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ROGBot
Just wanted to share my latest build for all the triple-monitor lovers out there. After getting hold of 3 ROG SWIFT's, I started working on putting together this little monster. I had gotten hold of 3 Poseidons a while ago, when they went on sale at Newegg, and have been waiting for the last 3 months to get a hold of the Swifts, which finally started to pop out.
The concept was simple: cram as much as possible in as little as possible, keep the costs to a bare minimum, and delivering maximum power/$ to drive these 3 awesome monitors at 144hz...
Started with a Case-Labs Mercury S8 case, and planted an asrock x79 Extreme 11 mobo on it. Please don't hate me! I love ASUS! But I have to give credit where credit is due, and the x79 Extreme 11 is on a league of its own for 2 very important reasons: first) this board has 2 PLX chips supporting 4 PCIE at 16x, and second) the board comes with a dedicated LSI raid controller with direct 16x channel to the CPU supporting 8 x Sata 6.0GB ports. This meant I could have faster than avg loading times...
Next were the video cards and these cats were just waiting to purr... I picked these 3 cards because they represent the pinnacle of hybrid cooling IMO. And btw, I loved it when I heard that ASUS ROG team was going to build a hybrid card. Being a proud owner of one of the original Ares card, which I decided to hybrid cool it back in 2012 (https://rog.asus.com/forum/showthread.php?17615-Project-lt-lt-Open-Wind-gt-gt-First-photos&highlight...), and seeing the Poseidon hybrid technology come to life just had me melt...
My choice of CPU was the true and proven(an old chip 😉 laying around) i7-3930k matched by 32GB of Ripjaws X Series2400 F3-2400C11Q-32GXM. Then picked up 5 x Samsung 256gb 840 Pro's to use 1 for the OS, and 4 in Raid 0 on the LSI card for insane game load times.
Power was supplied by the proven AX1200, which is doing well for now, but don't know hfor sure how long it will last...
Slapped an XSPC Dual 5.25" Bay - DDC Dual Pump / Dual Split Reservoirs with 2 x EX360 Triple 120mm Low Profile Split Fin Radiators mounted on top of the case, and 16 x Scythe Gentle Typhoon 120mm x 25mm Fan - 2000 RPM for optimal and efficient cooling. A couple of Lamptron 30W - 8 Channel Aluminum Rheobus (FC-8) controllers did the job of managing the above, and I went to work.
While my tubing, and arrangement of the parts has been neither clean nor perfect, the purpose of going with simple and cheap connectors was because unlike the pro's who bend and polish acrylic, I live in the real world, and I will need to take apart and put this machine back together many times (no offense to the pros! I am inspired by all of you)...hence no need for fancy jobs, or cable management. Does it work?
Needles to say, the end result is nothing short of a gratifying and superb BF4 gaming experience, which I can love and appreciate every time I sit in front of it.
Just want to say thank you to the ASUS ROG team for putting together these amazing video cards, and most importantly the Swift ROG monitors. The ROG team has been without a doubt the front runner on technology innovation for the last few years. And being able to game at 7680 x 1440 with 144hz is the pinnacle of FPS gaming in my book.
Thanks!
The concept was simple: cram as much as possible in as little as possible, keep the costs to a bare minimum, and delivering maximum power/$ to drive these 3 awesome monitors at 144hz...
Started with a Case-Labs Mercury S8 case, and planted an asrock x79 Extreme 11 mobo on it. Please don't hate me! I love ASUS! But I have to give credit where credit is due, and the x79 Extreme 11 is on a league of its own for 2 very important reasons: first) this board has 2 PLX chips supporting 4 PCIE at 16x, and second) the board comes with a dedicated LSI raid controller with direct 16x channel to the CPU supporting 8 x Sata 6.0GB ports. This meant I could have faster than avg loading times...
Next were the video cards and these cats were just waiting to purr... I picked these 3 cards because they represent the pinnacle of hybrid cooling IMO. And btw, I loved it when I heard that ASUS ROG team was going to build a hybrid card. Being a proud owner of one of the original Ares card, which I decided to hybrid cool it back in 2012 (https://rog.asus.com/forum/showthread.php?17615-Project-lt-lt-Open-Wind-gt-gt-First-photos&highlight...), and seeing the Poseidon hybrid technology come to life just had me melt...
My choice of CPU was the true and proven(an old chip 😉 laying around) i7-3930k matched by 32GB of Ripjaws X Series2400 F3-2400C11Q-32GXM. Then picked up 5 x Samsung 256gb 840 Pro's to use 1 for the OS, and 4 in Raid 0 on the LSI card for insane game load times.
Power was supplied by the proven AX1200, which is doing well for now, but don't know hfor sure how long it will last...
Slapped an XSPC Dual 5.25" Bay - DDC Dual Pump / Dual Split Reservoirs with 2 x EX360 Triple 120mm Low Profile Split Fin Radiators mounted on top of the case, and 16 x Scythe Gentle Typhoon 120mm x 25mm Fan - 2000 RPM for optimal and efficient cooling. A couple of Lamptron 30W - 8 Channel Aluminum Rheobus (FC-8) controllers did the job of managing the above, and I went to work.
While my tubing, and arrangement of the parts has been neither clean nor perfect, the purpose of going with simple and cheap connectors was because unlike the pro's who bend and polish acrylic, I live in the real world, and I will need to take apart and put this machine back together many times (no offense to the pros! I am inspired by all of you)...hence no need for fancy jobs, or cable management. Does it work?
Needles to say, the end result is nothing short of a gratifying and superb BF4 gaming experience, which I can love and appreciate every time I sit in front of it.
Just want to say thank you to the ASUS ROG team for putting together these amazing video cards, and most importantly the Swift ROG monitors. The ROG team has been without a doubt the front runner on technology innovation for the last few years. And being able to game at 7680 x 1440 with 144hz is the pinnacle of FPS gaming in my book.
Thanks!
3930K - 4.6GHz, 3 x GTX 780 Poseidon 3-Sli at 1161/6858 with 1.212v running on dual liquid cooled loops.
It's not that good for 3 Poseidons, but still OK considering the 100 spot on 3DMark with a 3930K at 4.8GHz and 3 x GTX 980 is at 24900
It's not that good for 3 Poseidons, but still OK considering the 100 spot on 3DMark with a 3930K at 4.8GHz and 3 x GTX 980 is at 24900
