Holland GSV‑6 6‑Way Vertical Splitter
Condition: New
Product Overview:
The Holland GSV-6 is a passive coaxial 6-way vertical splitter designed to distribute a single coaxial RF input to six output ports for cable TV, broadband, antenna, and other 75 Ω signal distribution applications. It operates across a broad frequency range from 5 MHz to 1000 MHz, accommodating typical CATV and broadband signals while incorporating features like solder-back case construction and precision machined F-ports to help maintain shielding and signal integrity. The GSV series splitters are engineered to meet modern return-path requirements for distribution systems.
Key Features:
Six-way passive coaxial splitter for multi-output RF distribution
Broadband frequency range: approximately 5-1000 MHz for CATV and broadband signal support
Solder-back case with double-thick plating and port protection caps
Precision machined F-ports with flat-end connections for improved contact quality
Capacitor-decoupled design with low intermodulation distortion and enhanced sub-band performance
Condition: New
Product Overview:
The Holland GSV-6 is a passive coaxial 6-way vertical splitter designed to distribute a single coaxial RF input to six output ports for cable TV, broadband, antenna, and other 75 Ω signal distribution applications. It operates across a broad frequency range from 5 MHz to 1000 MHz, accommodating typical CATV and broadband signals while incorporating features like solder-back case construction and precision machined F-ports to help maintain shielding and signal integrity. The GSV series splitters are engineered to meet modern return-path requirements for distribution systems.
Key Features:
Six-way passive coaxial splitter for multi-output RF distribution
Broadband frequency range: approximately 5-1000 MHz for CATV and broadband signal support
Solder-back case with double-thick plating and port protection caps
Precision machined F-ports with flat-end connections for improved contact quality
Capacitor-decoupled design with low intermodulation distortion and enhanced sub-band performance



















