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Product Overview |
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The LSI49571-13 Lsi Logic PowerBurst TPL battery serves as a backup power source designed to keep RAID cache data safe during sudden power losses. It fits within specific LSI RAID controllers, offering quick energy bursts thanks to its 6.4 Farad supercapacitor. This battery plays an important role in enterprise storage systems by supporting data integrity and system reliability when power interruptions occur. |
General Information |
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| Brand | LSI Logic |
| Part Number | LSI49571-13 |
Technical Information |
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| Battery Capacity | 6.4 F (capacitance) |
| Battery Type | Supercapacitor (PowerBurst ultracapacitor RAID cache module) |
| Battery Voltage | 13.5 V |
| Compatibility | LSI Logic MegaRAID controllers (PowerBurst-compatible RAID cache modules) |
Physical Characteristics |
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| Condition | Refurbished |
| Weight | 5.00 |
Product Description |
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The LSI49571-13 Tecate PowerBurst TPL is a specialized backup power source for RAID cache systems. It provides a quick burst of energy to preserve data stored in the cache if main power fails. This battery is often found in data centers and enterprise storage environments where safeguarding data during outages is critical. Built for IT professionals and system administrators, it supports the reliable operation of RAID controllers by preventing data loss. Its design is focused on rapid charging and discharging, ensuring readiness whenever an unexpected power event occurs. Key Features
These batteries are typically deployed inside enterprise RAID storage arrays to provide dependable power backup for cache memory. They help minimize the risk of data corruption, making them a key component in systems where uptime and data integrity are priorities. |
Use Cases |
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The LSI49571-13 PowerBurst TPL battery is primarily used in enterprise RAID storage systems where maintaining data integrity during sudden power failures is critical. It is well-suited for environments that demand high availability and fast recovery, such as data centers and virtualization clusters, where data loss or corruption can have significant operational impacts. How It's Used:
By providing rapid energy backup for RAID cache, this battery supports operational continuity in demanding storage deployments. Its use enhances system resilience and helps maintain data consistency, which is vital for scaling infrastructure without compromising performance or reliability. |