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OMNI-600 OMNI-600 Mounting bracket, included

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OMNI-600 - Poynting 6.2dB 2x2 MIMO Omni LTE/4G/WiFi Antenna

  • 2×2 MIMO High Performance Omni Directional Antenna
  • Consistent gain over a very wide frequency band
  • Robust and weather resistant - IP65
  • Frequency bands: 410 - 470 MHz, 698 - 960 MHz, 1710 - 2700 MHz, 3400 - 3800 MHz
  • Twin 5m Siamese HDF195 cable with SMA Plugs

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PO-OMNI-600

Overview
The OMNI-600-02 is a unique new design with improved 2x2 MIMO electrical performance. The ultra-wide band covers all contemporary
operating frequencies with excellent balanced gain across all frequencies. Higher frequencies are not compromised and the
antenna design allows Poynting to have superior pattern control over the entire frequency range, making the OMNI-600-02 a true
high performance omni-directional antenna. Usable in all parts of the world, the OMNI-600-02 guarantees signal reception almost
everywhere. Poynting Antennas achieves this through new antenna configuration using multiple dipoles and a unique (patented) feed
network. The antenna is future proof as it covers the 450MHz frequency and 3.5GHz CBRS band which is gaining popularity in various
regions and countries.
Features
•  Medium gain omni-directional antenna
•  2x2 MIMO
•  Robust and weather resistant
•  2.4 - 2.5 Ghz band can be used as WiFi antenna
Application areas
•  Machine to machine (M2M)
•  Poor data signal reception (indoor or outdoor)
•  Slow data transmission connection
•  Unstable connection
•  Increase system transmission reliability
•  Wi-Fi Applications
 
 

 

Read our article - 'Antenna Considerations for 4G/LTE'

Specification
Download Specification Datasheet
Frequency Bands & Gain 410 - 470 MHz: 1dBi
690 - 960 MHz: 2dBi
1710 - 2700 MHz: 6.2dBi
3400 - 3800 MHz: 2dBi
Gain (Max) Port 1 & 2 6.2dBi
Antenna Connector & Cable Twin 5m Siamese HDF 195 with SMA Plugs
VSWR Port 1 & 2 ≤ 3 over 90% of the band
Antenna dimensions 750 x 75mm
Wind Survival <160 km/h
Temperature Range (Operating) 40°C to +70°C
Water Ingress Protection Ratio/Standard IP65
Salt Spray MIL-STD 810F /ASTM B117
Box Contents 1 x antenna
1 x mounting bracket - Pole up to 50mm diameter Wall and
Pole mount stainless steel bracket
Downloads
UKCA Declation of Conformity Download here 27.07.2022
CE/RoHS  Declaration of Conformity Download here 27.07.2022
Declaration of Conformity to REACH Download here 27.07.2022
TSCA Declaration of Conformity Download here 27.07.2022
ECCN/Dual Use Classification Declaration Download here 27.07.2022
Conflict of Minerals Declaration Download here 27.07.2022
High resolution images Download here 24.10.18
Reviews
Brochures
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Overview Guide - Mining Tunnelling


 
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Overview Guide - Farming Agriculture


 
Overview Guide - IoT Smart-Meters

Overview Guide - IoT Smart-Meters


 
Overview Guide - Poynting Antenna Solutions

Overview Guide - Poynting Antenna Solutions


 
Videos
4G & 5G Podcast

Video Podcast - Episode 3

Episode 3 covering the acronyms and letters surrounding 4G and 5G and what their meanings are. Where does LTE fit in? What are category classifications and their download speeds? How many antennas on a mobile router? Would you be better off with a higher category 4G router than investing in a 5G router? Steve and Louise also discuss antenna cable and the losses involved with having a too long cable which leads on to conversation about the new Teltonika networking range.

Guest Post - Choosing between a directional or an omni antenna, by Stephen Froneman of Poynting

Guest Post - Choosing between a directional or an omni antenna, by Stephen Froneman of Poynting

The choice of omni-directional and directional antenna is not always simple. We will try to explain the key differences experienced by using a uni-directional (aka ‘directional’) antenna vs. an omni-directional (aka ‘omni’) antenna.

Antenna Considerations for 4G/LTE

Objective
To try and clarify factors that you need to consider when planning on using an external antenna for your 4G/LTE broadband connection.
With 4G (LTE) services starting to come onto the UK market a lot of users are finding that they are achieving download speeds that are lower than they were expecting to get. Often this can be due to poor reception however there are other factors that need to be understood which can affect the broadband speed.

Hopefully this short article will help explain the implications and considerations the user needs to examine before they can decide the best course of action. Click here to read more

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