PRODUCT / PROCESS CHANGE NOTIFICATION 1. PCN basic data · 2020. 2. 10. · PRODUCT / PROCESS...
Transcript of PRODUCT / PROCESS CHANGE NOTIFICATION 1. PCN basic data · 2020. 2. 10. · PRODUCT / PROCESS...
PRODUCT / PROCESS CHANGE NOTIFICATION
1. PCN basic data
1.1 Company STMicroelectronics International N.V
1.2 PCN No. MDG/20/11944
1.3 Title of PCN STM32MP15x product improvement - listed products
1.4 Product Category STM32MP151x, STM32MP153x STM32MP157x
1.5 Issue date 2020-02-07
2. PCN Team
2.1 Contact supplier
2.1.1 Name ROBERTSON HEATHER
2.1.2 Phone +1 8475853058
2.1.3 Email [email protected]
2.2 Change responsibility
2.2.1 Product Manager Ricardo Antonio DE SA EARP
2.1.2 Marketing Manager Veronique BARLATIER
2.1.3 Quality Manager Pascal NARCHE
3. Change
3.1 Category 3.2 Type of change 3.3 Manufacturing Location
General Product & Design Die redesign : Mask or mask set change withnew die design like metallization (specificallychip frontside) or bug fix
Crolles
4. Description of change
Old New
4.1 Description Revision B (cut 2.0)Limitations as described in Errata SheetES0438 Revision 3 - November 2019“STM32MP151x STM32MP153x STM32MP157x” Summary of Device errata
New Revision Z (cut 2.1):New Errata sheet ES0438 Revision 4 - January2020“STM32MP151x STM32MP153x STM32MP157x” Summary of Device errata
4.2 Anticipated Impact on form,fit,function, quality, reliability orprocessability?
Function will change only
5. Reason / motivation for change
5.1 Motivation Correct some product functionality limitations
5.2 Customer Benefit QUALITY IMPROVEMENT
6. Marking of parts / traceability of change
6.1 Description Traceability of the change is ensured by ST internal tools.
7. Timing / schedule
7.1 Date of qualification results 2020-01-30
7.2 Intended start of delivery 2020-03-09
7.3 Qualification sample available? Upon Request
8. Qualification / Validation
8.1 Description 11944 MDG-MCD-RER1902 V2.0 - STM32MP15x - Die 500XXXZ - Reliability evaluation report.pdf
8.2 Qualification report andqualification results
Available (see attachment) IssueDate
2020-02-07
9. Attachments (additional documentations)
11944 Public product.pdf11944 MDG-MCD-RER1902 V2.0 - STM32MP15x - Die 500XXXZ - Reliability evaluation report.pdf
10. Affected parts
10. 1 Current 10.2 New (if applicable)
10.1.1 Customer Part No 10.1.2 Supplier Part No 10.1.2 Supplier Part No
STM32MP151AAB3
STM32MP151AAC3
STM32MP151AAD3
STM32MP151CAB3
STM32MP151CAC3
STM32MP151CAD3
STM32MP153AAB3
STM32MP153AAC3
STM32MP153AAD3
STM32MP153CAB3
STM32MP153CAC3
STM32MP153CAD3
STM32MP157AAB3
STM32MP157AAC3
STM32MP157AAD3
STM32MP157CAB3
STM32MP157CAC3
STM32MP157CAD3
IMPORTANT NOTICE – PLEASE READ CAREFULLY
Subject to any contractual arrangement in force with you or to any industry standard implemented by us, STMicroelectronics NV and its subsidiaries (“ST”) reserve the right to make changes, corrections, enhancements, modifications, and improvements to ST products and/or to this document at any time without notice. Purchasers should obtain the latest relevant information on ST products before placing orders. ST products are sold pursuant to ST’s terms and conditions of sale in place at the time of order acknowledgement.
Purchasers are solely responsible for the choice, selection, and use of ST products and ST assumes no liability for application assistance or the design of Purchasers’ products.
