GigaDevice Semiconductor Inc. GD32F405VGT6 QFP(100) Device

Contact Inside Sales
IMPORTANT: Algorithm support for this device selection is developed. Device samples are needed for QA testing and full release in BPWin.For information on how to obtain an expedited release of this device support please contact BPM Microsystems at:Inside Sales713–688-4600inside_sales@bpmmicro.comInformation on expected socket module support can be found our web page at: http://www.www.bpmmicro.com/find-your-device/**Please note that receipt of device samples and QA testing must be completed before socket module support can be validated.
Device Type: | ARM-based 32-bit MCU Cortex M4 |
Device Size: | 1024 KByte Flash Memory + 512 bytes of OTP memory |
Algorithm Programming Method: | Serial Wire Debug (SWD) |
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 | 8000000-80FFFFF | 8000000-80FFFFF |
OTP Memory | R/W | No | 1FFF7800-1FFF79FF | 1FFF7800-1FFF79FF |
OTP Lock Bytes | R/W/E | Yes | 1FFF7A00-1FFF7A0F | 1FFF7A00-1FFF7A0F |
Default Algorithm Range | — | — | 8000000-80FFFFF | 8000000-80FFFFF |
* 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:
Serialization not supported ‘
Note: Lead Time is working days (5 days per week)
Adapters for Automated Programmers
9th Gen |
FVE4ASMR100LQFYA |
Adapters for Manual Programmers
9th Gen |
FVE4ASMR100LQFYA |
Adapters for Engineering Programmers
Last Updated: 05/18/2023
Additional information
8-bit Bytes | 536836624 |
---|---|
Manufacturer | GigaDevice Semiconductor Inc. |
Packages | QFP(100) |
Part Number | GD32F405VGT6 |
Set programming | Yes |
Vcc(program) | 3.3 |
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