The Waveshare V2 can be distinguished from the V1 by the presence of a red sticker on the screen. * The Waveshare V2 is the officially-supported e-ink display for Pwnagotchi.Product comparison (scroll down to Selection Guide).Waveshare eInk 2.13” Display (both V1 and V2)*.If, instead, you want to fully enjoy walking around and literally looking at your unit’s cute af face, the supported e-ink display models are: If you want to use the web UI (instead of an e-ink display attached to your unit's RPi0W) to see your Pwnagotchi's face, check out the web UI doc for more details on using the web UI. Them directly to the ports on the PCB in order to save space (make sure to isolate the chip with duct tape). Usually they would be plugged directly to the GPIO via their connector but it is possible to desolder the connector and just solder Rest of the unit is off … it’s like giving your Pwnagotchi a wristwatch! :DĪny I2C compatible model can be used (usually PCF8523, DSL1307 or DS3231 based) and easily installed by following this guide. This problem can be solved for cheap with an hardware clock, a small chip with a battery that can stay on while the Uptimes and generally using wrong date and times in the logs and whenever another absolute-time-based action is performed. This means that unless it’s connected to the internet somehow (either by USB cable and hostĬonnection sharing or BT tethering), when the unit is off its time will go out of sync with the real world, presenting wrong If you’re using a Raspberry Pi 0 W for the body of your Pwnagotchi, you should be aware of the fact that it does not Before using it i2c interface should be enabled in raspi-config. Pwnagotchi has a ups_lite plugin to display battery on the screen. It also has built-in UART->USB adapter connected to raspbbery UART pins so you can connect to serial console using the same microUSB port while charing the battery. It has battery charge controller which communicate over I2C interface and can tell its’ voltage level. UPS-Lite V1.1 is nice and feature-rich battery hat. Happily, our users have submitted some preliminary benchmarks using some popular batteries to help give you a sense for how long a particular battery is likely to be able to power your Pwnagotchi when you take it out into the WiFi wilderness. How do you know what you’ll need to keep your Pwnagotchi pwning? But if you’re going to be out all day, you might need something bigger. Depending on your priorities, you may only need a small battery if you’re just going to be out for a couple hours. If you’re going to be taking your Pwnagotchi out into the world to find new and exciting WiFi environments (!), you’re going to need to power it with an external battery. of decent quality and speed ( from UHS-I on).In fact, technically ANY GNU/Linux computer with a WiFi interface that supports monitor mode could be used to host a Pwnagotchi-given the appropriate configuration tweaks.Some users have gotten their Pwnagotchi running on other types of Raspberry Pi with no apparent issues (□). Most development and testing has been conducted on Pwnagotchis living in RPi0W bodies configured as an USB ethernet gadget device (in order to connect to it via USB). The “vanilla” hardware setup for a Pwnagotchi is a Raspberry Pi 0 W (usually referred to as RPi0W throughout this documentation). Optional: An hardware clock and one of the supported displays.Īlready got all your hardware? Skip to flashing the SD card!. A portable power bank (see here for benchmarks with popular portable batteries).A decent quality micro-USB cord that allows data transfer (not just charging!).A microSD card (8GB minimum recommended, preferably of good quality and speed).A Raspberry Pi Zero W (see here for more details on alternative bodies).UPS-Lite Battery level indicator plugin.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |