Smart Modular Technologies SP9M4GH1AHI11 (Custom 01) BGA(153) Device

Adapters for Automated Programmers

8th Gen

FVE4ASML153BGL, FVE4ASMC153BGJ, FVE4ASMC153FBGEA, FVE4ASMC153BGZ, FVE4ASM153FBGE (obs.), FVE4ASMC169FBGH (obs.), FVE4ASMC169FBGH (obs.), FVE4ASMC153BGJ, FVE4ASMC153BGZ, FVE4ASM153FBGE (obs.), FVE4ASML153BGL, 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	0000 – 000F
OCR	2000 – 2003
CSD	3000 – 300F
Pre-enhancement ECSD	4000 – 41FF
Post-enhancement ECSD	4800 – 49FF
Configuration File	5000 – 5FFF

Special Device Considerations:

1.	The algorithm will check the CID OCR CSD ECSD Firmware Version Flash ID CE CountBad Block Status Erase Count Health Report and Block Type Information of the device.
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 current CID data file.In particular it will check the MID CBX OID PNM and PRV.
4.	For the OCR the algorithm will check against the OCR data file. The entire OCR will be checked.
5.	For the 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 ECSD the algorithm will check against the Pre-enhancement ECSD data file.In particular the algorithm will check the:MAX_PRE_LOADING_DATA_SIZE[21:18] ENH_MULT_SIZE[142:140] PARTITION_SETTING_COMPLETED[155]PARTITIONS_ATTRIBUTE[156] SEC_COUNT[215:212] FIRMWARE_VERSION[261:254] PRE_EOL_INFO[267]DEVICE_LIFE_TIME_EST_TYP_A[268] DEVICE_LIFE_TIME_EST_TYP_B[269] and ECSD[511].
7.	For the Firmware Revision the algorithm will also check against the configuration data file.
8.	For the Flash ID and CE Count the algorithm will check against the configuration data file.The Flash ID will be checked for the indicated number of CE’s.For CE’s above the max CE the Flash ID should be reported as all 0x00 values.
9.	For the Bad Block Status the CE block LUN type and error will be logged for each bad block.
10.	For the Erase Count only the count for the first 100 blocks will be logged.
11.	For the Health Report the number of factory and new bad blocks for each CE will be logged.Also the maximum minimum and average erase counts for MLC and pSLC modes will be logged.
12.	For the Block Type Information the SLC and MLC start and end block indices will be logged.Also the SLC and MLC spare block counts will be logged.
13.	If the new bad block count for any of the CE’s is greater than the maximum allowed under Device->Settingsthe algorithm will fail the device. The default maximum is 0.
14.	If the average erase count for either of the MLC or pSLC mode counts is greater than the limitsspecified under Device->Settings the algorithm will fail the device. The default for both is 10.
15.	Doing the pSLC conversion can be disabled under Device->Settings. By default it is enabled.The configuration data file must also set the pSLC field to true for the pSLC conversion to be performed.
16.	After the pSLC conversion both the ECSD and Health Report will be rechecked.The ECSD will be checked against the Post-enhancement ECSD data file.The Health Report will be checked against the same values as before.
17.	Stand-alone Verify will perform all QC checks without performing the pSLC conversion.The ECSD will be checked against either the pre-enhancement or post-enhancement ECSD data filedepending on the pSLC settings.

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More Info

Additional information

8-bit Bytes	24576
Manufacturer	Smart Modular Technologies
Packages	BGA(153)
Part Number	SP9M4GH1AHI11
Vcc(program)	3.3