كسيرة القلب
05-08-04, 08:32 PM
http://www.4-sms.com/f/04/08/142131858-psp.jpg
http://www.4-sms.com/f/04/08/142131858-psp1.jpg
http://www.4-sms.com/f/04/08/142131859-psp2.jpg
http://www.4-sms.com/f/04/08/142131859-psp3.jpg
The CPU
PSP will make use of twin MIPS R4000 32 bit processors running at max 333 Megahertz. One of these units is referred to as the Media Engine, and is to be used for sound, movies and I/O management. In addition, the system will include a so-called VFPU floating point vector unit with calculation capability of up to 2.6 Gigaflops. This latter unit is meant for assisting the CPU in 3D calculations.
The Memory
The system is expected to feature 8 Megabytes main memory with bandwidth of 2.6 Gigabytes per second along with two megabytes of sub-memory, also at 2.6 Gigabytes per second, which will be used by the Media Engine.
The Graphics Processor
The GPU is made up of a Rendering Engine and a Surface Engine and has access to 2 Megabytes of VRAM with a bandwidth of 5.3 Gigabytes per second. The hardware will include support for traditional polygons as well as curved surface primitives along with such things as clipping, morphing and more, freeing up software from having to deal with these. Sony claims a theoretical polygon performance of 33 million polygons per second.
The Disc
The system's UMD (Universal Media Disc) optical disk format has also been clarified a bit. A UMD is a 60 millimeter dual layered disk that can store up to 1.8 Gigabytes of data. Transfer rate for the reader unit is 11 Megabits per second, which is twice the transfer rate of a standard DVD system. Sony is also promising the highest level of copy protection for these discs using DiscID and AES encoding technology.
The Release Date
A worldwide simultaneous launch for the unit is expected for the fourth quarter of 2004.
Detailed Specs:
UMD(Universal Media Disc)
60mm
Laser Diode:660nm
Dual Layer :1.8GB
Transfer Rate:11Mbps
Shock Proof
Secure ROM by AES
Unique Disc ID
PSP CPU CORE
MIPS R4000 32bit Core
128bit Bus
1 - 333MHz @ 1.2V
Main Memory :8MB(eDRAM)
Bus Bandwidth :2.6GB/sec
I-Cache, D-Cache
FPU, VFPU (Vector Unit) @ 2.6GFlops
3D-CG Extended Instructions
PSP Media Engine
MIPS R4000 32bit Core
128bit Bus
1 - 333MHz @ 1.2V
Sub Memory:2MB(eDRAM) @ 2.6GB/sec
I-Cache, D-Cache
90nm CMOS
PSP Graphics Core 1
3D Curved Surface + 3D Polygon
Compressed Texture
Hardware Clipping, Morphing, Bone(8)
Hardware Tessellator
Bezier, B-Spline(NURBS)
ex 4x4, 16x16, 64x64 sub-division
PSP Graphics Core 2
'Rendering Engine' + 'Surface Engine'
256bit Bus, 1-166 MHz @ 1.2V
VRAM :2MB(eDRAM)
Bus Bandwidth :5.3GB/sec
Pixel Fill Rate :664 M pixels/sec
max 33 M polygon /sec(T&L)
24bit Full Color:RGBA
PSP Sound Core: VME
Reconfigurable DSPs
128bit Bus
166MHz @1.2V
5 Giga Operations /sec
CODEC
3D Sound, Multi-Channel
Synthesizer, Effecter, etc
AVC Decoder
AVC(H.264) Decoder
Main Profile
Baseline Profile
@Level1,Level2,Level3
2Hours(High Quality) - DVD movie
4Hours(Standard Quality) - CS Digital
I/O
USB 2.0
Memory Stick
Extension Port(reserved)
Stereo Head phone Out
Communication
Wireless LAN (i802.11)
IrDA
USB 2.0
http://www.4-sms.com/f/04/08/142131858-psp1.jpg
http://www.4-sms.com/f/04/08/142131859-psp2.jpg
http://www.4-sms.com/f/04/08/142131859-psp3.jpg
The CPU
PSP will make use of twin MIPS R4000 32 bit processors running at max 333 Megahertz. One of these units is referred to as the Media Engine, and is to be used for sound, movies and I/O management. In addition, the system will include a so-called VFPU floating point vector unit with calculation capability of up to 2.6 Gigaflops. This latter unit is meant for assisting the CPU in 3D calculations.
The Memory
The system is expected to feature 8 Megabytes main memory with bandwidth of 2.6 Gigabytes per second along with two megabytes of sub-memory, also at 2.6 Gigabytes per second, which will be used by the Media Engine.
The Graphics Processor
The GPU is made up of a Rendering Engine and a Surface Engine and has access to 2 Megabytes of VRAM with a bandwidth of 5.3 Gigabytes per second. The hardware will include support for traditional polygons as well as curved surface primitives along with such things as clipping, morphing and more, freeing up software from having to deal with these. Sony claims a theoretical polygon performance of 33 million polygons per second.
The Disc
The system's UMD (Universal Media Disc) optical disk format has also been clarified a bit. A UMD is a 60 millimeter dual layered disk that can store up to 1.8 Gigabytes of data. Transfer rate for the reader unit is 11 Megabits per second, which is twice the transfer rate of a standard DVD system. Sony is also promising the highest level of copy protection for these discs using DiscID and AES encoding technology.
The Release Date
A worldwide simultaneous launch for the unit is expected for the fourth quarter of 2004.
Detailed Specs:
UMD(Universal Media Disc)
60mm
Laser Diode:660nm
Dual Layer :1.8GB
Transfer Rate:11Mbps
Shock Proof
Secure ROM by AES
Unique Disc ID
PSP CPU CORE
MIPS R4000 32bit Core
128bit Bus
1 - 333MHz @ 1.2V
Main Memory :8MB(eDRAM)
Bus Bandwidth :2.6GB/sec
I-Cache, D-Cache
FPU, VFPU (Vector Unit) @ 2.6GFlops
3D-CG Extended Instructions
PSP Media Engine
MIPS R4000 32bit Core
128bit Bus
1 - 333MHz @ 1.2V
Sub Memory:2MB(eDRAM) @ 2.6GB/sec
I-Cache, D-Cache
90nm CMOS
PSP Graphics Core 1
3D Curved Surface + 3D Polygon
Compressed Texture
Hardware Clipping, Morphing, Bone(8)
Hardware Tessellator
Bezier, B-Spline(NURBS)
ex 4x4, 16x16, 64x64 sub-division
PSP Graphics Core 2
'Rendering Engine' + 'Surface Engine'
256bit Bus, 1-166 MHz @ 1.2V
VRAM :2MB(eDRAM)
Bus Bandwidth :5.3GB/sec
Pixel Fill Rate :664 M pixels/sec
max 33 M polygon /sec(T&L)
24bit Full Color:RGBA
PSP Sound Core: VME
Reconfigurable DSPs
128bit Bus
166MHz @1.2V
5 Giga Operations /sec
CODEC
3D Sound, Multi-Channel
Synthesizer, Effecter, etc
AVC Decoder
AVC(H.264) Decoder
Main Profile
Baseline Profile
@Level1,Level2,Level3
2Hours(High Quality) - DVD movie
4Hours(Standard Quality) - CS Digital
I/O
USB 2.0
Memory Stick
Extension Port(reserved)
Stereo Head phone Out
Communication
Wireless LAN (i802.11)
IrDA
USB 2.0