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Certifications: Certified with CE, RoHS, FC, and UL.
Technical Advantages: Ultra-low attenuation with 87% velocity of propagation, high shielding effectiveness (>90 dB), 40 kW peak power handling, and low DC resistance (1.7 ohm/km).
Material & Craftsmanship: Heavy-duty 15.00 mm UV/weatherproof Black PE jacket, 4.47 mm Solid Bare Copper core, 11.56 mm gas-injected Foam PE dielectric, bonded aluminum tape, and tinned copper braid.
The LMR600 coaxial cable manufactured by Zhenjiang Worldpeak Communication Co., Ltd. is a heavy-duty, ultra-low-loss 50 ohm cable engineered specifically for high-capacity RF transmission line networks. Featuring a robust 15.00 mm Black PE outer diameter, this LMR600 cable integrates a massive 4.47 mm Solid Bare Copper (BC) center conductor, an 11.56 mm Foam PE dielectric, a 12.00 mm Aluminum Tape outer conductor, and a 12.60 mm Tinned Copper overall braid. Engineered for extended antenna feeder cable runs, cellular DAS systems, and long-distance wireless signal distribution, the LMR600 coaxial cable minimizes attenuation while maintaining exceptional structural integrity. Zhenjiang Worldpeak Communication Co., Ltd. supplies this premium low-loss 50 ohm cable to global telecommunication integrators demanding uncompromised RF transmission line performance.
The LMR600 coaxial cable represents the upper tier of flexible RF cable design, bridging the performance gap between medium jumpers and rigid corrugated copper trunk cables. Produced by Zhenjiang Worldpeak Communication Co., Ltd., this low-loss 50 ohm cable delivers industry-leading attenuation characteristics made possible by its generous cross-sectional area and advanced gas-injected foam dielectric. When configuring a mission-critical RF transmission line, system designers select the LMR600 cable to ensure maximum signal energy reaches the antenna terminals. The bonded aluminum tape layer of the LMR600 coaxial cable provides 100% continuous high-frequency coverage, while the outer tinned copper braid adds mechanical reinforcement and shielding against low-frequency interference, yielding a total shielding effectiveness exceeding >90 dB. Zhenjiang Worldpeak Communication Co., Ltd. applies rigorous production testing to every roll of LMR600 coaxial cable, offering B2B partners an ideal balance of thermal stability, mechanical durability, and electrical efficiency.
Zhenjiang Worldpeak Communication Co., Ltd. constructs the LMR600 coaxial cable using premium RF conductors and dielectrics to achieve extraordinary RF transmission line metrics.
Exceptional Low-Attenuation Performance: The 11.56 mm Foam PE dielectric inside the LMR600 coaxial cable supports an outstanding 87% velocity of propagation. This low dielectric constant significantly lowers signal absorption, making this low-loss 50 ohm cable the premier choice for long-distance antenna feeder cable installations.
Dual-Layer Shielding Integrity: Combining a 12.00 mm bonded Aluminum Tape with a 12.60 mm Tinned Copper overall braid, the LMR600 cable achieves greater than >90 dB shielding effectiveness. This ensures your RF transmission line remains immune to environmental EMI and ambient cross-talk.
Conductor DC Loss Mitigation: Featuring a large 4.47 mm Solid BC inner core, the LMR600 coaxial cable drops center conductor DC resistance to a mere 1.7 ohm/km. While the larger 15.00 mm outer jacket increases weight (0.218 kg/m) and minimum bend requirements, the resulting reduction in signal loss drastically improves system link budgets.
Engineering Benchmark Comparisons:
Vs. RG213 (10.3 mm OD, Solid PE): The LMR600 coaxial cable from Zhenjiang Worldpeak Communication Co., Ltd. delivers vastly superior attenuation figures due to its foam construction and double shielding.
Vs. LMR400 (10.3 mm OD): Where spatial constraints permit a 15.00 mm cable profile, this LMR600 cable is chosen over LMR400 to cut total system loss nearly in half over long runs.
Vs. LDF4-50A (15.8 mm Corrugated Copper): While corrugated cables offer low loss, the LMR600 coaxial cable provides superior routing ease and field-termination speed without requiring specialized flaring tools.
