Wireless Communication | Industrial control, outdoor systems | Industry: Infrared (30m line-of-sight) ▲ Base: RF 433MHz (100m, FCC Part 15) ▲ Advanced: 2.4GHz (200m + AES encryption) | Base avoids line-of-sight limits; Advanced ensures secure, long-range control | Advanced requires complex setup; RF may interfere with other devices |
Channel Capacity | Multi-device setups (warehouses) | Industry: 2 channels ▲ Base: 4 channels (4 devices) ▲ Advanced: 8 channels (expandable systems) | Base meets most needs; Advanced supports complex automation networks | Advanced may be overkill for small-scale use; requires more wiring |
Power Supply | Solar-powered systems, factories | Industry: 5V ▲ Base: 12V DC (handles 10A loads) ▲ Advanced: 12V/24V auto-switch (universal compatibility) | Base works with standard 12V systems; Advanced works in diverse environments | Advanced adds cost; may need voltage converters for older systems |
Code Security | Security-sensitive applications | Industry: Fixed code (vulnerable to hacking) ▲ Base: Learning code (copies other devices) ▲ Advanced: Rolling code (AES-128 encryption) | Base allows flexibility; Advanced prevents hacking and code grabbing | Advanced requires advanced hardware; Learning code may fail with incompatible devices |
Material Durability | Harsh environments (outdoors) | Industry: Plastic (UL94 HB) ▲ Base: Durable plastic (UL94 V-0) ▲ Advanced: Reinforced plastic + IP65 (water/dust proof) | Base resists flames; Advanced withstands water, dust, and corrosion | Advanced is heavier and costlier; Base may not suit extreme conditions |
Heat Dissipation | High-temperature factories | Industry: Passive cooling (no vents) ▲ Base: Ventilation slots (passive cooling) ▲ Advanced: Active fan cooling (up to 60°C) | Base improves heat management; Advanced ensures reliability in extreme heat | Advanced adds noise from fan; may require maintenance for fan components |