ASUS R9 290X Matrix Platinum - Watercooling EK FC-R9-290X Matrix vs. Aircooling
Category : Aircooling vs. Watercooling
Published by Hiwa Pouri on 08.08.14
The R9 290X GPU is know to become rather hot and cooling this chip with a reference and even a custom aircooler can be quite a challenge. In almost any case you will see thermal throttling. In this article we're going to compare the results of an ASUS R9 290X Matrix Platinum watercooled versus the same card with ASUS Matrix Platinum cooler. At this point a little teaser: the differences can be as high as 25 percent!



  Article in English   Artikel in Deutsch   Article en français   Articolo in italiano


As we already mentioned, in this article we're going to have a closer look at possible differences between a watercooled and an aircooled ASUS R9 290X Matrix Platinum. For this purpose EK Water Blocks shipped us one of their brand new EK-FC R9-290X Matrix fullcover waterblocks. First of all we're going to have a closer look at both, the water as well as the aircooler and afterwards we will run both cards through our set of recent games with stock clocks as well as overclocked to the coolers specific maximum. Apparently we will also show you some temperatures.

ASUS R9 290X Matrix Platinum - Watercooling EK-FC R9-290X Matrix



 


EK Water Blocks is the first company to come up with a custom, full-cover waterblock for ASUS' R9 290X Matrix Platinum graphics card. The block establishes direct contact to GPU, memory as well as VRM area. This way you can be sure there is going to be best possible cooling whereever necessary. The cooler EK Water Blocks provided us with has been made from nickel plated electrolyte copper. Above the GPU there is a thin channel structure to provide additional surface area, where it actually makes sense to have it. On top of the cooper block there is a plexi cover and on the right hand side you can see a brushed stainless steel plate. Looking for threads we find G1/4'' inch one's where you can attach a vast majority of fittings. The threads have been cut into black plexi cover. Although the material is rather solid it's enough to tighten fittings by hand to achieve sufficient sealing and you don't have to use a gripper. In fact by using a gripper you can/will break the plexi. Manufacturing quality is always excellent, when it comes to products from EK Water Blocks. These blocks are just perfectly made and the looks are breathtaking. In order to achieve best possible looks in combination with ASUS ROG graphics cards we would recommend you go choose red colored coolant. This way it will perfectly match the ROG color scheme.

ASUS R9 290X Matrix Platinum - Matrix Platinum Aircooler



 


This version of the Matrix Platinum cooler comes with no less than five heatpipes, which feature a GSG shape. There is one heatpipe with a massive diameter of ten millimeter and other than there are two more with eight millimeter diameter and another two which measure six millimeters. The heatpipes have been nickel plated and are in direct contact with the GPU core. Soldered to the heatpipes you find the fin stack which is being provided with fresh air via two 95mm fans. The fan closer to the I/O shield is a hybrid axial/radial fan ASUS like to call "CoolTech". They claim that this fan is able to provide a higher airflow than standard axial or radial fans at the same noise level. In case of the second fan you find a standard axial fan. Both fans are being manufactured by Everflow and strangely share the same model name, T129215SU. Overall the cooler is well made and the finish is on a very reasonable level too.
This cooler definitely plays in another league than the reference cooler from AMD. But still, even this custom aircooler is just about able to not make the 290X throttle at stock clocks.


Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Test Setup

Hardware

Mainboard
  • ASUS Maximus VII Ranger (BIOS 1707)
CPUs
  • Intel Core i7-4770K @ 4.0 GHz (Turbo On / HT On)
Memory
  • G.Skill TridentX Dual Channel 2x8GB @ CL11-13-13-31-1T-Auto DDR3-2400 MHz
Graphic Cards (Driver)
  • ASUS R9 290X Matrix Platinum - Aircooled
    • Fan Speed: 100%
  • ASUS R9 290X Matrix Platinum - Watercooled - EK-FC R9-290X DCII
    • Radiator: EK CoolStream RAD XTX 360 triple
Drivers
  • AMD Catalyst 14.7 RC
Games and OS
  • Windows 7 x64 (Up to date on the 25/07/2013
  • All games were up to date on the 25/07/2013
HDD
  • OCZ Technology Octane 512 GB SSD
PSU
  • Seasonic Patinum SS-1000XP / 1000 Watts



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

3DMark - Fire Strike



3DMark - Fire Strike Extreme

Stock Clocks Points Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 5'010 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 5'106 101.92 %
  More is better


Overclocking Points Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 5'331 106.41 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 5'437 108.52 %
  More is better



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Unigine Heaven 4.0 Extreme Preset



Stock Clocks Points Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 1'920 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 1'935 100.78 %
  More is better


Overclocking Points Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 1'968 104.17 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 2'050 106.77 %
  More is better



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

BattleField 4



Stock Clocks fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 72.54 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 75.78 104.47 %
  More is better

Overclocking fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 80.74 111.30 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 90.22 124.37 %
  More is better



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Tomb Raider



Stock Clocks fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 50.7 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 50.9 100.24 %
  More is better


Overclocking fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 53.2 104.93 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 55.7 109.86 %
  More is better 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Thief



Stock Clocks fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 74.10 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 74.20 100.13 %
  More is better


Overclocking fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 78.10 105.40 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 78.60 106.07 %
  More is better


Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Crysis 3



Stock Clocks fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 27.02 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 27.78 102.81 %
  More is better


Overclocking fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 29.85 110.47%
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 31.38 116.13 %
  More is better



