SkyRizz E32 front board image
SkyRizz E32 front detail
SkyRizz E32 back prototype image

SOLANA HARDWARE // DETAIL PAGE SAMPLE

SkyRizz E32

Sample price $29.00
Request Board View Repository

PRODUCT DESCRIPTION

Built like a product page, grounded in the public hardware package

This page uses the public SkyRizzAI repository as the source material while translating the board into a cleaner product-detail format inspired by electronics storefronts.

Overview

SkyRizz E32 is a secure, connected embedded board aimed at Solana hardware development. The repository documents the current schematic, manufacturing data, EasyEDA source archive, prototype imagery, and firmware-facing pinout references for the latest hardware package.

The design is oriented toward real device development rather than just experimentation, making it suitable as a base platform for secure interfaces, connected hardware, and bring-up workflows.

Highlights

  • ESP32-S3-WROOM-1-N16R8 main module
  • SE050C2HQ1/Z01SDZ secure element integration
  • LCD, touch, camera, audio, microSD, and RGB support
  • Shared onboard I2C bus for sensors, touch, security, and GPIO expansion
  • Firmware-oriented references in the `PCB/pinout/` package

Hardware Specs

  • WirelessIntegrated ESP32-S3 Wi-Fi + Bluetooth LE
  • MemoryN16R8 module variant with 16 MB flash and 8 MB PSRAM
  • Display + TouchLCD flex connector and TSC2007IPWR touch controller
  • SensorsAHT20, LTR-303ALS-01, and SC7A20HTR
  • AudioES7243E ADC, NS4168 amplifier, and dual microphones
  • StorageTF1 microSD socket plus GT30L24A3W SPI ROM / font chip
  • USBUSB Type-C with native USB FS on GPIO19 and GPIO20
  • ExpansionIO 1 direct GPIO, shared I2C breakout, and XL9535-backed IO 2 / IO 3 headers

In the Repository

  • Schematic and PCB layout exports
  • BOM and pick-and-place files for sourcing and assembly
  • EasyEDA Pro source archive
  • Prototype photos, renders, and board assets
  • Reusable Rust pin definitions and self-test harness references

Getting Started

  1. Review the schematic and PCB design exports first.
  2. Use the BOM and placement files to inspect sourcing and assembly data.
  3. Open the EasyEDA project if you need to modify the original board design.
  4. Use the `pin_map` and `pin_capabilities` references during firmware bring-up.