Outdoor Communication Cables | Telecommunications infrastructure, smart cities | FRP sheath (IEC 60794-1-20 compliant) ▲ 12 cores (G652D/G657A2) RoHS certified Anti-rodent (IEC 60794-4-1) 100m length | ▲15% lighter than steel-reinforced cables Environmental compliance (RoHS) Multi-fiber compatibility (G652D/G657A2) | Higher cost vs indoor cables Shorter length (ideal for mid-range, not long-haul) |
Indoor Communication Cables | Office networks, data centers | PVC jacket (ISO 6722) 24 cores (G657A1) 50m length Bend-insensitive design | Cost-effective Ease of installation in controlled environments Lightweight | Not weather-resistant Limited outdoor durability Lower fiber count for large-scale needs |
Submarine Communication Cables | Undersea internet backbones | Armored jackets (IEC 60794-4-3) 96 cores (G654.E) 20,000m length Pressure-resistant (up to 10,000m depth) | ▲Highest capacity for global connectivity Long-distance reliability Deep-sea deployment capability | Extremely high cost Complex installation requiring specialized vessels |
Aerial Communication Cables | Rural telecom pole installations | Lightweight PE jacket (ASTM D1621) 48 cores (G652B) Weather-resistant coating | Quick deployment in aerial setups Cost-effective for mid-scale networks | Susceptible to weather damage (e.g., UV degradation) Lower rodent resistance |
Military-Grade Cables | Defense systems, extreme environments | Kevlar-reinforced jacket (MIL-STD-810H) 24 cores (G695) Encrypted signal protection | ▲Survives extreme temperatures (-60°C to +85°C) Resists electromagnetic interference (EMI) | Bulky design High cost Requires specialized maintenance |
Underwater Communication Cables | Lakes/rivers, shallow water deployments | Waterproof jacket (IP68) 36 cores (G657A2) 50m length Flexible polymer sheath | Suitable for shallow-water IoT applications Cost-effective vs submarine cables | Limited to short lengths Not rated for deep-sea pressure |