What (Windows, macOS, Linux) are you using to flash the device?

| Feature | Stock | Optimized Custom | Limit | |---------|-------|------------------|-------| | Sample rate | 100Msps | 100Msps (hard limit due to comparator) | 120Msps (unstable) | | Buffer depth | 8KB (approx 6.5k samples) | 8KB + RLE (effectively infinite for idle buses) | RAM constraint | | Decoder speed | 1Mbit/sec UART | 4Mbit/sec UART (optimized C) | CPU bound | | USB transfer | 1.1 Full-speed | 1.1 Full-speed (no HS on PIC32MX) | 12Mbps |

Compile, flash via DFU, and test on a breadboard.

In conclusion, LA104 firmware work is a critical component of device software development. The firmware plays a vital role in controlling device hardware, ensuring performance, security, and compatibility. Working with LA104 firmware requires a deep understanding of firmware development, as well as expertise in areas such as software development, hardware engineering, and testing. As technology continues to evolve, the demand for skilled firmware developers will only continue to grow, making LA104 firmware work an exciting and rewarding field.

The stock triggers (rising, falling, edge) are fine, but I wanted to catch pulses shorter than 10ns. I added a simple "width trigger" to the RLE decoder. If a pulse was narrower than a user-defined threshold, the capture stopped and highlighted it. This alone made debugging a flaky SPI CS line trivial.

LA104 firmware is a type of software that is embedded in electronic devices to control their hardware components. It acts as a bridge between the device's hardware and software, enabling communication between the two. The LA104 firmware is specifically designed for devices that require a high level of performance, security, and reliability.

: Download the latest .hex files from the MiniDSO website.

: The hardware can be used to control WS2812 addressable LED strips, generate arbitrary PWM signals, and scan for active I2C addresses on a bus.

If successful, you will get a la104_firmware.bin file. This is your custom firmware.

Faster boot times and better menu navigation using the rotary wheels.