Smart Modular Technologies NOVA BGA153 eMMC (Custom 01) BGA(153) Device

Adapters for Automated Programmers

8th Gen

FVE4ASML153BGL, FVE4ASMC153BGJ, FVE4ASMC153FBGEA, FVE4ASMC153BGZ, FVE4ASM153FBGE (obs.), FVE4ASMC169FBGH (obs.), FVE4ASMC153BGZ, FVE4ASM153FBGE (obs.), FVE4ASMC169FBGH (obs.), FVE4ASML153BGL, FVE4ASMC153BGJ, FVE4ASMC153FBGEA

Adapters for Manual Programmers

8th Gen

Adapters for Engineering Programmers

Last Updated: 05/18/2023

If the device is not yet supported by your BPM programmer (Generation), request Device Support

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Note

IMPORTANT: This is a custom algorithm. Please contact BPM before using. Data Buffer Organization:

*Data File*	*BPWin Buffer Address (hex)*
CID	000_0000 – 000_000F
OCR	000_1000 – 000_1003
CSD	000_2000 – 000_200F
Pre-Enhancement ECSD	000_3000 – 000_31FF
Post-Enhancement ECSD	000_4000 – 000_41FF
Configuration File	000_5000 – 000_5FFF
User Data Area	100_0000 – 73F_FFFF

Special Device Considerations:

1.	The algorithm will log the current CID OCR CSD and ECSD registers.For MLC/TLC devices the register checks will be run before and after the flash operation testing.For pSLC devices the register checks will also run between the pSLC conversion and flash operation testing.
2.	All values read from the device will be written to a log file located in your Auto Save Job Summary Report directory.This feature must be enabled otherwise the algorithm will fail.To enable please go to File->Configure and check Enable under Auto Save Job Summary Report.
3.	For the CID the algorithm will check against the CID data file.In particular it will check the MID CBX OID PNM and PRV.
4.	For the current OCR the algorithm will check against the OCR data file. The entire OCR will be checked.
5.	For the current CSD the algorithm will check against the CSD data file.The entire CSD except the checksum and stop bit will be checked.
6.	For the pre-enhancement ECSD the algorithm will check against the pre-enhancement ECSD data file.For TLC devices and for the initial pass on pSLC devices the algorithm will check settings related topSLC enhancement to verify they are in the initial state.The algorithm will also check the MAX_PRE_LOADING_DATA_SIZE[21:18] FIRMWARE_VERSION[261:254]PRE_EOL_INFO[267] DEVICE_LIFE_TIME_EST_TYP_A[268] and DEVICE_LIFE_TIME_EST_TYP_B[269].
7.	For pSLC devices the algorithm will use the post-enhancement ECSD data file for the second and third ECSD checks.
8.	The byte order of the ECSD data files may vary. By default the algorithm expects ECSD[0] to be the first byte.The byte order can be changed using the ECSD Byte Order option under Device->Settings.
9.	The pSLC conversion setting will read from the pSLC field in the configuration file by default.The pSLC conversion can be explicitly disabled under Device->Settings.
10.	For testing the flash operations the algorithm will attempt to erase the device’s user data areaprogram the test data loaded in the data buffer verify the data erase the device againand verify that the device is blank. This test will be performed after the pSLC conversionif it is enabled.
11.	Under Device->Settings enabling auto range will skip the blank portions of the data bufferused for the data programming and verification tests.However when verifying that the device is blank the full selected range will be used.The Skip blank checking empty Data Pattern regions setting will reduce the range that is verified to be blankto the same range as the initial programming and verification.
12.	The Field Firmware Update process is currently not supported.
13.	Some devices may not work with the FVE4ASM153FBGE or FVE4ASMC169FBGH.Using the FVE4ASMC153FBGEA FVE4ASMC153BGJ FVE4ASMC153BGZ or FVE4ASML153BGL is recommended.

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More Info

Additional information

8-bit Bytes	121634816
Manufacturer	Smart Modular Technologies
Packages	BGA(153)
Part Number	NOVABGA153
Vcc(program)	3.3