I will design production ready nvidia jetson edge ai pcb and embedded hardware
Embedded Systems and PCB Engineer
About this Gig
Hello! If you are building an AI security device, smart camera system, or edge AI product but facing issues with unstable hardware, you are not alone. Many projects fail due to poor PCB design, Jetson overheating, power instability, missing camera/SSD/LTE support, or designs not ready for manufacturing.
I will help you turn your idea into a real production ready NVIDIA Jetson edge AI hardware system. I design complete PCB architecture, schematics, and carrier board design focused on performance, stability, and reliability.
Your system will include proper power management, thermal control for 24/7 AI workloads, and full support for MIPI cameras, PCIe SSD, USB, Ethernet, Wi-Fi, BLE, and optional LTE expansion. Perfect for RTSP/IP camera AI video analytics without crashes.
You will get full manufacturing-ready files including schematics, PCB layout, BOM, Gerber files, and documentation ready for prototype or mass production.
Message me before ordering so we can define your requirements and build the right hardware architecture for your product.
Other Electronics Engineering Services I Offer
FAQ
What if the design fails or does not work in real-world use?
I focus on industrial-grade reliability, ensuring power stability, signal integrity, and long-term performance for real deployment environments.
Will the design be ready for real manufacturing?
Yes, you will receive full production-ready files including schematics, PCB layout, BOM, Gerbers, and assembly data for prototyping or mass production.
What if my idea is not clear yet or still in concept stage?
That’s fine. I help define the hardware architecture from scratch, including feasibility, component selection, and system planning.
Can you handle complex interfaces like cameras, SSD, and LTE?
Yes, I design full MIPI camera, PCIe SSD, USB, Ethernet, Wi-Fi, BLE, and LTE-ready systems with correct high-speed routing and integration.
What if my Jetson-based design overheats or becomes unstable?
I design proper thermal management, heatsinking, and power architecture to ensure stable 24/7 AI performance without throttling or failure.

