ppl seem to think that the 360 gpu is better then ps3? Read on Gentlemen.

Ok, I don't know who says it does though.

360 GPU = 500mhz PS3 GPU = 550mhz Not only is the ps3 gpu faster, but it has its own dedicated memory, which the 360 gpu has to share with the rest of the system. PS3 GPU > 360 GPU. This is why ps3 games are graphic kings. Case Closed.Killzowner

No the PS3s GPU got downclocked to 500mhz when it came out. They have the same amount of memory and the 360's is more flexible, so they coudl set it up like the PS3s also the 360s polygon count doubles the RSX's.

I could believe this, but a link would be nice :)

360 GPU = 500mhz PS3 GPU = 550mhz Not only is the ps3 gpu faster, but it has its own dedicated memory, which the 360 gpu has to share with the rest of the system. PS3 GPU > 360 GPU. This is why ps3 games are graphic kings. Case Closed.Killzowner

[QUOTE="Killzowner"]360 GPU = 500mhz PS3 GPU = 550mhz Not only is the ps3 gpu faster, but it has its own dedicated memory, which the 360 gpu has to share with the rest of the system. PS3 GPU > 360 GPU. This is why ps3 games are graphic kings. Case Closed.Threebabycows

No the PS3s GPU got downclocked to 500mhz when it came out.

[QUOTE="Threebabycows"]

[QUOTE="Killzowner"]360 GPU = 500mhz PS3 GPU = 550mhz Not only is the ps3 gpu faster, but it has its own dedicated memory, which the 360 gpu has to share with the rest of the system. PS3 GPU > 360 GPU. This is why ps3 games are graphic kings. Case Closed.Killzowner

No the PS3s GPU got downclocked to 500mhz when it came out.

[QUOTE="Killzowner"]360 GPU = 500mhz PS3 GPU = 550mhz Not only is the ps3 gpu faster, but it has its own dedicated memory, which the 360 gpu has to share with the rest of the system. PS3 GPU > 360 GPU. This is why ps3 games are graphic kings. Case Closed.fixer293

Core Clock Frequency
Xbox 360 - 500 MHz
PS3 - 500 MHz

Triangle Setup
Xbox 360 - 500 Million Triangles/sec
PS3 - 250 Million Triangles/sec

Vertex Shader Processing (Vertex ALU x Clock / 4)
Xbox 360 - 6.0 Billion Vertices/sec (using all 48 Unified Pipelines)
Xbox 360 - 2.0 Billion Vertices/sec (using 16 of the 48 Unified Pipelines)
Xbox 360 - 1.5 Billion Vertices/sec (using 12 of the 48 Unified Pipelines)
Xbox 360 - 1.0 Billion Vertices/sec (using 8 of the 48 Unified Pipelines)
PS3 - 1.0 Billion Vertices/sec

Filtered Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 12.0 Billion Texels/sec

Vertex Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 4.0 Billion Texels/sec

Pixel Shader Processing with 16 Filtered Texels Per Cycle (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 16.0 Billion Pixels/sec

Pixel Shader Processing without Textures (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 24.0 Billion Pixels/sec

Multisampled Fill Rate
Xbox 360 - 16.0 Billion Samples/sec (8 ROPS x 4 Samples x 500MHz)
PS3 - 8.0 Billion Samples/sec (8 ROPS x 2 Samples x 500MHz)

Pixel Fill Rate with 4x Multisampled Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 4 Samples x 500MHz / 4)
PS3 - 2.0 Billion Pixels/sec (8 ROPS x 2 Samples x 500MHz / 4)

Pixel Fill Rate without Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)
PS3 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)

Frame Buffer Bandwidth
Xbox 360 - 256.0 GB/sec (dedicated for frame buffer rendering)
PS3 - 20.8 GB/sec (shared with other graphics data: textures and vertices)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for textures and vertices)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for textures and vertices)

