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Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008
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Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008.

Dec 18, 2015

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Page 1: Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008.

Sony PLAYSTATION 3 and the Cell Processor

Sony PLAYSTATION 3 and the Cell Processor

Dr. Hayden SoDepartment of Electrical and Electronic

Engineering3 Sep, 2008

Page 2: Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008.

The “How Things Work” Series

7 sessions of electronics gadgets and food• PS3, Robots, RFID, iPhone 3G, Green Energy Toys,

HDTV, Blu-ray devices Know how things around us work..

… and … Know how YOU can design them one day. Goal:

Page 3: Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008.

Sony PLAYSTATION 3 – Beyond a Game Console

OpenDevelopment

Platform

Gaming

DistributedScientific

Computing

SuperComputerCluster

Page 4: Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008.

Inside a PS3

Cell Broadband EnginenVidiaReality Synthesizer (RSX)nVidiaReality Synthesizer (RSX)

Page 5: Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008.

Cell Processor

Co-developed by Sony, Toshiba and IBM 9 Processor Cores in a chip

• 1 Power Processor Element (PPE) – 64-bit PowerPC two-way multithreaded processor @3.2GHz

• 8 Synergistic Processing Elements (SPE) – 128-bit SIMD RISC processors

• Only 7 out of the 8 SPE are being used An enhanced version, PowerXCell 8i, is

used to power the world fastest super computer

Most powerful processor among PS3,Xbox 360 and Wii(Warning: personal bias)

Page 6: Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008.

Folding@home

To study the process of protein folding using computers all around the world. • Works on PCs and PS3s around the world• To better understand diseases such as BSE

(Mad Cow), Alzheimer's, Huntington's Need massive computing power:

• about a day to simulate a nanosecond (1/1,000,000,000 of a second) of protein folding

• 30 CPU years for 1 protein fold In Sept, 2007, awarded Guinness World

Records as the “most powerful distributed computing network.”• > 1 petaFLOPS

Image courtesy of Folding@home

Page 7: Sony PLAYSTATION 3 and the Cell Processor Dr. Hayden So Department of Electrical and Electronic Engineering 3 Sep, 2008.

Where do we go from here…?

If you are interested in… Technical Areas EEE Program

•Knowing more about the design of the Cell Processor

•How does the whole system is designed?

•What about memory? How much? XDR? QDR? DDR?

•Graphics? Why is graphics handled by RSX but not Cell?

•Computer Architecture•Embedded System•Parallel Processing•System Design

•Computer Engineering (CE)

•Electronics and Communication Engineering (EComE)

•Why only 7 SPEs are used?•How to make XDR memory?•How to manufacture all the fancy ICs on the PS3?

•Circuit Design•VLSI Design•VLSI Manufacturing

•Electronics and Communication Engineering (EComE)

•How to manage the massive amount of data collected in Folding@home?

•How to deal with Internet scale programming?

•Information System•Network Programming

•Information Engineering (InfoE)