Ugreen USB 2.0 A Male to A Male Cable 3m (Black)-UG- 30136
The Ugreen UG-30136 delivers extended connectivity between two USB Type-A male ports. This 3-meter cable enables data transfer and device-to-device connections across greater distances. Consequently, users gain flexibility in equipment placement without compromising connection reliability.
Extended 3-Meter Reach
The UG-30136 provides 3 meters of cable length for applications requiring increased distance between connected devices. This extended reach accommodates larger workspaces, industrial setups, or configurations where equipment cannot be positioned closely. Moreover, the additional length eliminates the need for cable extensions or adapters in many scenarios.
The cable maintains signal integrity across the full 3-meter distance. Therefore, users experience consistent data transfer performance without degradation related to cable length.
USB 2.0 Data Transfer Performance
The Ugreen 30136 supports USB 2.0 High-Speed data transfer rates up to 480 Mbps. This bandwidth handles file transfers, firmware updates, and device communications efficiently. Additionally, the cable supports standard USB voltage specifications for compatible power delivery.
The bidirectional data flow enables communication between devices that support USB-A to USB-A connectivity. Furthermore, the cable maintains stable connections during extended transfer sessions.
Robust Cable Engineering
The UG-30136 incorporates enhanced shielding to minimize electromagnetic and radio frequency interference over the extended cable length. The oxygen-free copper conductors ensure optimal signal transmission. Meanwhile, the durable PVC jacket protects internal wiring from physical stress and environmental factors.
Reinforced strain relief at both connector ends prevents cable damage from repeated flexing. Subsequently, the cable withstands regular connection and disconnection cycles in demanding environments.
Premium Connector Design
The Ugreen UG-30136 features gold-plated USB Type-A male connectors that resist oxidation and corrosion. These premium connectors maintain electrical contact quality throughout the product lifespan. As a result, signal transmission remains consistent even after hundreds of insertion cycles.
The precision-molded connector housings ensure proper alignment with USB ports. Thus, connections remain secure without looseness or intermittent failures.
Technical Specifications
Connector Types
- End 1: USB 2.0 Type-A male connector
- End 2: USB 2.0 Type-A male connector
- Connector Plating: Gold-plated contacts for corrosion resistance
- Connector Housing: Precision-molded plastic construction
Performance Characteristics
- Data Transfer Standard: USB 2.0 High-Speed
- Maximum Data Transfer Rate: 480 Mbps
- Signal Type: Bidirectional data transmission
- Voltage Support: 5V DC standard USB voltage
- Signal Integrity: Maintained across full 3-meter length
Physical Specifications
- Cable Length: 3 meters (approximately 9.8 feet)
- Cable Diameter: Standard USB cable gauge
- Cable Jacket: Durable PVC material
- Color: Black professional finish
- Weight: Lightweight construction for extended length
Cable Construction
- Conductor Material: Oxygen-free copper wiring
- Shielding: Enhanced multi-layer shielding for EMI/RFI reduction
- Strain Relief: Reinforced at both connector junction points
- Flexibility: Engineered for routing in various environments
- Insulation: High-quality PVC jacket protection
Compatibility
- Operating Systems: Windows 11/10/8.1/8/7/Vista/XP, macOS, Linux, Chrome OS
- Device Types: Select computers, printers, scanners, external drives, audio interfaces, development boards, industrial equipment, specialized peripherals
- Transfer Protocols: USB 2.0 compliant data transfer protocols
Performance Features
- Extended Reach: 3-meter length for greater device separation
- Plug-and-Play: No driver installation for compatible devices
- Signal Stability: Enhanced shielding maintains data integrity
- Corrosion Resistance: Gold plating extends operational lifespan
- Interference Reduction: Multiple shielding layers minimize signal loss
