The RG214 RF coaxial cable is engineered for applications where signal integrity, durability, and reliability are non‑negotiable. Built around a 50 ohm impedance, it is well suited for RF systems, radio communication links, broadcast setups, test and measurement equipment, and many other high‑frequency installations that demand stable performance. At its core, RG214 uses a stranded, silver‑plated inner conductor and a solid polyethylene dielectric, helping to keep losses low while maintaining consistent electrical characteristics over a wide frequency range. A key advantage of this cable is its double‑shielded design: two silver‑plated copper braids provide excellent shielding effectiveness, greatly reducing susceptibility to EMI and RFI in electrically noisy environments. This makes it a strong choice for applications in industrial facilities, data centers, or dense RF environments where interference can easily degrade weaker cables. The outer jacket is typically a rugged black PVC, offering solid mechanical protection, resistance to everyday abrasion, and flexibility that simplifies routing in racks, cabinets, and mobile setups. Despite its robust build, RG214 remains reasonably flexible, so it can be installed in tighter spaces or used in movable rigs without undue stress on connectors or equipment. Because of its low attenuation and high power‑handling capability for its size, RG214 is often used when cable runs are longer or when higher transmit power is required. Installers appreciate its consistent performance, predictable impedance, and long service life when properly terminated and handled. Whether you are upgrading a lab, building a reliable RF feed line, or specifying cable for mission‑critical communication systems, the RG214 RF coaxial cable offers a well‑proven balance of electrical performance, shielding, flexibility, and durability.

• 50 ohm RF coaxial cable ideal for radio
• RF
• and test applications
• Double-shielded with two braided shields for excellent EMI/RFI protection
• Low signal attenuation for improved performance over longer runs
• Stranded inner conductor and solid polyethylene dielectric for stable electrical properties
• Rugged black PVC outer jacket for durability and abrasion resistance
• Good flexibility for easier routing in racks
• cabinets
• and mobile setups
• Suitable for high-frequency
• high-isolation
• and mission-critical installations