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https://github.com/liyanboy74/arduino-rf-rolling-code-keeloq-receiver
Arduino RF rolling code keeloq receiver
https://github.com/liyanboy74/arduino-rf-rolling-code-keeloq-receiver
315mhz 433mhz arduino hcs301 keeloq radio-control remote
Last synced: 3 months ago
JSON representation
Arduino RF rolling code keeloq receiver
- Host: GitHub
- URL: https://github.com/liyanboy74/arduino-rf-rolling-code-keeloq-receiver
- Owner: liyanboy74
- License: gpl-3.0
- Created: 2024-02-29T11:20:21.000Z (11 months ago)
- Default Branch: main
- Last Pushed: 2024-07-15T09:01:35.000Z (7 months ago)
- Last Synced: 2024-07-16T09:01:07.374Z (7 months ago)
- Topics: 315mhz, 433mhz, arduino, hcs301, keeloq, radio-control, remote
- Language: C
- Homepage:
- Size: 54.7 KB
- Stars: 3
- Watchers: 2
- Forks: 2
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
- License: LICENSE
Awesome Lists containing this project
README
# Arduino RF rolling code keeloq receiver
Arduino RF rolling code keeloq receiver
**HCS301** is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems.
It is primarily used in vehicles and home garage door openers.
The HCS301 utilizes Microchip’s patented.
Programmer:
Software: https://github.com/ioelectro/hcs-programmer-soft
Hardwer: https://github.com/ioelectro/arduino-hcs-programmer
Doc: https://ioelectro.ir/blog/hcs-programmer/
Keeloq Encoder/Decoder:
Algoritm: https://github.com/liyanboy74/KeeLoq
Doc: https://ioelectro.ir/blog/keeloq/
just Connect RF 433 or 315 Mhz receiver to pin 2 (INT0) arduino UNO v3.
for correct encoding the encrypted part of received packet we must know the key of keeloq algorithm.
**Pinout**
Output Example:
```
Ready
001: fix=27E30EC3 : vr=1 btn=2 ser=7E30EC3 , enc=[B7F8C4B3] --> dec=2EC30762 : btn=2 ovr=3 disc=2C3 C=762
002: fix=87E30EC3 : vr=0 btn=8 ser=7E30EC3 , enc=[0E58DE70] --> dec=8EC30763 : btn=8 ovr=3 disc=2C3 C=763
003: fix=47E30EC3 : vr=1 btn=4 ser=7E30EC3 , enc=[4F2A7A4A] --> dec=4EC30764 : btn=4 ovr=3 disc=2C3 C=764
004: fix=27E30EC3 : vr=1 btn=2 ser=7E30EC3 , enc=[663BD595] --> dec=2EC30765 : btn=2 ovr=3 disc=2C3 C=765
005: fix=27E30EC3 : vr=1 btn=2 ser=7E30EC3 , enc=[663BD595] --> dec=2EC30765 : btn=2 ovr=3 disc=2C3 C=765
006: fix=27E30EC3 : vr=1 btn=2 ser=7E30EC3 , enc=[663BD595] --> dec=2EC30765 : btn=2 ovr=3 disc=2C3 C=765
007: fix=17E30EC3 : vr=0 btn=1 ser=7E30EC3 , enc=[E545BED6] --> dec=1EC30766 : btn=1 ovr=3 disc=2C3 C=766
008: fix=17E30EC3 : vr=1 btn=1 ser=7E30EC3 , enc=[99C1FFFD] --> dec=1EC30767 : btn=1 ovr=3 disc=2C3 C=767
009: fix=17E30EC3 : vr=1 btn=1 ser=7E30EC3 , enc=[99C1FFFD] --> dec=1EC30767 : btn=1 ovr=3 disc=2C3 C=767
010: fix=17E30EC3 : vr=1 btn=1 ser=7E30EC3 , enc=[99C1FFFD] --> dec=1EC30767 : btn=1 ovr=3 disc=2C3 C=767
011: fix=27E30EC3 : vr=0 btn=2 ser=7E30EC3 , enc=[03D99613] --> dec=2EC30768 : btn=2 ovr=3 disc=2C3 C=768
012: fix=27E30EC3 : vr=1 btn=2 ser=7E30EC3 , enc=[03D99613] --> dec=2EC30768 : btn=2 ovr=3 disc=2C3 C=768
013: fix=47E30EC3 : vr=0 btn=4 ser=7E30EC3 , enc=[2E5F68DF] --> dec=4EC30769 : btn=4 ovr=3 disc=2C3 C=769
014: fix=87E30EC3 : vr=1 btn=8 ser=7E30EC3 , enc=[E81A3A01] --> dec=8EC3076A : btn=8 ovr=3 disc=2C3 C=76A
015: fix=27E30EC3 : vr=0 btn=2 ser=7E30EC3 , enc=[A2D80E7C] --> dec=2EC3076B : btn=2 ovr=3 disc=2C3 C=76B
016: fix=17E30EC3 : vr=0 btn=1 ser=7E30EC3 , enc=[F8FE34FC] --> dec=1EC3076C : btn=1 ovr=3 disc=2C3 C=76C
017: fix=47E30EC3 : vr=0 btn=4 ser=7E30EC3 , enc=[3E3C92A0] --> dec=4EC3076D : btn=4 ovr=3 disc=2C3 C=76D
018: fix=87E30EC3 : vr=0 btn=8 ser=7E30EC3 , enc=[06F256B0] --> dec=8EC3076E : btn=8 ovr=3 disc=2C3 C=76E
019: fix=27E30EC3 : vr=0 btn=2 ser=7E30EC3 , enc=[58752313] --> dec=2EC3076F : btn=2 ovr=3 disc=2C3 C=76F
020: fix=27E30EC3 : vr=0 btn=2 ser=7E30EC3 , enc=[553276E6] --> dec=2EC30770 : btn=2 ovr=3 disc=2C3 C=770
```