Device Support Summary For "Cypress S25FL512SDSMFI010"

 
Generated by:BPWin V8.0.1 DeviceSupportUpdate.29 (3/27/2024)
 
Device Parameters

Manufacturer:Cypress (ID=1h)
Part Number:S25FL512SDSMFI010 (ID=19h)
8-bit Bytes:67109896
Memory Regions:0h-3FF FFFFh; 400 0010h-400 03FFh; 400 0400h-400 0407h
Vcc(program):3.6
Electrical Erase:Yes
Set programming:Yes
Packages:SOIC(16)
 
Note

IMPORTANT:
Device Type: SPI Flash Memory
Device Size: 512M-bit
Algorithm Programming Method: SPI

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 Area R/W/E Yes 0000_0000 - 03FF_FFFF 0000_0000 - 03FF_FFFF
OTP R/W No 0400_0010 - 0400_03FF 0400_0010 - 0400_03FF
Password R/W No 0400_0400 - 0400_0407 0400_0400 - 0400_0407
Default Algorithm Range --- --- 0000_0000 - 03FF_FFFF 0000_0000 - 03FF_FFFF
* 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:
1. Serialization Supported: Yes
2. The Factory Programmed 128-bit random number located at the beginning of the OTP region
cannot be programmed. The data in this number will not be shown in the Buffer Editor.
3. OTP Lock bits are located in Buffer Addresses [0400_0010h - 0400_0013h]. If any of these bits
are programmed, this algorithm will not be able to program additional bits in the OTP region.
4. OTP Reserved bits are located in Buffer Addresses [0400_0014h - 0400_001Fh].
5. The correct password value, located in Buffer Addresses [0400_0400h - 0400_0407h], may only be read
before the Password Protection Mode in the ASP Register (ASP[2]) bit has been programmed to '0'.
5. The Persistent Protection Bits (PPB) may be programmed under Device->Settings.
Each Group is divided into 256K-Byte blocks of data. This is condensed version of PPBAR for each sector.
 
= Supported
 
= This is a replacement daughter card that requires a base socket module
 
Automated Production Programmers

Programmer Model:39004900380048003000FS-MK23000FS
Algorithm Code Revision:1.31.31.31.31.31.3
 
SOIC Socket Modules (Sorted by Performance)
FVE4ASMR16SD
FVE4ASM16SD
 
Manual Production Programmers

Programmer Model:1900290028002800F-MK22800F
Algorithm Code Revision:1.31.31.31.31.3
 
SOIC Socket Modules (Sorted by Performance)
FVE4ASMR16SD
FVE4ASM16SD
 
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Last Updated: 01/14/2021