they won't have to split resources and they'll be operating effectively at a hundred percent in each of the respective tasks an obvious con to this setup is that you essentially have to buy two sets of hardware which is gonna be a lot more expensive than solution number one the other main downer is that you now have two towers to worry about so that's gonna significantly cut into your desk space or god forbid you put them on the floor which don't do that and also all the cable clutter that comes along with it unless of course you have something like a KVM switch or a piece of software which is what we'll be using that allows you to use a single set of peripherals between both systems that brings us the solution number three which is what we're gonna be focusing on and building today which is a dual system inside of a single chassis using a single power supply this is of course more expensive than solution number one but it's potentially quite a bit cheaper than solution number two because we're using the same case and PSU for both systems that's two components that you don't have to worry about that you did in solution number two this also gives you the physical benefits of having a single system so you're not taking up as much desk space and your cable management is a whole lot tidier now obviously for this project we need a special case and power supply that's tailor-made for a build just like this so let's talk about those two things first and then we'll dive into the rest of the hardware starting with the chassis this is the fantex luxe - baby it is a full tower case it supports up to SS ie EB motherboards which is probably a larger form factor than most people would ever need but there's also an additional mount for a mini ITX board so you can do a dual system this is one of several dual system chassis from fantex they also have their M through leat and through mini XL it Clips p400s and evolved X but lots of you that we're working with today is actually one of the more spacious dual system chassis so it has a lot more hardware support and just a ridiculous amount of flexibility the power supply is also from fantex this is the revolt X 1200 watt 80 + platinum fully modular unit has two sets of cables for up to two systems it can be used as a single power supply like a regular power supply for a single system as well if you wanted to upgrade to a dual system down the line and it's actually based on a c sonic power supply which is a very reputable brand for PS use so again our power supply and our case will be shared between both of our systems today everything else is unique to their respective builds now I'm gonna call off parts for the gaming PC first but I want to quickly point out that you'll notice that we're using a Rison 930 900 X 4 hour gaming system and an Intel Core I 999 hundred K for streaming system in a perfect world I would have swapped these I would have done a role-reversal and had our twelve core 24 thread Rison chip be the streaming pc because of all the multi-threaded performance that it offers and have the core i9 be the gaming chip because it's the faster of the two in gaming but alas I could do no such thing because our streaming build is gonna be on a mini ITX motherboard which only has a single PCIe by 16 slot which is gonna be occupied by our capture card which means whatever CPU we use here has to have integrated graphics since we have no room for a discrete GPU and since the 3900 X doesn't have any grated graphics we have to go with the one that does which is the 9900 K having said that I'm not worried at all I think both CPUs are gonna be perfectly adequate for what they're doing because again they're able to leverage 100% of their resources for their respective tasks but moving on let's go over the parts for our gaming system again we have the AMD Rison 930 900 x12 core 24 thread CPU we're pairing that with an asrock X 570 Taichi motherboard 32 gigs of g.skill tri-band Zinio RGB ddr4 at 3600 speed typically I recommend 16 gigs for a gaming PC because it's more than adequate for most users but in this case I have a feeling that this would actually make a really good system for editing as well because a lot of twitch streamers like to edit their streams turn them into highlight reels and upload them to YouTube and things like that so I could easily see someone having this setup record their streams and then taking that raw file dumping it onto the gaming system and then begin editing it with the 3900 X and in that case having 32 gigs of onboard memory will not go unused for storage I'm using a samsung 960 Pro nvme m2 2 terabyte SSD I would have liked to use a PCIe gen 4 drive here just to leverage that connectivity in those speeds on our x5 70 platform but because I'm lazy and I don't know exactly where all my PC a Gen 4 drives are right now this one will have to do pulling our 3900 X and hiding behind the other boxes here we have an asus rog ryojun 360 liquid-cooled AIO and because i don't know where the included not to a fans are I'm gonna be using these PC cooler Corona RGB fans instead despite the super cheap price these are actually really good performers in both airflow and static pressure dependent environments so happy to be using those as well and I think that proto of course obviously the GPU we have a gigabyte Oris extreme RT X xx atti Joya of course white why skimp on the GPU for a gaming system like this moving on to our streaming PC again we have the Intel Core I 999 hundred K with eight cores and 16 threads onboard we're gonna be pairing that with an asus rog Strix xiii 9 TI gaming motherboard 16 gigs of Corsair Vengeance lpx ddr4 at 3000 speed pulling our CPU is the cooler master master liquid ml 240p mirage we also have a samsung 970 evo + nvme and a to drive at 500 gigs and last but not least we have our el gato 4k 60 pro capture card now as far as peripherals go we're gonna have two monitors one that's gonna be hooked up to the gaming PC the other to the streaming pc and one keyboard one mouse and one headset that we're gonna use to interface between both systems instead of using a KVM switch that'll add additional cost to this already pretty pricey build we're gonna be using a software called share mouse that allows us to use one set of peripherals between both systems it's a free software there is a paid version but I'm told there's quite a few generous features in the free version so hopefully that'll get us through it I'll be sure to explain exactly how it all works with our setup though once we get to that point speaking of which we are ready to build this thing oh yeah links below if you if you're curious of all links and stuff their affiliate links so I will get a small kickback if you happen to use any of those feel free though but we are ready to build I'm gonna do a really and dirty montage here it's probably just gonna be a single camera angle or something really simple so that we can move on because there's a lot more to talk about and show off once the system's all go and the build is complete it's looking pretty good very beastly I'm you might have noticed that the memory changed on the streaming pc that's because the system was acting up initially so I did some memory troubleshooting it turned out to just be a BIOS update that was needed but I like the way this kit looks better so I left it in there it's still 16 gigs I think it's actually a little bit faster at 3200 speed I did find those not to of fans that belong to our