The HyperLink HG72706DPCUPR-NF is a low PIM high performance MIMO ceiling mount antenna specifically designed for in-building wireless networks such as DAS (Distributed Antenna Systems) which are used to distribute Cellular and WiFi signals throughout a building or area. The wide band design of this antenna eliminates the need to purchase different antennas for each frequency. This simplifies installations since the same antenna can be used for a wide array of in-building wireless applications where wide coverage is desired.

The HG72706DPCUPR-NF features linear radiators, which means the antenna can receive both vertical and horizontal signals. This provides better overall wireless performance since it can receive signals from a wider array of devices in many different orientations. The HG72706DPCUPR-NF is a MIMO antenna. Two separate antenna leads are provided, each having the ability to receive both vertical and horizontal signals equally. This antenna is ideal for use with 1x2 and 2x2 MIMO access points and routers.

Low PIM Rated

The key to providing the best performance in a DAS application is to ensure the components used are low PIM rated. This helps meet the increasing demand for higher data rates and the ability to provide streaming video for mobile devices. With a low PIM rating of less than -150 dBc, the HG72706DPCUPR-NF helps meets the most demanding PIM requirements for LTE/4G bands.

The aesthetically pleasing low profile design of this antenna makes it ideal for use in almost any indoor environment. It can be easily mounted through a single 11/16" hole in a solid or suspended ceiling up to 1 inch thick. This antenna features a 13.7 inch coax lead terminated with an N-Female connector. Special order connectors are also available.

Features:

• Frequency coverage for 700 MHz, 850 MHz, AWS and PCS bands
• Low Passive InterModulation (PIM) rated
• Antenna can receive both vertical and horizontal polarized signals
• Attractive low profile radome design
• Easily mounts to ceiling tiles

Applications:

• DAS (Distributed Antenna Systems)
• 700 MHz and cellular applications
• AWS (Advanced wireless services) and PCS (Personal communications service) band applications
• In-building wireless networks and LTE networks
• IEEE 802.11b/g/n applications