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The-Mesh3310-Project

Make the world's strongest node.

📱 Mesh3310: The Ultimate Off-Grid Communicator

Mesh3310 is an open-source hardware project that revives the legendary Nokia 3310 (Classic). It replaces the obsolete 2G internals with a modern, high-performance PCB.

The goal is to turn this indestructible icon into a rugged, long-range mesh networking node that runs Meshtastic and MeshCore.

Mesh3310 PCB, 3D view

🚀 The Vision

The Nokia 3310 is famous for its durability, tactile keypad and ergonomic design. Our custom board drops straight into the original housing and gives the phone a second life as a decentralized communicator that does not rely on cell towers or the internet. When a network is available, the built-in LTE modem can connect the mesh to the rest of the world.

⚡ Key Specifications

Function Part
MCU Nordic nRF52840 (Cortex-M4F, Bluetooth LE, USB)
LoRa Semtech SX1262 with a Skyworks SKY65723 front-end; on-board chip antenna in the original antenna area
Cellular / GNSS Nordic nRF9151 (LTE-M / NB-IoT, DECT NR+, GNSS); antennas via U.FL
Bluetooth antenna On-board 2.4 GHz chip antenna
Power TI BQ24074 charger + TPS63031 buck-boost, original 3310 battery contacts
Charging / USB Through the original bottom connector (USB data to the nRF52840)
Display / input Original PCD8544 monochrome LCD, full keypad with backlight, side power button
Audio MAX98357A amplifier for the speaker, microphone, buzzer and vibration motor contacts
Storage 2 × 16 Mbit flash (MX25R1635F), one for each Nordic chip
Firmware Built to run Meshtastic and MeshCore

🛠 Project Status: Rev. A layout complete 🏗️

  • The schematic is complete and passes ERC.
  • The 6-layer PCB (JLCPCB stackup JLC06161H-3313) is fully routed, passes DRC and matches the schematic.
  • Board outline, mounting holes, battery contacts, display, SIM, speakers, keypad and backlight LEDs match the original Nokia 3310 housing.
  • Controlled-impedance RF lines (50 Ω) and a solid ground plane under all three radios.
  • Every assembled part has an LCSC part number, ready for JLCPCB assembly.

Next steps: order the first prototypes, tune the RF matching networks and start firmware bring-up.

Top Bottom (keypad side)
Top side Bottom side

📂 Repository Layout

Folder Contents
Kicad_Mesh3310/ KiCad 9 project (schematic, PCB, libraries, 3D models)
Kicad_Mesh3310/datasheets/ Datasheets of the main components
productie/ Gerbers, drill files, pick-and-place file and BOM (JLCPCB format), plus manufacturing notes (Dutch)
afbeeldingen/ Renders of the board

🤝 How You Can Help

We are actively looking for contributors. Your input can directly shape the hardware.

  • Hardware engineering: review the schematic and layout, and help with RF tuning.
  • Firmware development: port Meshtastic/MeshCore to the legacy LCD and keypad matrix.
  • Mechanical design: check the fit in original and replacement shells, and design internal 3D-printed parts.

💬 Community & Contributing

Most of the coordination happens on Discord.

Join our Discord: https://discord.gg/E6Sk9hmUE

Concept images

Schermafbeelding 2026-02-24 191950 3 2

License

MIT

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