Conductor Material | Electronics repair, industrial devices | Industry Standard: Copper (ISO 2080 compliant) Our Base: Tinned copper (ISO 2080:2018 compliant) ▲ Our Advanced: Gold-plated copper (ISO 2080 + MIL-STD-883) ▲▲ | Base: Corrosion resistance ▲ Advanced: Enhanced conductivity and durability ▲▲ | Advanced: Higher cost due to plating ▲▲ |
Connector Type | Legacy devices, firmware flashing | Industry Standard: USB 2.0 (480 Mbps) Our Base: USB 2.0 (backward compatible) Our Advanced: USB 3.0 (5 Gbps) ▲▲ | Advanced: Supports high-speed data transfers ▲▲ | Base/Standard: Limited to USB 2.0 speeds ▲ |
Customization | DIY projects, hardware debugging | Industry Standard: No exposed wires Our Base: Exposed wires (4 conductors: red, white, green, black) ▲ Our Advanced: Color-coded labels (red=VCC, white=GND, etc.) ▲▲ | Base: DIY-friendly for basic repairs ▲ Advanced: Simplifies complex pin identification ▲▲ | Requires soldering skills for all tiers ▲ |
Jacket Material | Harsh environments, industrial use | Industry Standard: PVC (IEC 60601-1 compliant) Our Base: Reinforced PVC (IEC 60601-1 + abrasion-resistant) ▲ Our Advanced: Braided nylon jacket (IEC 60601-1 + flame-retardant) ▲▲ | Advanced: Resists extreme temperatures and abrasion ▲▲ | Advanced: Bulky design ▲▲ |
Cable Length | Desktop setups, industrial automation | Industry Standard: 1.5m (common for consumer devices) Our Base: 1.8m (extended reach) ▲ Our Advanced: 3.0m (longer runs) ▲▲ | Base: Balances portability and reach ▲ Advanced: Ideal for large workspaces ▲▲ | Advanced: Risk of tangling ▲▲ |
Signal Integrity | High-interference environments | Industry Standard: Unshielded (EMI susceptibility) Our Base: Partial shielding (meets FCC Class B) ▲ Our Advanced: Full shielding (meets MIL-STD-461) ▲▲ | Advanced: Eliminates signal noise in industrial settings ▲▲ | Base/Standard: Prone to interference ▲ |