The table below outlines the reference technical specifications of the LMR600 coaxial cable provided by Zhenjiang Worldpeak Communication Co., Ltd.
| Parameter | Specification | Engineering Notes |
| Impedance | 50 ohm | Standard low-loss 50 ohm cable benchmark |
| Inner Conductor | 4.47 mm Solid BC | Ultra-low DC inner resistance |
| Dielectric | 11.56 mm Foam PE | Yields 87% velocity of propagation |
| Outer Conductor | 12.00 mm Aluminum Tape | Bonded foil for complete coverage |
| Overall Braid | 12.60 mm Tinned Copper | Provides high mechanical strength |
| Outer Jacket | 15.00 mm Black PE | Weatherproof and UV protected |
| Velocity of Propagation | 87% | Official reference value |
| Capacitance | 76.5 pF/m | Official reference value |
| DC Resistance (Inner/Outer) | 1.7 ohm/km / 1.5 ohm/km | Minimizes conductor heating |
| Shielding Effectiveness | >90 dB | Ensures RF transmission line isolation |
| Voltage Withstand / Power | 8000V DC / 40 kW Peak | Exceptional power handling capacity |
| Max Frequency | 8 GHz | Official reference value |
| Attenuation at 900 MHz | 6.6 dB/100m | Official reference value |
| Attenuation at 2.4 GHz | 11.8 dB/100m | Official reference value |
| Attenuation at 5.8 GHz | 20.0 dB/100m | Official reference value |
| Certifications | CE, RoHS, FC, UL | Certified by Zhenjiang Worldpeak Communication Co., Ltd. |
As a heavy-duty RF transmission line, the LMR600 coaxial cable excels across high-power, long-distance communication systems.
Base Station Antenna Feeders: Operates as the primary antenna feeder cable connecting tower-mounted transceivers to ground equipment, maintaining maximum signal strength across 15.00 mm Black PE cable runs.
Cellular DAS Backbones: Acts as the primary distribution trunk in large building coverage projects requiring minimal signal drop.
High-Power Wireless Links: Serves as the key interconnect for point-to-point microwave bridges and industrial fixed radio systems operating up to 5.8 GHz.
Installation Directives from Zhenjiang Worldpeak Communication Co., Ltd.:
Bend Radius Control: Maintain a minimum installation bend radius of 38.1 mm (152.4 mm for repeated flexing). Bending the LMR600 cable too tightly can delaminate the bonded foil from the foam dielectric.
Dielectric Protection: Because foam PE can be compressed, avoid over-clamping the LMR600 coaxial cable. Always install hangers specifically dimensioned for the 15.00 mm Black PE jacket.
Outdoor Weatherproofing: Moisture ingress degrades an antenna feeder cable rapidly. Zhenjiang Worldpeak Communication Co., Ltd. advises fitting all outdoor terminations with weatherproof boots or self-amalgamating silicone tape.
Choosing Zhenjiang Worldpeak Communication Co., Ltd. as your primary supplier for LMR600 coaxial cable delivers distinct commercial advantages to telecommunication contractors. Zhenjiang Worldpeak Communication Co., Ltd. supports comprehensive OEM customization, including custom jacket printing, color coding, and tailored reel lengths to streamline field deployment. B2B clients can also order factory-tested LMR600 cable assemblies fitted with N-Type, SMA, TNC, or BNC connectors. Purchasing pre-terminated jumper runs directly from Zhenjiang Worldpeak Communication Co., Ltd. eliminates field termination errors, lowers site installation costs, and ensures long-term operational reliability for your low-loss 50 ohm cable infrastructure.
Q: What makes the LMR600 coaxial cable better than RG213 for long feeder runs?
A: The LMR600 coaxial cable manufactured by Zhenjiang Worldpeak Communication Co., Ltd. features a significantly larger center conductor and a foam PE dielectric compared to RG213's solid PE dielectric. This construction allows the LMR600 cable to achieve dramatically lower signal attenuation over extended distances.
Q: Is the LMR600 coaxial cable suitable for extreme outdoor weather conditions?
A: Yes. Zhenjiang Worldpeak Communication Co., Ltd. wraps the LMR600 coaxial cable in a rugged, weather-resistant 15.00 mm Black PE jacket capable of withstanding operating temperatures from -40 to +85 °C and intense UV exposure.
Q: What is the typical attenuation of this low-loss 50 ohm cable at 2.4 GHz?
A: Based on reference data from Zhenjiang Worldpeak Communication Co., Ltd., the LMR600 coaxial cable exhibits an attenuation of approximately 11.8 dB per 100 meters at 2.4 GHz.