No license, express or implied, to any intellectual property right is granted by ST herein.
Resale of ST products with provisions different from the information set forth herein shall void any warranty granted by ST for such product.
ST and the ST logo are trademarks of ST. All other product or service names are the property of their respective owners.
Information in this document supersedes and replaces information previously supplied in any prior versions of this document.
© 2018 STMicroelectronics – All rights reserved
Public Products List
Publict Products are off the shelf products. They are not dedicated to specific customers, they are available through ST Sales team,
or Distributors, and visible on ST.com
PCN Title : STM32MP15x product improvement - listed products
PCN Reference : MDG/20/11944
Subject : Public Products List
Dear Customer,
Please find below the Standard Public Products List impacted by the change.
STM32MP153CAC3T STM32MP157AAB3 STM32MP151CAD3
STM32MP153CAD3 STM32MP153AAC3 STM32MP153CAB3T
STM32MP157CAC3T STM32MP157CAB3 STM32MP153CAB3
STM32MP157CAD3T STM32MP151AAB3T STM32MP157AAD3
STM32MP157AAD3T STM32MP151CAB3 STM32MP151AAD3T
STM32MP151CAB3T STM32MP157CAC3 STM32MP157AAC3
STM32MP157CAB3T STM32MP153AAD3T STM32MP157CAD3
STM32MP151CAC3 STM32MP153AAB3 STM32MP153AAB3T
STM32MP151AAB3 STM32MP153CAD3T STM32MP151CAD3T
STM32MP153CAC3 STM32MP151AAC3T STM32MP153AAC3T
STM32MP153AAD3 STM32MP157AAC3T STM32MP151CAC3T
STM32MP151AAD3 STM32MP151AAC3 STM32MP157AAB3T
Public Products List
IMPORTANT NOTICE – PLEASE READ CAREFULLY
Subject to any contractual arrangement in force with you or to any industry standard implemented by us, STMicroelectronics NV and its subsidiaries (“ST”) reserve the right to make changes, corrections, enhancements, modifications, and improvements to ST products and/or to this document at any time without notice. Purchasers should obtain the latest relevant information on ST products before placing orders. ST products are sold pursuant to ST’s terms and conditions of sale in place at the time of order acknowledgement.
Purchasers are solely responsible for the choice, selection, and use of ST products and ST assumes no liability for application assistance or the design of Purchasers’ products.
No license, express or implied, to any intellectual property right is granted by ST herein.
Resale of ST products with provisions different from the information set forth herein shall void any warranty granted by ST for such product.
ST and the ST logo are trademarks of ST. All other product or service names are the property of their respective owners.
Information in this document supersedes and replaces information previously supplied in any prior versions of this document.
© 2018 STMicroelectronics – All rights reserved
Quality & Reliability –MDG-MCD.
STM32MP15x – Reliability Evaluation Report.
RER Identification Number: MDG-MCD-RER1902 Page 1/17
Reliability Evaluation Report
MDG-MCD-RER1902
STM32MP15x (500x66)
Reliability Evaluation Purpose (New Product Qualification)
General Information Traceability
Commercial Product
STM32MP151x / 153x / 157x
Diffusion Plant ST CROLLES 300,
FRANCE.
Product Line 500X66
Assembly Plant AMKOR ATK4, KOREA.
Die revision 500XXXZ (Cut2.1)
Product Description STM32MP15x family
Package
LFBGA 18x18 448L ATK4
LFBGA 16x16 354L ATK4
TFBGA 12x12 361L ATK4
TFBGA 10x10 257L ATK4
Reliability Assessment
Silicon Technology
ST C12” CMOS040
Pass ☒
Division MDG-MCD
Fail ☐
Reliability Maturity
Level 30
Investigation
required ☐
Note: this report is a summary of the reliability trials performed in good faith by STMicroelectronics in
order to evaluate the electronic device conformance to its specific mission profile. This report and its
contents shall not be disclosed to a third party without previous written agreement from STMicroelectronics
or under the approval of the author (see below).
