
HP 631671-B21 Smart Array P420/2GB SAS Controller
Enhance Storage Performance with the HP Smart Array P420 Controller The HP Smart Array P420 Controller is a high-performance SAS RAID controller designed for select HP ProLiant Gen8 servers. It provides enterprise-class storage performance and data protection, ensuring increased server uptime. ...
*Price sourced from Amazon.com. Last updated:Jun 20, 2026.Price and availability are subject to change.
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Overview
Enhance Storage Performance with the HP Smart Array P420 Controller
The HP Smart Array P420 Controller is a high-performance SAS RAID controller designed for select HP ProLiant Gen8 servers. It provides enterprise-class storage performance and data protection, ensuring increased server uptime.
Specifications:
- Brand: HP
- Model: 631671-B21
- Type: Smart Array Controller
- Interface: 6 Gb/s SAS
- Memory: 2GB FBWC
- Ports: 2
- PCIe: 3.0
Key Features
Flash Backed Cache
Smart Array
Plug-in Card
Specifications
Pros & Cons
👍 Pros
- Equipped with a substantial 2GB Flash Backed Cache, enhancing write performance and data protection.
- As a Smart Array controller, it offers advanced RAID capabilities for robust storage management.
- Designed as a plug-in card, allowing for straightforward installation into compatible server expansion slots.
- Provides enterprise-grade storage connectivity, ensuring high reliability for critical data environments.
- Flash Backed Cache helps retain data in the event of a power loss, offering superior protection over traditional battery-backed cache.
👎 Cons
- The listing does not specify the number or type of SAS/SATA ports available on the controller.
- As a plug-in card, it requires an available and compatible expansion slot within a server chassis.
- The 2GB cache, while significant, might be less than some higher-end or more recent controllers offer.
- Compatibility is likely limited to specific generations and models of HP ProLiant servers.
- The specific SAS generation (e.g., 6Gb/s or 12Gb/s) is not mentioned, impacting potential throughput expectations.