The RG223 RF Coaxial Cable is a versatile, high‑performance solution for anyone who needs consistent, low‑loss RF signal transmission in challenging environments. Built around a 50‑Ohm impedance, it aligns with the requirements of most RF equipment, test systems, and communication devices, helping you achieve clean, predictable performance across your installation. What sets the RG223 apart is its double‑shielded design, typically featuring both a foil and braided shield. This layered shielding dramatically reduces external electromagnetic interference and crosstalk, which is especially important in dense rack environments, busy labs, or radio installations with multiple nearby transmitters. The result is a cable that maintains signal quality and stability, even when routed alongside other wiring. Its construction usually includes a stranded or solid center conductor, a stable dielectric to maintain consistent impedance, and a durable outer jacket engineered to withstand everyday handling, bending, and vibration. This combination provides a good balance of flexibility and mechanical strength, so the cable can be pulled through conduits, routed around corners, or moved during equipment reconfiguration without compromising performance when handled correctly. Suitable for applications such as RF test equipment, base stations, radio and broadcast setups, GPS antenna feeds, and data or control links, the RG223 RF Coaxial Cable adapts well to both fixed and semi‑mobile installations. Whether you are upgrading an existing system or building a new RF chain from scratch, it offers a dependable, professional‑grade path for your signals. By choosing RG223, you get a cable that is engineered for consistent attenuation characteristics, strong shielding, and long‑term reliability, helping to ensure your RF, data, and communication systems perform the way you designed them to, day after day.

• 50 Ohm RF coaxial cable for broad equipment compatibility
• Double‑shielded construction for excellent EMI and RFI protection
• Low signal loss for reliable high‑frequency transmission
• Durable outer jacket for everyday handling and installation
• Flexible design for easier routing in racks
• cabinets
• and conduits
• Suitable for RF
• GPS
• data
• LAN/WAN
• and communication systems
• Consistent impedance and attenuation for stable system performance