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We get a lot of questions along the lines of "Which of these CPUs is faster" and "What's the best I can get on this budget", and I'd like to do some testing so we can have some more specific information on that. Also, I'm curious :) Anybody else interested?

 

If you have a few minutes, please try this and post your results. It will require 3DS Max 7.0, and the tutorials CD that came with it (so we can standardize). If I get enough data I'll do some math with it.

 

First, get a beer and some chili (chili optional, but it will help with standardization), kill any extraneous programs, then load Tutorials\radiosit\library_with_radiosity.max. Bring up the Render window, go to Advanced Lighting and under Radiosity, hit Reset All, then Start. When it's done, make note of the completion time (in the Statistic rollout, scroll down for that).

 

Next, go to Common, change resolution to 2400x1800 (because render times in the 100-200 second range will be more informative and have less error than 30-50 seconds) and render. Make note of the render time.

 

Now, load \Tutorial\mental_ray\mirrors.max, go to the Render window, change resolution to 2400x1800, render, and make note of the render time. (This will render in Mental Ray by default.)

 

Then post the relevent information. I'll start.

 

 

 

For the desktop:

 

CPU: Athlon64 3000+ (2.01 GHz - the System control panel will give you the actual clock speed)

Motherboard: MSI K8N Neo Platinum (nForce3-250 chipset)

RAM: 1GB Corsair XMS, PC3200, 2.5-3-3-6 1t timing

Video: Quadro4 900XGL 128MB, using Maxtreme 7

 

Radiosity Solution: 200 seconds

Radiosity Render: 96 seconds

Mental Ray Render: 206 seconds

 

 

The laptop:

 

Dell Precision M50

CPU: Pentium 4-M 2.4 (2.39 GHz)

RAM: 1GB DDR266

Video: Quadro4 500 GoGL 64MB, using Maxtreme 7

 

Radiosity Solution: 276 seconds

Radiosity Render: 150 Seconds

Mental Ray Render: 295 Seconds

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dual amd mp@1995mhz

pc2700ram1G@266mhz

ati 9500pro 128mb

 

radiosity time 2:44=164s

radiosity rendering time 1:37=97s

mentalray rendering time 2:12=132S

 

Benq 7000

pm1.5Ghz

768mb ram

ati mobility 9700 64mb

 

radiosity time 4:36 =276s

radiosity rendering time 6:54=414s

mentalray rendering time 4:29=269s

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Andrew

 

i only have VIZ 4 can i still download These files from somewhere??

and Try To check This out also?? or is This a MAX ONLY assessment

 

??

 

idle curiousity

 

i have a 1x 2.4 ghz w/2.0 gb ram

it would be interesting To Try This Too

 

Thanks

 

Randy

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I am very interested in benchmarks too. And I am also looking at how different software packages work with different hardware rigs.

 

There is an excellent benchmark scene for Maya users at highend3D.

 

I am not absolutely sure if it is ok and within forum rules if I post the link here - but as it is strictly on topic and not exactly advertising a website I'll just give it a try:

 

http://www.highend3d.com/tests/maya/testcenter/download.3d.

 

If administration here at cg-architect don't remove this posting, I will start to provide you with my rendercount on that scene.

 

Cheers,

Marcus

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Andrew

 

i only have VIZ 4 can i still download These files from somewhere??

and Try To check This out also?? or is This a MAX ONLY assessment

 

??

 

idle curiousity

 

i have a 1x 2.4 ghz w/2.0 gb ram

it would be interesting To Try This Too

 

Thanks

 

Randy

 

Ooh, good point, the problem is these files are provided in Max 7 format and Viz 4 won't open them. (Also, copyright would seem to keep my from posting them.) Also, I don't think Viz 4 has Mental Ray, but I do think the library radiosity has been around for a long time so you might actually have it. It looks like this:

 

library.jpg

 

And the radiosity statistics tell me it has 650 geometric objects and 67 lights.

 

Max 6 does have both these scenes in its tutorials, but oddly enough the library is provided as a .drf (Arch Desktop's Viz Render) file, which does open in Max and Viz now. Arch Desktop 2006 also gives you the file for Viz Render. But with both of these programs, the radiosity initial quality needs to be reset to 80%.

 

So, NEW RULES:

 

Use what software you have, so long as it's new enough to have the library, making sure that the radiosity quality is at 80%. Also do the mental ray one if your software has mental ray. And then when you post, say which software you were using. (Bold so people who skim will notice.)