Version Date Author Function
2.0 9th Jan. 2020 Celine NAVARRO
Moses TAN MDG-MCD-Q&R Engineer
APPROVED BY:
Function Location Name Date
Division Q&R Manager Grenoble Dominique GALIANO 9th Jan. 2020
Quality & Reliability –MDG-MCD.
STM32MP15x – Reliability Evaluation Report.
RER Identification Number: MDG-MCD-RER1902 Page 2/17
TABLE OF CONTENTS
1 RELIABILITY EVALUATION OVERVIEW ............................................................................................................ 3
OBJECTIVE .................................................................................................................................................. 3
RELIABILITY STRATEGY ................................................................................................................................. 3
CONCLUSION .............................................................................................................................................. 4
2 PRODUCT OR TEST VEHICLE CHARACTERISTICS .......................................................................................... 5
GENERALITIES.............................................................................................................................................. 5
TRACEABILITY ............................................................................................................................................. 5
2.2.1 Wafer fab information ................................................................................................................ 5
2.2.2 Assembly information ................................................................................................................ 6
2.2.3 Reliability testing information .................................................................................................. 8
3 TESTS RESULTS SUMMARY .............................................................................................................................. 8
LOT INFORMATION ...................................................................................................................................... 8
TEST PLAN AND RESULTS SUMMARY ............................................................................................................. 10
4 APPLICABLE AND REFERENCE DOCUMENTS ................................................................................................ 15
5 GLOSSARY ....................................................................................................................................................... 16
6 REVISION HISTORY ......................................................................................................................................... 16
Quality & Reliability –MDG-MCD.
STM32MP15x – Reliability Evaluation Report.
RER Identification Number: MDG-MCD-RER1902 Page 3/17
1 RELIABILITY EVALUATION OVERVIEW
Objective
The aim of this report is to present results of the reliability evaluation performed on
STM32MP151x/153x/157x - Die 500XXXZ.
Test vehicle is described here below:
Qualification is based on standard STMicroelectronics Corporate Procedures for Quality and
Reliability, in full compliancy with the JESD-47 international standard
Reliability Strategy
The STM32MP151x / 153x / 157x – Die 500XXZ, is processed in the CMOS040 process from ST
C12” CROLLES 300 plant and considered as a new process for our division.
All the packages, used for this product family, has not been qualified previously for other products
from our division
According to “RELIABILITY TESTS AND CRITERIA FOR QUALIFICATION” specification (DMS 0061692),
the following qualification strategy has been defined:
• Die Qualification:
Full reliability exercise on 2 diffusion lots for Cut1.0
Full reliability exercise on 1 diffusion lot for Cut2.0
Full reliability exercise on 1 diffusion lot for Cut2.1
• Package Qualification:
The reliability test plan and result summary are presented in the following tables:
Package Body Pitch Package
Code Wire Assy
Bounding
Option Trial
LFBGA 448L 18x18 0.8 B032 Gold ATK4 Legacy 3 assembly lots.
TFBGA 361L 12x12 0.5/0.65 B031 Gold ATK4 Legacy 3 assembly lots.
LFBGA 354L 16x16 0.8 B02Z Gold ATK4 Legacy 1 assembly lot.
TFBGA 257L 10x10 0.5/0.65 B02Y Gold ATK4 Legacy 1 assembly lot.
Product Process / Package Diffusion / Assembly plant
STM32MP157CAA3 CMOS040, LFBGA 18x18 448L ST C12” , SC AMKOR ATK4
STM32MP157AAC3 CMOS040, TFBGA 12x12 361L ST C12” , SC AMKOR ATK4
STM32MP157AAB3 CMOS040, LFBGA 16x16 354L ST C12” , SC AMKOR ATK4
STM32MP157AAD3 CMOS040, TFBGA 10x10 257L ST C12” , SC AMKOR ATK4
Quality & Reliability –MDG-MCD.
STM32MP15x – Reliability Evaluation Report.
