|
Quantity
|
Out of stock
|
||
|
|
|||
RX3364 PRO 3.3G Video Receiver Module with RSSI: Technological Advantage in Electronic Warfare
In today's technological warfare, standard 5.8 GHz and 1.2 GHz frequencies are increasingly becoming targets for enemy electronic warfare systems. RX3364 PRO 3.3G Video Receiver Module is a professional solution for building high-performance FPV systems operating in the non-standard 3.3 GHz range. Using this frequency allows you to "flash" coverage areas of typical dome electronic warfare systems and ensure stable video communications where other channels are no longer useful.
The PRO series model features increased signal selectivity and an RSSI output, making it an ideal component for creating long-range ground stations, repeaters, and antenna trackers.
Why is the 3.3 GHz band becoming critical?
The main advantage of the 3.3 GHz band is its relative "purity" at the front. Most electronic reconnaissance and countermeasures target mass frequencies, giving the RX3364 PRO operator a crucial time lag to complete a mission.
- Electronic Warfare Bypass: The non-standard frequency allows for effective operation in the face of active electronic countermeasures.
- RSSI (Received Signal Strength Indicator) Support: The analog voltage output signal allows for precise reception level monitoring, which is essential for automatic rotators (antenna trackers) or manual pointing of directional antennas.
- Compact Integration: The board's form factor allows for easy installation in custom ground stations, helmets, or goggles.
- High Sensitivity: The RX3364 PRO provides a stable image even at significant distances from the aircraft, provided that the appropriate antennas are used.
Technical and tactical characteristics (TTX) of RX3364 PRO 3.3G
The module parameters are optimized for professional engineering integration into complex video systems.
| Parameter | Characteristic value |
|---|---|
| Model | RX3364 PRO 3.3G |
| Device Type | VRX (Analog Video Receiver) |
| Operating Frequency Range | Up to 3.3 GHz |
| RSSI Support | Yes (Analog Output) |
| Video Output | Analog (AV) |
| Power Supply | DC (Standard for Integrated Modules) |
| Form Factor | Compact PCB integration |
| Purpose | Ground stations, repeaters, FPV glasses |
Tactical features and installation
The RX3364 PRO 3.3G module requires a professional approach to installation. Since the 3.3 GHz range is specific, special attention should be paid to the antenna-feeder path.
- Using RSSI: Connecting this output to a flight controller or a separate display allows the operator to see the actual signal quality in decibels, which helps to turn the drone home or change the antenna position in time.
- Heat dissipation: When installing in closed cases of ground stations, it is recommended to provide passive cooling (radiator), since the module can heat up during continuous operation.
- Shielding: To achieve maximum range, it is recommended to shield the module from other emitters (915 MHz telemetry) to avoid interference with the video signal.
Operator advice: The 3.3 GHz frequency has less penetrating ability through trees and obstacles than 1.2 GHz, but provides significantly better picture quality and higher immunity to interference than 5.8 GHz. This is an ideal compromise for working at medium and long distances in open fields under electronic warfare.
Benefits for engineering units
The RX3364 PRO module is valued by tactical system developers for:
- Signal purity: No frequency drift during long-term operation.
- Flexibility: Possibility of building diversity systems by combining two modules for better reception.
- Reliability: The board components are designed to operate over a wide temperature range.
Conclusion: Your advantage on the airwaves
The RX3364 PRO 3.3G video receiver module is a tool for those who outgrow standard solutions. Its ability to operate in a range “invisible” to most electronic warfare systems and the RSSI function for precise communication control make it indispensable for the successful completion of combat missions and the preservation of expensive equipment. See the enemy where others see only interference.
Tactical FAQ: RX3364 PRO 3.3G Video Receiver with RSSI
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at a frequency of 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your "clear channel" for transmitting video in conditions where conventional frequencies are affected by electronic warfare.
2. What is the RSSI output for in this module?
The RSSI output produces a voltage depending on the signal strength. You see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the system's vital signs. If RSSI drops, it's time to remove the drone from the danger zone.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the path, the receiver "pulls" the signal. It's like shooting in RAW - more data, less loss in poor "lighting" (signal).
