An iPrece cable assembly (manufactured by iPrece, a global specialized manufacturer of radio frequency and microwave interconnect solutions) refers to precision RF coaxial cable assemblies engineered for high-frequency signal transmission, low insertion loss, and stable phase performance. ​Key Technical Specifications & Features ​High-Frequency Range: Engineered to operate from low-frequency bands up to microwave and millimeter-wave (mmWave) frequencies—typically ranging from DC to 18 GHz, 26.5 GHz, and up to 40 GHz depending on the connector interface (e.g., SMA, 2.92mm, N-Type, 4.3-10). ​Controlled Impedance: Manufactured with precise 50 Ω (or custom 75 Ω) characteristic impedance control to minimize Return Loss and Voltage Standing Wave Ratio (VSWR). ​Phase Stability & Low Insertion Loss: Features phase-stable dielectric materials (such as PTFE or expanded PTFE) designed to resist phase shifts under temperature variation and mechanical flexing—essential for timing-critical radar and test applications. ​Cable Types Offered: ​Flexible & RG Series: High-flexibility coaxial cables for tight internal chassis routing and patch panels. ​Low-Loss LMR Series: Double-shielded, low-attenuation cables designed for longer runs in telecom base stations and Distributed Antenna Systems (DAS). ​Semi-Rigid & Conformable: Hand-formable or pre-bent copper/aluminum tubing cables offering near-perfect shielding efficiency (>100\text{ dB}). ​100% VNA Tested: Each precision assembly undergoes individual Vector Network Analyzer (VNA) testing to verify insertion loss, VSWR, and phase matching before deployment. ​Primary Applications & Industries ​Telecommunications & 5G Infrastructure: RF jumper connections in base station transceivers (BTS), small cells, and DAS networks. ​Aerospace, Defense & Radar: Used in phased-array radar, avionics systems, satellite communications (SatCom), and electronic warfare systems requiring high reliability under harsh conditions. ​Test & Measurement: VNA test cables and lab calibration interconnects where repeatable signal integrity is required across thousands of mating cycles. ​Medical & Industrial Electronics: High-frequency signal routing in diagnostic imaging and industrial RF processing equipment. ​Comparison: Cable Types in the iPrece Lineup

Typical Application Shielding
Efficiency Flexibility Frequency Range Cable Type
Wireless Telecom, Outdoor Antennas Excellent (>90 dB) High Up to 6 GHz LMR-Style Low Loss
Internal Routing,
Test Leads Good Very High Up to 18 GHz Flexible RG-Series
Defense Radar, VNA Lab Testing Superior Moderate Up to 40 GHz Phase-Stable Microwave
RF Modules,
High-Density Boxes Maximum (>110 dB) Formable (Fixed) Up to 40+ GHz Semi-Rigid Coax