White Papers
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Using ATCA for Low-Latency Control-Loop Applications
Computer systems embedded in industrial equipment are often called upon to perform complex calculations and deliver low-latency deterministic responses.
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Sun Netraô CoolThreadsô Servers and Zeus Technology
Carrier-grade load balancing and application traffic management optimized with the Sun Unified Network Platform
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Sun Unified Network Platform (SUN-P) Reference Architecture for WiMAX
Creating competitive advantage through radical consolidation
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CompactPCI Storage Blades
Expanding Performance and Increasing Reliability
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Integrating ATCA Hardware with HA Middleware
Solving the Challenges of Integrating Complex Commercial-Off-the-shelf Hardware (ATCA/AMC) And Software (HA Middleware) Building Blocks for Network Service Applications
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Using The IDT PCI Express Standard System-Interconnect Solution To Deliver Predictable, Secure, High-RAS Communications In Bladed Systems
Bladed system architectures enable equipment providers to produce high-density, modular equipment that can be easily scaled or reconfigured to match user needs. This high level of scalability is achieved by disaggregating computing and scarce system I/O resources. However, it poses a significant challenge: the system needs an equally scalable interconnect architecture that enables any and all root complexes to communicate both with each other and with any and all endpoints.
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PCIe Outside the Box
Now that PCI Express has achieved nearly 100% acceptance in desktop and laptop PCs, designers are looking to leverage the technology into other form factors and applications. Over 60 form factors have now been defined using PCIe as the backplane bus architecture. PCIe also has unique features that facilitate its usage as a box-to-box interconnect. Earlier this year, the PCI-SIG approved the specification for PCIe over cable implementations. With the standard in place, creative engineers are looking to capitalize on a new capability.
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CompactPCI + Ethernet: The winning alternative to aging VMEbus systems
Can the CompactPCI and Ethernet combination really beat legacy VME systems?
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Building Next-Generation Telecom Equipment Based on the AMD64 Processor Family
The ATCA specification of chassis and boards was developed to facilitate the faster introduction of next-generation telecom products which need to have higher performance, more functionality and must be less costly to build, implement and manage. With its open and scalable architecture and rich set of unique features, the AMD Opteron processor is an ideal solution for next generation high performance products.
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A building-block approach to media gateway development
This article will review the general functional requirements of MGs, and then present hardware and software strategies that can reduce development cost, risk, and time-to-market without sacrificing functionality or flexibility.
Mercury Computer Systems, Inc., Mercury Computer Systems, Inc.
IDT, Integrated Device Technology, Inc.
Moh ElBaz, AMD Boston Design Center