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Advantages: Data protection with parity, good read performance. Disadvantages: Write performance penalty, complex rebuild after disk failure.

Advantages: Combines the advantages of RAID 5 and RAID 0. Disadvantages: Complex, expensive due to many drives needed, longer rebuild times.

Advantages: Block-level striping with dedicated parity disk. Disadvantages: Single parity disk can be a bottleneck, not ideal for write-intensive applications.

Advantages: Enhanced data protection with two parity blocks, can survive two disk failures. Disadvantages: Higher write penalty, more complex than RAID 5.

Advantages: Bit-level striping with dedicated Hamming code parity. Disadvantages: Obsolete, complex, and high overhead.

Advantages: High data protection and performance. Disadvantages: Very high cost, requires a large number of disks, and complex management.

Advantages: Improved performance, increased throughput. Disadvantages: No redundancy, data loss on one disk means total data loss.

Advantages: Redundancy, fault tolerance. Disadvantages: Higher cost due to disk requirements, reduced storage efficiency.

Advantages: Byte-level striping with dedicated parity. Disadvantages: Inefficient for random access use, parity disk could be a bottleneck.