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ServerWorks Chipset Benefits
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HT-1000
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Multiprocessing SystemI/O controller for the HyperTransport-enabled processors
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Performance, reliability, availability, scalability, and modularity
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Best-in-class 64-bit performance
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• HyperTransport-based architecture reduces I/O bottlenecks and improves overall system performance
• Integrated processor memory controller minimizes latency,yielding better application performance
• Best-in-class 64-bit and 32-bit performance
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Industry-proven reliability and availability
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• Reusable design methodology used with industry-proven functional blocks
• Designed for 24/7 enterprise computing uptime
• Advanced error detection and correction
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Extensive scalability
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• HT multiprocessor architecture allows superior per-processor scalability compared to similar x86 architectures
• Individual HT link widths and clock speeds easily suit cost/ performance targets
• Multiple HT-1000 SystemI/O controllers deliver plenty of I/O devices and slots
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Modular architecture
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• Modular building blocks allow platform designs that scale from the low-end all the way to high-end
• SystemI/O modularity keep costs low without sacrificing functionality
• Modular design allows more freedom to differentiate from competition
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The HT-1000 utilizes the HyperTransport to interconnect to the CPU/host bridge and I/O bridge solutions. This building block approach enables OEMs to tailor systems to their applications
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HT-2000
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Multiprocessing SystemI/O controller for the HyperTransport-enabled processors offering integration, performance, reliability, availability, scalability, and modularity
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Best-in-class 64-bit performance
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• Integrates all main server I/O interconnects PCIe, PCI-X, and GbE
• HyperTransport-based architecture reduces I/O bottlenecks and improves overall system performance
• Best-in-class 64-bit and 32-bit performance
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Industry proven reliability and availability
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• Reusable design methodology used with field-proven functional blocks
• Designed for 24/7 enterprise computing uptime
• Advanced error detection and correction
• Comprehensive driver suite from BCM57XX product family
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Extensive scalability
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• HyperTransport multiprocessor architecture allows superior per processor scalabil i ty compared to similar x86 architectures
• Individual HyperTransport link widths and clock speeds easily suit cost/performance targets
• Multiple HT-2000 SystemI/O controllers deliver plenty of bandwidth and I/O slots
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Modular architecture
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• Modular building blocks allow platform designs that scale from the low-end all the way to high-end
• System I/O modularity keeps costs low without sacrificing functionality
• Modular design allows more freedom to differentiate from competition
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The HT-2000 utilizes the HyperTransport interconnect to the CPU/host bridge to a variety of South Bridge and I/O bridge solutions. This building block approach enables OEMs to tailor systems to their applications.
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