Red Hot RAID 6

The fastest RAID 6 available

RAID 6 eliminates the risk of data loss if a second hard disk drive fails while the RAID array is rebuilding. In a 3ware RAID 6 system, two sets of parity are calculated, written, and rotated across all the drives. This second simultaneous P + Q parity calculation allows the array to survive up to two drive failures without losing data, for significantly improved fault tolerance. RAID 6-enabled 9650SE controllers deliver unequaled RAID 6 performance.

RAID 6 represents a sea change in the RAID landscape. It provides the industry with higher levels of data protection, data availability and fault tolerance than RAID 5. By assuring data availability following a second drive failure, users can rest assured that they are enjoying maximum data protection, both in normal and degraded modes. And, with RAID 6 enabled 3ware controllers, RAID 6 will not cripple performance.

RAID 6 Enabled 3ware Controllers

9650SE-8LPML

9650SE-12ML

9650SE-16ML

9650SE-24M8

Host Data

Disk #1

Disk #2

Disk #3

Disk #4

Disk #5

P1 Parity

Q1 Parity

Block 1

Block 2

Block 3

Block 4

P2 Parity

Q2 Parity

Block 5

Block 6

Block 7

Block 8

P3 Parity

Q3 Parity

Block 9

Block 10

Block 11

Block 12

P4 Parity

Q4 Parity

 

Striped Data with Distributed Double Parity — RAID 6

 

3ware RAID 6: Two sets of parity data, P + Q, are striped across disks. RAID 6 safeguards against data loss during rebuild mode by allowing up to two consecutive drive failures for maximum fault tolerance.

High capacity systems with eight or more high capacity drives

For enterprise/mission critical installations

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AMCC SIDECAR 3, 9550SX 2, 9650SE 2 manual RAID 6 Enabled 3ware Controllers, Disk #1

9650SE 2, 9550SX 2, SIDECAR 3 specifications

The AMCC SIDECAR 3,9550SX and 2,9650SE 2 are advanced processing units that cater to the demands of various industries, particularly in the field of telecommunications and data management. These products emphasize high performance, flexibility, and integration with a range of technologies, making them pivotal for modern computing needs.

The 3,9550SX is designed to support extensive data throughput, which is essential for applications that require rapid processing of large data sets. One of its notable features is the capability to handle high-bandwidth tasks with ease, significantly reducing latency and enhancing overall system efficiency. This makes it an ideal choice for service providers that prioritize network reliability and speed.

In terms of architecture, the 3,9550SX and 2,9650SE 2 are built using state-of-the-art semiconductor technology. They support multi-core processing, which allows for parallel computation — a critical advantage in scenarios where multiple processes must be executed simultaneously. As a result, users can benefit from improved performance in applications that perform complex calculations or require high data processing capabilities.

Another significant characteristic is their scalability. The SIDECAR family is designed to adapt to evolving hardware and software needs, which ensures that businesses can expand their systems without the need for complete replacements. This scalability extends to compatibility with various operating systems and software environments, allowing for seamless integration into existing infrastructure.

Power efficiency is also a key consideration in the design of AMCC's SIDECAR products. The 3,9550SX and 2,9650SE 2 feature power management technologies that optimize energy consumption without sacrificing performance. This not only reduces operational costs but also contributes to a more sustainable technology solution.

In terms of connectivity, these devices feature advanced interfaces that support high-speed communication protocols. This ensures that they can easily connect with other devices and systems, allowing for streamlined data exchange and enhanced network capabilities.

In summary, the AMCC SIDECAR 3,9550SX and 2,9650SE 2 stand out in the market due to their high performance, scalability, power efficiency, and advanced connectivity options. They are designed to meet the complex demands of modern data-intensive applications, making them an ideal choice for businesses looking to enhance their operational capabilities and ensure future readiness.