RER Identification Number: MDG-MCD-RER1902 Page 4/17
Conclusion
All reliability tests have been completed with positive results. Neither functional nor parametric
rejects were detected at final electrical testing.
According to good reliability tests results in line with validated product mission profile and reliability
strategy, the qualification is granted for the STM32MP151x / 153x /157x - Die 500XXXZ in all
packages listed in the Chapter 1.2.
Refer to Section 3.0 for reliability test results.
Quality & Reliability –MDG-MCD.
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RER Identification Number: MDG-MCD-RER1902 Page 5/17
2 PRODUCT OR TEST VEHICLE CHARACTERISTICS
Generalities
STM32MP15x product is based on ARM Cortex®-A7 core and ARM Cortex®-M4 core in C40nm
technology. It provides a standard peripheral set compatible with STM32H7x (M40nm) with the
addition of a 3D GPU, DRAM memory controller and supports high level operating system like Linux,
Android or Windows. It is using external flash, larger and faster external memory, with embedded
two port USB High-Speed PHY, GPU for 3D capabilities, security with Trust Zone which is system
security by ARM.
For additional information concerning the product behavior, refer to STM32MP15x datasheets.
Traceability
2.2.1 Wafer fab information
Table 1
Wafer fab information
FAB1
Wafer fab name / location ST C12” CROLLES 300 / FRANCE
Wafer diameter (inches) 12
Wafer thickness (µm) 775 +/- 25
Silicon process technology CMOS040
Number of masks 39
Die finishing front side (passivation)
materials/thicknesses (µm) PSG + NITRIDE, 1.1
Die area (Stepping die size) (µm) 5200, 5043
Die pad size (X,Y) (µm) 41.4, 90
Sawing street width (X,Y) (µm) 72, 72
Metal levels/Materials/Thicknesses (µm) Metal 1 Cu 0.130 / Metal 2 Cu 0.140 / Metal 3 Cu 0.140 Metal 4 Cu 0.140 / Metal 5 Cu 0.140 / Metal 6 Cu 0.900 Metal 7 Cu 0.900 / Metal 8 Ta/TaN/AlCu 2.880
Die over coating (material/thickness) No
FIT level (Ea=0.7eV, C.L: 60%, 55°C) 2 FITs
Soft Error Rate - Alpha SER [FIT/Mb]
- Neutron SER [FIT/Mb]
- Conditions
Alpha SER: 357 FIT/Mb Neutron SER: 288 FIT/Mb Neutron SER is an estimation at sea level of NYC (13n/h/cm²). Alpha result is estimated using a nominal flux of 0.001α/h/cm²
Wafer Level Reliability
- Electro-Migration (EM)
- Time Dependent Dielectric Breakdown (TDDB)
or Gate Oxide Integrity (GOI)
- Hot Carrier Injection (HCI)
- Negative Bias Thermal Instability (NBTI)
- Stress Migration (SM)
Yes
Other Device(s) using same process No
Quality & Reliability –MDG-MCD.
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RER Identification Number: MDG-MCD-RER1902 Page 6/17
2.2.2 Assembly information
Table 2
Assembly Information
Package 1 – LFBGA18x18x1.27 448L B032
Assembly plant name / location AMKOR ATK4, KOREA
Pitch (mm) 0.8
Die thickness after back-grinding (µm) 102 +/- 10
Die sawing method Laser Grooving
Bill of Material elements
Substrate material/supplier/reference LFBGA18x18x1.2 448L SID #101400639 / KCC /
101400639
Die attach material/type(glue/film)/supplier Glue Ablestick 2025D
Wire bonding material/diameter/supplier 0.7 mil 2N gold wire / HEE SENG
Balls metallurgy/diameter/supplier (BGA/CSP) SACN305 0.4 mm DIA /Duksan
Molding compound material/supplier/reference GE110LL 6.7 / Hitachi / 101377954
Package Moisture Sensitivity Level
(JEDEC J-STD020D) MSL 3
Package 2 – TFBGA 12x12x1.2 361 B031
Assembly plant name / location AMKOR ATK4, KOREA.
