VR-Zone

H1 '08 Multi-GPU Battle: ASUS EAH3850 Trinity, EAH3870X2 and XFX GeForce 9800 GX2

Reported by on Tuesday, May 20 2008 2:01 am

Quad CrossFire, Quad SLI and Triple SLI are some of the terms that we are hearing these days about graphics technology. What about Triple CrossFire? Today, we will be checking out the ASUS Trinity, a tri-CrossFire solution featuring three Radeon HD 3850 MXM on a big-ass watercooled piece of silicon. How will this unique piece of technology match up to the competition?

The ASUS Trinity surely looks like it needs a really big feast to be contented, but no, all we see on this card is a single 8-pin PCI Express power connector.

H1 '08 Multi-GPU Battle: ASUS EAH3850 Trinity, EAH3870X2 and XFX GeForce 9800 GX2
A single 8-pin PCI Express power connector is all that the Trinity needs.

 

One MXM containing a Radeon HD 3850 core was found on the front of the card, while the other two MXM are located beneath. All three MXM are cooled similarly.

 

H1 '08 Multi-GPU Battle: ASUS EAH3850 Trinity, EAH3870X2 and XFX GeForce 9800 GX2
The remaining two MXM on the underside of the ASUS Trinity.

 

 Getting up close and cosy with the ASUS Trinity, we finally took it apart to see what's actually underneath these MXM.

 

H1 '08 Multi-GPU Battle: ASUS EAH3850 Trinity, EAH3870X2 and XFX GeForce 9800 GX2
Cooling under the core exposed! A fair amount of thermal paste is used on the core.

 

As we can see, the core and memory both have pretty decent contact with the cooling unit. The memory chips used on each of these MXM are by Qimonda.

 

H1 '08 Multi-GPU Battle: ASUS EAH3850 Trinity, EAH3870X2 and XFX GeForce 9800 GX2
The MXM naked 'right-side' up.

 

 Putting everything back together again, this is what we see from the sides.

 

H1 '08 Multi-GPU Battle: ASUS EAH3850 Trinity, EAH3870X2 and XFX GeForce 9800 GX2
Thermal pads are used to ensure contact between the heatsink and the memory chips.

  

H1 '08 Multi-GPU Battle: ASUS EAH3850 Trinity, EAH3870X2 and XFX GeForce 9800 GX2
Heat from the GPU is removed via heapipes connected to a copper base/plate which is in contact with the core.

 

 




View Comments Thread in VRForums

     
VRZ Social Club
For breaking stories and attractive giveaways!
Trending
Fresh from the factory floor!