 

That way I can figure out how to correct for some versions being faster and/or doing less processing than others - on my desktop, Max7 takes 200 seconds to solve the radiosity but Viz Render for Arch Desktop 2006 only take 160! (I did try it in Max7 using the .drf file, and the time was the same.) So already we've learned a couple interesting things:

 

Max and Viz Render radiosity engines differ.

A PM 1.5 is as fast as a P4M 2.4 for radiosity and mental ray, but appears to be slow at running the default scanline renderer.

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hi There

 

Andrew Thanks for your idea and efforts

 

i do believe VIZ 4 has The Library scene i will look for That

i have a 2x 2.8 ghz w/ 3 gb ram at work running VIZ 2005

 

which has Mental Ray

 

so i will be able to check That out also

 

**

 

i will contact BOXX or some other vendor who has the dual dual-core computers

and see if There is a way we can get a "current" comparison using one of Those bad puppys

 

**

 

somewhere i have some download Powerpoint info

That shows the dual dual-core screaming past a 3.6 ghz

 

completely blows a 3.6 off The map

 

but i still want to get some independent confirmation

using the files That you are suggesting for comparision

 

**

 

Thanks again

 

Randy

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  • 3 weeks later...
  • 7 months later...

Hi all,

I'm coming up with some interesting numbers here:

Dell Precision PWS670

2x Dual Core Intel® Xeon™ CPU 2.80GHz w/ HT

3.00GB of RAM

nVidia Quadro FX 4500

radiosity time 1:18=78s

radiosity rendering time 3:18=198s

mentalray rendering time 1:11=71S

XI Computer Corp

2x Dual Core AMD Opteron Processor 280, 2.41GHz

3.25 GB of Ram

Nvidia Quadro FX 4500

radiosity time 2:02 =122s

radiosity rendering time 1:21=81s

mentalray rendering time 44s

Dell Precision 650

2x Intel® Xeon™ CPU 3.2GHz w/HT

3.25 GB of RAM

Nvidia Quadro FX 3000

radiosity time 2:35 =155s

radiosity rendering time 2:05=125s

mentalray rendering time 1:38=98s

Seems to me, all the hype about AMDs are quite true. FYI I'm running Windows XP Pro and 3ds Max 8 SP1

Have a great day.

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you guys shoutld try cinebench? Thats what we run in our office to to benchmark systems, it will go through single and multiprocessor, renders.... and tests your system performance for directX OpenGL and hardware renderings and specs it all out.

 

Its a free download (45mb). Everythings build in and doesn't require everyone to have the same software, scene, software, and plugins. you litteraly download, run and post.

 

http://www.cinebench.com/

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Workstation:

Boxx 7400

dual 248 Opteron (single core)

2 gb ram

Quadro FX 3400 (not that it matters)

74 gb raptor HD

 

radiosity solution = 1:52 = 112 seconds

radiosity rendering = 1:12 = 72 seconds

mental ray rendering = 6:09 = 369 seconds

 

cinebench:

 

CINEBENCH 9.5

****************************************************

 

Tester : dp

 

Processor : opteron 248

MHz : 2.2

Number of CPUs : 2

Operating System : xp pro

 

Graphics Card : quadrofx 3400

Resolution :

Color Depth :

 

****************************************************

 

Rendering (Single CPU): 319 CB-CPU

Rendering (Multiple CPU): 584 CB-CPU

 

Multiprocessor Speedup: 1.83

 

Shading (CINEMA 4D) : 349 CB-GFX

Shading (OpenGL Software Lighting) : 1410 CB-GFX

Shading (OpenGL Hardware Lighting) : 2966 CB-GFX

 

OpenGL Speedup: 8.50

 

****************************************************

 

Laptop:

Sager 8890

P4 - 3.2ghz 800fsb

1 gb ram

ATI mobility Radeon 9600

XP Pro

 

CINEBENCH 9.5

****************************************************

 

Tester : tecton3d

 

Processor : P4 800fsb 512 cache

MHz : 3.2

Number of CPUs : 2

Operating System : xp pro

 

Graphics Card : radeon 9600 mobility

Resolution :

Color Depth :

 

****************************************************

 

Rendering (Single CPU): 305 CB-CPU

Rendering (Multiple CPU): 352 CB-CPU

 

Multiprocessor Speedup: 1.15

 

Shading (CINEMA 4D) : 326 CB-GFX

Shading (OpenGL Software Lighting) : 1301 CB-GFX

Shading (OpenGL Hardware Lighting) : 2561 CB-GFX

 

OpenGL Speedup: 7.85

 

****************************************************

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  • 1 month later...

