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The power consumption of the initial PlayStation 3 units, based on 90 nm Cell CPU, ranges from 170–200 W during normal use, despite having a 380 W power supply. [ 33 ] The power consumption of newer 40 GB PlayStation 3 units (65 nm process Cell/90 nm RSX), ranges from 120-140 W during normal use.
A 120 GB Slim model Motorized slot-loading disc cover. This feature is absent in the Super Slim model. The redesigned version of the PlayStation 3 (commonly referred to as the "PS3 Slim" and officially branded "PS3") features an upgradeable 120 GB, 160 GB, [25] [26] 250 GB or 320 GB [25] [26] hard drive and is 33% smaller, 36% lighter and consumes 34% (CECH-20xx) or 45% (CECH-21xx) less power ...
The PlayStation Store is an online virtual market available to users of Sony's PlayStation 3 (PS3) and PlayStation Portable (PSP) game consoles via the PlayStation Network. The Store offers a range of downloadable content both for purchase and available free of charge.
Features: Initial feature size (process node) was 0.5 micron (500 nm). [3] 850k – 1M transistors [4] Operating performance: 30 MIPS [5] Bus bandwidth 132 MB/s [6] One arithmetic/logic unit (ALU) One shifter; CPU cache RAM: 4 KB instruction cache [2] 1 KB data cache configured as a scratchpad [7] Geometry Transformation Engine (GTE)
2x Back USB 3.1 1x HDMI 2.1. Power supply 165 W: 310 W 5 W 350 W 340 W Network ... PlayStation 3 Slim PlayStation 3 Super Slim; Image Key dates First released
Microsoft XCPU, codenamed Xenon, is a CPU used in the Xbox 360 game console, to be used with ATI's Xenos graphics chip.. The processor was developed by Microsoft and IBM under the IBM chip program codenamed "Waternoose", which was named after the Monsters, Inc. character Henry J. Waternoose III. [1]
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The CPU core is a two-way superscalar in-order RISC processor. [3] Based on the MIPS R5900, it implements the MIPS-III instruction set architecture (ISA) and much of MIPS-IV, in addition to a custom instruction set developed by Sony which operated on 128-bit wide groups of either 32-bit, 16-bit, or 8-bit integers in single instruction, multiple data (SIMD) fashion (e.g. four 32-bit integers ...