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Product Overview |
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The 540-7126 Sun CPU / Memory Uniboard combines four UltraSPARC IV+ processors running at 1.95GHz with integrated memory to support Sun server systems. It fits into enterprise environments where reliable multicore processing and optimized memory access are essential for sustaining high-demand applications. |
General Information |
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| Brand | Sun |
| Part Number | 540-7126 |
Technical Information |
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| Processor | 4 x 1.95GHz UltraSPARC IV+ |
Physical Characteristics |
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| Weight | 5.00 |
| Condition | Refurbished |
Product Description |
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This Sun CPU / Memory Uniboard integrates four 1.95GHz UltraSPARC IV+ processors, providing robust computational power suited for demanding server environments. Built for Sun Microsystems hardware, it combines both CPU and memory modules on a single board to streamline performance and reduce latency. Often found in data centers and enterprise servers, this uniboard supports applications requiring high processing throughput and reliable memory access. IT professionals and system administrators benefit from its compatibility and scalability in mission-critical deployments. Key Features
Typically deployed in enterprise servers handling database operations, virtualization, and other intensive workloads, this uniboard plays a crucial role in maintaining system responsiveness. Its design helps ensure that large-scale applications run smoothly under heavy demands. |
Use Cases |
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The 540-7126 Sun CPU / Memory Uniboard is primarily deployed within enterprise data centers requiring robust multicore processing and efficient memory management. Organizations running high-throughput server workloads or complex virtualization environments benefit from its integrated CPU and memory architecture optimized for Sun platforms. How It's Used:
This uniboard enhances system throughput by tightly integrating multiple CPUs with memory resources, thereby improving efficiency in environments where both compute and data access speed are critical. Its design supports scalable infrastructure growth without compromising performance in sustained workloads. |