Contact us for an immediate quote at

HK2414-120NF 2.4 GHz 14 dBi Omni Array with 3,120° Sector Antennas & Splitter




Import duties, taxes and any additional delivery or clearance charges, are not included in the item price or the quoted shipping cost. These charges are the responsibility of the Buyer.

Please check with your local customs office to determine any additional charges prior to purchase.

Product Datasheet

Product Drawing

User Manual

Antenna Gain Pattern

Catalogue Page

The HyperLink Sectorized Omni Array features our high performance 2.4 GHz 120° sectorial antennas. Each of the three antennas in this array can be adjusted individually (0-20° up or down tilt) to compensate for the geography of the installation location. This helps ensure maximum coverage of the array for service providers in the 2.4 GHz ISM band.

Ideal for smaller applications, this sectorized omni array is available as a single fed system (1 input into 3 antennas). Since each antenna is fed from a 3-Way signal splitter, only a single radio/amplifier is required. As the system grows, additional capacity can be added by simple adding more base station radios and bypassing the splitter's array, thus feeding each antenna from a separate radio.

The sectorized omni array is designed for all-weather operation. It features heavy-duty plastic antenna radomes and stainless steel mounting systems. The array can be mounted directly onto masts 1¼" to 2" (31.7 to 50.8 mm) in dia using the provided U-Bolts. The mounting bracket can also accept 3" (76.2 mm) U-Bolts (not included) for larger masts.


  • Tri-Antenna Array with 360° coverage
  • High performance sectorial antennas
  • Single fed models feature 3-Way signal splitter and jumper cables
  • 0-20° mechanical up/down tilt
  • Also available in individual fed models


  • 2.4 GHz ISM Band
  • IEEE 802.11b, 802.11g, 802.11n Wireless LAN
  • Point to Multi-Point Systems
  • Wireless Broadband Systems

Category: 2-4-ghz, antenna, l-com, omnidirectional, over-200

Type: Antenna

Vendor: L-Com