Product Center
Product Center
Home > Products > Base Stations Antenna > 4900 - 6400 Mhz 30 Dbi Mimo Dish Antenna
4900 - 6400 Mhz 30 Dbi Mimo Dish Antenna
  • 4900 - 6400 Mhz 30 Dbi Mimo Dish Antenna
  • 4900 - 6400 Mhz 30 Dbi Mimo Dish Antenna
  • 4900 - 6400 Mhz 30 Dbi Mimo Dish Antenna
  • 4900 - 6400 Mhz 30 Dbi Mimo Dish Antenna

4900 - 6400 Mhz 30 Dbi Mimo Dish Antenna

Our renowned MIMO Parabolic Antenna model of RFLINK ANTENNA is the RF-DP-D4964-30HV, characterized by a high front-to-back ratio and high gain (30 dBi).


Frequency Range(MHz)4900-6400 MHz

Gain: 30 dBi

V.S.W.R : ≤1.8

Center frequency characteristic impedance (Ω):50

Connector TypeSMA


  • Twitter
  • Facebook
  • Tiktok
  • Youtube
  • Main Technical Specifications
  • Product Specifications
  • Application Areas
  • Purchase and Contact Information
  • FAQ
Frequency Range(MHz)

4900-6400 Mhz

Gain(dBi)30

Horizontal Beamwidth(3dB)

5.5°

Vertical Beamwidth(3dB)

5.5°

Polarization

H+V

F/B Ratio

≥ 32 dB

VSWR

≤ 1.8

Impedance

50 Ω

Connector 2 x N-Female
Max. Power100 W
Lightning ProtectionDC Ground

Dimension

φ600mm

Weight

5 kg

Operating Temperature

-40℃~+65℃


Wind Loading


180 km/h

Mounting

Pole Mount


Our renowned MIMO parabolic antenna model of RFLINK ANTENNA is the RF-DP-D4964-30HV, characterized by a high front-to-back ratio and high gain (30 dBi). It is appropriate for outdoor point-to-point 5GHz WiFi signal transmission. We are capable of solving the problem of remote signal reception or transmission and providing high performance in the frequency range of 4900–6400 MHz. 


The RFLINK ANTENNA is made from a parabolic dish with a thickness of 1.5 mm, which assures the durability of the antenna thanks to the adequate material. Two low-loss jumper cables connect this antenna with a pure copper N-Female connector to deliver signal transmission with minimum losses and to comply with the best standards of performance. 


Regarding installation specifics, RFLINK ANTENNA has given components more humanistic thought, which has improved user experience and made installation quicker and easier.

Customers have preferred RFLINK ANTENNA throughout the years because to its high-quality antenna and expert service.

• Disaster recovery and rapid deployment of applications 

• Campus and Academic Facilities 

• High-power, long-distance point-to-point applications 

• Municipal and Government Facilities 

• Wireless Internet Providers and ISPs 

• Security monitor

Dongguan RenFeng Electronic Technology Co.,Ltd


Email: bellasu@rflink.net.cn


Mobile Phone: +86 1379-4978-989


Address: No.1 Sankeng Qinghutou Tangxia Dongguan Guangdong China


facebook 24     whatsapp 24     youtube 24


 FAQs for the 4900 - 6400 MHz 30 dBi MIMO Dish Antenna 


1. What is the frequency range of this antenna? 

The antenna operates in the 4900 - 6400 MHz range, making it suitable for 5G, WiMAX, and other wireless communication systems.


2. What is the gain of this antenna? 

The antenna has a high gain of 30 dBi, ideal for long-distance, high-performance wireless links.


3. Is this antenna compatible with 5G networks?

Yes, the 4900 - 6400 MHz range falls within the 5G mid-band spectrum, making it perfect for 5G fixed wireless access (FWA) and backhaul applications.


4.What does MIMO mean, and why is it important?

MIMO (Multiple Input, Multiple Output) supports multiple data streams, improving signal reliability, speed, and capacity for high-bandwidth applications.


5. What are the typical applications of this antenna?  

It is used for 5G networks, point-to-point links,WISP deployments, public safety communication, and ndustrial IoT connectivity.

Relted Products

  • High-Performance 5g Nr Antennas for Reliable Connectivity

  • LTE Antenna

  • 10 Dbi Log Periodic Antenna With 698-960/1710-2700 Mhz

  • 2.4ghz To 5.8ghz Ultra-Wideband 8 Dbi Log Periodic Antenna

Home > Products > Base Stations Antenna > 4900 - 6400 Mhz 30 Dbi Mimo Dish Antenna
Get A Quote
  • Please enter your name.
  • Please enter your E-mail.
  • Please enter your Phone or WhatsApp.
  • Please refresh this page and enter again