FPV Video Products Manufacturer & OEM/ODM Supplier

DMKR 1.7G 5W 9CH FPV Analog VTX

1.7GHz 5W analog FPV video transmitter with 9 channels, switchable 25mW/5000mW output, and IRC Tramp support.

In-House Manufacturing

Full control over production

Proven Hardware Design

Tested for stable performance

Reliable FPV Components

Reliable across key components

Early Tech Access

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Specifications

Additional information

Weight 6907076 kg
Power Output

25mW/5W

Frequency

1.7GHz

Channel

9CH

Input Voltage

7–36V DC (2–8S LiPo)

Control Protocol

IRC-Tramp

Mounting Holes

30.5×30.5mm

Antenna Connector

SMA

Weight

38g

Dimensions

38×38×20.7mm

Shell Material

Aluminum

Description

Overview

This 1.7GHz analog video transmitter is developed for long-range UAV video transmission systems, with a focus on high-power RF output, system stability, and flexible integration.

The module is designed based on practical deployment requirements, including wide voltage input, multi-channel configuration, and support for remote parameter control via standard protocols.

With in-house development and continuous iteration, the design supports customization and system-level integration, making it suitable for OEM and ODM projects across different UAV platforms.

RF Performance

The transmitter operates within the 1.7GHz band and supports multi-channel configuration for flexible deployment.

With adjustable RF output power up to 5W (25mW / 5000mW), it can be configured for low-power testing or high-power long-range transmission scenarios.

Standard interface design enables integration with typical FPV and UAV systems.

Power and Integration

The module supports a wide DC input range, allowing direct connection to common UAV battery systems without additional voltage regulators.

Integrated protocol support enables remote parameter adjustment through flight controller or OSD system, improving efficiency during configuration and operation.

Standardized interface design allows straightforward integration with typical FPV and UAV platforms.

Operational Notes

  • Antenna must be installed before powering on

  • Ensure sufficient cooling during high-power operation

  • Verify correct voltage input before connection

  • Avoid improper wiring to prevent module damage

Document

User Manual

PDF