CommScope C-6-UW-N-AI6 Air Directional Coupler is designed for precise RF signal distribution across a broad frequency range of 555-6000 MHz with a 6 dB coupling value.
CommScope C-8-CPUSE-D-AI6 Air Directional Coupler is designed for precise RF signal distribution across a broad frequency range of 555-2700 MHz with an 8 dB coupling value.
CommScope C-8-CPUSE-N-AI6 Air Directional Coupler is designed for precise RF signal distribution across a broad frequency range of 555-2700 MHz with an 8 dB coupling value.
CommScope C-8-UW-43-AI6 Air Directional Coupler is designed for precise RF signal distribution across a broad frequency range of 555-6000 MHz with an 8 dB coupling value.
CommScope C-8-UW-N-AI6 Air Directional Coupler is designed for precise RF signal distribution across a broad frequency range of 555-6000 MHz with an 8 dB coupling value.
The CommScope CA-TNFDM N-Female to 7-16 DIN-Male Adaptor is a high-quality connector designed for reliable and efficient performance. This straight adaptor features N-Female to 7-16 DIN-Male interfaces.
CommScope Cell-Max Omni DAS Antenna is designed for superior performance across multiple frequency bands. With its omni-directional design and high-quality construction, this antenna provides reliable coverage for Distributed Antenna Systems (DAS).
CommScope CMAX-DMF-43-WI53 Directional MIMO DAS Antenna is a high-quality, low PIM antenna designed for in-building applications. It operates across a wide frequency range of 698-4200 MHz. This antenna provides seamless connectivity and superior performance in indoor environments.
CommScope Cell-Max Omni DAS Antenna (350-470 MHz 698-960 MHz and 1710-6000 MHz); N (F), is engineered to deliver exceptional performance across a broad frequency spectrum. Upgrade your indoor wireless communication infrastructure with the CommScope Cell-Max Omni DAS Antenna, offering reliable connectivity, broad frequency support, and exceptional signal performance.
The CommScope CMAX-OUS1-UW43-I53 Omni DAS Antenna is a high-quality, low PIM antenna designed for in-building applications. It operates across a wide frequency range of 617-6000 MHz and features a 4.3-10 Female connector.
Note: Not recommended for metal ceilings.
CommScope CNT400 is a top-rated cable supporting wide frequency range of 30 MHz to 6000 MHz, making it ideal for 4G & 5G-sub 6 GHz applications. This cable is very popular for it's flexibility which makes installation easy, for example using with indoor repeaters like Nextivity Cel-Fi GO G51.
This cable is supplied in a 500m cable drum. Other available options are:
CommScope CNT400 is a top-rated cable supporting wide frequency range of 30 MHz to 6000 MHz, making it ideal for 4G & 5G-sub 6 GHz applications. This cable is very popular for it's flexibility which makes installation easy, for example using with indoor repeaters like Nextivity Cel-Fi GO G51.
This cable is supplied in a 100m cable reel. Other available options are:
CommScope CNT400 is a top-rated cable supporting wide frequency range of 30 MHz to 6000 MHz, making it ideal for 4G & 5G-sub 6 GHz applications. This cable is very popular for its flexibility which makes installation easy, for example using with indoor repeaters like Nextivity Cel-Fi GO G51.
This cable is supplied in a 50m cable reel. Other available options are:
CommScope CNT400 is a top-rated cable supporting wide frequency range of 30 MHz to 6000 MHz, making it ideal for 4G & 5G-sub 6 GHz applications. This cable is very popular for it's flexibility which makes installation easy, for example using with indoor repeaters like Nextivity Cel-Fi GO G51.
This cable is sold per meter. Other available options are:
The CommScope CNT400-FR is a high-quality, braided coaxial cable designed for a wide range of applications. This 50 Ohm cable features a black, non-halogenated, fire-retardant polyolefin jacket, ensuring reliable and efficient performance. It is an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
The CommScope CNT400-FR is a high-quality, braided coaxial cable designed for a wide range of applications. This 50 Ohm cable features a black, non-halogenated, fire-retardant polyolefin jacket, ensuring reliable and efficient performance. It is an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
The CommScope CPT-12U Easiax Automated Cable Preparation Tool is designed for efficient and precise preparation of 1/2" coaxial cables. This tool is part of the EASIAX Plus® product line and ensures reliable and consistent performance for connector attachment.
CommScope CPT-E2L2N EASIAX Automated Cable Preparation Tool is a high-precision tool designed for efficient and accurate cable preparation when attaching connectors to EFX2-50 and LDF2-50 Type N coaxial cables.
The CommScope CPT-F1-D Easiax Plus Automated Cable Preparation Tool is a high-quality tool designed for efficient and precise cable preparation. It is specifically made for FSJ1-50 coaxial cables with D-Class connectors.
CommScope CPT-F4B EASIAX is an Automated Cable Preparation Tool for FSJ4-50B coaxial cable with standard connectors. For use with F4-V2 series connectors only.
The CommScope F1A-PNMNF-1M Jumper is a high-performance coaxial cable assembly designed for reliable connectivity in various communication systems. It features a Type-N Male connector on one end and a Type-N Female connector on the other, with a length of 1 meter.
The CommScope F1A-PNMNM-1M Jumper is a high-quality, FSJ1-50A SureFlex cable designed for reliable connectivity. It features N-Male to N-Male connectors and is 1 meter long.
The CommScope F1HM-D is a high-quality 4.3-10 Male Connector designed for 1/4" FSJ1-50A cable. The body style is straight, and the cable family is FSJ1-50A. The inner contact is captivated and plated with silver, while the outer contact is attached by clamping and plated with trimetal.
The CommScope F1TBM-C is a high-quality BNC-Male Connector designed specifically for 1/4'' FSJ1-50A cable. This connector ensures reliable and efficient performance across a wide range of applications, making it an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
