Adapters for Automated Programmers
8th Gen | 9th Gen |
FVE4ASMC132BGFS, FVE4ASMC132BGFS | FVE4ASMC132BGFS |
Adapters for Manual Programmers
8th Gen | 9th Gen |
FVE4ASMC132BGFS, FVE4ASMC132BGFS | FVE4ASMC132BGFS |
Adapters for Engineering Programmers
Last Updated: 05/18/2023
If the device is not yet supported by your BPM programmer (Generation), request Device Support
Note
IMPORTANT:
Device Type: | ARM-based 32-bit MCU |
Device Size: | 2M-Byte Flash + 512-Byte OTP Area. |
Algorithm Programming Method: | SWD protocol. |
Memory Organization:
Memory Type |
Attributes(*)
|
Included in default Range (Y/N) | DUT Physical Byte Address(hex)(if this area is selected/Activated) | BPWin Buffer Byte Address(hex) |
Main Flash Memory | R/W/E | Yes | 0800_0000 – 081F_FFFF | 0800_0000 – 081F_FFFF |
OTP User Section | R/W | No | 0BFA_0000 – 0BFA_01FF | 0BFA_0000 – 0BFA_01FF |
Default Algorithm Range | — | — | 0800_0000 – 081F_FFFF | 0800_0000 – 081F_FFFF |
* R:Read only W: One time programmable (OTP) R/W: readable and one time programmable (OTP) R/W/E: readable and rewritable if not locked. Any configurations listed under Device-Specific’ in the menu item Device-> Settings will be written to the DUT during ‘Program’ operation regardless of memory range selection.
Special Device Considerations:
1. | If RDP protection is set to level 1(None AAh Non CCh) all flash memory cannot be read. If RDP protection is set to level 2(CCh) device debug interface is disabled. Any operation on device fails.
2. |
To update secure option bytes please enable Trustzone.
| 3. |
Once Trustzone is enabled flash operations may fail to run correctly. Trustzone can be disabled in Standalone Erase operation.
| 4. |
Stand alone operation might fail if device was programmed with executable code.
| 5. |
Select secure to enable Trustzone and to set RDP. Secure options will not be programmed if secure is not enabled.
| 6. |
Select Regress to 0 for normal E+P+V+S operations on a virgin device. Select Regress levels accordingly for the standalone erase operations.
| 7. |
For Regression from RDP level 2 select Regress to RDP(2) and enter the correct OEM1 and OEM2 keys.
| 8. |
If the device is to be regressed from RDP level 2 to 1 enter only OEM2 keys and do not enter OEM1 keys.
| 9. |
For Regression from RDP level 1 select Regress to RDP(1) and enter the correct OEM1 keys if it has been set during the program operation.
| 10. |
OEM keys are removed from the Device Config and added as a seperate range 820_0000 – 820_000F in the data buffer.
| 10. |
Following is the mapping of the OEM keys to the address in the data buffer
|
| OEM1KEY [63:56] – 0x820_0000
|
| OEM1KEY [55:48] – 0x820_0001
|
| OEM1KEY [47:40] – 0x820_0002
|
| OEM1KEY [39:32] – 0x820_0003
|
| OEM1KEY [31:24] – 0x820_0004
|
| OEM1KEY [23:16] – 0x820_0005
|
| OEM1KEY [15:8] – 0x820_0006
|
| OEM1KEY [7:0] – 0x820_0007
|
| OEM2KEY [63:55] – 0x820_0008
|
| OEM2KEY [55:48] – 0x820_0009
|
| OEM2KEY [47:40] – 0x820_000A
|
| OEM2KEY [39:32] – 0x820_000B
|
| OEM2KEY [31:24] – 0x820_000C
|
| OEM2KEY [23:16] – 0x820_000D
|
| OEM2KEY [15:8] – 0x820_000E
|
| OEM2KEY [7:0] – 0x820_000F |
|
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BPM does not sell programmable devices, nor do we program devices directly. BPM makes programmers and accessories to make programming in-house fast, easy, and profitable.
Additional information
8-bit Bytes | 200933888 |
---|---|
Manufacturer | STMicroelectronics |
Packages | UFBGA(132) |
Part Number | STM32U585QII3 |
Set programming | Yes |
Vcc(program) | 3.3 |
Package |