Ebaz4205 Adapter Board Kit (Accessory Plug-in Not Soldered) FPGA Development Board Expansion DIY Soldering Module

Ebaz4205 Adapter Board Kit (Accessory Plug-in Not Soldered) FPGA Development Board Expansion DIY Soldering Module Description

Cost-effective accessory kit: This listing is for a DIY kit (unassembled components), including the main PCB and all connectors/components. It is ideal for developers with soldering skills or for small-batch production, helping to reduce procurement costs.
Solder-free screen upgrade: The onboard interface for the 240x240 resolution color LCD has been upgraded to an FPC connector (plug-and-; no soldering required), eliminating tedious soldering work and simplifying debugging and replacement.
Extensive expansion interfaces: Includes a standard 20-pin header for flexible GPIO expansion and compatibility with various sensors and modules.
Interface upgrade: The USB power/communication interface in the latest batch has been fully upgraded to USB Type-C, supporting reversible insertion, more stable power delivery, and compatibility with standard cables.
Target Audience: Electronics enthusiasts with basic soldering skills, embedded system developers, university laboratories, and users conducting project evaluations.

Multifunctional Integrated Baseboard:
Onboard USB-to-UART (serial) chip for easy serial debugging;
Integrated passive buzzer supporting PWM audio output;
Standard -compatible HD display interface (verified stable output at 1080P@50Hz), facilitating HD display setups;
Independent buttons and LED status indicators for easy interaction and status monitoring;
Onboard SPI interface driver circuit for color LCDs.

[Important Note]
This is an unassembled accessory kit (no pre-soldered components); the buyer must solder all connectors.
The mainboard (Ebaz4205 core board) is not included and must be purchased separately.
The onboard screen connection has been updated to an FPC press-fit socket; the screen itself does not require soldering-simply insert the FPC ribbon cable into the soc