Texture/Vertex Memory Bandwidth
Xbox 360 - 22.4 GB/sec (shared with CPU)
Xbox 360 - 14.4 GB/sec (with 8.0 GB/sec subtracted for CPU)
Xbox 360 - 12.4 GB/sec (with 10.0 GB/sec subtracted for CPU)
PS3 - 20.8 GB/sec (shared with frame buffer)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for frame buffer)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for frame buffer)

Shader Model
Xbox 360 - Shader Model 3.0+ / Unified Shader Architecture
PS3 - Shader Model 3.0 / Discrete Shader Architecture

http://www.pcvsconsole.com/comparisons/xbox-360-vs-ps3-gpu/

No need to make things up, TC.

[QUOTE="fixer293"][QUOTE="Killzowner"]360 GPU = 500mhz PS3 GPU = 550mhz Not only is the ps3 gpu faster, but it has its own dedicated memory, which the 360 gpu has to share with the rest of the system. PS3 GPU > 360 GPU. This is why ps3 games are graphic kings. Case Closed.Killzowner

He's right guys, check the specs on both consoles. Oh wait, Bio has info.

[QUOTE="Threebabycows"]

[QUOTE="Killzowner"]360 GPU = 500mhz PS3 GPU = 550mhz Not only is the ps3 gpu faster, but it has its own dedicated memory, which the 360 gpu has to share with the rest of the system. PS3 GPU > 360 GPU. This is why ps3 games are graphic kings. Case Closed.Killzowner

No the PS3s GPU got downclocked to 500mhz when it came out.

Read it and weep http://www.edepot.com/playstation3.html#PlayStation_3_Hardware

360 GPU = 500mhz PS3 GPU = 550mhz Not only is the ps3 gpu faster, but it has its own dedicated memory, which the 360 gpu has to share with the rest of the system. PS3 GPU > 360 GPU. This is why ps3 games are graphic kings. Case Closed.Killzowner

Let's see, compare a 3.2 ghz p4 to a 3.2 ghz c2d...

then tell us why most multiplat games look better on 360.........Yeah.fixer293

Developers create the games for the Xbox 360 first, then port them over to the Ps3 and the quality lowers.

http://www.pcvsconsole.com/comparisons/xbox-360-vs-ps3-gpu/

No need to make things up, TC.

He's right guys, check the specs on both consoles. Oh wait, Bio has info.

mitu123

Nope. He posted an article from 2005 before the hardware was final.

Core Clock Frequency
Xbox 360 - 500 MHz
PS3 - 500 MHz

Triangle Setup
Xbox 360 - 500 Million Triangles/sec
PS3 - 250 Million Triangles/sec

Vertex Shader Processing (Vertex ALU x Clock / 4)
Xbox 360 - 6.0 Billion Vertices/sec (using all 48 Unified Pipelines)
Xbox 360 - 2.0 Billion Vertices/sec (using 16 of the 48 Unified Pipelines)
Xbox 360 - 1.5 Billion Vertices/sec (using 12 of the 48 Unified Pipelines)
Xbox 360 - 1.0 Billion Vertices/sec (using 8 of the 48 Unified Pipelines)
PS3 - 1.0 Billion Vertices/sec

Filtered Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 12.0 Billion Texels/sec

Vertex Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 4.0 Billion Texels/sec

Pixel Shader Processing with 16 Filtered Texels Per Cycle (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 16.0 Billion Pixels/sec

Pixel Shader Processing without Textures (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 24.0 Billion Pixels/sec

Multisampled Fill Rate
Xbox 360 - 16.0 Billion Samples/sec (8 ROPS x 4 Samples x 500MHz)
PS3 - 8.0 Billion Samples/sec (8 ROPS x 2 Samples x 500MHz)

Pixel Fill Rate with 4x Multisampled Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 4 Samples x 500MHz / 4)
PS3 - 2.0 Billion Pixels/sec (8 ROPS x 2 Samples x 500MHz / 4)

