Treedix TRX5-0816 USB Cable Tester & Diagnostic Analyzer
2.4" HD Color LCD Display | Resistance Tester | E-Marker Chip Reader | PD 3.1
Ensure your charging setups, data transfers, and cables are running safely and at peak performance. The Treedix TRX5-0816 is an essential diagnostic tool for IT professionals, repair technicians, hardware engineers, and tech hobbyists. Eliminate the guesswork caused by identical-looking USB Type-C cables and instantly verify their internal specifications, power ratings, and authentic structural wire resistance.
š Key Functions & Capabilities
- Comprehensive Data Transmission Testing: Easily test and verify standard continuity and high-speed data capabilities across USB 2.0, USB 3.2, Thunderbolt 3 (TBT3), Thunderbolt 4 (TBT4), and Thunderbolt 5 (TBT5) protocols.
- Advanced Power Delivery (PD) Detection: Fully supports checking hardware compliance for PD 2.0, PD 3.0, and high-wattage Extended Power Range PD 3.1 (<65W up to 240W configurations).
- Integrated E-Marker Chip Reading: Instantly read hidden E-Marker chips inside premium Type-C cables to display accurate maximum current, voltage limits, manufacturer data, and transmission speeds.
- Precision Cable Resistance Testing: Measures internal wire loop resistance to isolate cheap, poorly shielded, or damaged charging cables that slow down your charging rates or cause excessive heat.
āļø Technical Specifications
- Brand: Treedix
- Model / MPN: TRX5-0816 / TRX5-0816-AC
- Display: 2.4-Inch High-Definition Color LCD Screen
- Supported Input Interfaces: USB Type-C, USB Type-A, Micro-USB, Lightning (iPhone/iPad)
- Measurement Metrics: Internal Resistance (mΩ), Power Delivery Profile, Connection PIN Continuity, E-Mark Information
š¦ Package Includes:
- 1x Treedix TRX5-0816 USB Cable Tester Module
- (Note: Power supply/testing cables required for operation are not included)
š” Why Buy From Us?
- Brand New / Factory Sealed item.
- Fast & Free Shipping dispatched rapidly from the UK.
- Safe Packaging to guarantee your item arrives in pristine condition.