GEPRC MATEN 5.8G 10W VTX PRO
Of the 17 other Wideband 4.9-6.0 GHz analog video transmitters in our database, 13 have a lower maximum power than the MATEN 5.8G 10W VTX PRO (10000 mW, 40 dBm) and 4 the same; the class median is 4500 mW. The MATEN 5.8G 10W VTX PRO steps through 25 / 2500 / 5000 / 10000 mW, which is 14 / 34 / 37 / 40 dBm: the top level is 26 dB above the lowest, about 20.0x the free-space range on the same antennas.
GEPRC's own Betaflight VTX table is on this page: 8 bands of 8 channels, 5325–5945 MHz, 4 power levels, IRC Tramp. CLI commands and JSON file.
| System | analog |
|---|---|
| Max power | 10000 mW |
| Power levels | 25 / 2500 / 5000 / 10000 mW |
| Frequency range | 4884-6184 MHz |
| Band | Wideband 4.9-6.0 GHz |
| Input voltage | 12-36V (3-8S) |
| Power draw | 3.5 A peak |
| Mounting | 20x20mm M2 / 30.5x30.5mm M3 |
| Channels | 104 |
| Antenna connector | SMA |
| Weight | 110.0 g |
| Price (approx.) | 149.99 USD |
GEPRC MATEN 5.8G 10W VTX PRO VTX table for Betaflight
The band and channel frequencies and power levels as GEPRC publishes them for IRC Tramp control. Paste the CLI commands into Betaflight's CLI tab, or load the JSON file in Betaflight Configurator's Video Transmitter tab. How it works: setting up a VTX table in Betaflight.
| Band | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 |
|---|---|---|---|---|---|---|---|---|
| A BOSCAM_A | 5865 | 5845 | 5825 | 5805 | 5785 | 5765 | 5745 | 5725 |
| B BOSCAM_B | 5733 | 5752 | 5771 | 5790 | 5809 | 5828 | 5847 | 5866 |
| E BOSCAM_E | 5705 | 5685 | 5665 | 5645 | 5885 | 5905 | 5925 | 5945 |
| F FATSHARK | 5740 | 5760 | 5780 | 5800 | 5820 | 5840 | 5860 | 5880 |
| R RACEBAND | 5658 | 5695 | 5732 | 5769 | 5806 | 5843 | 5880 | 5917 |
| L BAND_L | 5362 | 5399 | 5436 | 5473 | 5510 | 5547 | 5584 | 5621 |
| U BAND_U | 5325 | 5348 | 5366 | 5384 | 5402 | 5420 | 5438 | 5456 |
| O BAND_O | 5474 | 5492 | 5510 | 5528 | 5546 | 5564 | 5582 | 5600 |
Frequencies in MHz; "—" is an unused slot. Power levels: 25 (value 25), 2W5 (value 2500), 5W (value 5000), 10W (value 10000).
vtxtable bands 8
vtxtable channels 8
vtxtable band 1 BOSCAM_A A CUSTOM 5865 5845 5825 5805 5785 5765 5745 5725
vtxtable band 2 BOSCAM_B B CUSTOM 5733 5752 5771 5790 5809 5828 5847 5866
vtxtable band 3 BOSCAM_E E CUSTOM 5705 5685 5665 5645 5885 5905 5925 5945
vtxtable band 4 FATSHARK F CUSTOM 5740 5760 5780 5800 5820 5840 5860 5880
vtxtable band 5 RACEBAND R CUSTOM 5658 5695 5732 5769 5806 5843 5880 5917
vtxtable band 6 BAND_L L CUSTOM 5362 5399 5436 5473 5510 5547 5584 5621
vtxtable band 7 BAND_U U CUSTOM 5325 5348 5366 5384 5402 5420 5438 5456
vtxtable band 8 BAND_O O CUSTOM 5474 5492 5510 5528 5546 5564 5582 5600
vtxtable powerlevels 4
vtxtable powervalues 25 2500 5000 10000
vtxtable powerlabels 25 2W5 5W 10W
saveSource: https://geprc.com/wp-content/uploads/2025/08/MATEN-5.8G-10W-VTX-PRO-IRC-Tramp104CH.txt — GEPRC's own CLI dump, the newer of two it publishes for this transmitter; the earlier (2025/07/MATEN-5.8G-10W-VTX-PRO-IRC-Tramp.txt) carries the same eight bands and the same power values but names only H and X as alternates. The four power values are the page's 25mW/2.5W/5W/10W line, and its 104CH is these eight bands plus five published commented out - H, X, J (4884-5099), K (5960-6100) and Z (6002-6184) - each pasted in place of the O band, 13 x 8 = 104; J's bottom and Z's top are the page's 4884-6184MHz. The file adds that through the Betaflight configurator only 64 channels can be adjusted at a time.
Transmitting is only legal on the frequencies and power your country allows; see VTX frequency bands.
Other transmitters in this band, side by side: Wideband 4.9-6.0 GHz FPV VTX compared; every manufacturer table in one place: VTX table library.
Choosing between systems? See analog vs DJI vs Walksnail vs HDZero.
Where this data comes from
Read 2026-09-24 off GEPRC's own site, the thirteenth VTX manufacturer catalogue read beside the US retail scrape and the second brand this catalogue carried no transmitter of at all. geprc.com is WooCommerce: /wp-json/wp/v2/product lists the whole catalogue and product_cat=211 ('Electronics', 114 SKUs) holds the transmitters, but the REST API's content field is only the description gallery - the labelled Specifications block is in the product page HTML, so every figure here was read off the page itself. Block lines: 'Output Power: 25mW/2.5W/5W/10W/Pit mode', 'Frequency：4884-6184MHz', 'Channels: 104CH', 'Input Voltage: DC12-36V（3-8S Battery）', 'Mounting Hole Size:20x20mm(M2),30.5×30.5mm(M3)', 'Antenna Connector: SMA', 'Weight: 110g（VTX only）', 'Dimension: 78.5×43.6×25.3mm', 'Peak Operating Current：3.5A'. Every one of those figures is repeated in the page's own specification *image*, which also prints the 104 channels as thirteen bands (A, B, E, F, R, L, U, O, H, X, J, K, Z) running 4884 MHz at J CH1 to 6184 MHz at Z CH8 - the stated span is the table's edges exactly, and the image carries a note that a Betaflight configurator can only address 64 of the 104. Checking the infographic against the text was the seventeenth burst's HGLRC rule; on this brand the two agree. power_draw is the maker's own supply figure, 'Peak Operating Current：3.5A' in the Specifications block of GEPRC's product page (read 2026-10-04, cached copy; geprc.com refused a fetch of its manual PDFs with 403 on 2026-10-19, so none was retried); no supply voltage is printed beside it. It is the VTX's input draw, not its RF output.