Sub-Ghz Bruteforcer
Princeton_433 (works with the majority of static code systems) | 433.92 | Static |
---|---|---|
Nice Flo 12bit_433 | 433.92 | Static |
Nice Flo 24bit_433 | 433.92 | Static |
CAME 12bit_433 | 433.92 | Static |
CAME 24bit_433 | 433.92 | Static |
Linear_300 | 300.00 | Static |
CAME TWEE | 433.92 | Static |
Gate TX_433 | 433.92 | Static |
DoorHan_315 | 315.00 | Dynamic |
DoorHan_433 | 433.92 | Dynamic |
LiftMaster_315 | 315.00 | Dynamic |
LiftMaster_390 | 390.00 | Dynamic |
Security+2.0_310 | 310.00 | Dynamic |
Security+2.0_315 | 315.00 | Dynamic |
Security+2.0_390 | 390.00 | Dynamic |
Supported Sub-GHz vendors
Check the list at https://docs.flipperzero.one/sub-ghz/supported-vendors
Supported Frequencies by region
Check the list at https://docs.flipperzero.one/sub-ghz/frequencies
CAME 12bit 303 Mhz
CAME 12bit 303 MHz refers to a less common frequency and coding scheme used in some CAME remote controls for operating gates, barriers, and other automation systems.
CAME 12bit 307 Mhz
CAME 12bit 315 Mhz
CAME 12bit 433 Mhz
CAME 12bit 433 MHz refers to another specific frequency and coding scheme used in CAME remote controls, similar to the 868 MHz version you mentioned previously.
CAME 12bit 868 Mhz
Applications: CAME 12bit 868 MHz remotes are used with various CAME automation systems, including:
Gate automation systems
Barrier systems
Garage door openers
Lighting control systems
Alarm systems
Security+2.0_390
Security+2.0_390 is a specific protocol used in some garage door opener remotes, particularly those manufactured by LiftMaster. It operates on a frequency of 390 MHz and utilizes a more secure rolling code mechanism compared to older protocols like Security+ 1.0.
https://docs.flipper.net/sub-ghz https://github.com/tobiabocchi/flipperzero-bruteforce
Last updated