Pitch (mm) 0.5/0.65
Die thickness after back-grinding (µm) 102 +/- 10
Die sawing method Laser Grooving
Bill of Material elements
Substrate material/supplier/reference TFBGA12x12x1.1 361L SID #101400638 / UMTC /
101400638
Die attach material/type(glue/film)/supplier Glue Ablestick 2025D
Wire bonding material/diameter/supplier 0.7 mil 2N gold wire / HEE SENG
Balls metallurgy/diameter/supplier (BGA/CSP) SACN12505 0.3 mm DIA. / Duksan.
Molding compound material/supplier/reference GE110LL 6.7 / Hitachi / 101377954
Package Moisture Sensitivity Level
(JEDEC J-STD020D) MSL 3
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RER Identification Number: MDG-MCD-RER1902 Page 7/17
Package 3 – LFBGA 16x16x1.5 354 B02Z
Assembly plant name / location AMKOR ATK4, KOREA.
Pitch (mm) 0.8
Die thickness after back-grinding (µm) 102 +/-10
Die sawing method Laser Grooving
Bill of Material elements
Substrate material/supplier/reference LFBGA16x16x1.27 354L SID #101404168 / KCC /
101404168
Die attach material/type(glue/film)/supplier Glue Ablestick 2025D
Wire bonding material/diameter/supplier 0.7 mil 2N gold wire / HEE SENG
Balls metallurgy/diameter/supplier (BGA/CSP) SACN305 0.4 mm DIA / Duksan.
Molding compound material/supplier/reference GE110LL 6.7 / Hitachi / 101377954
Package Moisture Sensitivity Level
(JEDEC J-STD020D) MSL 3
Package 4 – TFBGA 10x10x1.2 257 B02Y
Assembly plant name / location AMKOR ATK4, KOREA.
Pitch (mm) 0.5/0.65
Die thickness after back-grinding (µm) 102 +/- 10
Die sawing method Laser Grooving
Bill of Material elements
Substrate material/supplier/reference TFBGA10x10x1.1 257L SID #101404219 / UMTC /
101404219
Die attach material/type(glue/film)/supplier Glue Ablestick 2025D
Wire bonding material/diameter/supplier 0.7 mil 2N gold wire / HEE SENG
Balls metallurgy/diameter/supplier (BGA/CSP) SACN12505 0.3 mm DIA. / MKE.
Molding compound material/supplier/reference GE110LL 6.7 / Hitachi / 101377954
Package Moisture Sensitivity Level
(JEDEC J-STD020D) MSL 3
Quality & Reliability –MDG-MCD.
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RER Identification Number: MDG-MCD-RER1902 Page 8/17
2.2.3 Reliability testing information
Table 3
Reliability Testing Information
Reliability laboratory name / location ST GRAL in Grenoble
Note: ST is ISO 9001 certified. This induces certification of all internal and subcontractor labs.
ST certification document can be downloaded under the following link:
http://www.st.com/content/st_com/en/support/quality-and-reliability/certifications.html
3 TESTS RESULTS SUMMARY
Lot Information
Table 4
Lot # Diffusion Lot
/ Wafer ID
Die
Revision
(Cut)
Assy Lot /
Trace Code Raw Line Package Note
1 Q738074
Wafer#19 1.0 HP813ABD X2GU*500XXXA
LFBGA
18x18
448L
Die Reliability
assessment.
2 Q726451
Wafer#07 1.0 HP812ABP X2GU*500XXXA
LFBGA
18x18
448L
Die Reliability
assessment.
3 Q830384
Wafer#11 2.0 HP843ADC O2GU*500ESXB
LFBGA
18x18
448L
Die Reliability
assessment.
4 Q835409
Wafer#23 2.0 HP850ACB O2GU*500ESXB
LFBGA
18x18
448L
Die Reliability
assessment.
5 Q848286
Wafer#16 2.1 HP938ALU O1GU*500ESXZ
LFBGA
18x18
448L
Die Reliability
assessment.
6 Q745403
Wafer#02 1.0 HP835ADH O2GU*500ESXA
LFBGA
18x18
448L
Package
Reliability
assessment.
7 Q835403
Wafer#04 1.0 HP835ADH O2GU*500ESXA
LFBGA
18x18
448L
Package
Reliability
assessment.
8 Q835403
Wafer#06 1.0 HP835ADH O2GU*500ESXA
LFBGA
18x18
448L
Package
Reliability
assessment.
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9 Q745403
Wafer#09 1.0 HP836ABL O1GR*500ESXA
TFBGA
12x12
361
Package
Reliability
assessment.
10 Q745403
Wafer#09 1.0 HP836ABL O1GR*500ESXA
TFBGA
12x12
361
Package
Reliability
assessment.
11 Q745403
Wafer#09 1.0 HP836ABL O1GR*500ESXA
TFBGA
12x12
361
Package
Reliability
assessment.
12 Q745403
Wafer#07 1.0 HP836ABL O2GO*500ESXA
LFBGA
16x16
354
Package
Reliability
assessment.
13 Q745403
Wafer#07 1.0 HP837ABM O2GJ*500ESXA
TFBGA
10x10
257
Package
Reliability
assessment.
14 Q830384
Wafer#12 2.0 HP846ADY O1GR*500ESXB
TFBGA
12x12
361
Package
Reliability
assessment.
15 Q830384
Wafer#07 2.0 HP850ACA O2GO*500ESXB
LFBGA
16x16
354
Package
Reliability
assessment.
16 Q830384
Wafer#11 2.0 HP846ADW O2GJ*500ESXB
TFBGA
10x10
257
Package
Reliability
assessment.
Note:
• Lot 4 defined for Early Failure Rate (ELFR) exercise.
Quality & Reliability –MDG-MCD.
STM32MP15x – Reliability Evaluation Report.
RER Identification Number: MDG-MCD-RER1902 Page 10/17
Test plan and results summary
Table 5 – ACCELERATED LIFETIME SIMULATION TESTS
HTOL JESD22 A108 Ta=125°C
Duration= 1200H
Vcore :1V28
Vdd : 3V6
3 77 231 Lot1: 0/77
Lot2: 0/77
Lot3: 0/77
Ta=125°C
Duration= 1200H
Vcore :1V38
Vdd : 3V6
3 77 231 Lot1: 0/77
Lot4: 0/77
Lot5: 0/77
ESD HBM ANSI/ESDA/
JEDEC JS-001
1500 Ω, 100 pF
2kV class2
3 3 9 Lot1: 0/3
Lot2: 0/3
Lot3: 0/3
Lot5: 0/3
ESD CDM ANSI/ESDA/
JEDEC JS-002
250V 7 3 21 Lot1: 0/3
Lot2: 0/3
Lot3: 0/3
Lot5: 0/3
Lot14: 0/3
Lot15: 0/3
Lot16: 0/3
Latch Up JESD78 130°C 4 3 12 Lot1: 0/3
Lot2: 0/3
Lot3: 0/3
Lot5: 0/3
ELFR JESD22-A108
JESD74
Ta=125°C
Duration= 48hrs
Vcore :1V28
Vdd : 3V6
3 800 2400 Lot1: 0/800
Lot2: 0/800
Lot4: 0/800
Test code Stress
method Stress Conditions Lots S.S. Total Results/Lot
Fail/S.S.
