High-Density Connectors | Automotive, industrial control systems | Pins: 50 (Industry: 30 ▲+66%) Material: Copper Alloy (Industry: Brass ▲+20% conductivity) Certifications: CE, RoHS (Industry: CE only ▲+1) | ▲ 66% more pins for high-speed data transfer Enhanced conductivity for reliability Meets RoHS for environmental compliance | Bulky design Higher cost due to advanced materials |
Standard Connectors | Consumer electronics, low-speed devices | Pins: 20 (Industry: 20) Material: Brass (Industry: Brass) Certifications: CE (Industry: CE) | Cost-effective Compact and lightweight Universal compatibility | Limited to 20 pins (lower data capacity) No RoHS compliance (base model) |
Ruggedized Connectors | Harsh environments (construction, military) | Material: PA66+30%GF (Industry: PA66 ▲+50% strength) IP Rating: IP67 (Industry: IP54 ▲+2 levels) Temperature Range: -40°C to 125°C (Industry: -20°C to 100°C ▲+33%) | ▲ 50% stronger for extreme durability IP67 (dust/waterproof) Survives -40°C to 125°C | Expensive Complex installation requirements |
Automotive-Specific Connectors | Vehicle systems, automotive manufacturing | Vibration Resistance: 50G (Industry: 30G ▲+66%) EMI Shielding: 95% (Industry: 80% ▲+15%) Certifications: ISO 6722 (Industry: None ▲+1) | ▲ 66% better vibration tolerance for road use 95% EMI shielding for signal integrity Complies with ISO 6722 automotive standards | Specialized design limits cross-industry use |
Industrial Connectors | Factories, automation systems | Current Rating: 15A (Industry: 10A ▲+50%) Contact Resistance: <10mΩ (Industry: <20mΩ ▲50% improvement) Pin Density: 40 pins/m² (Industry: 30 ▲+33%) | ▲ 50% higher current capacity for heavy loads <10mΩ resistance ensures efficiency 40 pins/m² for dense wiring | Bulky size Requires skilled technicians for installation |
Consumer Electronics Connectors | Smartphones, peripherals | Plug-and-Play: Yes (Industry: Yes) Thickness: 10mm (Industry: 12mm ▲-16% thinner) Material: Copper (Industry: Aluminum ▲+40% conductivity) | Ultra-compact design for portable devices 16% thinner than industry standard 40% better conductivity than aluminum | Limited to 20 pins (lower scalability) Lower durability for industrial use |