The concept of Flipper Zero is to combine all the hardware tools you will need for exploration and improvement at the pass. Flipper modified into inspired through the pwnagotchi challenge, however not like extraordinary DIY boards, Flipper is designed with the advantage of ordinary utilization in thoughts — it has a strong case, handy buttons, and shape, so there are not any dirty PCBs or scratchy pins. Flipper turns your tasks into a sport, reminding you that development want to constantly be fun.
Flipper Zero is a tiny piece of hardware with a curious individual of a cyber-dolphin. It can have interaction with virtual structures in actual existence and develop whilst you operate it. Explore any form of get admission to govern device, RFID, radio protocols, and debug hardware the use of GPIO pins.
The idea of Flipper Zero is to mix all the hardware device you will want for exploration and development on the pass. Flipper became inspired by using the use of the pwnagotchi mission, but in contrast to specific DIY forums, Flipper is designed with the benefit of everyday usage in thoughts — it has a strong case, available buttons, and shape, so there aren’t any grimy PCBs or scratchy pins. Flipper turns your initiatives right proper into a endeavor, reminding you that development want to normally be a laugh.
For more control, you could connect to Flipper Zero through USB and Bluetooth. Instead of a TFT, IPS or OLED, we determined to construct in a cool antique-faculty LCD.
Sub-1 GHz Transceiver
Sub-1 GHz Range
This is the working range for a huge elegance of wi-fi gadgets and get right of entry to manipulate structures, consisting of garage door remotes, growth boundaries, IoT sensors and faraway keyless structures. Users can extend their Flipper Zero abilties through putting in extra apps to examine information from diverse devices together with weather stations.
Flipper has an included multi-band antenna, and a CC1101 chip, making it a effective transceiver with a number of as much as 50 meters.
Customizable radio platform
CC1101 is a normal transceiver designed for extraordinarily low-power wi-fi programs. It helps diverse sorts of digital modulations at the side of 2-FSK, 4-FSK, GFSK and MSK, as well as OOK and flexible ASK shaping. You can perform any virtual communique in your applications which include connecting to IoT gadgets and get entry to manage structures.
125 kHz RFID
Low-frequency proximity cards
This kind of card is broadly used in vintage access manage structures around the arena. It’s quite dumb, stores best an N-byte ID and has no authentication mechanism, allowing it to be examine, cloned and emulated by everyone. A a hundred twenty five kHz antenna is placed on the bottom of Flipper Zero — it is able to examine low-frequency proximity playing cards and shop them to memory to emulate later.
You can also emulate cards with the aid of coming into their IDs manually.
Moreover, Flipper Zero proprietors can proportion card IDs remotely with other Flipper Zero users.
Infrared Transceiver
Infrared Transmitter
The infrared transmitter can transmit signals to control electronics such as TVs, air conditioners (AC), stereo systems, and others.
Flipper Zero has a built-in library of signals for common TV, AC, projectors, stereo systems brands. This library is constantly updated by the Flipper Zero community by adding new signals to the IR Remote database.
MicroSD card
External storage for apps and data
There is loads of facts Flipper Zero has to store: far flung codes, sign databases, dictionaries, picture assets, logs, and greater. All this statistics is stored on a microSD card.
The microSD card slot has a push-push type connector, so the cardboard is reliably secured inner without sticking out.
Flipper Zero supports any FAT12, FAT16, FAT32, and exFAT formatted microSD cards to keep your property so that you’ll by no means ought to fear the memory will run out.
Conclusion
Flipper Zero is a portable Tamagotchi-like multi-practical device advanced for interplay with get entry to manipulate systems. The device is able to study, replica, and emulate RFID and NFC tags, radio remotes, iButton, and digital get entry to keys, at the facet of a GPIO interface. Wikipedia
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