Got a new one - MacBook Pro 2GHz Duo dual-booting OSX and XP. Interestingly, when I run the same test in Windows XP and OSX on the same hardware, the render times are the same but XP beats the crap out of MacOS in display performance. In OSX the OpenGL test comes in at around 1190. Tried it on the P4-2.4 laptop with Quadro4 500 and got 220 rendering and 1556 OpenGL.

 

The new ATI Mobility actually slightly underperforms the old Mobility but the interesting part is that neither of them is much slower than the QuadroFX 3400...

 

CINEBENCH 9.5

****************************************************

 

Tester : AJLynn

 

Processor : MacBook Pro

MHz : 2x2.0

Number of CPUs : 2

Operating System : XP Pro SP2

 

Graphics Card : ATI x1600 256MB

Resolution :

Color Depth :

 

****************************************************

 

Rendering (Single CPU): 294 CB-CPU

Rendering (Multiple CPU): 541 CB-CPU

 

Multiprocessor Speedup: 1.84

 

Shading (CINEMA 4D) : 343 CB-GFX

Shading (OpenGL Software Lighting) : 1378 CB-GFX

Shading (OpenGL Hardware Lighting) : 2539 CB-GFX

 

OpenGL Speedup: 7.40

 

****************************************************

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After a little free tweaking with Ntune:

CINEBENCH 9.5

****************************************************

Tester : tecton3d

Processor : Opteron 248

MHz : 2.2 @ 2.4

Number of CPUs : 2

Operating System : xp pro

Graphics Card : FX3400

Resolution :

Color Depth :

****************************************************

Rendering (Single CPU): 338 CB-CPU

Rendering (Single CPU): 319 CB-CPU

 

Rendering (Multiple CPU): 627 CB-CPU

Rendering (Multiple CPU): 584 CB-CPU

 

Multiprocessor Speedup: 1.85

Multiprocessor Speedup: 1.83

 

Shading (CINEMA 4D) : 359 CB-GFX

Shading (CINEMA 4D) : 349 CB-GFX

 

Shading (OpenGL Software Lighting) : 1433 CB-GFX

Shading (OpenGL Software Lighting) : 1410 CB-GFX

 

Shading (OpenGL Hardware Lighting) : 3302 CB-GFX

Shading (OpenGL Hardware Lighting) : 2966 CB-GFX

 

OpenGL Speedup: 9.19

OpenGL Speedup: 8.50

****************************************************

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Our new Render Server

RenderBOXX - 7104 w/ 3gb ram

 

CINEBENCH 9.5

****************************************************

 

Tester : AED

 

Processor : Dual 270 (dual core)

MHz : 1.99 ghz

Number of CPUs : 4

Operating System : Windows XP Pro

 

Graphics Card : ATI Rage XL PCI

Resolution :

Color Depth :

 

****************************************************

 

Rendering (Single CPU): 295 CB-CPU

Rendering (Multiple CPU): 930 CB-CPU

 

Multiprocessor Speedup: 3.16

 

Shading (CINEMA 4D) : 339 CB-GFX

Shading (OpenGL Software Lighting) : 236 CB-GFX

Shading (OpenGL Hardware Lighting) : 137 CB-GFX

 

OpenGL Speedup: 0.70

 

****************************************************

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Yeah - that is the Render Server - so the said that the video cards don't need to be too powerfull. Besides the unit is probably 1" thick. LOL

 

I gotta wonder though if it had a little beefier card would performance increase.

 

I still need to my 5400 dual 265 Opteron (dual core) and post those numbers up - maybe after I meet tonite's deadline.

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CINEBENCH 9.5

****************************************************

 

Tester : AD

 

Processor : BoXX 5404

MHz : 1.81ghz - dual core opteron 265

Number of CPUs : 4

Operating System : Windows XP Pro

 

Graphics Card : Nvidia Quadro FX 3400 w/ 256mb

Resolution :

Color Depth :

 

****************************************************

 

Rendering (Single CPU): 261 CB-CPU

Rendering (Multiple CPU): 768 CB-CPU

 

Multiprocessor Speedup: 2.94

 

Shading (CINEMA 4D) : 273 CB-GFX

Shading (OpenGL Software Lighting) : 1140 CB-GFX

Shading (OpenGL Hardware Lighting) : 2178 CB-GFX

 

OpenGL Speedup: 7.97

 

