Recently, I came across an exciting new product that’s generating a lot of buzz in the tech and open-source communities. It’s called Pilet, a portable mini computer that combines retro charm with modern performance, powered by the latest Raspberry Pi 5. What makes this product stand out is its open-source nature, modular design, and the freedom it gives to users who want to tinker, customize, and explore.
Pilet is an intriguing project launched on Kickstarter, and I thought it would be worth sharing the details with all of you. Whether you’re a developer, maker, or just someone interested in open-source hardware, Pilet offers a unique blend of flexibility, performance, and fun.
Pilet is a retro-futuristic, open-source
mini-computer that’s fully customizable in both hardware and software. It’s
powered by the Raspberry Pi 5, a powerful single-board computer that
brings substantial performance upgrades. Pilet is designed with tinkerers,
creatives, and learners in mind, giving them the freedom to modify and
enhance the device in any way they like.
One of the most notable features of Pilet is its modular
design, which allows you to create and customize your own add-ons, whether
they’re for sensors, cameras, or even gaming peripherals. If you’re into
DIY projects, this could be an excellent platform for experimentation and
innovation.
Pilet also boasts a 7-hour battery life, making it
highly portable and ready for use on the go—no need to stay tethered to a desk
or power outlet.
Key Features of Pilet
- Powered
by Raspberry Pi 5: The Pilet uses the latest Raspberry Pi 5, providing
a significant performance boost over previous models, with PCIe and
NVMe support for fast data storage.
- Long
Battery Life: With a 7-hour battery life, you can take your
Raspberry Pi projects anywhere. Whether you're working on a project at
home or using it on the go, Pilet’s portability is a standout feature.
- Open-Source
Hardware and Software: Pilet runs on open-source hardware and
software, which means it gives users full control over customization. The
project’s creators plan to release the schematics, PCB files, CAD files,
and source code after launch, allowing for endless modification
possibilities.
- Modular
Design: The device’s modularity is one of its key selling points.
Pilet lets you add new modules for things like LTE connectivity or NVMe
storage, and even build your own custom add-ons. The idea is to create
a flexible platform that adapts to your needs.
- Simple,
Practical Design: The creators of Pilet followed the KISS principle
(Keep It Simple, Stupid), which means the device avoids unnecessary
complexity. It's designed to be easy to use, easy to modify, and fun to
experiment with.
Variants of Pilet: Pilet 5 and Pilet 7
Pilet comes in two variants, each suited to different needs:
- Pilet 5: The compact variant with a 5-inch touchscreen and a thumb-typing-friendly keyboard (still in development). It also includes a trackball, scroll wheel, game buttons, and a navigational switch for an intuitive experience. This version is ideal for those who prefer portability and a more console-like experience.
- Pilet
7: The larger tablet variant features a 7-inch touchscreen,
making it perfect for those who need a larger display for work or
entertainment. It runs on KDE Plasma and offers full Linux
functionality, which provides users with a more flexible computing
environment compared to Android or iOS. The Pilet 7 also supports modular
add-ons, such as a detachable keyboard/gamepad.
Additional Features
- Battery
Management Module: Pilet uses a specialized battery management system
designed to handle demanding power needs, ensuring stable power delivery
even under heavy load. The battery module is capable of charging via
standard 5V USB-C sources, including laptops, power banks, and
more.
- Open-Source
Design: As mentioned earlier, Pilet’s entire design is open-source.
The creators will release the schematics, PCB files, and CAD
files to the public once the first units are shipped, so users can
further tweak and improve the hardware.
- DIY
Kit: For those interested in hands-on projects, Pilet is available as
an easy-to-assemble kit, perfect for STEM education or just a fun
DIY project. No soldering is required, and detailed instructions are
provided to guide you through the assembly process.
Technical Specifications
Here are the technical specifications of both variants of
Pilet:
Pilet 5 Specifications:
- Supported
SBC: Raspberry Pi 5 (all variants supported)
- Power
Source: 3.7V Lithium Polymer Batteries, 5V USB-C
- Screen:
5-inch IPS Capacitive Touchscreen (1280x800 resolution)
- I/O
Ports: 2x MicroHDMI, 2x USB 3.0, 2x USB 2.0, Programmable GPIO
- Connectivity:
802.11ac Wi-Fi, Bluetooth 5.0, LAN
- Storage:
SD Card, NVMe SSD (via module)
- Audio:
Dual Stereo Speakers, Built-in Microphone, 3.5mm Audio Jack, Bluetooth
- Battery
Life: 7 hours (with optional 8000mAh battery pack)
- Dimensions:
175mm x 125mm x 28mm
Pilet 7 Specifications:
- Supported
SBC: Raspberry Pi 5 (all variants supported)
- Power
Source: 3.7V Lithium Polymer Batteries, 5V USB-C
- Screen:
7-inch IPS Capacitive Touchscreen (1280x800 resolution)
- I/O
Ports: 2x MicroHDMI, 2x USB 3.0, 2x USB 2.0, Programmable GPIO
- Connectivity:
802.11ac Wi-Fi, Bluetooth 5.0, LAN, LTE (via module)
- Storage:
SD Card, NVMe SSD (via module)
- Audio:
Dual Stereo Speakers, Built-in Microphone, 3.5mm Audio Jack, Bluetooth
- Battery
Life: 7 hours (with optional 8000mAh battery pack)
- Dimensions:
200mm x 130mm x 30mm (approx.)
Availability and Pricing
The Pilet mini-computers are currently available through the
ongoing Kickstarter campaign. While prices may fluctuate, here’s a quick
breakdown:
- Pilet
5 Mini Computer Kit – CA$ 309 (~$199 USD)
- Pilet
7 Mini Computer Kit – CA$ 289 (~$199 USD)
- 2x
Pilet 5 Mini Computer Kit – CA$ 618 (~$398 USD)
- 2x
Pilet 7 Mini Computer Kit – CA$ 578 (~$398 USD)
- Pilet
5 + Pilet 7 Bundle – CA$ 598 (~$399 USD)
Backers will also receive a free NVMe module with
their Pilet unit as part of the campaign, adding more value to the purchase.
Pilet is an exciting project for anyone interested in
open-source hardware and modular computing. Its flexibility, portability, and
customizable features make it a fantastic choice for makers, educators, and
tech enthusiasts. With its open design, it’s clear that Pilet is aimed at users
who want to push the boundaries of what a mini-computer can do.
If you're interested, you can check out the details of the
project on Kickstarter and explore how this unique mini-computer can fit
into your next project.