| Socket Adapter (click to buy) | Description | Package | Devices Supported | Adapter Capacity per Site | Sockets per Adapter | 2900L, 3910, 4910, 3928, 3901, 3900, 2900, 4900, 1900 | 3800, 3000FS-MK2, 3000FS, 2800F-MK2, 2800F, 2800, 4800 |
|---|---|---|---|---|---|---|---|
| FVE4ASMH08MLPCB | Automated Long Life SOCKET CARD, 8 PIN MLP | USON(8) | 159 | 2, 3 or 4 | 1 | ✓ | ✓ |
| Device Name | GigaDevice Semiconductor Inc. GD25Q16EEIGR(Custom 01) (ID=14h) |
| Manufacturer | GigaDevice Semiconductor Inc. |
| Part Number | GD25Q16EEIGR(Custom 01) (ID=14h) |
| 8-bit Bytes | 2102272.0 |
| Vcc(program) | 3.6 |
| Set programming | Yes |
| Memory Regions | 0h-1F FFFFh; 20 0000h-20 03FFh; 20 1000h-20 13FFh; |
| Electrical Erase | Yes |
| Packages | USON(8) |
| Notes | IMPORTANT: This is a Custom Algorithm and Not Validated by BPM" | GD25Q16E 16M-bit (2M-Byte) Serial Flash. This algorithm uses Standard SPI mode to Program and Verify/Read the device. The status register bits can be set under Device > Settings > Configure. Erase must be selected if the device to be programmed already has the QE bit enabled. There are two 1024-Byte Security Registers each with its own One Time Programmable lock bit mapped into the Data Pattern as follows: Security Register 0 : DUT 000000h-0003FFh -> Buffer 200000h-2003FFh (lock bit LB0) Security Register 1 : DUT 001000h-0013FFh -> Buffer 201000h-2013FFh (lock bit LB1) Both Security Registers are readable erasable and programmable until their lock bit is set. Once LBx is set to 1 that register becomes read only permanently and the device will reject any Erase or Program of it. The default Device Range is set to [000000h-1FFFFFh]. Please modify the range under Device > Range if either Security Register needs to be included. "
| Programmer | 3900 |
| Socket Modules | FVE4ASMH08MLPCB |
| Device Name with Package | GigaDevice Semiconductor Inc. GD25Q16EEIGR(Custom 01) (ID=14h) USON(8) |
| Device Name with Package and Adapter | GigaDevice Semiconductor Inc. GD25Q16EEIGR(Custom 01) (ID=14h) USON(8) FVE4ASMH08MLPCB |