When designing an outdoor Wireless network one of the first questions to ask is what is between point A (antenna 1) and point B (antenna 2). The path between two antennas is referred to as the Line of Sight. There are three main categories of Line of Sight, the first being full Line of Sight (LOS) where no obstacles reside between the two antennas, the next is called Near Line of Sight (nLOS) which includes partial obstructions such as tree tops between the two antennas, and lastly Non Line of Sight (NLOS) where full obstructions exist between the two antennas. By determining the specific line of sight conditions in the WiFi network area you can then determine the correct type of wireless system to install.
The Fresnel Zone referenced in the diagrams above is an electromagnetic phenomenon, where light waves or radio signals get diffracted or bent from solid objects near their path. The radio waves reflecting off the objects may arrive out of phase with the signals that traveled directly to the receiving antenna thus reducing the power of the received signal.
These left angle Category 6 patch cords are assembled with T568B four pair stranded cable, and are ideal for confined spaces. They consist of a foil shield with drain wire to protect signals from external noise, and a strain relief boot to reduce stress on the cable.
CAT6 is completely backward-compatible with current CAT5e equipment.
Introducing the Extron USB-C HD 101 USB-C to HDMI interface. This new interface provides USB-C video connectivity to HDMI device inputs, while supporting the power and charging needs for USB-C source devices. The USB-C HD 101 converts USB-C video to HDMI.
With Extron's NetPA® Ultra amplifiers, you benefit from our award winning XPA Ultra amplifiers in combination with immensely powerful Dante network audio distribution. Dante connectivity makes it supremely easy to distribute audio from a centralized location to decentralized remote amplifiers throughout a building or campus using standard network hardware.