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IBM 10N6883 144GB 16Core Active 4.2GHz RAM MMA VPD Card
- 144GB Memory Module
- 16 Cores Active
- 4.2GHz Clock Speed
- RAM MMA (Memory Module Array?)
- VPD Card (Vital Product Data)
- High-performance computing applications
- Specialized server memory
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Product Overview
The IBM 10N6883 is a high-performance memory module, specified as 144GB with 16 cores active at 4.2GHz RAM MMA VPD Card. This indicates it's likely a specialized memory component or a module that integrates memory functions with other system data.
Technical Information
| Product Type | Memory Module / VPD Card |
| Brand | IBM |
| Part Number | 10N6883 |
| Capacity | 144GB |
Additional Specifications
| Core Count | 16 |
| Clock Speed | 4.2GHz |
| Features | MMA, VPD |
Product Description
The IBM 10N6883 is a highly specialized component described as a 144GB RAM MMA VPD Card operating at 4.2GHz with 16 cores active. The designation 'MMA' could refer to a Memory Module Array or a similar integrated memory architecture, suggesting this is not a standard DIMM but rather a more complex unit. The inclusion of 'VPD Card' indicates it also contains Vital Product Data, essential for system identification and configuration, similar to other VPD cards. This module is clearly designed for high-performance computing environments where substantial memory capacity and speed are critical. The 144GB capacity provides ample resources for demanding applications, large datasets, and complex simulations. The 4.2GHz clock speed signifies rapid data access and processing capabilities, while the '16 Cores Active' specification is unusual for a memory module itself and might refer to integrated processing capabilities or a specific way it interfaces with the system's cores, possibly within a System on Chip (SoC) or a specialized processor module. Given its specifications, the IBM 10N6883 is likely intended for advanced IBM server platforms, such as high-end Power Systems, where such integrated and high-capacity memory solutions are required. It represents a convergence of memory, potential processing elements, and identification data, aimed at optimizing performance and manageability in mission-critical workloads.
