AVR ISP Programmer (User’s Product) | Programming AVR microcontrollers in embedded systems, robotics | Compatibility: Industry Standard (ATmega series) Our Base (▲ supports ATmega328P, 100+ boards tested) Our Advanced (▲▲ supports 50+ ATmega variants (Atmel spec)) | Direct compatibility with original AVR chips, cost-effective for hobbyists | Limited to AVR microcontrollers, requires specific drivers for advanced features |
STM32 Programmer (ST-Link V2) | STM32 development, industrial IoT | Programming Speed: Industry Standard (2 MB/s) Our Base (▲ 3 MB/s) Our Advanced (▲▲ 5 MB/s (STM32 spec)) | High-speed programming for large projects, SWD interface support | Proprietary software required, higher cost compared to generic programmers |
PIC Programmer (PICkit 3) | Educational projects, PIC-based systems | Voltage Range: Industry Standard (3.3–5V) Our Base (▲ 2.3–5.5V) Our Advanced (▲▲ 1.8–5.5V (Microchip spec)) | Wide voltage compatibility for diverse PIC models | Slower programming speed, limited to PIC microcontrollers |
Arduino Programmer | Rapid prototyping, maker projects | Protocol Support: Industry Standard (Arduino Uno) Our Base (▲ supports Leonardo) Our Advanced (▲▲ supports all Arduino variants (Arduino spec)) | User-friendly for beginners, open-source ecosystem | Limited to Arduino ecosystem, no advanced debugging tools |
Generic USBasp Programmer | Multi-protocol projects, hobbyist use | Protocols: Industry Standard (ISP) Our Base (▲ ISP + SWD) Our Advanced (▲▲ ISP + SWD + JTAG (IEEE 1149.1 compliant)) | Versatile for multiple microcontrollers, low cost | Command-line only, no GUI interface |
High-Speed USB Programmer | Mass production, firmware updates | Programming Speed: Industry Standard (5 MB/s) Our Base (▲ 8 MB/s) Our Advanced (▲▲ 12 MB/s (JEDEC spec)) | Extremely fast for large-scale deployments | Expensive, complex setup, requires specialized knowledge |