2-Port USB 2.0 A Female to Dupont 2.54mm 10-Pin Panel Mount Cable
- Connector A: USB 2.0 Type A Female.
- Connector B: Dupont 2.54mm 10-Pin Female
- Cable color: Black.
- Cable length: 0.3m/0.5m/1m.
- USB 2.0 480Mbps data transfer speed.
- Backward compatibility with your existing USB 1.1 devices.
2-Port USB 2.0 A Female to 10-Pin Dupont Panel Mount Cable: Complete Dual USB Breakout Solution
Take Full Independent Control of Dual USB Ports. Achieve whole independent operation of dual USB ports using our advanced 2-Port USB 2.0 A Female to Dupont 2.54mm 10-Pin Panel Mount Cable. This is a fully industrial-grade solution with two isolated panel-mount USB-A female jacks that break out to a complete 10-pin DuPont connector (for individual power and data for each port). Great for applications that require access to and monitoring of two USB devices.
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Technical Specifications
| Parameter | Specification |
| USB Standard | USB 2.0 High-Speed |
| Data Transfer Rate | Up to 480 Mbps per port |
| Panel Mount Connectors | 2x USB-A Female (Type-A) |
| Internal Connector | 10-pin Dupont (2.54mm pitch) |
| Pinout Configuration | Port 1: 1-VCC1, 2-D1-, 3-D1+, 4-GND1 Port 2: 5-VCC2, 6-D2-, 7-D2+, 8-GND2 Control: 9-NC, 10-NC |
| Current Rating | 500mA per port (USB 2.0 compliant) |
| Cable Length | 30cm, 50cm, 1m (custom lengths available) |
| Operating Voltage | 5V DC ±5% |
| Compliance | CE, RoHS, REACH |
Key Features: Independent Dual-Port Management
- Dual-port USB 2.0 Data and power: Each port has its own data lines directly to the central USB controller, as well as a separate +5V wire.
- 10-Pin Staggered Breakout: Compact pinout with individualized power, data, and ground lines per port, additional configuration pins
- Independent Portswitching: Power and data on the port independently.
- High Current Capable: Up to 500mA per port if required, with own power management.
- Professional Panel Mount: Keep a secure nut on the installation for the front of the dash USB access.
Complete Pinout Details
Port 1 (Pins 1-4):
Pin 1: VCC1 (+5V Power for Port 1)
Pin 2: D1- (Data – for Port 1)
Pin 3: D1+ (Data + for Port 1)
Pin 4: GND1 (Ground for Port 1)
Port 2 (Pins 5-8):
Pin 5: VCC2 (+5V Power for Port 2)
Pin 6: D2- (Data – for Port 2)
Pin 7: D2+ (Data + for Port 2)
Pin 8: GND2 (Ground for Port 2)
Additional Pins (9-10):
Reserved for future expansion or custom configurations
Application Scenarios
- Industrial Control Systems
Connect and independently control multiple USB devices in automation equipment.
Individual port power management for connected peripherals. - Test & Measurement Equipment
Simultaneous data acquisition from multiple USB instruments. - Independent power cycling for device testing and debugging.
- Prototyping & Development
Dual-port USB interface for custom embedded systems.
Separate power and data control for development boards. - Research & Laboratory
Data logging from multiple USB sensors simultaneously.
Controlled power distribution for experimental setups.
Design Advantages
Independent Power Management
- Each port features separate power and ground lines, enabling individual enable/disable control via external circuitry.
Signal Integrity
- Dedicated data lines for each port prevent cross-talk and ensure reliable high-speed data transfer for both ports simultaneously.
Expansion Capability
- Two additional pins provide flexibility for future features such as port status indicators or custom control signals.
Customization Options
Alternative Pinout Configurations.
Enhanced Current Capacity (up to 2A per port).
Shielded Cable Versions.
Custom Cable Lengths.
Specialized Connector Types.
Additional Control Signals.
Quality Assurance
Individual port isolation testing.
Data transfer validation at 480 Mbps.
Power delivery verification under load.
Mechanical stress testing.
EMI/RFI compliance testing.
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Yes, each port has its own individual data lines and works at full speed simultaneously.
There is a standard availability of up to one meter. Application-specific lengths can be produced per specification.
Yes, because there are dedicated VCC and GND pins for each port, you can control power independently.
