Communication Protocols | Workshop diagnostics requiring wireless or PC connectivity | Industry Standard: CAN (ISO 11898) Our Base: CAN + USB (USB 2.0) ▲1 Our Advanced: CAN + USB + Zigbee (IEEE 802.15.4) ▲2 | Base allows PC connectivity; Advanced enables wireless diagnostics (Zigbee) | Industry lacks versatility; Advanced requires additional hardware for Zigbee |
Diagnostic Scope | Comprehensive system checks for compliance or advanced repairs | Industry: Engine systems (SAE J1979) Base: Engine + Transmission (ISO 15765-3) ▲1 Advanced: All systems incl. Emission (ISO 15031-6) ▲2 | Advanced covers emissions for regulatory compliance | Base lacks advanced features like emission diagnostics |
Compatibility | Multi-brand repair shops or luxury vehicle servicing | Industry: Mainstream brands (Ford, GM) Base: +VW/Audi (VAS 5054) ▲1 Advanced: +JLR DoIP + Tesla (VAS 6154) ▲2 | Advanced supports luxury brands like Jaguar/Land Rover and Tesla | Higher cost for Advanced version |
Power Consumption | Portable use in field service or eco-conscious workshops | Industry: 12W (typical for tools) Base/Advanced: 9W (energy-efficient, comparable to LED light bulb) ▲1 | Lower energy use reduces downtime | No notable disadvantages |
User Interface | Technician workflows needing customization or mobile integration | Industry: Basic LCD (characters only) Base: Touchscreen (4" TFT) ▲1 Advanced: Color display + SDK (Android/iOS API) ▲2 | Advanced allows app integration for custom workflows | Base lacks SDK for advanced customization |
Durability | Harsh environments (e.g., outdoor repair shops) | Industry: Plastic casing (IP54) Base: Metal-plastic hybrid (IP65) ▲1 Advanced: Full metal (IP67, waterproof/dustproof) ▲2 | Advanced withstands extreme conditions (e.g., rain, dust) | Advanced is bulkier and heavier |