In the rapidly evolving landscape of wireless communication, from 5G to advanced Wi-Fi 6E, the integrity of the RF signal path is paramount. Our specialized DC to 6.0GHz MI1.13 Coaxial Cable Assembly is the critical link engineered to meet the stringent demands of high-frequency, high-data-rate applications. This assembly ensures exceptional performance across an ultra-wide spectrum, making it an indispensable RF component for professional telecom, IoT (Internet of Things), and test and measurement environments.
This high-frequency cable assembly is meticulously constructed using premium MI1.13 coaxial cable, renowned for its miniature size and excellent electrical characteristics. It is terminated with the robust, industry-standard SMA Female connector on one end and the compact, widely used MHF connector (also known as U.FL or IPEX) on the other. This combination offers unparalleled versatility, enabling seamless and secure connection between embedded antennas and external wireless devices. We have strategically infused this description with a wealth of relevant RF keywords and antenna keywords to maximize its SEO performance on Google.
Core Specifications: Ultra-Wideband Performance
This RF cable assembly is designed for superior electrical performance across a massive range, supporting virtually all major modern wireless technologies.
Ultra-Wideband Frequency Range: Guaranteed performance from DC (Direct Current) up up to 6.0 GHz. This immense bandwidth covers all critical cellular frequency bands (including 2G, 3G, 4G LTE, and key 5G NR sub-6GHz bands), as well as all Wi-Fi bands (2.4GHz, 5GHz, and the new 6GHz band). This makes it a true broadband coaxial cable solution.
MI1.13 Coaxial Cable: Utilizes the ultra-thin MI1.13 coaxial cable, the standard for embedded electronics. Its miniature diameter is crucial for installations in compact devices where internal space and flexibility are severely limited.
50Ohm Impedance: Maintained precision 50Ohm impedance throughout the assembly, ensuring maximum power transfer and minimal Voltage Standing Wave Ratio (VSWR) when paired with standard RF modules and antennas.
Low Insertion Loss: The cable's construction and quality control are optimized to minimize signal attenuation (or insertion loss), especially at higher frequencies, preserving the integrity of the fragile RF signal.
Premium Connectors: Bridging Embedded and External Worlds
The choice and quality of the RF connectors are critical for the longevity and electrical performance of any cable assembly. We have selected two industry-leading connectors to maximize versatility.
The Robust SMA Female Connector
The SubMiniature version A (SMA) Female connector provides the rugged, universally recognized interface for external attachment.
External Antenna Interface: The SMA Female is the common port on device enclosures, designed to mate with a vast range of external antennas (e.g., GPS antennas, cellular antennas, 5G antennas).
Mechanical Stability: Featuring a threaded coupling mechanism, the SMA connector ensures a robust, secure, and vibration-proof connection, which is essential for outdoor antenna and mobile communication applications.
High-Frequency Integrity: The design supports reliable performance far beyond 6.0 GHz, making it a secure choice for ensuring the electrical integrity of this RF cable assembly.
The Compact MHF (U.FL/IPEX) Connector
The MHF connector (commonly known by its equivalent names like U.FL, IPEX, or M.FL) is the standard for connecting to internal wireless modules.
Embedded Module Connection: This miniature RF connector is found on almost all commercial Wi-Fi modules, cellular modems, and 5G modules used in compact electronics.
Snap-on Convenience: Its snap-on design allows for quick, secure, and tool-free mating, speeding up assembly and manufacturing processes.
Low Profile: The MHF connector boasts an extremely low mated height, which is essential for embedded systems and thin-profile devices where vertical space is highly restricted. This ensures the entire coaxial cable assembly remains compact.
Ideal Applications: The Backbone of Modern Wireless Systems
The versatility and wide bandwidth of this coaxial cable assembly make it a fundamental component for a broad range of professional wireless solutions.
IoT and M2M Devices: Providing the internal link from the wireless module to an external antenna port for high-speed data backhaul in sensors, smart devices, and industrial controllers.
5G and 4G Modules: Used as a jumper cable to connect the RF output of an embedded 5G modem to the chassis-mounted SMA connector for attaching 5G external antennas.
WiFi Access Points and Routers: Enabling the connection of internal Wi-Fi modules to external WiFi antennas, enhancing wireless coverage and signal strength for high-speed networking.
GPS and GNSS Receivers: Ideal for connecting an embedded GPS receiver to an external GPS antenna, ensuring the integrity of the high-frequency 1575MHz navigation signal.
RF Test and Prototyping: The MI1.13 to SMA cable is indispensable in the lab environment for connecting RF circuit boards and wireless modules to larger test equipment, such as spectrum analyzers and signal generators.
By choosing our DC to 6.0GHz MI1.13 Coaxial Cable Assembly, you are selecting an optimal RF interconnect solution that ensures high-frequency performance, flexibility, and robust connectivity from the smallest embedded antenna to the largest external antenna system. This precision-engineered RF component guarantees the integrity of your wireless link across the entire current and future wireless spectrum.