Pixel Fill Rate without Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)
PS3 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)

Frame Buffer Bandwidth
Xbox 360 - 256.0 GB/sec (dedicated for frame buffer rendering)
PS3 - 20.8 GB/sec (shared with other graphics data: textures and vertices)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for textures and vertices)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for textures and vertices)

Texture/Vertex Memory Bandwidth
Xbox 360 - 22.4 GB/sec (shared with CPU)
Xbox 360 - 14.4 GB/sec (with 8.0 GB/sec subtracted for CPU)
Xbox 360 - 12.4 GB/sec (with 10.0 GB/sec subtracted for CPU)
PS3 - 20.8 GB/sec (shared with frame buffer)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for frame buffer)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for frame buffer)

Shader Model
Xbox 360 - Shader Model 3.0+ / Unified Shader Architecture
PS3 - Shader Model 3.0 / Discrete Shader Architecture

http://www.pcvsconsole.com/comparisons/xbox-360-vs-ps3-gpu/

No need to make things up, TC.

BioShockOwnz

Beat me to it, want a tissue TC.

anyone else notice killzowner is getting owned within the 1stcouple ofminutes of every thread he makes then abandons it, and then five minutes later he makes a brand new thread with even more misinformation?

I came in expecting a "teh cell!11" argument.

Speed doesn't matter nearly as much as you think it does. Thanks to the non-uniform structure of the memory the Xenos is more flexible and can do much more than the PS3's RSX (which is essentially a rebranded 7900). The eDRAM setup of the 360's memory can produce 4 samples of AA with very little performance cost unlike the PS3's GPU, which is why many of PS3's games are lacking AA (meaning they look worse). The PS3 can't even implement any DirectX10 features (not that they're that much better to begin with, but it's a limiting factor). :P

[QUOTE="fixer293"]then tell us why most multiplat games look better on 360.........Yeah.Yandere

Developers create the games for the Xbox 360 first, then port them over to the Ps3 and the quality lowers.

then tell us why most multiplat games look better on 360.........Yeah.fixer293

[QUOTE="mitu123"]

He's right guys, check the specs on both consoles. Oh wait, Bio has info.

BioShockOwnz

Nope. He posted an article from 2005 before the hardware was final.

[QUOTE="mitu123"]

He's right guys, check the specs on both consoles. Oh wait, Bio has info.

Nope. He posted an article from 2005 before the hardware was final.

[QUOTE="BioShockOwnz"]

Core Clock Frequency
Xbox 360 - 500 MHz
PS3 - 500 MHz

Triangle Setup
Xbox 360 - 500 Million Triangles/sec
PS3 - 250 Million Triangles/sec

Vertex Shader Processing (Vertex ALU x Clock / 4)
Xbox 360 - 6.0 Billion Vertices/sec (using all 48 Unified Pipelines)
Xbox 360 - 2.0 Billion Vertices/sec (using 16 of the 48 Unified Pipelines)
Xbox 360 - 1.5 Billion Vertices/sec (using 12 of the 48 Unified Pipelines)
Xbox 360 - 1.0 Billion Vertices/sec (using 8 of the 48 Unified Pipelines)
PS3 - 1.0 Billion Vertices/sec

Filtered Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 12.0 Billion Texels/sec

Vertex Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 4.0 Billion Texels/sec

Pixel Shader Processing with 16 Filtered Texels Per Cycle (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 16.0 Billion Pixels/sec

Pixel Shader Processing without Textures (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 24.0 Billion Pixels/sec

Multisampled Fill Rate
Xbox 360 - 16.0 Billion Samples/sec (8 ROPS x 4 Samples x 500MHz)
PS3 - 8.0 Billion Samples/sec (8 ROPS x 2 Samples x 500MHz)

Pixel Fill Rate with 4x Multisampled Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 4 Samples x 500MHz / 4)
PS3 - 2.0 Billion Pixels/sec (8 ROPS x 2 Samples x 500MHz / 4)

