IBM Journal of Research and Development - IBM BladeCenter systems
BladeCenter midplane and media interface card
IBM Journal of Research and Development - IBM BladeCenter systems
BladeCenter processor blades, I/O expansion adapters, and units
IBM Journal of Research and Development - IBM BladeCenter systems
BladeCenter packaging, power, and cooling
IBM Journal of Research and Development - IBM BladeCenter systems
IBM Journal of Research and Development - IBM BladeCenter systems
BladeCenter systems management software
IBM Journal of Research and Development - IBM BladeCenter systems
IBM Journal of Research and Development - IBM BladeCenter systems
BladeCenter processor blades, I/O expansion adapters, and units
IBM Journal of Research and Development - IBM BladeCenter systems
IBM Journal of Research and Development - IBM BladeCenter systems
BladeCenter T system for the telecommunications industry
IBM Journal of Research and Development - IBM BladeCenter systems
BladeCenter packaging, power, and cooling
IBM Journal of Research and Development - IBM BladeCenter systems
BladeCenter systems management software
IBM Journal of Research and Development - IBM BladeCenter systems
Power capping: a prelude to power shifting
Cluster Computing
Agile, efficient virtualization power management with low-latency server power states
Proceedings of the 40th Annual International Symposium on Computer Architecture
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The IBM eServerTM BladeCenter® system allows compute, network, and storage components to operate under a common chassis management scheme. It offers a new approach to solving many systems management issues surrounding the integration of power, packaging, cooling, media peripherals, and cabling of multiple compute servers, network switches, and storage into one highly redundant package. In the BladeCenter design, these functions are integrated into the chassis, allowing the costs of each shared component to be amortized across the entire chassis. At the heart of the system is the management module hardware and firmware that provides chassis management for all components, thereby removing the cost and complexity of having to manage each component independently.