Comments:
(N/A =Not Applicable)
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Table 6 – ACCELERATED ENVIRONMENT STRESS TESTS
For LFBGA 18x18
PC J-STD-020 24h bake@125°C,
MSL3 (192h@30C/60%RH)
3x Reflow simulation
Peak Reflow Temp= 260°C
3
231 693 Lot6: 0/231
Lot7: 0/231
Lot8: 0/231
TC JESD22-A104 Ta=-65/150°C
Duration= 500cyc
☒ After PC
3 77 231 Lot 6: 0/77
Lot 7: 0/77
Lot 8: 0/77
HTSL JESD 22-A103 Ta=150°C ,
Duration= 1000hrs
☒ After PC
3 77 231 Lot 6: 0/77
Lot 7: 0/77
Lot 8: 0/77
THB JESD 22-A101 Ta=85°C/85%RH
VDD=3v6
Duration= 1000hrs
☒ After PC
3 77 231 Lot 6: 0/77
Lot 7: 0/77
Lot 8: 0/77
ESD
CDM
ANSI/ESDA/
JEDEC JS-002
250V 4 3 12 Lot1: 0/3
Lot2: 0/3
Lot3: 0/3
Lot5: 0/3
Note: Test method revision reference is the one active at the date of reliability trial execution
Test
code Stress method Stress Conditions Lots S.S. Total Results/Lot
Fail/S.S.
Comments:
(N/A =Not Applicable)
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For TFBGA 12x12
PC J-STD-020 24h bake@125°C,
MSL3 (192h@30C/60%RH)
3x Reflow simulation
Peak Reflow Temp= 260°C
3
231 693 Lot 9: 0/231
Lot 10: 0/231
Lot 11: 0/231
TC JESD22-A104 Ta=-65/150°C
Duration= 500cyc
☒ After PC
3 77 231 Lot 9: 0/77
Lot 10: 0/77
Lot 11: 0/77
HTSL JESD 22-A103 Ta=150°C ,
Duration= 1000hrs
☒ After PC
3 77 231 Lot 9: 0/77
Lot 10: 0/77
Lot 11: 0/77
THB JESD 22-A101 Ta=85°C/85%RH
VDD=3v6
Duration= 1000hrs
☒ After PC
3 77 231 Lot 9: 0/77
Lot 10: 0/77
Lot 11: 0/77
ESD
CDM
ANSI/ESDA/
JEDEC JS-002
250V 2 3 6 Lot9: 0/3
Lot14: 0/3
Note: Test method revision reference is the one active at the date of reliability trial execution
Test
code Stress method Stress Conditions Lots S.S. Total Results/Lot
Fail/S.S.
Comments:
(N/A =Not Applicable)
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For TFBGA 10x10
PC J-STD-020 24h bake@125°C,
MSL3 (192h@30C/60%RH)
3x Reflow simulation
Peak Reflow Temp= 260°C
1
231 231 Lot 13: 0/231
TC JESD22-A104 Ta=-65/150°C
Duration= 500cyc
☒ After PC
1
231 231 Lot 13: 0/231
HTSL JESD 22-A103 Ta=150°C ,
Duration= 1000hrs
☒ After PC
1
231 231 Lot 13: 0/231
THB JESD 22-A101 Ta=85°C/85%RH
VDD=3v6
Duration= 1000hrs
☒ After PC
1
231 231 Lot 13: 0/231
ESD
CDM
ANSI/ESDA/
JEDEC JS-002
250V 2 3 6 Lot13: 0/3
Lot16: 0/3
Test
code Stress method Stress Conditions Lots S.S. Total Results/Lot
Fail/S.S.
Comments:
(N/A =Not Applicable)
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For LFBGA 16x16
PC J-STD-020 24h bake@125°C,
MSL3 (192h@30C/60%RH)
3x Reflow simulation
Peak Reflow Temp= 260°C
1
231 231 Lot 12: 0/231
TC JESD22-A104 Ta=-65/150°C
Duration= 500cyc
☒ After PC
1
231 231 Lot 12: 0/231
HTSL JESD 22-A103 Ta=150°C ,
Duration= 1000hrs
☒ After PC
1
231 231 Lot 12: 0/231
THB JESD 22-A101 Ta=85°C/85%RH
VDD=3v6
Duration= 1000hrs
☒ After PC
1
231 231 Lot 12: 0/231
ESD
CDM
ANSI/ESDA/
JEDEC JS-002
250V 2 3 6 Lot12: 0/3
Lot15: 0/3
Table 8 – PACKAGE ASSEMBLY INTEGRITY TESTS
CA
Construction
Analysis including
-Wire bond shear
-Wire bond pull
-Solderability
JESD 22B102
JESDB100/
B108
8 50 400
Lot6: 0/50
Lot7: 0/50
Lot8: 0/50
Lot9: 0/50
Lot10: 0/50
Lot11: 0/50
Lot12: 0/50
Lot13: 0/50
Test
code Stress method Stress Conditions Lots S.S. Total Results/Lot
Fail/S.S.