Pixel Fill Rate without Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)
PS3 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)

Frame Buffer Bandwidth
Xbox 360 - 256.0 GB/sec (dedicated for frame buffer rendering)
PS3 - 20.8 GB/sec (shared with other graphics data: textures and vertices)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for textures and vertices)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for textures and vertices)

Texture/Vertex Memory Bandwidth
Xbox 360 - 22.4 GB/sec (shared with CPU)
Xbox 360 - 14.4 GB/sec (with 8.0 GB/sec subtracted for CPU)
Xbox 360 - 12.4 GB/sec (with 10.0 GB/sec subtracted for CPU)
PS3 - 20.8 GB/sec (shared with frame buffer)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for frame buffer)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for frame buffer)

Shader Model
Xbox 360 - Shader Model 3.0+ / Unified Shader Architecture
PS3 - Shader Model 3.0 / Discrete Shader Architecture

http://www.pcvsconsole.com/comparisons/xbox-360-vs-ps3-gpu/

No need to make things up, TC.

fixer293

Beat me to it, want a tissue TC.

Seriously the 360 GPU doubles RSX at pretty much...everything, I am surprised the difference between the 360 and PS3 games aren't larger.

[QUOTE="Yandere"]

[QUOTE="fixer293"]then tell us why most multiplat games look better on 360.........Yeah.wordtoyobraind

Developers create the games for the Xbox 360 first, then port them over to the Ps3 and the quality lowers.

Name a Ps3 game has been ported to the Xbox 360?

[QUOTE="mitu123"]

He's right guys, check the specs on both consoles. Oh wait, Bio has info.

Nope. He posted an article from 2005 before the hardware was final.

anyone else notice killzowner is getting owned within the 1stcouple ofminutes of every thread he makes then abandons it, and then five minutes later he makes a brand new thread with even more misinformation?

Fizzman

[QUOTE="Threebabycows"]

[QUOTE="Killzowner"]

No the PS3s GPU got downclocked to 500mhz when it came out.

Killzowner

Core Clock Frequency
Xbox 360 - 500 MHz
PS3 - 500 MHz

Triangle Setup
Xbox 360 - 500 Million Triangles/sec
PS3 - 250 Million Triangles/sec

Vertex Shader Processing (Vertex ALU x Clock / 4)
Xbox 360 - 6.0 Billion Vertices/sec (using all 48 Unified Pipelines)
Xbox 360 - 2.0 Billion Vertices/sec (using 16 of the 48 Unified Pipelines)
Xbox 360 - 1.5 Billion Vertices/sec (using 12 of the 48 Unified Pipelines)
Xbox 360 - 1.0 Billion Vertices/sec (using 8 of the 48 Unified Pipelines)
PS3 - 1.0 Billion Vertices/sec

Filtered Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 12.0 Billion Texels/sec

Vertex Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 4.0 Billion Texels/sec

Pixel Shader Processing with 16 Filtered Texels Per Cycle (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 16.0 Billion Pixels/sec

Pixel Shader Processing without Textures (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 24.0 Billion Pixels/sec

Multisampled Fill Rate
Xbox 360 - 16.0 Billion Samples/sec (8 ROPS x 4 Samples x 500MHz)
PS3 - 8.0 Billion Samples/sec (8 ROPS x 2 Samples x 500MHz)

Pixel Fill Rate with 4x Multisampled Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 4 Samples x 500MHz / 4)
PS3 - 2.0 Billion Pixels/sec (8 ROPS x 2 Samples x 500MHz / 4)

Pixel Fill Rate without Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)
PS3 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)

Frame Buffer Bandwidth
Xbox 360 - 256.0 GB/sec (dedicated for frame buffer rendering)
PS3 - 20.8 GB/sec (shared with other graphics data: textures and vertices)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for textures and vertices)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for textures and vertices)

