I will design a custom digital microscope pcb with cmos sensor, wifi and firmware
pcb design and firmware development
About this Gig
Hello and Welcome!
Transform your digital microscope concept into a fully engineered electronic system.
Digital microscopy requires far more than simply connecting a camera sensor to a microcontroller. It demands careful integration of high-speed CMOS image sensors, power management, signal integrity, wireless communication, image streaming, storage systems, and optimized embedded firmware to achieve reliable real-time performance.
I specialize in designing custom digital microscope electronics that combine CMOS imaging sensors, WiFi connectivity, display interfaces, data storage, and embedded firmware into compact, manufacturable PCB solutions.
What I Will Provide:
- Custom schematic design
- Professional PCB layout design
- CMOS camera sensor integration
- WiFi image transmission architecture
- MicroSD storage integration (optional)
Why Choose Me?
- Specialized experience in PCB design, embedded systems, and imaging electronics
- Design focused on manufacturability and real-world deployment
- Professional documentation and organized deliverables
Ready to Build Your Digital Microscope?
For research instrument, industrial inspection system, or commercial imaging product, message now!!!!
Other Electronics Engineering Services I Offer
FAQ
Can you help select the CMOS camera sensor?
Yes. I can recommend suitable sensors based on your resolution, frame rate, image quality, and budget requirements.
Do you develop ESP32 firmware?
Yes. I can develop firmware for image acquisition, WiFi communication, sensor control, storage, and device operation.
Can you design battery-powered microscopes?
Absolutely. I can integrate battery charging, power management, and low-power operation features.
Do you support WiFi image streaming?
Yes. ESP32-based WiFi streaming and wireless image transmission can be integrated into the design.
Can you modify an existing microscope PCB design?
Yes. I can review, improve, troubleshoot, or redesign existing hardware and firmware.

