NeoProgrammer, which continues to receive updates, is built directly from the source code of AsProgrammer 2.1.0.13. It takes the stability of v2.1.0.13 and adds support for hundreds more chips, a more modern interface, and additional programmers like the CH347 and FT232H. So, if you see a download for "NeoProgrammer 2.2.0.10," you are essentially using an enhanced "new" version of the AsProgrammer 21013 core.
Built on FreePascal using the Lazarus IDE to remain lightweight and fully compatible across Windows and Linux platforms.
AsProgrammer 2.1.0.13 is a versatile multi-protocol tool. While most users buy a CH341A for motherboard BIOS recovery, this software enables the programmer to handle a much broader range of tasks: asprogrammer 21013 new
After installing:
If your chip isn’t listed, edit the devices.xml file (new format in v21013). You can copy an entry for a similar chip and modify the ID and size parameters. NeoProgrammer, which continues to receive updates, is built
: Supports newer 1.8V and high-capacity flash chips that older software misses.
To give you a useful answer:
Standardizing on a new, optimized toolset reduces friction between developers.
Open the main ASProgrammer project file within the Lazarus IDE. Built on FreePascal using the Lazarus IDE to
| | Description | | :--- | :--- | | Detect Chip | Click "Read ID" to have the software attempt to automatically identify the connected chip. If successful, the model will be highlighted. | | Read Chip | This function reads the entire contents of the chip into the software's buffer. Always perform a 'Read' followed by 'Save' to create a backup of your original firmware before any modifications . | | Erase Chip | Clears all data on the chip (sets it to FF). Many flash chips, like 25xx series SPI Flash, must be erased before a new write operation . | | Write Chip | Writes the data currently loaded in the buffer onto the chip. | | Verify | After a write operation, click "Verify" to read back the chip's data and compare it byte-for-byte with the buffer to ensure a successful and error-free write. | | One-Chip Auto | This is a convenient macro that automatically performs a sequence: Unlock → Erase → Write → Verify. |
