| Industry Standard OBD2 Connector | Basic automotive diagnostics | ABS housing (ISO 9001), 16-pin (IEC 60603), tin-plated brass contacts (ASTM B209) | Cost-effective, widely compatible with standard tools | Limited durability in harsh environments, no EMI shielding, no temperature rating |
| Our Base Tier OBD2 Connector | Standard automotive diagnostics | Copper contacts with tin plating (ASTM B209), 16-pin (ISO 3801), solder termination (IEC 60695) ▲ Modular design (▲) | Higher conductivity than brass, supports 16 pins, easy PCB mounting | No advanced environmental sealing, basic temperature range (-20°C to 85°C) |
| Our Advanced Tier OBD2 Connector | Heavy-duty industrial/automotive systems | Gold-plated copper contacts (MIL-STD-883), 16-pin with locking mechanism (▲▲) Flame-retardant housing (UL 94 V-0) ▲▲ Operates -40°C to 125°C (▲▲) | Enhanced durability, EMI shielding (▲), wide temperature tolerance, secure locking | Higher cost, bulkier design compared to base tier |
| High-Temperature OBD2 Connector | Engine control units, high-heat systems | Glass-reinforced nylon housing (UL 94 V-0), 14-pin, nickel-plated contacts (ASTM B489) | Operates up to 150°C, resistant to thermal shock | Limited pin count (14 vs 16), less flexible for customization |
| Modular OBD2 Adapter | Custom systems, robotics | 8-24 pin customizable (▲), snap-fit design, nylon housing | Flexible pin configuration, easy assembly | Lower durability in vibration-heavy environments, no EMI shielding |
| Industrial High-Reliability OBD2 | Industrial machinery, robotics | Metal alloy housing (ASTM F1564), 16-pin with IP67 sealing (▲▲), gold-plated contacts (MIL-STD-883) | IP67 dust/water resistance, vibration-resistant, EMI shielding (▲▲) | Bulky design, higher cost, limited temperature range (-25°C to 85°C) |