Comments:
(N/A =Not Applicable)
Test
code Method Tests Conditions Lots S.S. Total Results/Lot
Fail/S.S.
Comments:
(N/A =Not Applicable)
Quality & Reliability –MDG-MCD.
STM32MP15x – Reliability Evaluation Report.
RER Identification Number: MDG-MCD-RER1902 Page 15/17
4 APPLICABLE AND REFERENCE DOCUMENTS
Reference Short description
JESD47 Stress-Test-Driven Qualification of Integrated Circuits
SOP2.4.4 Record Management Procedure
SOP2.6.2 Internal Change Management
SOP2.6.7 Finished Good Maturity Management
SOP2.6.9 Package & Process Maturity Management in BE
SOP2.6.11 Program Management for Product Development
SOP2.6.17 Management of Manufacturing Transfers
SOP2.6.19 Front-End Technology Platform Development and Qualification
DMS 0061692 Reliability Tests and Criteria for Product Qualification
ANSI/ESDA
JEDEC JS-001 Electrostatic discharge (ESD) sensitivity testing human body model (HBM)
ANSI/ESDA
JEDEC JS-002 Electrostatic discharge (ESD) sensitivity testing charge device model (CDM)
JESD78 IC Latch-up test
JESD 22-A108 Temperature, Bias and Operating Life
JESD 22-A103 High Temperature Storage Life
J-STD-020: Moisture/reflow sensitivity classification for non-hermetic solid state surface mount devices
JESD22-A113: Preconditioning of non-hermetic surface mount devices prior to reliability testing
JESD22-A118: Unbiased Highly Accelerated temperature & humidity Stress Test
JESD22-A104: Temperature cycling
JESD22-A110: Temperature Humidity Bake
JESD 22B102: Solderability test
JESD22B100/B108: Physical dimension
Quality & Reliability –MDG-MCD.
STM32MP15x – Reliability Evaluation Report.
RER Identification Number: MDG-MCD-RER1902 Page 16/17
5 GLOSSARY
Reference Short description
HTOL High Temperature Operating Life
EDR Endurance and Data Retention
ELFR Early Failure Rate
PC Preconditioning (solder simulation)
THB Temperature Humidity Bias
TC Temperature cycling
uHAST Unbiased Highly Accelerated Stress Test
HAST Highly Accelerated Stress Test
HTSL High temperature storage life
DMS ST Advanced Documentation Controlled system/ Documentation Management system
ESD HBM Electrostatic discharge (human body model)
ESD CDM Electrostatic discharge (charge device model)
LU Latch-up
CA Construction Analysis
6 REVISION HISTORY
Revision Author Content
description
Approval List
Function Location Name Date
1.0 Celine NAVARRO
Moses TAN
Initial
Release
Div. Quality Manager Rousset Pascal NARCHE 27th Feb. 2019
Division Back-End
Quality Manager Rousset Gisele SEUBE 27th Feb. 2109
Q&R Quality Manager Grenoble Dominique GALIANO 11th Feb. 2019
Rousset Frederic BRAVARD 11th Feb. 2019
2.0 Moses TAN
Updated with
results on
CUT 2.1
Q&R Quality Manager Grenoble Dominique GALIANO 9th Jan. 2020
Quality & Reliability –MDG-MCD.
STM32MP15x – Reliability Evaluation Report.
RER Identification Number: MDG-MCD-RER1902 Page 17/17
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