HP Cell Board w/2 MAD9M 1.6GHz CPU Modules
The HP Cell Board with 2 MAD9M 1.6GHz CPU Modules is a high-performance computing module designed for HP Integrity Superdome enterprise servers. This cell board integrates two MAD9M Itanium processors running at 1.6GHz, along with memory interfaces and high-speed system connectivity, forming a critical building block of the Superdome server architecture.
Developed by Hewlett-Packard (HP), this cell board enables scalable enterprise computing by combining processor power, memory access, and interconnect functionality within a single module. In HP Integrity Superdome systems, multiple cell boards can be combined to create extremely powerful multi-processor servers capable of handling mission-critical workloads such as large databases, ERP systems, and enterprise applications.
SPECIFICATION
| Feature | Details |
|---|
| Product Name | HP Cell Board with 2 MAD9M CPU Modules |
| Processor Model | MAD9M Itanium Processor |
| Processor Speed | 1.6GHz |
| CPU Quantity | 2 Processors |
| Server Compatibility | HP Integrity Superdome Systems |
| Component Type | Server Cell Board / Compute Module |
| Memory Support | Enterprise DDR memory modules |
| Architecture | Cell-based modular server architecture |
| Application | High-performance enterprise computing |
HP Cell Board with 2 MAD9M CPU Modules Description
The HP Cell Board with dual MAD9M 1.6GHz CPU modules is designed to deliver powerful computing capabilities within the HP Integrity Superdome platform. Each cell board functions as an independent compute unit that can be combined with other cell boards to scale server performance.
The MAD9M Itanium processors are engineered for enterprise reliability and performance, supporting demanding workloads that require large memory access and high computational power. These processors are commonly used in mission-critical enterprise environments, including financial systems, large database servers, and government computing platforms.
In the Superdome architecture, cell boards are connected through a high-speed system fabric, allowing processors across different boards to share memory and communicate efficiently. This design enables organizations to build large multi-processor systems with high availability and fault tolerance.
Because of its modular architecture, organizations can upgrade or expand server performance simply by adding more cell boards to the system.
KEY FEATURES
Includes 2 × MAD9M 1.6GHz Itanium CPU modules
Designed for HP Integrity Superdome enterprise servers
Modular cell-based computing architecture
Supports high-capacity enterprise memory modules
Enables scalable multi-processor server configurations
Reliable design for mission-critical enterprise workloads
High-speed system fabric connectivity for inter-cell communication
WHERE IT CAN BE USED
Enterprise Data Centers
High-Performance Computing (HPC)
Large Enterprise Database Systems
ERP and SAP Infrastructure
Financial Transaction Processing Systems
Government and Research Computing Platforms
Mission-Critical Enterprise IT Environments
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