6.3 UID address reference
The table summarises the UID address information of commonly used chips. Power Writer supports automatic export of UID information, so users do not need to care about the definition of UID address, and this table is only for query reference:
| Series | Chip Series | Type | UID Address |
|---|---|---|---|
| STM32 | STM32F0XX | - | 0x1FFFF7AC |
| STM32F1XX | - | 0x1FFFF7E8 | |
| STM32F2XX | - | 0x1FFF7A10 | |
| STM32F3XX | - | 0x1FFFF7AC | |
| STM32F4XX | - | 0x1FFF7A10 | |
| STM32F7XX | - | 0x1FF0F4200x1FF07A10(F72xx,F73xx) | |
| STM32G0XX | - | 0x1FFF7590 | |
| STM32G4XX | - | 0x1FFF7590 | |
| STM32H7XX | 0x1FF1E800 | ||
| STM32L0XX | - | 0x1FF80050Offset 0x00：UID[0:31] Offset 0x04：UID[32:63]Offset 0x14：UID[64:95] | |
| STM32L1XX | - | 0x1FF80050 (cat.1/2)0x1FF800D0(cat.3/4/5/6) Offset 0x00：UID[0:31] Offset 0x04：UID[32:63]Offset 0x14：UID[64:95] | |
| STM32L4XX | - | 0x1FFF7590 | |
| STM32L5XX | 0x0BFA0590 | ||
| STM32WB | 0x1FFF7590 | ||
| GD32 | GD32F10X | - | 0x1FFFF7E8 |
| GD32F1X0 | - | 0x1FFFF7AC | |
| GD32F20X | - | 0x1FFFF7E8 | |
| GD32F30X | - | 0x1FFFF7E8 | |
| GD32F3X0 | - | 0x1FFFF7AC | |
| GD32F4XX | - | 0x1FFF7A10 | |
| GD32E103 | - | 0x1FFFF7E8 | |
| GD32E230 | - | 0x1FFF F7AC | |
| STM8 | STM8S | STM8S003xx | 0x00004865 |
| STM8S103xx | 0x00004865 | ||
| STM8S105xx | 0x000048CD | ||
| STM8S207xx | 0x000048CD | ||
| STM8S208xx | 0x000048CD | ||
| STM8S903xx | 0x00004865 | ||
| STM8L | STM8L001J3 | 0x00004925 | |
| STM8L101xx | 0x00004925 | ||
| STM8L15xxx | 0x00004926 | ||
| STM8L16xxx | 0x00004926 | ||
| STM8AL | STM8AL31xx/3Lxx | 0x00004926 | |
| STM8TL | STM8TL52x4/53x4 | 0x00004925 | |
| MM32 | M32F00XX | - | 0x1FFFF7E8 |
| M32F0XX | - | 0x1FFFF7E8 | |
| M32L0XX | - | 0x1FFFF7E8 | |
| M32L3XX | - | 0x1FFFF7E8 | |
| M32W0XX | - | 0x1FFFF7E8 | |
| M32W3XX | - | 0x1FFFF7E8 | |
| M32SPINXXX | - | 0x1FFFF7E8 | |
| M32F10XX | - | 0x1FFFF7E8 | |
| NORDIC | NRF51XX | - | 0x10000060 |
| NRF52XX | - | 0x10000060 | |
| ... | ... | ... | ... |
caution
Power Writer aggregates the UIDs and automatically exports the code.
Maintenance of its information will not be added subsequently, the focus is to introduce the way the chip is written and have a conceptual understanding.