BCSK-PBTX1200 1.2GHz Aluminum Alloy Dipole Panel Directional Antenna

1. Product Overview

BOCHUANG SPACETIMEIntroducingBCSK-PBTX1200— An industrial-grade device designed for harsh environments1.2GHz Aluminum AlloyTablet

To Antenna。In low-frequency wireless communications, signal penetration and anti-interference capabilities are critical. The BSK-PBTX1200 features a rugged aluminum alloy enclosure with internal...

Integrates a precision microstrip array at170×150mmachieved in a compact form factor8dBistable gain. It perfectly covers1100MHz-1300MHzFrequency Band, isNone

Human-Machine Countermeasure System、FPV Long-Range Video TransmissionandIndustrial Wireless Telemetrythe ideal choice. Its standardN-type male connectorInterface and50 ohmsImpedance design ensures compatibility with various

Seamless integration and high-efficiency transmission for professional RF equipment.

2. Core Technical Advantages

• Wide Frequency Range:Precise targeting1100MHz - 1300MHzFrequency bands, not only applicable to traditional1.2G FPV Video Transmission, more

  Widely used in modernUAV Defense System(Drone Defense Systems)andISM Band Industrial CommunicationVersatile, high value.

• Rugged Aluminum Construction:Unlike standard plastic-encased antennas, this product features a full aluminum alloy array and back

  Board design. This not only provides excellent heat dissipation but also effectively resists erosion from UV rays, rain, and extreme temperatures, achievingIP65Level of outdoor protection

  Durability, suitable for long-term outdoor deployment.

• High-Gain Directional Radiation: 8dBiThe gain, combined with the directional characteristics of the flat panel antenna, concentrates RF energy for radiation toward

  Directional. Compared to omnidirectional antennas, it significantly extendsPeer-to-Peer (P2P)Communication range, and effectively suppress lateral interference in complex electromagnetic environments to improve signal-to-noise ratio.

  SNR.

• Low-Loss N-Type Male Connector:Gold-platedN-type male connectorThis is the gold-standard interface for high-frequency, high-power applications. Compared to the F connector

  The N-type connector can handle higher power levels and offers lower insertion loss, making it ideal for pairing with500mmLow-loss feeder with a compact design for easy installation in tight spaces.

3. Technical Specifications

4. Typical Use Cases (Applications)

• 🛡️ Drone CountermeasuresWith Defense Systems (Drone Countermeasure Systems):As the transmitting antenna for a jammer or a fixed interference station, utilizing its precise directivity.

  Disrupts the 1 2G remote control or video transmission links of illegal drones to protect sensitive areas.

• 🚁 Long-Range FPV Aerial Photography & Racing:For ground station receivers or base station transmitters to enhance 1 2G analog or digital video transmission signal reception.

  Sensitivity for stable beyond-visual-line-of-sight (BVLOS) flight.

• 📡 Industrial Wireless Bridges & Telemetry:Point-to-point data transmission for scenarios such as power grid inspection and water conservancy monitoring, particularly

  Excels in non-line-of-sight environments where strong diffraction capability is required (1.2G features).

• 🏠 Amateur Radio & HAM Communication:Antenna for portable or fixed stations operating in the 23cm band (1296GHz), used for satellite communication or local repeater links.

5. Installation Guide

1. Aim at:Panel antennas are highly directional. Ensure the antenna face is pointed directly at the target signal source (e.g., a drone or the remote bridge).

2. Polarization Match:Ensure the antenna's polarization (typically vertical when the N connector faces downward) matches that of the opposing antenna; otherwise, signal loss can reach up to

   20dB。

3. Waterproofing:Although the antenna itself is waterproof, it is recommended to apply waterproof tape or heat-shrink tubing for secondary sealing at the N-type connector to prevent rainwater from entering the feedline core.

   Line.

4. Lightning protection grounding:When installing outdoors at heights, ensure proper lightning protection and grounding measures are in place. It is recommended to install a surge protector before the feeder cable enters the building.

6. Frequently Asked Questions (FAQ)

Q1: This model1.2G Directional AntennaCan this be used to boost Wi-Fi signal?

A: No. Wi-Fi typically operates on the 2.4GHz or 5.8GHz band. This antenna is designed for 1100-1300 MHz; using it with Wi-Fi will cause severe impedance mismatch.

Mismatch and signal cannot be transmitted. If you need a Wi-Fi antenna, please check our2.4G/5.8G Dual-Band AntennaSeries.

Q2: Is 8dBi gain considered high? What is the effective range?

A: For 1 2G band panel antennas, 8 dBi represents medium-to-high gain. In unobstructed environments, paired with high-power video transmission or a wireless bridge, it can achieve communication over several kilometers.

For even more stable transmission. Compared to common 3-5dBi mushroom-head antennas, its directional transmission distance is significantly improved.

Q3: What's the difference between an N-type male connector and an F-type connector? My device has an F-type female port.

A: N-type connectors are larger, support higher power, and have lower loss; they are commonly used in base stations and professional equipment. If your device has an F connector, you can purchase an "N

adapter to convert to F, but note that the adapter introduces a small additional loss.

Q4: Does this antenna support both horizontal and vertical polarization?

A: Yes, this is a linearly polarized antenna. You can change the polarization by rotating the mounting angle. When the N connector faces downward in a vertical installation, it typically provides vertical polarization.

When the N connector faces sideways and is mounted horizontally, it is horizontal polarization. Ensure consistency with the polarization mode of the remote antenna.

Q5: Will the aluminum casing affect signal strength?

A: No. The aluminum alloy casing acts as an antenna reflector, redirecting rearward-radiated signals forward to enhance gain in the front direction.

and directionality. This is the standard process for flat-panel antenna design.

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