4. Video receiver power requirements?
A stable 5 V power supply is required. Good filtering will remove interference from ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide pulsation-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or "writer."
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas of other bands is a sure way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
Conclusion: Your advantage on the airwaves
The RX3364 PRO 3.3G video receiver module is a tool for those who outgrow standard solutions. Its ability to operate in a band “invisible” to most electronic warfare systems and the RSSI function for precise communication monitoring make it indispensable for the successful completion of combat missions and the preservation of expensive equipment. See the enemy where others see only interference.
Tactical FAQ: RX3364 PRO 3.3G video receiver with RSSI
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at a frequency of 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your "clear channel" for transmitting video in conditions when regular frequencies are "lying" under the influence of electronic warfare.
2. What is the RSSI output for in this module?
The RSSI output produces a voltage depending on the signal strength. You see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the vital signs of the system. If RSSI drops, it's time to take the drone out of the danger zone.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the way, the receiver "pulls" the signal. It's like shooting in RAW - More data, less loss in poor lighting (signal).
4. Video receiver power requirements?
A stable 5 V power supply is required. Good filtering will remove interference from ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or recording device.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas from other bands is a surefire way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
Conclusion: Your advantage on the airwaves
The RX3364 PRO 3.3G video receiver module is a tool for those who outgrow standard solutions. Its ability to operate in a band “invisible” to most electronic warfare systems and the RSSI function for precise communication monitoring make it indispensable for the successful completion of combat missions and the preservation of expensive equipment. See the enemy where others see only interference.
Tactical FAQ: RX3364 PRO 3.3G video receiver with RSSI
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at a frequency of 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your "clear channel" for transmitting video in conditions when regular frequencies are "lying" under the influence of electronic warfare.
2. What is the RSSI output for in this module?
The RSSI output produces a voltage depending on the signal strength. You see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the vital signs of the system. If RSSI drops, it's time to take the drone out of the danger zone.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the way, the receiver "pulls" the signal. It's like shooting in RAW - More data, less loss in poor lighting (signal).
4. Video receiver power requirements?
A stable 5 V power supply is required. Good filtering will remove interference from ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or recording device.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas from other bands is a surefire way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
The RX3364 PRO 3.3G video receiver module is a tool for those who outgrow standard solutions. Its ability to operate in a band “invisible” to most electronic warfare systems and the RSSI function for precise communication control make it indispensable for the successful completion of combat missions and the preservation of expensive equipment. See the enemy where others see only interference.
Tactical FAQ: RX3364 PRO 3.3G Video Receiver with RSSI
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your “clear channel” for video transmission in conditions where conventional frequencies are affected by electronic warfare.
2. What is the RSSI output for in this module?
The RSSI output produces a voltage that depends on the signal strength. You can see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the system's vital signs. If RSSI drops, it's time to take the drone out of the danger zone.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the way, the receiver "pulls" the signal. It's like shooting in RAW — More data, less loss in poor lighting (signal).
4. Video receiver power requirements?
A stable 5 V power supply is required. Good filtering will remove interference from ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or recording device.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas from other bands is a surefire way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
The RX3364 PRO 3.3G video receiver module is a tool for those who outgrow standard solutions. Its ability to operate in a band “invisible” to most electronic warfare systems and the RSSI function for precise communication control make it indispensable for the successful completion of combat missions and the preservation of expensive equipment. See the enemy where others see only interference.
Tactical FAQ: RX3364 PRO 3.3G Video Receiver with RSSI
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your “clear channel” for video transmission in conditions where conventional frequencies are affected by electronic warfare.
2. What is the RSSI output for in this module?
The RSSI output produces a voltage that depends on the signal strength. You can see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the system's vital signs. If RSSI drops, it's time to take the drone out of the danger zone.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the way, the receiver "pulls" the signal. It's like shooting in RAW — More data, less loss in poor lighting (signal).
4. Video receiver power requirements?
A stable 5 V power supply is required. Good filtering will remove interference from ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or recording device.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas from other bands is a surefire way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
Tactical FAQ: RX3364 PRO 3.3G Video Receiver with RSSI
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your "clear channel" for video transmission in conditions where regular frequencies are affected by electronic warfare.
