Analog Video Transmitter

Kimpok Extreme Long Range Flight Anti-Interference AL3310 3.3Ghz 3060-3550Mhz 64CH 10W(300mW/2W 5W/7W/10W) Power Switchable Aluminum VTX Drone Parts Analog Video Transmitter Ultra Low Latency Product descriptions: Key Features & Advantages The AL3310 is a high-power 3.3GHz VTX(3060-3550MHz), built for long-range, low-interference FPV and industrial applications. Key Features 1. 3.3GHz Exclusive Band & 64 Channels Covers 3060-3550MHz (3.3GHz) with 64 preset channels. Operates

Kimpok Aluminum Anti-Interference Ultra Long Range Flight 3.3Ghz 3060M-3840Mhz 80CH 10W(25mW/200mW/4000mW/10000mW) Power Adjustable VTX Drone Accessory Video Transmitter UAV VTX Ultra Low Latency Product Description: Strong Anti-interference & Penetration Performance 3.3GHz longer wavelength delivers better wall and tree penetration, weaker signal attenuation than 5.8GHz. Less crowding on this frequency band ensures clean video signal with minimal interference. 80 Channels

3.3GHz 6W Wireless Data Transmission Module 64CH High Power Analog Video Transmitter VTX Product Description 3.3G FPV VTX 6W High Power Drone Video Transmitter 64CH FPV RC Accessories 3.3Ghz VTX Module I.Features - Designed for long-range flights, up to 6W transmitting power, and provide multi-level adjustment. - Efficient PA and power calibration to ensure power consistency across all channels. - Customized digital PLL circuit, chip level integration, no frequency drift. -

2.2G Drone Video Transmission Receiver - High Sensitivity Stable Signal Key Attributes Attribute Value Output Voltage 5V / 0.5A Modulation Type FM Receiving Frequency 2000–2280 MHz Number of Channels 8 channels Product Overview This 2.2G analog video transmission receiver is designed for drone flight video downlink, featuring advanced 2.0-2.28GHz analog signal reception technology for reliable real-time video capture. Ensures smooth, clear ground monitoring even in complex

Product Description: 1. 7.2-8GHz operating frequency with 64 channels, offering strong anti-interference for professional FPV. High-sensitivity RF module delivers stable, low-latency and clear video reception. Compact, lightweight design for easy drone integration. Simple channel tuning, reliable long-range transmission. Wide voltage input (7-35V) and standard AV output, compatible with most FPV systems. SMA antenna port for stable signal connection. Ideal for long-range FPV,

Kimpok 1.2GHz 10W Video Transmitter – Switchable Power 1–10W, 9CH, Long Range This professional-grade 1.2GHz video transmitter represents the pinnacle of configurable, ultra-high-power airborne video transmission. Engineered for mission-critical applications where maintaining video link integrity under extreme conditions is paramount, it offers unparalleled power reserve, intelligent adaptability, and spectral agility. Key Technical Advantages Optimal 1.2GHz Frequency Band

Ultra Long Range 3.3G 7W VTX Drone Video Transmitter Switchable Power 2000mW/7000mW UAV VTX 64CH Image Transmission 3.3G 7W VTX with superior penetration and reduced signal attenuation when passing through obstacles like foliage, thin wooden structures, and other non-metallic materials. This results in a more stable and reliable video link in environments such as forests, parks with trees, or around light building structures. 3.3G 7W VTX can potentially achieve a longer

Product Description: 6.1-7.2GHz operating frequency with 64 channels, offering strong anti-interference for professional FPV. High-sensitivity RF module delivers stable, low-latency and clear video reception. Compact, lightweight design for easy drone integration. Simple channel tuning, reliable long-range transmission. Wide voltage input (7-35V) and standard AV output, compatible with most FPV systems. SMA antenna port for stable signal connection. Ideal for long-range FPV,

PeakFPV Thor 8.0-8.8Ghz 8000M-8800MHz 40CH T89 4W(25mW200mW800mW1000mW4000mW) Switchable Power Product Description: Brand Name: PeakFPV Material: Aluminum Private mold: Yes place of origin: Shenzhen, China Model: Thor T89 Transmitter Type: Analog Video Transmitter Frequency: 8.0-8.8G Frequency Range: 8000MHz-8800MHz Channel: 40CH Input Voltage: 16-28V Output Power: 25mW200mW800mW1000mW4000mW Extra Feature: Smart Audio(OSD Configuration Using Smart Audio) Heat Dissipation