****************************************************

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here are 2 of mine

 

CINEBENCH 9.5

****************************************************

 

Processor : Dell Precision WorkStation 670

MHz : Pentium XEON 3.4G

Number of CPUs : 2

Operating System : Win XP Pro

 

Graphics Card : NVIDIA Quadro FX 1400 128Mb

 

****************************************************

 

Rendering (Single CPU): 285 CB-CPU

Rendering (Multiple CPU): 517 CB-CPU

 

Multiprocessor Speedup: 1.81

 

Shading (CINEMA 4D) : 381 CB-GFX

Shading (OpenGL Software Lighting) : 1396 CB-GFX

Shading (OpenGL Hardware Lighting) : 3632 CB-GFX

 

OpenGL Speedup: 9.54

 

////////////////////////////////////////////////////

 

Processor : Alienware MJ12 M7700A LAPTOP

MHz : AMD Athlon 64 X2 Dual Core 4400

Number of CPUs : 2

Operating System : Win XP Pro

 

Graphics Card : NVIDIA Quadro FX Go1400 256MB

 

****************************************************

 

Rendering (Single CPU): 322 CB-CPU

Rendering (Multiple CPU): 600 CB-CPU

 

Multiprocessor Speedup: 1.86

 

Shading (CINEMA 4D) : 339 CB-GFX

Shading (OpenGL Software Lighting) : 1490 CB-GFX

Shading (OpenGL Hardware Lighting) : 3716 CB-GFX

 

OpenGL Speedup: 10.96

 

****************************************************

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  • 2 weeks later...

Acer Aspire 5612 Wlmi

CINEBENCH 9.5

****************************************************

 

Tester : Dim

 

Processor : Centrino DualCore 1.6Ghz

MHz : 1,6Ghz

Number of CPUs : 2

Operating System : Xp Home

 

Graphics Card : GeForce7300 Go

Resolution :

Color Depth :

 

****************************************************

 

Rendering (Single CPU): 247 CB-CPU

Rendering (Multiple CPU): 453 CB-CPU

 

Multiprocessor Speedup: 1.83

 

Shading (CINEMA 4D) : 291 CB-GFX

Shading (OpenGL Software Lighting) : 1183 CB-GFX

Shading (OpenGL Hardware Lighting) : 2562 CB-GFX

 

OpenGL Speedup: 8.80

 

****************************************************

 

 

 

 

 

CINEBENCH 9.5

****************************************************

 

Tester : Dim

 

Processor : Intel DualCore 3Ghz

MHz : 3Ghz

Number of CPUs : 2

Operating System : Xp Pro

 

Graphics Card : GeForce 7800GT

Resolution :

Color Depth :

 

****************************************************

 

Rendering (Single CPU): 258 CB-CPU

Rendering (Multiple CPU): 479 CB-CPU

 

Multiprocessor Speedup: 1.86

 

Shading (CINEMA 4D) : 354 CB-GFX

Shading (OpenGL Software Lighting) : 1447 CB-GFX

Shading (OpenGL Hardware Lighting) : 3591 CB-GFX

 

OpenGL Speedup: 10.15

 

****************************************************

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  • 3 weeks later...

I replaced the MacBook Pro with the 17" model. Long story. Big improvements.

 

MacBook Pro 17" 2.16GHz:

 

 

CINEBENCH 9.5

****************************************************

 

Tester : AJLynn

 

Processor : MacBookPro17

MHz : 2.16x2

Number of CPUs : 2

Operating System : MacOSX 10.4.6

 

Graphics Card : ATI x1600 256MB

Resolution : 1680x1050

Color Depth : 32BPP

 

****************************************************

 

Rendering (Single CPU): 330 CB-CPU

Rendering (Multiple CPU): 626 CB-CPU

 

Multiprocessor Speedup: 1.90

 

Shading (CINEMA 4D) : 376 CB-GFX

Shading (OpenGL Software Lighting) : 1468 CB-GFX

Shading (OpenGL Hardware Lighting) : 2840 CB-GFX

 

OpenGL Speedup: 7.56

 

****************************************************

 

--------

 

Update:

 

The Windows Cinebench scores on this are a bit odd - MacOSX repeatedly gets 626 in Rendering, Windows varies but doesn't go over 590. OpenGL varies from 2400 to 2800. One other tangential observation - I ran the render test repeatedly to see how hot the bottom of the case would get under heavy CPU use, and this is not at all scientific but it seems a bit cooler than the 15" model - makes sense, the case is larger.

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