OEM USB 2.0 Active Extension Cable 15m 480Mbps

OEM 15m Active Extension

The OEM USB 2.0 Extension integrates active repeater circuitry to maintain signal integrity over a 15-meter span. Standard passive USB cables experience significant data loss and voltage drop beyond five meters. This active solution overcomes these physical limitations by regenerating the bus signal mid-span. It allows IT professionals to position peripherals at substantial distances from the host computer. The hardware operates transparently within the operating system environment. It supports high-speed data transfers without the need for additional software drivers.

The internal chipset manages the timing and synchronization of the data packets. This ensures the full 480 Mbps bandwidth remains available for high-speed devices. The cable utilizes high-grade copper conductors to minimize electrical resistance. Double shielding, consisting of aluminum foil and tinned copper braiding, protects the data stream. Additionally, the tinned copper braid provides structural reinforcement for the internal wiring. This construction mitigates electromagnetic interference and radio frequency interference in high-density rack environments. The active electronics prevent the common attenuation issues found in long-run copper cabling.

The connectors feature nickel-plated shells to resist corrosion over long-term deployments. Internal contacts use gold plating to ensure maximum conductivity at the physical interface. A molded strain relief protects the internal solder joints from mechanical stress during installation. The outer PVC jacket provides a balance between flexibility and tensile strength. This makes the cable suitable for routing through standard office conduits or cable trays. The repeater module housing is compact to allow for easy passage through narrow openings.

Power delivery follows the standard USB 2.0 specification. The cable draws current from the host USB port to power the internal repeater logic. It supports low-power and high-power bus-powered devices without requiring an external power adapter. However, the host controller must provide a stable 5V output to maintain long-distance signal integrity. The cable maintains backward compatibility with legacy USB 1.1 and 1.0 standards. It functions with standard HID devices, printers, and mass storage units. This makes it a versatile tool for diverse IT infrastructure requirements.

Procurement managers benefit from a cost-effective solution for extending device reach. The active repeater design eliminates the need for expensive USB-over-Ethernet extenders in many scenarios. This hardware supports hot-swapping and plug-and-play functionality across Windows, macOS, and Linux platforms. The 15-meter length provides ample reach for conference room setups or industrial control stations. Engineers can rely on the consistent electrical performance of this shielded active cord.

Key Features

• Active Signal Regeneration
  Integrated repeater chipset boosts the USB signal to prevent data attenuation over the 15-meter length.

• High-Speed Throughput
  Supports the full USB 2.0 specification with data transfer rates reaching 480 Mbps.

• Advanced Shielding Architecture

  • Aluminum-Mylar foil layer for high-frequency noise rejection
  • Tinned copper braid for low-frequency interference protection
  • Enhanced EMI/RFI resistance for industrial environments

• Universal Compatibility
  Works with all standard USB Type-A peripherals including printers, scanners, and storage devices.

Specifications

What’s in the Box

• 1 x OEM USB 2.0 Active Extension Cable 15m

Why Choose OEM 15m Active Extension

• Eliminates signal degradation common in long-distance passive copper cabling through integrated amplification.

• Reduces deployment costs by removing the requirement for external power supplies or network-based extenders.

• Ensures stable connectivity for remote peripherals in server rooms and large-scale office environments.

• Provides robust physical protection with molded strain relief and high-density shielding for long-term reliability.