3.3GHz 5W 64CH Analog FPV Video Transmitter

Short Description:

The 3.3 GHz analog FPV VTX provides 64 channel positions from 3060–3500 MHz, selectable PIT/25 mW/1 W/3 W/4 W/5 W settings, IRC control and 12–30 V input.

Product Name: 3.3GHz 5W 64CH Analog FPV Video Transmitter
Product Type: Analog FPV video transmitter (VTX)
Frequency Range: 3060–3500 MHz listed channel-center frequencies
Channels: 64 selectable positions across 8 groups; some frequencies repeat
Output Power: PIT / 25 mW / 1 W / 3 W / 4 W / 5 W selectable settings
Input Voltage: 12–30 V DC
Control Protocol: IRC, as stated in the manual
Mounting Hole: 20 × 20 mm / 25 × 25 mm
Dimensions: 68 × 32 × 16 mm; stated length excludes the antenna connector
Video System: PAL / NTSC analog video

Send email to us

Product Detail

FAQ

Technical Highlights

Eight Channel Groups

The channel table lists eight groups with eight positions per group. Listed center frequencies run from 3060 to 3500 MHz. Some frequencies appear in more than one group, so 64CH refers to selectable positions rather than 64 distinct frequencies.

Selectable RF Power Settings

The manual lists PIT, 25 mW, 1 W, 3 W, 4 W and 5 W settings. The 5 W value is the highest selectable setting; the manual does not state continuous-output test conditions or power tolerance.

IRC and Button Control

An IRC-labeled connection is provided, and the manual states that frequencies can be configured through Betaflight. Onboard buttons select power, channel position and channel group, with LED flash indications.

Finned Housing and Fan

The illustrated housing has cooling fins and a fan. The manual requires installation clearance and airflow; overheating may reduce transmit power or shut down RF output.

Channel Frequencies

Group	CH1 / CH2 / CH3 / CH4 / CH5 / CH6 / CH7 / CH8 (MHz)
FR1	3360 / 3380 / 3400 / 3420 / 3440 / 3460 / 3480 / 3500
FR2	3200 / 3220 / 3240 / 3260 / 3280 / 3300 / 3320 / 3340
FR3	3330 / 3350 / 3370 / 3390 / 3410 / 3430 / 3450 / 3470
FR4	3170 / 3190 / 3210 / 3230 / 3250 / 3270 / 3290 / 3310
FR5	3320 / 3345 / 3370 / 3395 / 3420 / 3445 / 3470 / 3495
FR6	3310 / 3330 / 3355 / 3380 / 3405 / 3430 / 3455 / 3480
FR7	3220 / 3240 / 3260 / 3280 / 3300 / 3320 / 3340 / 3360
FR8	3060 / 3080 / 3100 / 3120 / 3140 / 3160 / 3180 / 3200

Electrical and Mechanical Specifications

Video input	PAL / NTSC analog camera video
Power settings	PIT / 25 mW / 1 W / 3 W / 4 W / 5 W
Input voltage	12–30 V DC
RF connector	Detachable SMA antenna connection
Cable interface	8-pin, 1.0 mm
Pin assignment	1 GND; 2 12–30 V; 3 12–30 V; 4 GND; 5 IRC; 6 5V-OUT; 7 TX-EN; 8 VIDEO
Mounting hole pattern	20 × 20 mm / 25 × 25 mm
Dimensions	68 × 32 × 16 mm; stated length excludes the antenna connector

Installation Notes

Verify the 12–30 V supply, connector pinout and polarity before applying power.
Attach a suitable antenna to the SMA RF output before powering the transmitter.
Leave space around the housing and maintain airflow for cooling, particularly at higher power settings.
Match the selected center frequency with an analog video receiver that supports that exact frequency.
The manual identifies a 5V-OUT pin but gives no current rating for it; confirm the intended load before use.

FAQ

Does 64CH mean 64 different frequencies?

No. The manual lists 64 selectable positions across eight channel groups, but some center frequencies are repeated between groups.

What is the documented frequency span?

The channel table lists center frequencies from 3060 to 3500 MHz. The receiver must support the exact frequency selected on the transmitter.

Is 5 W a guaranteed continuous output rating?

5 W is the highest selectable setting listed in the manual. Continuous-output conditions, measurement tolerance and thermal derating data are not provided.

What power supply does the VTX require?

The documented input range is 12–30 V DC. Verify the connector pin assignment and polarity before applying power.

What control interface is specified?

The manual labels the control connection IRC and states that frequency can be configured through Betaflight. It does not identify a more specific IRC variant.