| Socket Adapter (click to buy) | Description | Package | Devices Supported | Adapter Capacity per Site | Sockets per Adapter | Adapter Price | 2900L, 3910, 4910, 3928, 3901, 3900, 2900, 4900, 1900 | 3800, 3000FS-MK2, 3000FS, 2800F-MK2, 2800F, 2800, 4800 |
|---|---|---|---|---|---|---|---|---|
| FVE4ASM08SHLA | Automated SOCKET CARD, 08 PIN SOIC | SOIC(8) | 1114 | 2, 3 or 4 | 1 | $279.95 | ✔ | ✔ |
| FVE4ASMH08SA | Automated Long Life SOCKET CARD, 08 PIN SOIC | SOIC(8) | 1108 | 2, 3 or 4 | 1 | $3,132.48 | ✔ | ✔ |
| FVE4ASMR08SHLA | Automated SOCKET CARD, 08 PIN SOIC | SOIC(8) | 1114 | 2, 3 or 4 | 1 | $198.39 | ✔ | ✔ |
| Device Name | Winbond W25R128FVSIQ (ID=17h) |
| Manufacturer | Winbond |
| Part Number | W25R128FVSIQ (ID=17h) |
| 8-bit Bytes | 16789760.0 |
| Vcc(program) | 3.6 |
| Set programming | Yes |
| Memory Regions | 0h-FFFFFFh; 1000000h-10000FFh; 1001000h-10010FFh; 1002000h-10020FFh; 1003000h-10030FFh; |
| Electrical Erase | Yes |
| Packages | SOIC(8) |
| Notes | IMPORTANT: 128M-bit Serial Flash. This algorithm uses Standard SPI mode to Program and Verify/Read the device. The status register bits can be set under Device > Configure . There are four 256-Byte Security Registers with OTP locks independent from main memory mapped to [1000000-10000FF][1001000-10010FF][1002000-10020FF][1003000-10030FF] in the Data Pattern respectively. Please note that Security Register 0 (mapped to [1000000-10000FF]) is reserved by Winbond for future use. It is recommended to use Security registers 1-3 before using register0. The default Device Range is set to [000000h-FFFFFFh]. Please modify the range under Device > Range if any of the Security Registers needs to be included. |
| Programmer | 3900 |
| Socket Modules | FVE4ASMH08SA, FVE4ASM08SHLA, FVE4ASMR08SHLA, FVE4ASMR08SHA (disc.), FVE4ASM08SHA (disc.) |
| Device Name with Package | Winbond W25R128FVSIQ (ID=17h) SOIC(8) |
| Device Name with Package and Adapter | Winbond W25R128FVSIQ (ID=17h) SOIC(8) FVE4ASMH08SA, FVE4ASM08SHLA, FVE4ASMR08SHLA, FVE4ASMR08SHA (disc.), FVE4ASM08SHA (disc.) |