U.FL Connectors & Adapters for antenna cables

U.FL Adapters to SMA & RP-SMA

Our U.FL adapters provide miniature interfaces that make them useful in high-density applications such as those used in Wi-Fi computer and GPS applications. Our SMA to U.FL adapters are made of stainless steel and brass bodies and come with a Voltage Standing Wave Ratio of between 1.3 and 6GHz.

U.FL is also known as UMCC (Ultra Miniature Coax Connectors) - U.FL Series

U.FL connectors are tiny radio frequency connectors that operate on the 6GHZ high-frequency band. U.FL is used in a wide variety of applications mostly as antenna cable connectors. The series finds use in applications such as GPS connectors, antenna jacks MiniPCI cards, and any embedded systems on which space is critical.   

U.FL connectors are ultra-small surface mounted coaxial connectors typically with a nominal mounting area of 3.2 mm and 3.0 mm and a maximum height of 2.5 mm. Since they work with a wide range of miniature devices, you will typically get high-frequency performance from these connectors right from DC to 6GHz.   
 
UMCC / U.FL is an ultra low profile coaxial interconnection solution that is designed to meet the demand for miniaturization in the modern world of wireless applications. The U.FL / UMCC cable assemblies come in the form of inter-series assemblies, double ended jumpers and U.FL jack on PCB for board mount applications.
 
Most can be connected with automatic placement equipment with vacuum nozzles given that they come packaged on reel and tape. Proper use of extraction tools ensures that connection and disconnection between the receptacle and plug is smooth. You will often get a tactile click when the connector is fully mated to the receptacle. 

The U.FL series of connectors works with a variety of adaptors that make it suitable for a range of applications that include Bluetooth, cell phones, Wireless LAN, Smart Phones, GPS, Wireless Communication Devices, the Internet of Things (IoT), Electronic Measuring Instruments and applications using small coaxial connectors for high frequency transmissions.
U.FL Adapters
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U.FL Connectors & Adapters for antenna cables

U.FL Adapters to SMA & RP-SMA

Our U.FL adapters provide miniature interfaces that make them useful in high-density applications such as those used in Wi-Fi computer and GPS applications. Our SMA to U.FL adapters are made of stainless steel and brass bodies and come with a Voltage Standing Wave Ratio of between 1.3 and 6GHz.

U.FL is also known as UMCC (Ultra Miniature Coax Connectors) - U.FL Series

U.FL connectors are tiny radio frequency connectors that operate on the 6GHZ high-frequency band. U.FL is used in a wide variety of applications mostly as antenna cable connectors. The series finds use in applications such as GPS connectors, antenna jacks MiniPCI cards, and any embedded systems on which space is critical.   

U.FL connectors are ultra-small surface mounted coaxial connectors typically with a nominal mounting area of 3.2 mm and 3.0 mm and a maximum height of 2.5 mm. Since they work with a wide range of miniature devices, you will typically get high-frequency performance from these connectors right from DC to 6GHz.   
 
UMCC / U.FL is an ultra low profile coaxial interconnection solution that is designed to meet the demand for miniaturization in the modern world of wireless applications. The U.FL / UMCC cable assemblies come in the form of inter-series assemblies, double ended jumpers and U.FL jack on PCB for board mount applications.
 
Most can be connected with automatic placement equipment with vacuum nozzles given that they come packaged on reel and tape. Proper use of extraction tools ensures that connection and disconnection between the receptacle and plug is smooth. You will often get a tactile click when the connector is fully mated to the receptacle. 

The U.FL series of connectors works with a variety of adaptors that make it suitable for a range of applications that include Bluetooth, cell phones, Wireless LAN, Smart Phones, GPS, Wireless Communication Devices, the Internet of Things (IoT), Electronic Measuring Instruments and applications using small coaxial connectors for high frequency transmissions.