Device Support Summary For "Cypress S25FL128LAGMFM00"

 
Generated by:BPWin V8.0.1 DeviceSupportUpdate.20 (3/12/2024)
 
Device Parameters

Manufacturer:Cypress (ID=60h)
Part Number:S25FL128LAGMFM00 (ID=18h)
8-bit Bytes:16778240
Memory Regions:0h-FF FFFFh; 100 0000h-100 00FFh; 100 0100h-100 01FFh; 100 0200h-100 02FFh; 100 0300h-100 03FFh
Vcc(program):3.3
Electrical Erase:Yes
Set programming:Yes
Packages:SOIC(16)
 
Note

IMPORTANT:
Device Type:Serial NOR Flash
Device Size:128M-bit + Four 256-Byte Security Registers

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 - 00FF_FFFF 0000_0000 - 00FF_FFFF
Security Register 0 R/W/E No 0100_0000 - 0100_00FF 0100_0000 - 0100_00FF
Security Register 1 R/W/E No 0100_0100 - 0100_01FF 0100_0100 - 0100_01FF
Security Register 2 R/W/E No 0100_0200 - 0100_02FF 0100_0200 - 0100_02FF
Security Register 3 R/W/E No 0100_0300 - 0100_03FF 0100_0300 - 0100_03FF
Default Algorithm Range --- --- 0000_0000 - 00FF_FFFF 0000_0000 - 00FF_FFFF
* R:Read only, W:One time programmable (OTP), 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:
The Status and Configuration and Register bits can be set under Device -> Configure.
Programming the QPI bit will make the device inaccessible using this algorithm.
 
= Supported
 
= This is a replacement daughter card that requires a base socket module
 Automated Production Programmers
Programmer Model:380048003000FS-MK23000FS
Algorithm Code Revision:1.31.31.31.3
 
SOIC Socket Modules (Sorted by Performance)
FVE4ASMR16SD
FVE4ASM16SD
 Manual Production Programmers
Programmer Model:28002800F-MK22800F
Algorithm Code Revision:1.31.31.3
 
SOIC Socket Modules (Sorted by Performance)
FVE4ASMR16SD
FVE4ASM16SD
 
Copyright © 2024, BPM Microsystems
 
Last Updated: 01/14/2021