ryojun cooler I only found two of them though so I put one down here and one up top at the intake especially since these two fans will be bringing in slightly warmer air due to the radiator that it has to that the air has to pass through first we also have another 140 millimeter fan back there I think that's like a stock NZXT case fan that I threw back there but apart from that you can see we were able to get all the hardware in no problem I didn't even feel cramped at all you would think for building two systems into one chassis that things would start to feel a little claustrophobic but not in the lux - and all things considered like this isn't a huge huge tower like it's definitely on the larger side bigger than average but look at this profile the actual width of the case is not that wide especially compared to other dual system chassis is on the market so it's just a testament to the efficient use of space inside of this particular case you can see I mounted the GPU vertically because it's got those cool lights that I sort of wanted to show off now the case does already have these three slots that are vertical right here for system 1 however that brings the card just a little too close to the tempered glass side panel for my liking so I use the included vertical GPU bracket so with that accessory it does bring the card a bit deeper into the case so it can breathe a bit more easily by the way if the system sounds a little noisy right now that's mainly from this GPU because I'm actually running the system under load I think in Unigine having 4.0 because I wanted to see the fan spin up otherwise it would just be a zero rpm and look kind of bored definitely it's a lot quieter when you pop that guy on you can still hear it but it's not bad so I think we're pretty much ready to get this all connected give me a moment and we'll be right back ok here it is the final setup looking pretty good I'm gonna walk you through exactly how I got this all up and running let's start off with the back of the system starting with our gaming system I've got one keyboard one Mouse and one Ethernet cable connected if you go down to our graphics card you can see that I actually have one DisplayPort cable that's connected to our gaming monitor more on that in just a moment and then we have an HDMI this is a high speed HDMI cable that came included with our capture card coming out of the HDMI out of our GPU and going into the HDMI in port of our Elgato 4k 60p Pro card the high speed HDMI cable isn't necessary unless you're trying to target a certain refresh rate and resolution and in this case we're gaming at 2560 by 1440 at 144 Hertz for the gaming system we have one DisplayPort cable that's connected to our second companion monitor for all of our streaming settings twitch twitch chat and that sort of thing an Ethernet cable that's important for a streaming system and we also have our webcam and microphone our webcam is the c920 - from logitech and our microphone is the audio technica at2020 condenser mic i already know what some of you guys are thinking wow you spent several thousand dollars on this ultimate streaming system and couldn't afford to get a better camera no that's because this isn't really the focus of the video guys I'm really just showing this these are just accessories to help me demonstrate exactly how the system works so that's the back of the system it's pretty hairy you definitely have to be mindful of cable management unlike me and let's move around to this side so really quick word about our monitor is this is our gaming display it's the MS optics mag 271 cqr 27 inch with freesync freesync - I believe 2560 by 1440 144 Hertz and I think of 1 millisecond response time the great thing is that even though we'll be streaming at 1080p 60fps we'll be able to game at 1440p 144 Hertz thanks to our 4k 60 pro capture card now there are quite a few steps involved in getting this working and it can be kind of confusing if you don't know exactly what you're doing so to that end huge shadow to Epis watch for making an awesome tutorial on how to get the 4k 60 pro working with 1440p 144 Hertz I'll put a link to that video in the description if you guys are interested or if you're at that stage in your system setup go ahead and check that out it's a great video so again we literally only have our game running on this system and thus this monitor on this monitor which is again connected to our streaming system we have our web browser which currently has twitch open and then OBS is what we're using to actually stream you can see me in the webcam sort of and you can see we're capturing our gameplay just fine now earlier I mentioned that we'd be using a KBM software called share Mouse in order to use one keyboard and one Mouse to control both systems the first main requirement to get this working is that both systems have to have share Mouse installed and the second requirement is that both of those systems have to be on the same network if that's all good and gravy then you should be good to get and let me show you guys exactly how this works so it pops up in your tray a little icon here and if you've got a monitor manager all of your connected monitors will show up very similar to like the windows display settings and you can configure this so the program knows the orientation of your displays so this is mine I'm gonna click OK and just like that you can see the mouse cursor goes from one monitor to the next very seamlessly my mind was kind of blown when I first saw this but it just works really well you can even drag files over from one system to another it's pretty cool so the software just makes it incredibly easy for me to be gaining over here and then at a moment's notice being able to switch over to the streaming system change settings here respond to chat and things like that there's a few other cool things you can do with it but that's more or less how it works in a setup like this and on that note we are ready to stream so I'm just gonna go ahead and start streaming here fire up our game and just like that we are live streaming like a pro and it looks really good I mean obviously the quality settings can be pumped up on the streaming system because it's not in charge of having to game as well it only has to focus on that task and likewise the the gaming system is completely smooth you can see that we are in fact up at the OSD there so you know that 144 Hertz at the end of the day it's really all about uncompromised performance during the stream you're not lagging there's no stutter there's no interference no framedrops and your viewers are happy because everything's looking super smooth and crispy on their end but you're on that's pretty much how it all comes together guys it's actually been a while since I've streamed with two systems and I've completely forgotten what a game-changer it is obviously your wallets may not be able to handle something like this this is not a build that everyone needs after all but if you're serious about streaming it does not get much better than this if you have a setup similar to this you my friend have arrived and I myself have arrived at the end of this video so thanks again to fantex for sponsoring this video thanks to you for watching it again links to all this stuff in the description below in case you're interested toss a like on the video if you enjoyed it too get subscribed for more tech stuff coming at you really soon and I will see you guys in the next video\n"