by Angela
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In today’s high-speed, data-intensive world, system designers demand components that operate at higher frequencies with lower loss, tighter tolerances and greater reliability. At Reach-Line, we specialize in high-frequency cable assemblies designed to exceed those expectations. For more details, see our product page: www.reach-line.com/cable-assemblies. Our portfolio covers a wide frequency spectrum — from DC to 67 GHz — with VSWR as low as 1.2, ensuring minimal reflection and maximum signal integrity.
For engineers working in 5G infrastructure, satellite communications, defense radar or high-precision test labs, cable assemblies are not just interconnects; they are critical links that define system performance. That’s why we offer a wide array of connector interfaces — SMA, 2.92 mm, 2.4 mm, 1.85 mm, SMP/SSMP and beyond — paired with premium coaxial cables to achieve stable phase performance and low attenuation. See our cable assembly portfolio: www.reach-line.com/cable-assemblies.
Our armoured and superflex assemblies provide additional mechanical strength for demanding environments. By integrating meticulous manufacturing, quality control and full traceability, Reach-Line guarantees consistency for prototypes and mass production alike. Whether you need a standard length or a custom-engineered assembly, our engineering team partners with you to deliver solutions optimized for your application.

If your system requirements are moving toward higher data rates, broader bandwidths and tighter tolerances, Reach-Line cable assemblies help you push the limits of RF performance without compromise. Learn more at www.reach-line.com/cable-assemblies.
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Introduction RF connectors are essential components in modern communication systems. They are widely used in applications such as wireless communication, test equipment, antennas, and RF cable assemblies. Among the many types of RF connectors available today, SMA connectors and BNC connectors are two of the most commonly used. Although both are designed to transmit radio
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