Ultra Long Range 5.8G 2.5W VTX Drone Accessory Video Transmitter Switchable Power 25mW/400mW/800m/1500mW/2500mW UAV VTX 64CH Image Transmission High Power for Extended Range: The 2.5W output significantly boosts signal strength, enabling longer transmission distances compared to lower-power VTX units, ideal for mid-to-long-range FPV flights. Minimal Lag for Real-Time Control: Operating in the 5.8GHz band with analog transmission ensures near-instantaneous video feedback,

3.3G 4W VTX with superior penetration and reduced signal attenuation when passing through obstacles like foliage, thin wooden structures, and other non-metallic materials. This results in a more stable and reliable video link in environments such as forests, parks with trees, or around light building structures. 3.3G 4W VTX can potentially achieve a longer maximum range in open, unobstructed areas compared to an equivalent 5.8GHz system under the same conditions. 3.3G 4W VTX

1. Better signal penetration & less interference than 5.8GHz: 3.3GHz band cuts through obstacles and works cleaner in crowded airwaves. Long-range stable video: 3W (3000mW) high power for extreme FPV distance; switchable 1W/3W for different ranges. 64 channels (8 bandsx8 CH): plenty of frequencies to avoid conflicts in multi-drone / complex environments. Wide frequency coverage: 3060-3500MHz supports flexible tuning. Low-latency analog transmission: smooth real-time FPV feed.

1.2GHz 1080-1258MHz 9CH 95dBm High Sensitivity Wireless Video Receiver Module Product Description: Here is a detailed description of the advantages of a 1.2GHz frequency, 9CH VRx (Video Receiver) for drones. Advantages of a 1.2GHz, 9CH VRx (Video Receiver) A 1.2GHz, 9-channel VRx is a specialized ground-based receiver designed to complement and maximize the performance of 1.2GHz video transmitters (VTxs) used in long-range (LR) and Beyond-Visual-Line-Of-Sight (BVLOS) FPV

Ultra Long Range Flight 3.3G 5W VTX Drone Video Transmitter Switchable Power 2000mW/5000mW UAV VTX 64CH Image Transmission Shenzhen Kimpok Made 1.Operates in the 3.3GHz band (3060MHz-3500MHz), providing better signal penetration and anti-interference ability than 5.8GHz VTX. 2.64 available channels for flexible frequency selection to avoid interference. 3.Switchable power: 2000mW/5000mW (5W) for stable long-range FPV video transmission. 4.Low-latency analog video output for

Product Description Kimpok 7.2GHz VRX Receiver 64CH 6.1–7.2GHz Long Range High Sensitivity FPV Module Product Description Wide Frequency Coverage: Works across 6.1-7.2GHz, a less crowded band with strong resistance to common 2.4GHz/5.8GHz interference. 64 Frequency Channels: 64 tunable channels for flexible frequency selection, minimizing co-channel interference and supporting multi-system coexistence. High Sensitivity: Typical sensitivity of -95dBm to -96dBm, maintaining

PeakFPV Thor T78: 7.8GHz 3W FPV VTX with 40 channels & 25mW-3000mW adjustable power. Features low-latency video, wide 14-28V input, Smart Audio, and SMA connector. Ideal for long-range FPV and professional drone applications.

PeakFPV R78 VRX: 7.2-8GHz 40CH FPV receiver delivers ultra-long range, low-latency video with strong anti-interference. Compact design, wide 7-35V input, and SMA antenna port for professional drone applications.

Kimpok 7.2GHz 10W VTX offers ultra-long range video transmission with 64 channels and 4 power levels (500mW-10W). High stability in complex environments with excellent signal penetration for reliable UAV FPV operations.

Kimpok 7.2GHz VRX Receiver: 64 channels, 6.1-7.2GHz range with high -95dBm sensitivity for long-range FPV. Features strong anti-interference, wide 7-35V compatibility, and compact design for stable, clear video transmission.

VRX-75D 7.2GHz receiver: 64 channels, -95dBm sensitivity, CVBS output. Wide 5-36V input, auto frequency scanning, RSSI & PWM interfaces for stable FPV integration.