The application natively remembers your last window sizing position, alongside your last selected IC component. This saves valuable configuration time during repetitive repair cycles.
Useful for programming 100 chips on a manufacturing line.
To use AsProgrammer effectively, users typically follow these steps: asprogrammer 21013
Version 2.1.0.13 also introduced a "Verify after programming" toggle that is enabled by default, reducing the risk of corrupt writes—a common failure point with cheaper programmers.
Using profiling tools, we identified that the save_state() function was the primary culprit. Each call was awaiting a database confirmation before releasing the worker back to the event loop. The application natively remembers your last window sizing
In the world of open-source tools, specific version numbers often become "stable baselines." Version 2.1.0.13 (often shortened to 21013 in forum discussions) is widely cited in tutorials because of its balance between a clean UI and a robust database of supported chips. While newer versions exist, 21013 is frequently packaged in "all-in-one" repair packs used by technicians in Asia and Europe. Safety and Risks
Launch AsProgrammer. Click on in the top menu bar, then click Search (or use the automatic detection tool). If the chip is wired correctly, the software will return the precise manufacturer ID and model number. Select your chip to auto-populate the layout fields. 4. The Backup Routine (Critical Step) In the world of open-source tools, specific version
Disconnect all main power sources from the host motherboard (remove laptop batteries and CMOS cells). If the problem persists, desolder the memory chip using hot air and mount it onto an external adapter board.
This variant has physical switches for voltage selection. ASProgrammer 21013 recognizes it natively without driver conflicts.