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Product Overview |
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The 41V2445 - IBM Z9 BC STI-MP Daughter Card acts as a specialized extension to the mainframe, delivering additional processor resources to improve computing efficiency. It fits directly alongside core components, supporting enhanced throughput and system responsiveness without extensive modifications. |
General Information |
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| Brand | IBM |
Technical Information |
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| product type | STI-MP Daughter Card |
| Product Category | Processor Boards |
| Compatibility | IBM z9 BC (IBM System z9 Business Class) |
Miscellaneous |
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| Assembly Required | No |
Physical Characteristics |
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| Form Factor | Daughter Card |
| Weight | 3.00 |
| Condition | Refurbished |
Product Description |
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The 41V2445 - IBM Z9 BC STI-MP Daughter Card is built to augment the processing capabilities of IBM Z9 Business Class mainframes. It is commonly found in high-availability computing systems that require balanced throughput and processing efficiency. This component is typically integrated by IT professionals managing enterprise-level computing infrastructure seeking additional processing support. Key Features
This daughter card plays a vital role in enhancing the overall processing capacity without requiring major system overhauls. Its reliability ensures consistent operation, contributing to the stability of large-scale computing operations. Over time, it supports sustained performance needed for intensive workloads while maintaining compatibility with the mainframe's architecture. |
Use Cases |
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This daughter card is typically deployed within enterprise data centers focusing on IBM Z9 BC mainframe environments. IT administrators and infrastructure engineers benefit from its ability to boost processing capabilities while fitting into existing hardware ecosystems. It suits setups where incremental hardware upgrades are preferable to full system replacements. How It's Used:
Overall, this daughter card contributes to maintaining smooth operations and scalability in complex IT infrastructures. It supports continued system growth by providing targeted processing capacity without disrupting existing workflows. |