Texture/Vertex Memory Bandwidth
Xbox 360 - 22.4 GB/sec (shared with CPU)
Xbox 360 - 14.4 GB/sec (with 8.0 GB/sec subtracted for CPU)
Xbox 360 - 12.4 GB/sec (with 10.0 GB/sec subtracted for CPU)
PS3 - 20.8 GB/sec (shared with frame buffer)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for frame buffer)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for frame buffer)

Shader Model
Xbox 360 - Shader Model 3.0+ / Unified Shader Architecture
PS3 - Shader Model 3.0 / Discrete Shader Architecture

http://www.pcvsconsole.com/comparisons/xbox-360-vs-ps3-gpu/

No need to make things up, TC.

BioShockOwnz

Wow those GPU specs are pretty terrible

[QUOTE="BioShockOwnz"]

[QUOTE="mitu123"]

He's right guys, check the specs on both consoles. Oh wait, Bio has info.

Killzowner

Nope. He posted an article from 2005 before the hardware was final.

[QUOTE="BioShockOwnz"]

[QUOTE="mitu123"]

He's right guys, check the specs on both consoles. Oh wait, Bio has info.

Killzowner

Nope. He posted an article from 2005 before the hardware was final.

Yup, nice link with misinformation. Post the facts. No need to hide them.

[QUOTE="Killzowner"][QUOTE="BioShockOwnz"]

Nope. He posted an article from 2005 before the hardware was final.

kidcool189

Clock = frequency...

[QUOTE="wordtoyobraind"][QUOTE="Yandere"]

Developers create the games for the Xbox 360 first, then port them over to the Ps3 and the quality lowers.

Yandere

Name a Ps3 game has been ported to the Xbox 360?

Mirrors edge and Ghostbusters also at one point the PS3 version of farcry 2 had 14 devs on it vs. the 3 the 360 had. IW also gave the PS3 to the Best devs they have(to work on)

http://xbox360.ign.com/articles/617/617951p1.html

MMMM that some good crow

Core Clock Frequency
Xbox 360 - 500 MHz
PS3 - 500 MHz

Triangle Setup
Xbox 360 - 500 Million Triangles/sec
PS3 - 250 Million Triangles/sec

Vertex Shader Processing (Vertex ALU x Clock / 4)
Xbox 360 - 6.0 Billion Vertices/sec (using all 48 Unified Pipelines)
Xbox 360 - 2.0 Billion Vertices/sec (using 16 of the 48 Unified Pipelines)
Xbox 360 - 1.5 Billion Vertices/sec (using 12 of the 48 Unified Pipelines)
Xbox 360 - 1.0 Billion Vertices/sec (using 8 of the 48 Unified Pipelines)
PS3 - 1.0 Billion Vertices/sec

Filtered Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 12.0 Billion Texels/sec

Vertex Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 4.0 Billion Texels/sec

Pixel Shader Processing with 16 Filtered Texels Per Cycle (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 16.0 Billion Pixels/sec

Pixel Shader Processing without Textures (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 24.0 Billion Pixels/sec

Multisampled Fill Rate
Xbox 360 - 16.0 Billion Samples/sec (8 ROPS x 4 Samples x 500MHz)
PS3 - 8.0 Billion Samples/sec (8 ROPS x 2 Samples x 500MHz)

Pixel Fill Rate with 4x Multisampled Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 4 Samples x 500MHz / 4)
PS3 - 2.0 Billion Pixels/sec (8 ROPS x 2 Samples x 500MHz / 4)

Pixel Fill Rate without Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)
PS3 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)

Frame Buffer Bandwidth
Xbox 360 - 256.0 GB/sec (dedicated for frame buffer rendering)
PS3 - 20.8 GB/sec (shared with other graphics data: textures and vertices)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for textures and vertices)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for textures and vertices)

Texture/Vertex Memory Bandwidth
Xbox 360 - 22.4 GB/sec (shared with CPU)
Xbox 360 - 14.4 GB/sec (with 8.0 GB/sec subtracted for CPU)
Xbox 360 - 12.4 GB/sec (with 10.0 GB/sec subtracted for CPU)
PS3 - 20.8 GB/sec (shared with frame buffer)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for frame buffer)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for frame buffer)

Shader Model
Xbox 360 - Shader Model 3.0+ / Unified Shader Architecture
PS3 - Shader Model 3.0 / Discrete Shader Architecture

http://www.pcvsconsole.com/comparisons/xbox-360-vs-ps3-gpu/

No need to make things up, TC.

