Dual Frequency Anti-Function Terminal Drone Module Global Navigation System (GNSS) Anti-Jamming

• Customization: Available
• Usage: Cellular
• Type: Wireless
• Model NO.: GW-09-8BWD
• Support Network: Anti Jammer Module
• Information content: 1575.42MHz\1268.52MHz
• Certification: CE, ISO
• Condition: New
• Power Consumption: ≤17W
• Working Frequency: 1575.42MHz\1268.52MHz
• Opertation: for Anti Jammer(Uav Signal)
• in-Band Power of Output Signal: -70~-60dBm
• Output Impedance: 50 Ohms
• Weight: ≤500g
• Transport Package: Neutral Packing
• Specification: 150*130*26.5mm
• Trademark: Customized
• Origin: Shenzhen
• Production Capacity: 2, 000PCS/Month

Product Description

Dual Signal Frequency Anti-interference Terminal Drone Module Anti GPS Jammer Module

 

Product Description

Outstanding Anti-Interference Capability

• ISR (Interference-to-Signal Ratio) Performance:

  • Single-Tone Interference: ≥95 dBc

  • Three-Tone Interference: ≥85 dBc

Robust Against Multiple Interference Types

Designed to maintain stable performance even in harsh electromagnetic environments, our system effectively resists:

• Band-limited Gaussian white noise interference

• Spread spectrum matched filter interference

• Pulse interference

• Sweep (chirp) interference

• Mixed interference (complex multi-type jamming scenarios)

With industry-leading anti-jamming technology, our solution ensures reliable operation in challenging conditions, making it ideal for critical communication, navigation, and signal processing applications.

Product wiring instructions
 

This example uses our anti-jamming terminal (model 009 hereinafter referred to as terminal) and the supporting data line.

The data line has two ends, one of which is nine-pin J30J connector, the other end has two joints, respectively, power connector, data connector.

The data connector consists of three lines, labeled as TXD, RXD and GND, using a TTL level signal.

The power connector uses XT30U-M (Male)

I.Connect with flight control This document takes CUAV V5+ flight control as an

example, other brands of flight control can refer to this document. This connection mode terminal is used as a receiver and antenna,

1.Connect the three wires of the data head to the GPS port of the flight control. TX of the data head shall be connected to flight control RX, RX to flight control TX and GND to flight control GND, 

2. At present, our receiver output standard NMEA0183 protocol or ubx protocol, please set the type of flight control received data to one of these two protocols. The specific operations are performed as follows:

1) Install Mission Planner: Upgrade to the latest version of Mission Planner.

2) Connect the terminal: Connect our products with the flight control through the data line we provide.

3) Connect the CUAV V5 + flight control: Use the Type-C data cable to connect the flight control to the computer usb port, and start the Mission Planner. Open the Mission Planner and select the flight control serial port with a port rate of 115200, and click the "Connect" icon to connect.

4) Visit the GPS configuration interface: in the Mission Planner software interface, select the "Configuration / Debug" button to enter the parameter configuration page.
 

Find and set the GPS protocol: In the All Parameter Tree, select the GPS option, find the GPS _ TYPE tab, and set the value to the NMEA protocol or the ubx protocol. Finally, be sure to click the Write parameters in the right column to save the changes. After completing the above steps, the Mission Planner can normally receive the data from the terminal and automatically locate the satellite. If the result is found that the parameters are not

displayed properly, upgrade the flight control firmware, do the following:

1) Point Mission Planner software upper right corner, disconnect the serial port with the flight control.

2) After disconnecting, click Initial Settings and install the firmware.

3) Click "All options" and set up below in the pop-up interface:

4) Click on "Upload Firmware" for an online upgrade.

II. Connect with the computer

1. Please have the usb to ttl serial port tool ready to make sure that the driver is already installed on the computer.

2. Please install the host computer software like UPrecise or U-center on your computer.

3. The TX of the data header shall connect the RX, the TX of the serial port tool and the GND and the GND of the serial port tool.as shown in the figure:

4. Connect the J30J of the data cable to the terminal, and insert the serial port tool into the usb port of the computer when the terminal is not connected.as shown in the figure:

Note: When using the serial port tool to connect with the computer, do not plug usb to damage the product serial port.

5. After the above steps are completed, a 12V DC power supply is provided for the terminal.

6. Open the UPrecise upper computer software on the computer, choose the correct string slogan, the port rate of 115200, click the connection, then you can see the data in the upper computer.as shown in the figure:

III. Matters need attention

This operation description uses 12V direct current, but our products are not limited to 12V specification. The actual power supply volt number required should be subject to the actual product situation. During the test, place the terminal in an open place where the satellite will receive normally.

 

FAQ

Q1.Payment Method

T/T, Western Union, Paypal, and Credit Card are available,
and we suggest paying by MADE IN CHINA Trade Assurance, the most favor, and security method.
*Other methods please us with more details.

Q2.Delivery Date&Lead Time

Quantity	Lead time	Delivery to American/Middle East/Asia/Europe
<20 pcs	3-5 business days	3-7 business days by DHL 5-7 business days by FedEx/UPS
20-100 pcs	7-15 business days
>100 pcs	15-24 business days

* it to get the sample.

Q3. Can I customize frequencies?

Yes, we can customize 2G/3G/4G/5G/LoJack 173MHz, VHF, UHF, Walkie-talkie, interphone, 433MHz,315MHz, 868MHz, 450MHz, iDEN, CDMA, GSM, GPRS, DCS, PCS, AWS, WCDMA, UMTS,3G,4G, LTE 700, LTE 800, LTE 2300, LTE 2600, GPS L1, GPS L2, Galileo, Compass, Glonass, WIFI, Bluetooth, WIMAX, UAV, Drone, 5.8G, etc.

Q4. What should I do if I don't know about frequency in my country?

Please feel free to  us with your inquiry, we will find the frequency you need and address your problems.

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