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This extender allows you to transmit VGA video and analogue audio up to a distance of 300m using high quality Cat.5e/6 solid core cable to 4 remote receivers (no. 35402) with monitors/projectors and speakers connected.
This extender system allows you to transmit VGA video and analogue audio up to a distance of 300m using high quality Cat.5e/6 solid core cable from the local unit (no. 35401) to 4 of these remote receivers with monitors/projectors and speakers connected.
VGA splitter extenders distribute analogue video content across longer distances into multiple locations, using standard network cabling.
The Lindy 300m Cat.6 4 Port VGA Splitter is a high-quality solution for extending 4 separate analogue VGA signals over long distances using standard network cables when combined with the compatible receiver unit (35404). Supporting resolutions up to 1920x1080, this extender splitter provides high quality video for up to 4 separate distribution zones, such as classrooms or in security facilities. A 3.5mm female port ensures source devices or embedded audio can be added within the connection.
The VGA loop-out allows for the connection of a local display, great for monitoring and control of the setup. Dual mono audio extraction also provides the possibility of connecting speakers to the local setup.
The transmitter has a robust metal housing with mounting brackets, providing additional protection against accidental damage, ideal for use in industrial installations.
No WIFI reception or poor reception at access point, router or PC? These cables allow you to position the aerials more favourably and to work around this problem in an elegant and cost-effective way.
No WIFI reception or poor reception at access point, router or PC? These cables allow you to position the aerials more favourably and to work around this problem in an elegant and cost-effective way.
These days, usually coaxial cables with type 'N' connectors are used for short-wave, UHF and VHF with larger sending outputs and exterior aerial facilities. N connectors work very well with the high frequencies in the UHF range, which includes WIFI with 2.4GHz, since they connect the cable correctly in terms of impedance, 50 Ohms. They are also water-proof and therefore weather-resistant making them ideal for outdoor use.
These days, usually coaxial cables with type 'N' connectors are used for short-wave, UHF and VHF with larger sending outputs and exterior aerial facilities. N connectors work very well with the high frequencies in the UHF range, which includes WIFI with 2.4GHz, since they connect the cable correctly in terms of impedance, 50 Ohms. They are also water-proof and therefore weather-resistant making them ideal for outdoor use.
These days, usually coaxial cables with type 'N' connectors are used for short-wave, UHF and VHF with larger sending outputs and exterior aerial facilities. N connectors work very well with the high frequencies in the UHF range, which includes WIFI with 2.4GHz, since they connect the cable correctly in terms of impedance, 50 Ohms. They are also water-proof and therefore weather-resistant making them ideal for outdoor use.
These days, usually coaxial cables with type 'N' connectors are used for short-wave, UHF and VHF with larger sending outputs and exterior aerial facilities. N connectors work very well with the high frequencies in the UHF range, which includes WIFI with 2.4GHz, since they connect the cable correctly in terms of impedance, 50 Ohms. They are also water-proof and therefore weather-resistant making them ideal for outdoor use.
These days, usually coaxial cables with type 'N' connectors are used for short-wave, UHF and VHF with larger sending outputs and exterior aerial facilities. N connectors work very well with the high frequencies in the UHF range, which includes WIFI with 2.4GHz, since they connect the cable correctly in terms of impedance, 50 Ohms. They are also water-proof and therefore weather-resistant making them ideal for outdoor use.
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