ISSUE DATE: | 10-Jun-2014 |
NOTIFICATION: | 16151 |
TITLE: | PRIMARY WAFER SITE TRANSFER to TSMC14 and ATMC COPPER WIRE QUALIFICATION for SPC567x 324/416/516PBGA |
EFFECTIVE DATE: | 08-Sep-2014 |
MPN |
---|
SPC5673FF3MVR2 |
SPC5673FF3MVR2R |
SPC5673FF3MVR3 |
SPC5673FF3MVV2 |
SPC5673FF3MVV2R |
SPC5673FF3MVY2 |
SPC5674FF3MVR3 |
SPC5674FF3MVR3R |
SPC5674FF3MVV3 |
SPC5674FF3MVV3R |
SPC5674FF3MVY3 |
SPC5674FF3MVY3R |
SPC5674FF3MVZ2 |
SPC5674FK0MVR3 |
SPC5674FK0MVR3R |
SPC5674FK0MVV3 |
SPC5674FK0MVV3R |
SPC5674FK0MVY3 |
SPC5674FK0MVY3R |
To meet the increasing demand for the SPC567x family of products Freescale is announcing the introduction of Taiwan Semiconductor Manufacturing Company Fab 14 (TSMC14), Tainan, Taiwan as primary wafer manufacturing location for this family. TSMC14 has been qualified with Copper wirebond material.
Approval of GPCN and backlog conversion to TSMC14 is required in order to allow deliveries by the first week of December.
Key Dates | ||
Pre Alert Issued | 12-Mar-14 | |
Approval | 180 Days | 8-Sep-14 |
Backlog Conversion | 45 Days | 23-Oct-14 |
TSMC14 Deliveries | 45 Days | 7-Dec-14 |
If customer is unable to approve TSMC14 per the table above, allocation of ATMC material will begin first week of December.
To standardize and aid manufacturing flexibility, a change from Gold to Copper Wire has been qualified for Austin Technology Manufacturing Center (ATMC), Austin, USA sourced material.
The change to Cu wire also includes a change in wire diameter as per the table below.
WAFER FAB
|
ASSEMBLY SITES
|
PACKAGE TYPE
|
CURRENT WIRE
|
NEW WIRE
|
Current Mold Compound | New Mold Compound |
TSMC 14
|
FSL-KLM-FM
|
324/416/516PBGA
|
N/A
|
PdCu 20um
|
N/A | SUMITOMO G770SFL |
FSL-ATMC
|
FSL-KLM-FM
|
324/416/516PBGA
|
Au 23um
|
PdCu 20um
|
SUMITOMO G770SFL | No Change |
The primary wafer manufacturing site transfer to TSMC14 will improve Freescale’s ability to meet increasing customer demand, while still maintaining the ability to provide backup supply from the original Fab (ATMC) in case of emergency or demand surges.
There is no impact to form, fit, function or reliability. Reliability is equivalent or improved.
Freescale Transfer of Qualified Processes specification for Fab and Assembly Qualifications were followed.
See attached qualification results.
No change was made to the operating performance of the device. No change to datasheet. Electrical Distribution enclosed. EMC reports available upon request.
The Tracecode marking on the device includes assembly site and datecode. Freescale will have Copper wire traceability by assembly site and datecode.
Table below provides sample part numbers:
Cu Sample Part Number
|
Package
|
Fab
|
KPC5671LK0VVZ1R
|
PBGAPGE 324 23SQ1.25P1.0
|
TSMC14
|
KPC5673LK0VVZ2R
|
PBGAPGE 324 23SQ1.25P1.0
|
TSMC14
|
KPC5674FK0MVR3
|
TEPBGA 416 27*27*1.25 P1
|
TSMC14
|
KPC5674FK0MVR3R
|
TEPBGA 416 27*27*1.25 P1
|
TSMC14
|
KPC5674FK0MVY3
|
TEPBGA PGE 516 27*27 P1
|
TSMC14
|
KPC5674FK0MVY3R
|
TEPBGA PGE 516 27*27 P1
|
TSMC14
|
KPC5674FK0MVV3
|
TEPBGA PGE 516 27*27 P1
|
TSMC14
|
KPC5674FK0MVV3R
|
TEPBGA PGE 516 27*27 P1
|
TSMC14
|
KPC5671LF3VVZ1R
|
PBGAPGE 324 23SQ1.25P1.0
|
ATMC
|
KPC5673LF3VVZ2R
|
PBGAPGE 324 23SQ1.25P1.0
|
ATMC
|
KPC5674FF3MVR3
|
TEPBGA 416 27*27*1.25 P1
|
ATMC
|
KPC5674FF3MVR3R
|
TEPBGA 416 27*27*1.25 P1
|
ATMC
|
KPC5674FF3MVY3
|
TEPBGA PGE 516 27*27 P1
|
ATMC
|
KPC5674FF3MVY3R
|
TEPBGA PGE 516 27*27 P1
|
ATMC
|
KPC5674FF3MVV3
|
TEPBGA PGE 516 27*27 P1
|
ATMC
|
KPC5674FF3MVV3R
|
TEPBGA PGE 516 27*27 P1
|
ATMC
|