BioShockOwnz

So, apparently, by the TC's logic a P4@3.2Ghz is better than a C2Q@2.66Ghz :lol:

IGN linkfixer293

Nicely done.

IGN is more popular than 1UP.

Core Clock Frequency
Xbox 360 - 500 MHz
PS3 - 500 MHz

Triangle Setup
Xbox 360 - 500 Million Triangles/sec
PS3 - 250 Million Triangles/sec

Vertex Shader Processing (Vertex ALU x Clock / 4)
Xbox 360 - 6.0 Billion Vertices/sec (using all 48 Unified Pipelines)
Xbox 360 - 2.0 Billion Vertices/sec (using 16 of the 48 Unified Pipelines)
Xbox 360 - 1.5 Billion Vertices/sec (using 12 of the 48 Unified Pipelines)
Xbox 360 - 1.0 Billion Vertices/sec (using 8 of the 48 Unified Pipelines)
PS3 - 1.0 Billion Vertices/sec

Filtered Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 12.0 Billion Texels/sec

Vertex Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 4.0 Billion Texels/sec

Pixel Shader Processing with 16 Filtered Texels Per Cycle (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 16.0 Billion Pixels/sec

Pixel Shader Processing without Textures (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 24.0 Billion Pixels/sec

Multisampled Fill Rate
Xbox 360 - 16.0 Billion Samples/sec (8 ROPS x 4 Samples x 500MHz)
PS3 - 8.0 Billion Samples/sec (8 ROPS x 2 Samples x 500MHz)

Pixel Fill Rate with 4x Multisampled Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 4 Samples x 500MHz / 4)
PS3 - 2.0 Billion Pixels/sec (8 ROPS x 2 Samples x 500MHz / 4)

Pixel Fill Rate without Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)
PS3 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)

Frame Buffer Bandwidth
Xbox 360 - 256.0 GB/sec (dedicated for frame buffer rendering)
PS3 - 20.8 GB/sec (shared with other graphics data: textures and vertices)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for textures and vertices)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for textures and vertices)

Texture/Vertex Memory Bandwidth
Xbox 360 - 22.4 GB/sec (shared with CPU)
Xbox 360 - 14.4 GB/sec (with 8.0 GB/sec subtracted for CPU)
Xbox 360 - 12.4 GB/sec (with 10.0 GB/sec subtracted for CPU)
PS3 - 20.8 GB/sec (shared with frame buffer)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for frame buffer)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for frame buffer)

Shader Model
Xbox 360 - Shader Model 3.0+ / Unified Shader Architecture
PS3 - Shader Model 3.0 / Discrete Shader Architecture

http://www.pcvsconsole.com/comparisons/xbox-360-vs-ps3-gpu/

No need to make things up, TC.

BioShockOwnz

Wait a minute, that was all M$ PR back from 2005. Nice try.

[QUOTE="fixer293"]IGN linkBioShockOwnz

Nicely done.

IGN is more popular than 1UP.