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Watch Dogs



Stock Clocks fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 35.47 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 35.76 100.81 %
  More is better


Overclocking fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 37.82 106.62 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 37.90 106.85 %
  More is better



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Sleeping Dogs



Stock Clocks fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 72.4 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 73.1 100.97 %
  More is better


Overclocking fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 75.7 104.56 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 77.6 107.18 %
  More is better


Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Grid Autosport



Stock Clocks fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 82.95 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 84.47 101.83 %
  More is better


Overclocking fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 85.45 103.01 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 86.23 103.95 %
  More is better


Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Metro: Last Light



Stock Clocks fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 49.28 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 49.42 100.28 %
  More is better


Overclocking fps Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 52.04 105.60 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 52.31 106.15 %
  More is better



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Power Consumption

Stock Clocks - Idle Watt Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 67 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 67 100.00 %
  More is better


Overclocking - Idle Watt Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 77 114.93 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 78 116.42 %
  More is better


Stock Clocks - Load Watt Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 400 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 406 101.50%
  More is better


Overclocking - Load Watt Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 465 116.25 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 485 121.25 %
  More is better



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Temperatures

Idle

Stock Clocks Idle
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 37 °C
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 28 °C
 
Overclocking Idle
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 40 °C
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 32 °C
  More is better


Load

Stock Clocks Load
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 87 °C
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 44 °C
 
Overclocking Load
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 94 °C
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 53 °C
  More is better


Battlefield 3

Stock Clocks Load
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 72 °C
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 40 °C
 
Overclocking Load
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 78 °C
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 40 °C
  More is better


Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Index

Stock Clocks Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 100.00 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1050 / Mem 1350MHz) 101.44 %
 
Overclocking Index
Aircooling ASUS R9 290X Matrix Platinum (GPU 1120 / Mem 1500 MHz) 106.49 %
Watercooling ASUS R9 290X Matrix Platinum (GPU 1170 / Mem 1500 MHz) 110.07 %
  More is better



Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion
[pagebreak]

Conclusion

Running the card at stock clocks shows, that when we equipped it with the EK-FC R9-290X Matrix watercooler scores were on average 1.4 percent higher than with the aircooler. This is actually already a solid hint, that the card started to throttle with the powerful Matrix Platinum aircooler, even at stock clocks. The game with the lowest performance benefit is in our case Thief, where we see a difference in frame rates of 0.13 percent. On the other hand there is Crysis 3 where we see that the watercooled card is 2.8 percent quicker. When it comes to stock clocks we also had a look at two theoretical benchmarks, which are 3DMark and Unigine Heaven 4.0. In 3DMark the differences between watercooled and aircooled are tiny, but still measurable with 1.9 percent performance plus for 3DMark FireStrike Extreme and 0.8 percent plus in Unigine Heaven..

Once we started overclocking the cards, we noticed that 1120 MHz on the GPU and 1500 MHz on the memory were maximum stable clocks to run the card aircooled with the Matrix Platinum aircooler. In order to show there is still potential slumbering in the R9 290X, when appropriately cooled, we overclocked the card a little bit higher. In this case we ran it at 1'170 MHz GPU clocks and 1500 MHz memory clocks. 

Let's discuss the results now. In 3DMark Fire Strike Extreme we see the scores increase by 6.4 percent in case of aircooling OC and 8.5 percent when it comes to watercooling OC. In other words this means, with the waterblock you're able to squeeze an additional 2.1 percent out of the card. There was one particular game that's especially interesting, which is Battlefield 4. In this game the watercooled and overclocked card gains no less than 24.4 percent, whereas the aircooled and overclocked card "only" gains 11.3 percent.

On another note we had a closer look at temperatures. There is actually nothing much to say then the obvious. Even under full load and overclocked the watercooled card didn't get hotter than 53°C, whereas the aircooled version ran at 94°C.

Last but not least we want to add a few thoughts. Putting the results into persepective shows, that the R9 290X with an aircooler is running really hot. It's basically hitting the temperature limit as soon as there is heavy load and even the powerful Matrix Platinum cooler from ASUS is not powerful enough to eliminate throttling completely. On the other hand, if you put a watercooler on top of this card, then you can basically unleash the full potential of it. This becomes especially clear as soon as you start overclocking the card. Overall we can say if you go get yourself a high-end R9 290X and you want to get the maximum out of this card, then we'd recommend you to buy a custom watercooling loop and and in combination with the EK-FC R9-290X Matrix you'll get quite a punchy duo. Obviously if you do not own any watercooling gear at all, this is going to cost you something, since you'd have to buy a new radiator and pump at least, as well as some tubing and fittings. The EK-FC R9-290X Matrix we've used for testing in this article is going to set you back 114.95 Euro (price 08.08.2014). As we already pointed out, the hardware is not cheap, but then on the other hand no enthusiast grade hardware is cheap. Should you be one of the guys looking to squeeze the maximum out of your hardware then watercooling your 290X with a full-cover block will put a smile on your face.


Page 1 - Introduction Page 9 - Watch Dogs
Page 2 - Test Setup Page 10 - Sleeping Dogs
Page 3 - 3DMark Fire Strike Page 11 - Gird Autosport
Page 4 - Unigine Heaven 4.0 Page 12 - Metro: Last Light
Page 5 - BattleField 4 Page 13 - Power Consumption
Page 6 - Tomb Raider Page 14 - Temperatures
Page 7 - Thief Page 15 - Index
Page 8 - Crysis 3 Page 16 - Conclusion