2. What is the RSSI output for in this module?
The RSSI output produces a voltage that depends on the signal strength. You see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the system's vital signs. If the RSSI drops, it's time to take the drone out of the danger zone.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the path, the receiver "pulls" the signal. It's like shooting in RAW — more data, less loss in poor "lighting" (signal).
4. Video receiver power requirements?
A stable 5V power supply is required. Good filtering will remove interference from ground motors. Your ASUS TUF will help you configure the video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or "writer".
6. What antennas are needed for this VRX?
Only 3.3 GHz antennas. Using antennas of other ranges is a sure way to lose the drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
Tactical FAQ: RX3364 PRO 3.3G Video Receiver with RSSI
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your "clear channel" for video transmission in conditions where regular frequencies are affected by electronic warfare.
2. What is the RSSI output for in this module?
The RSSI output produces a voltage that depends on the signal strength. You see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the system's vital signs. If the RSSI drops, it's time to take the drone out of the danger zone.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the path, the receiver "pulls" the signal. It's like shooting in RAW — more data, less loss in poor "lighting" (signal).
4. Video receiver power requirements?
A stable 5V power supply is required. Good filtering will remove interference from ground motors. Your ASUS TUF will help you configure the video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or "writer".
6. What antennas are needed for this VRX?
Only 3.3 GHz antennas. Using antennas of other ranges is a sure way to lose the drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your "clear channel" for transmitting video in conditions where conventional frequencies are affected by electronic warfare.
2. What is the purpose of the RSSI output in this module?
The RSSI output produces a voltage depending on the signal strength. You see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the vital signs of the system. If RSSI drops — It's time to take the drone out of the danger zone.
3. Sensitivity of the RX3364 PRO model?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the way, the receiver "pulls" the signal. It's like shooting in RAW - more data, less loss in poor "lighting" (signal).
4. Power requirements for the video receiver?
A stable 5V power supply is required. Good filtering will remove interference from the ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or recording device.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas of other ranges is a sure way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
1. What is the operating frequency range of the RX3364 PRO module?
The receiver operates at 3.3 GHz. This range is less cluttered with interference than the usual 2.4 or 5.8 GHz. This is your "clear channel" for transmitting video in conditions where conventional frequencies are affected by electronic warfare.
2. What is the purpose of the RSSI output in this module?
The RSSI output produces a voltage depending on the signal strength. You see the connection level in your glasses or on the monitor. As a future medic, you understand: this is monitoring the vital signs of the system. If RSSI drops — It's time to take the drone out of the danger zone.
3. Sensitivity of the RX3364 PRO model?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the way, the receiver "pulls" the signal. It's like shooting in RAW - more data, less loss in poor "lighting" (signal).
4. Power requirements for the video receiver?
A stable 5V power supply is required. Good filtering will remove interference from the ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or recording device.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas of other ranges is a sure way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the way, the receiver "pulls" the signal. It's like shooting in RAW — more data, less loss in poor "lighting" (signal).
4. What are the power requirements for the video receiver?
A stable 5 V power supply is required. Good filtering will remove interference from the ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or recording device.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas of other ranges is a sure way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
3. What is the sensitivity of the RX3364 PRO?
High sensitivity allows you to maintain a stable image over long distances. Even if there are obstacles in the way, the receiver "pulls" the signal. It's like shooting in RAW — more data, less loss in poor "lighting" (signal).
4. What are the power requirements for the video receiver?
A stable 5 V power supply is required. Good filtering will remove interference from the ground motors. Your ASUS TUF will help you set up video analysis software, and EcoFlow Delta 2 will provide ripple-free power.
5. How is the video signal output?
The module outputs an analog CVBS signal. Connect it to a helmet, monitor, or recording device.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas of other ranges is a sure way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas from other bands is a surefire way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.
6. What antennas does this VRX need?
Only 3.3 GHz antennas. Using antennas from other bands is a surefire way to lose your drone. The right antenna is like the right focus: without it, even the most expensive sensor is useless.