[QUOTE="BioShockOwnz"]

Core Clock Frequency
Xbox 360 - 500 MHz
PS3 - 500 MHz

Triangle Setup
Xbox 360 - 500 Million Triangles/sec
PS3 - 250 Million Triangles/sec

Vertex Shader Processing (Vertex ALU x Clock / 4)
Xbox 360 - 6.0 Billion Vertices/sec (using all 48 Unified Pipelines)
Xbox 360 - 2.0 Billion Vertices/sec (using 16 of the 48 Unified Pipelines)
Xbox 360 - 1.5 Billion Vertices/sec (using 12 of the 48 Unified Pipelines)
Xbox 360 - 1.0 Billion Vertices/sec (using 8 of the 48 Unified Pipelines)
PS3 - 1.0 Billion Vertices/sec

Filtered Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 12.0 Billion Texels/sec

Vertex Texture Fetch
Xbox 360 - 8.0 Billion Texels/sec
PS3 - 4.0 Billion Texels/sec

Pixel Shader Processing with 16 Filtered Texels Per Cycle (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 16.0 Billion Pixels/sec

Pixel Shader Processing without Textures (Pixel ALU x Clock)
Xbox 360 - 24.0 Billion Pixels/sec (using all 48 Unified Pipelines)
Xbox 360 - 20.0 Billion Pixels/sec (using 40 of the 48 Unified Pipelines)
Xbox 360 - 18.0 Billion Pixels/sec (using 36 of the 48 Unified Pipelines)
Xbox 360 - 16.0 Billion Pixels/sec (using 32 of the 48 Unified Pipelines)
PS3 - 24.0 Billion Pixels/sec

Multisampled Fill Rate
Xbox 360 - 16.0 Billion Samples/sec (8 ROPS x 4 Samples x 500MHz)
PS3 - 8.0 Billion Samples/sec (8 ROPS x 2 Samples x 500MHz)

Pixel Fill Rate with 4x Multisampled Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 4 Samples x 500MHz / 4)
PS3 - 2.0 Billion Pixels/sec (8 ROPS x 2 Samples x 500MHz / 4)

Pixel Fill Rate without Anti-Aliasing
Xbox 360 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)
PS3 - 4.0 Billion Pixels/sec (8 ROPS x 500MHz)

Frame Buffer Bandwidth
Xbox 360 - 256.0 GB/sec (dedicated for frame buffer rendering)
PS3 - 20.8 GB/sec (shared with other graphics data: textures and vertices)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for textures and vertices)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for textures and vertices)

Texture/Vertex Memory Bandwidth
Xbox 360 - 22.4 GB/sec (shared with CPU)
Xbox 360 - 14.4 GB/sec (with 8.0 GB/sec subtracted for CPU)
Xbox 360 - 12.4 GB/sec (with 10.0 GB/sec subtracted for CPU)
PS3 - 20.8 GB/sec (shared with frame buffer)
PS3 - 10.8 GB/sec (with 10.0 GB/sec subtracted for frame buffer)
PS3 - 8.4 GB/sec (with 12.4 GB/sec subtracted for frame buffer)

Shader Model
Xbox 360 - Shader Model 3.0+ / Unified Shader Architecture
PS3 - Shader Model 3.0 / Discrete Shader Architecture

http://www.pcvsconsole.com/comparisons/xbox-360-vs-ps3-gpu/

No need to make things up, TC.

SolidTy

Wait a minute, that was all M$ PR back from 2005. Nice try.

http://xbox360.ign.com/articles/617/617951p1.html

MMMM that some good crow

fixer293

How are you guys still posting these hilarious false info still, this was all discredited YEARS ago. Uh...

FROM YOUR OWN LINK @ IGN:

"Thus, enclosed is a Microsoft-made comparitive analysis. We have not altered, added, or tinkered with the data. We have not interpreted the specs. We have cut and pasted this information from the email into our site and formatted it. Make of it what you will, but be clear we know Microsoft has clearly slanted this info, and we're not endorsing it, just printing their version."

umm. its because devs are lazy and port to the ps3 badly. Look at the first party ps3 titles. Look at killzone, does xbox have any games that are that technically amazing? Nope? AND that game is only using 60% of the ps3's power, wait till GOW3, it is using 90% of the ps3 power.