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ASUS shows off world’s first on-board triple GPU solution; EAH3850 Trinity

by Parm Mann on 8 April 2008, 11:15

Tags: ASUSTeK (TPE:2357)

Quick Link: HEXUS.net/qamlw

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A whopping 139% speed improvement over single-GPU solutions

Earlier this year, the placing of two Radeon HD 3870s onto a single PCB culminated in the Radeon HD 3870 X2 - a card which we stated put AMD firmly back in the game.

Now, the cunning engineers over at ASUS have taken the next step. Well, kind of. As opposed to the quicker RV680 reference design found in the HD 3870, they've gone and squeezed three of the HD 3850's RV670PRO GPUs onto a single card. The result? The ASUS EAH3850 Trinity.

ASUS Trinity

Just before our readers start to salivate uncontrollably, we'll make it clear that Trinity is in fact just a concept model. To make it even clearer, ASUS categorically states that "Trinity is purely an engineering sample and will not go into mass production".

Still, we've got to ask; what if? Well, if you were to get your hands on a triple-GPU-in-one Trinity card, ASUS tells us you'd see a performance boost of 139% when compared to single-GPU solutions. 139% does sound good, but with two extra GPUs at hand, why not a higher boost? Well, that brings us back to the familiar problem facing multiple GPUs on a single card: scaling.

Naturally, if the number of cores is going up, ASUS has opted to take the amount of onboard memory up a notch too. Trinity packs 1.5GBs of GDDR3 memory and a handy set of four DVI outputs - cause you know, four displays is the only way to game. All this however isn't without an obvious consequence - heat, and we'd guess plenty of it. That then would be why Trinity features "a specially designed water cooling solution – ensuring efficient heat dissipation for stable performance".

ASUS Trinity

ASUS tells us that Trinity "is able to truly deliver a world-class graphical performance – allowing users to fully enjoy games or movies without lag or stuttering even at very high resolutions and maximum quality settings."

The complete specification, according to ASUS, is as follows:


Model

EAH3850 TRINITY/3DHTI/1.5G

Graphics Engine

Radeon HD 3850

Video Memory

1.5G DDR3

Engine Clock

660MHz

Memory Clock

850 MHz (1.7GHz DDR3)

Memory Interface

256-bit + 256-bit + 256-bit

DVI Max. Resolution

2560 * 1600

Bus Standard

PCI Express

DVI Output

DVI *4

HDCP compliant

Yes

HDMI Output

Yes, via DVI to HDMI adaptor

D-Sub Output

Yes, via DVI to D-Sub adaptor

HDTV Output

Yes, via HDTV Out cable

TV Output

Yes, via S-Video to Composite

Thermal Solution

Water Cooling System

Adaptor/Cable Bundled

DVI-to-D-Sub adaptor
DVI-to-HDMI adaptor
HDTV-out cable
Power Cable

Software Bundled

ASUS Utilities & Driver


Hold on a second, software bundled? We thought this was a concept...errr...oooh...

Official press release: ASUS Unveils World’s First Onboard Triple RV670PRO Graphics Card



HEXUS Forums :: 4 Comments

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You just know that some lucky guy at Asus will get to keep this for his own personal rig.
More interesting is Asus have been working with Thermaltake on the cooling solution. Maybe we will see some interesting stuff come from the asus camp with Thermaltakes help
Eh, I don't think it will bring any massive performance benefits if it comes to market. I mean, look at the multi GPU on card stuff from nVidia and AMD. They didn't perform as well as some people thought they would (well, the X2 did well for the price anyway) and the price for the 9800GX2 is almost hilarious.

Plus, the drivers need to be refined and refined again to get any advantage of these multi GPU configs.

Furthermore, many games are still no fully aware or take full advantage of Multi GPU configs or even multi core CPUs. How many years since we had multi GPUs? Like before VooDoo died? And we still have many games that see no performance gains, worse than expected, and some even fail to start.

I did thought multi GPU configs would have matured enough so that a majority of games did benefit from it for the prices of two or more cards. So far, I think it is failing. Not horribly failing, but I am not dancing around the latest CrossFire or SLi announcements.

If multi GPUs are ever going to deliver great performance gains for that price you paid, they'll need some serious design shifts in order to do that. Ridiculous power loads, heat, physical space usage, and large prices tags push me and many others out of the multi GPU ring.
I agree sir!

Can't wait for a ‘proper’ next gen part!