Introduction to Throughput Computing
Introduction to Throughput Computing
Introduction to Throughput Computing
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P8 <strong>Throughput</strong> <strong>Computing</strong> Benefits © 2003 Sun Microsystems<br />
IT budgets <strong>to</strong> sustaining existing operations. Clearly, Sun’s CMT processors will take computing <strong>to</strong><br />
a new level.<br />
Design Benefits<br />
Sun’s innovative CMT processors are designed <strong>to</strong> enable Sun <strong>to</strong> claim the price/performance<br />
advantage by significantly increasing throughput performance without increasing chip costs.<br />
Sun is able <strong>to</strong> focus on optimizing overall system throughput like no one else in industry which<br />
enables a number of design benefits including:<br />
• Simpler, modular components will help speed processor design by reducing complexity,<br />
decreasing the number of uniquely designed transis<strong>to</strong>rs, and supporting replication.<br />
• Shared chip resources such as large amounts of cache are designed <strong>to</strong> speed communications<br />
between cores <strong>to</strong> streamline parallel processing of threads.<br />
• Running cores at lower frequencies will help minimize power and cooling requirements while<br />
maintaining high performance through multithreading.<br />
• Simplified designs will enable speedier testing and debugging procedures.<br />
These design benefits will support the fast development of CMT chips while requiring fewer<br />
resources, enabling Sun <strong>to</strong> remain a step ahead of the competition.