
Western Digital WD3200AAKS Caviar Blue 320GB HDD - Firmware Transfer
Rescue Your Data with Precision Engineering The Western Digital WD Caviar Blue 320GB hard drive PCB is designed to help recover data from malfunctioning drives. This board is specifically intended as a replacement for a failed circuit board, potentially restoring access to your valuable files. Pl...
*Price sourced from Amazon.com. Last updated:Jun 04, 2026.Price and availability are subject to change.
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Overview
Rescue Your Data with Precision Engineering
The Western Digital WD Caviar Blue 320GB hard drive PCB is designed to help recover data from malfunctioning drives. This board is specifically intended as a replacement for a failed circuit board, potentially restoring access to your valuable files. Please note that firmware transfer is required for this item, ensuring compatibility with your specific hard drive.
Specifications:
- Model: WD3200AAKS-00UU3A0
- Capacity: 320GB
- PCB #: 2060-701640-002 REV A
Specifications
Pros & Cons
👍 Pros
- This Western Digital Caviar Blue 320GB HDD offers a significant storage upgrade for compatible systems.
- The firmware transfer process suggests this product is intended for specific technical applications or repairs.
- Provides 320GB of storage capacity for various data needs in a compatible system environment.
- Designed by Western Digital, a brand recognized for its hard drive solutions and reliability.
- This model is suited for users needing to replace or upgrade an existing 320GB Caviar Blue drive.
👎 Cons
- The "firmware transfer" aspect indicates this product is not a standard plug-and-play solution for most users.
- A specific technical skill set or understanding of firmware manipulation is likely required for proper installation and use.
- The 320GB capacity might be considered modest for modern storage demands, especially for primary drives.
- As a replacement part, it may not include all necessary accessories or mounting hardware for a new installation.
- This HDD's older generation technology may not offer the same speed or performance as newer storage options.