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PIC, AVR, SAM, and dsPIC firmware and hardware on one team. From MPLAB X projects to populated boards, our engineers have deep experience designing with Microchip microcontrollers, and they take real products through to assembly.
Microchip-based products from concept to mass production, with one accountable engineering group.
PIC18, PIC32, AVR, ATSAM, or dsPIC33. We pick the right family for your power, peripheral, and cost targets.
Production firmware in C, using MCC, Harmony 3, or bare-metal. Driver code, RTOS integration, and OTA updates.
Microchip reference schematics adapted to your product. Layout, DFM review, and prototype fab in 5 to 12 days.
Bench bring-up, SMT line, programming fixtures, and functional test. From 10 prototype units to 100K production runs.
Four stages, no surprises. Every milestone has a deliverable you can review.
We map peripherals, memory, and power against your spec. The Microchip family choice falls out of the requirements, not the other way around.
Reference designs become production schematics. The firmware skeleton is set up in MPLAB X, with peripheral drivers in place before the board returns from fab.
Five to twelve day prototype turn. The same engineers who routed the board run bring-up and bench validation.
SMT assembly, in-circuit programming via PICkit or ICD4, and functional test on every board before ship.
If it ships in a Microchip catalog, we have probably designed with it. Here is where each family typically lands.
| Chip family | Typical use |
|---|---|
| PIC (8-bit: PIC10/12/16/18) | Cost-sensitive control, simple sensors, and low-pin-count embedded tasks |
| AVR (ATmega, ATtiny) | Fast 8-bit control, Arduino-lineage designs, and tight code-space projects |
| PIC24 / dsPIC33 (16-bit) | Motor control, digital power, and DSP-heavy signal processing |
| PIC32 (MX/MZ/CM, MIPS & Cortex-M) | High-performance MCU work: connectivity, graphics, and data logging |
| SAM / ATSAM (Cortex-M0+/M4/M7) | Arm-based products, higher throughput, and richer peripheral sets |
| Toolchain & programmers | MPLAB X, XC8/XC16/XC32, Harmony 3, MCC, PICkit 4/5, ICD4, Atmel-ICE |
Toolchain, support, and what to expect when you start a project with Jaycon.
PIC32MX and PIC32MZ for high-performance MCU work, PIC18 and AVR for cost-sensitive 8-bit, and dsPIC33 for motor control and signal processing. ATSAM Cortex-M parts are also in regular use.
Yes. MPLAB X with XC compilers is our default. We use the Harmony 3 framework for complex peripheral code and bare-metal C when footprint matters.
Yes. We have ported between PIC18 and PIC32, and between AVR and ATSAM. The peripheral abstraction usually allows a clean migration with bounded effort.
In-circuit programming via PICkit, MPLAB ICD4, or Atmel-ICE during functional test. We also build custom programming fixtures for high-volume runs.
From product design and rapid prototyping to precision injection molding and circuit board manufacturing.
We take your idea from sketch to working prototype, with a team that handles both the look and the engineering.
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Custom PCB design and assembly, reviewed by engineers before production so nothing gets built twice.
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Get a physical part in your hands fast. We use the right technology for your design so you can test and move forward.
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When you are ready to scale, we handle the tooling and run production so you can focus on your business.
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