IDE 40 Pin Female to Female Cable 200MM -High Speed

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The IDE 40-Pin Female to Female Cable (200mm) - High Speed is an internal ribbon cable used to connect IDE (Integrated Drive Electronics) devices, such as hard drives and optical drives, within a computer system. This cable provides a reliable connection for data transfer between the IDE interface on the motherboard and IDE devices, with an emphasis on high-speed data transfer capabilities.

Key Features:

40-Pin IDE Connectors: The cable features two 40-pin IDE connectors, one at each end. These connectors are designed to interface with the 40-pin IDE (ATA) ports on both the motherboard and the IDE devices. Each connector supports the 40-pin pinout standard used for IDE connections.

Female-to-Female Configuration: Both connectors are female, allowing the cable to connect directly between two male IDE ports. This configuration is particularly useful for creating or extending connections between IDE devices and the motherboard.

High-Speed Data Transfer: The cable is designed to support high-speed data transfer rates, adhering to the standards for fast IDE communication. This ensures efficient data transmission between the motherboard and connected IDE devices, reducing the likelihood of data bottlenecks.

Cable Length: The cable measures 200mm (approximately 7.9 inches) in length. This short length is ideal for compact setups or where minimal cable length is required to avoid clutter and maintain a clean internal layout.

Technical Specifications:

Connectors:

Input/Output: Two 40-pin female IDE connectors.

Cable Length: 200mm (7.9 inches), designed for short-distance connections within compact spaces or between closely positioned IDE devices and ports.

Data Transfer Rate:

Supports high-speed data transfer according to the IDE standard, which can handle data rates up to 133 MB/s in modern high-speed ATA configurations.

Build Quality:

The cable is typically constructed with high-quality ribbon wiring to ensure reliable data transmission and minimize interference. The connectors are designed for a secure and stable fit, reducing the risk of accidental disconnections.

Shielding:

While ribbon cables like these often have minimal shielding compared to other types, high-speed versions are constructed with enhanced materials to reduce electromagnetic interference (EMI) and maintain data integrity.

Use Cases:

Internal IDE Connections: Ideal for connecting IDE hard drives, optical drives, and other IDE peripherals within a computer system. Suitable for systems that still utilize IDE connections for data transfer.

Compact Systems: Useful in compact or space-constrained setups where a shorter cable length is needed to avoid excess cable clutter and maintain an organized internal layout.

System Upgrades and Repairs: Beneficial for upgrading or repairing older systems that use IDE technology, providing a reliable connection for replacing or adding IDE devices.