I will design a custom digital microscope pcb with cmos camera integration
pcb design, embedded system and firmware development
About this Gig
Hello and Welcome!
Modern digital microscopy systems require far more than simply connecting a camera sensor to a PCB. Achieving high-quality image capture, stable data transmission, efficient power management, and reliable hardware performance demands a carefully engineered embedded vision architecture.
Whether you are developing a handheld microscope, USB microscope, WiFi-enabled imaging device, laboratory inspection system, or a custom embedded vision product, I can help transform your concept into a manufacturable hardware solution.
What I Will Provide:
- Custom schematic design
- Professional PCB layout design
- CMOS camera sensor integration
- ESP32, STM32, Raspberry Pi, FPGA, or custom MCU integration
- MIPI CSI, DVP, USB, SPI, I2C, UART interface implementation
Why Choose Me?
- Experienced PCB and Embedded Systems Engineer
- Strong expertise in CMOS camera integration and imaging hardware
- Professional schematic capture and multilayer PCB design
Have a digital microscope or camera-based project in mind? Send me a message now with your specifications, and I'll help you turn your concept into a production-ready PCB design!!!!
Other Electronics Engineering Services I Offer
FAQ
What information do you need before starting the project?
I need your project requirements, preferred CMOS camera sensor, processor/MCU, power requirements, interface specifications, and any mechanical constraints.
Which processors and microcontrollers do you support?
I work with ESP32, STM32, Raspberry Pi Compute Modules, RK3588, FPGA platforms, and other embedded processors.
Do you provide firmware development?
Yes. Firmware development can be included as an additional service depending on the project requirements and complexity
Can you design multilayer PCBs for high-speed camera interfaces?
Yes. I can design 2-layer, 4-layer, and multilayer PCBs with proper routing for MIPI CSI, USB, and other high-speed interfaces.

