W3127

The W3127 is an omni-directional antenna developed for the 802.11n WLAN networks. It is designed for use in applications with a wide range of transmission/reception power levels. This antenna is extremely durable and cost-effective for the deployment of high speed wireless networks.

The W3127 is an ideal choice for the deployment of 802.11n WLAN networks. Due to the wide range of power levels supported, the W3127 is especially well-suited for applications which require a strong signal over a wide area. The omni-directional design makes it ideal for use in large indoor and outdoor spaces.In addition, the W3127 is suitable for other wireless networks, such as Wi-Fi, Bluetooth, and ZigBee. Furthermore, it is also compatible with digital two-way radio systems, such as GSM, CDMA, WCDMA, and TD-SCDMA.

The W3127 operates at 5GHz frequency range. Its unique design provides stable operation over a wide frequency range. The antenna radome is made of dielectric material which provides good protection against environmental influences.The internal design includes two monopole, which are connected at the apex to form a dipole. These two elements, when used together, provide more gain in the vertical plane than in the horizontal plane. This configuration allows for the antenna to be omnidirectional. The W3127 is equipped with a built-in test unit which allows for antenna performance measurements. The internal core contains a series of coils that can be adjusted to tune the antenna for optimum performance. The measurement unit is designed to provide accurate measurements of antenna performance over a wide range of frequencies and power levels.

The W3127 is an omni-directional antenna designed for wide range of applications. It is especially suitable for 802.11n WLAN networks, as well as other wireless networks. Furthermore, its omni-directional design and built in test unit make it well-suited for indoor and outdoor use in a wide range of power levels. With its cost-effectiveness and high-performance, the W3127 is an ideal choice for the deployment of wireless networks.