Manhattan 324069 USB Cable

Manhattan 324069 USB Cable

The Manhattan 324069 USB Cable is a high‑performance, versatile data transfer solution designed to meet the demands of modern digital connectivity. With its robust construction and adherence to industry standards, this cable delivers reliable performance for a wide range of devices that require a USB A to Micro‑USB B interface.

Key Technical Specifications

• Length: 1.8 m (5.9 ft) – providing ample reach while maintaining manageable bulk.
• Wire Gauge: AWG 28 – a balanced choice that offers sufficient current carrying capacity for typical USB 2.0 devices without excessive weight or stiffness.
• Cable Jacket: Polyvinyl chloride (PVC) – durable, flexible, and resistant to abrasion, ensuring longevity in everyday use.
• Connector Type: USB A (male) on one end; Micro‑USB B (male) on the other – a common configuration for charging phones, tablets, and peripheral devices.
• Connector Plating: Nickel – provides corrosion resistance and reliable electrical contact over repeated use.
• Shielding: Magnetic shielding incorporated to reduce electromagnetic interference (EMI) and improve signal integrity during data transfer.
• Maximum Data Transfer Rate: 480 Mbps – compliant with the USB 2.0 Hi‑Speed standard, enabling fast file transfers and smooth device communication.
• Certification: UL 2725 USB 2.0 – verified safety and performance compliance by a recognized testing authority.
• Weight: 80 g (≈0.28 oz) – lightweight for portability without compromising structural integrity.

Design Features That Enhance Performance

The Manhattan 324069 cable incorporates several design elements that collectively elevate its functionality:

• Balanced Cable Construction: The AWG 28 wire gauge ensures a low resistance path, which is essential for maintaining signal quality over the 1.8‑meter span.
• Nickel‑Plated Contacts: Nickel plating on both connectors reduces oxidation and preserves conductivity, extending the lifespan of each connection point.
• Magnetic Shielding: By encasing the internal conductors within a magnetic shield, the cable mitigates interference from external sources such as motors or other electronic devices. This shielding is particularly valuable in environments with high electromagnetic noise.
• Robust PVC Jacket: The outer jacket offers resistance to wear and tear, preventing fraying or breakage that could compromise data integrity.

Applications Across Devices

The versatility of the Manhattan 324069 USB Cable makes it suitable for a broad spectrum of devices that utilize a USB A to Micro‑USB B interface:

• Smartphones and Tablets: Ideal for charging, data backup, or firmware updates.
• Portable Media Players: Enables quick file transfers between the player and a computer.
• USB‑Powered Accessories: Connects to external hard drives, flash drives, or other peripherals that require a Micro‑USB B port.
• Embedded Systems: Useful in development boards or IoT devices where a compact USB connection is needed.

Compliance and Safety Assurance

The cable’s UL 2725 certification confirms that it meets stringent safety standards for electrical performance, fire resistance, and overall reliability. This certification provides assurance that the product has undergone rigorous testing to prevent hazards such as overheating or short circuits during normal operation.

Packaging and Presentation

The Manhattan 324069 is individually packaged in a polybag, ensuring protection against dust and mechanical damage during shipping and storage. Each package contains a single cable, making it straightforward to inventory and distribute for both personal use and professional deployment.

Conclusion: A Reliable Choice for USB Connectivity

In summary, the Manhattan 324069 USB Cable offers a blend of durability, performance, and safety that aligns with the expectations of users who demand dependable data transfer and charging solutions. Its thoughtful construction—highlighted by nickel‑plated connectors, magnetic shielding, and a robust PVC jacket—ensures consistent operation across a variety of devices while maintaining compliance with recognized industry standards.