Dediprog Technology Co Ltd
Dediprog Quad SPI Adapter for SOP08 207mil Flash Devices
Dediprog Quad SPI Adapter for SOP08 207mil Flash Devices
SKU: QSPI-SOP008207mil-001E
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Key Features
Overview
The Dediprog QSPI-SOP008207mil-001E adapter enables reliable offline programming of SPI flash memory devices housed in 207mil wide SOP08 packages. Compatible with SF600, SF600Plus, SF700, ProgMaster, StarProg, and K110 series programmers, this adapter features a precision ZIF socket for easy chip insertion and removal without damage risk.
Supporting Dediware software version 3.16.28.13 and higher, the adapter handles both SPI flash and EEPROM programming operations across single, dual, and quad IO modes. The optimised PCB design ensures consistent signal integrity whilst the open-top socket configuration provides visual confirmation of proper chip placement.
Why Engineers Choose The Dediprog Quad SPI Adapter for SOP08 207mil Flash Devices
Reliable Programming
Multi-mode Support
Production Ready
Professional SOP08 Socket Programming Solution
The Dediprog QSPI-SOP008207mil-001E socket adapter provides reliable offline programming for quad SPI flash memory devices in 207mil wide SOP08 packages. This precision-engineered adapter features optimised circuitry to enhance programming performance across single, dual, and quad IO modes whilst ensuring consistent connectivity through its zero insertion force (ZIF) socket mechanism.
Technical Specifications
| Package Type | SOP08 (207mil width) |
| Pin Count | 8 pins |
| Socket Type | Open-top ZIF socket |
| PCB Dimensions | 64mm × 34mm |
| IC Dimensions | 5.28mm × 5.23mm × 2.16mm |
| Pin Pitch | 1.27mm (standard) |
| Pin Width | 7.9mm span |
Wiring Quick-Start Guide
Connect your SOP08 device following these standard SPI pinout connections:
| Pin | Function | Description |
|---|---|---|
| 1 | CS | Chip Select (active low) |
| 2 | MISO | Master In, Slave Out (Data Out) |
| 3 | WP | Write Protect (active low) |
| 4 | GND | Ground reference |
| 5 | MOSI | Master Out, Slave In (Data In) |
| 6 | SCK | Serial Clock |
| 7 | HOLD | Hold signal (active low) |
| 8 | VCC | Power supply (1.8V - 3.6V) |
Installation Instructions
- Programmer Connection: Match triangle markers on both adapter and programmer
- Chip Insertion: Align pin 1 marker (dot or notch) on the chip with the socket's pin 1 indicator
- Socket Operation: Press down gently on the socket top to retract spring fingers, place chip, then release
- Verification: Visually confirm proper seating before programming
- Removal: Use pick-up tool or precision tweezers for safe chip extraction
Programming Performance Features
- Optimised signal integrity for Quad IO, Dual IO, and Single IO modes
- Enhanced programming yield through precision socket design
- Reduced contact resistance for reliable data transfer
- ESD protection circuitry built into PCB design
// Example read operation in C #include "spi_flash.h" uint8_t read_buffer; // Read 256 bytes from address 0x000000 spi_flash_read(0x000000, read_buffer, 256); // Verify quad mode capability if (spi_flash_supports_quad_io()) { printf("Quad SPI mode supported\n"); } 
| General Information | |
|---|---|
Product Type |
Adapter
|
Part Number (SKU) |
QSPI-SOP008207mil-001E
|
Manufacturer |
|
| Physical and Mechanical | |
Weight |
0.5 kg
|
| Other | |
Warranty |
|
HS Code Customs Tariff code
|
|
EAN |
5055383699285
|
Frequently Asked Questions
Have a Question?
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What should I do if my specific flash chip isn't recognised?
First ensure you're using the latest Dediware software version. If the chip still isn't recognised, contact Dediprog support with your device part number - they typically add new device support within 2 working days.
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How do I remove a chip safely from the ZIF socket?
Press down gently on the socket top to retract the spring fingers, then use precision tweezers to lift the chip straight up. Avoid lateral force which could damage the chip pins or socket contacts.
-
What programming modes does the adapter support?
The adapter's optimised circuitry supports Single IO, Dual IO, and Quad IO programming modes, providing flexibility for different flash device capabilities and performance requirements.
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Can I use this adapter for in-circuit programming applications?
No, this is specifically a socket adapter designed for offline programming of loose chips. For in-circuit programming, consider Dediprog ISP cables or test clips designed for on-board flash programming.
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Which flash device sizes and types are supported?
The adapter accommodates SOP08 packages measuring 5.28mm × 5.23mm with 1.27mm pin pitch. It supports standard SPI flash devices from manufacturers like Microchip, Winbond, Macronix, and others in the 25 series family.
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What precautions should I take when handling chips in the socket?
Use a pick-up tool or precision tweezers rather than touching the PCB directly. Static electricity and dirt can cause programming errors. Ensure the chip's pin 1 marker aligns with the socket's pin 1 indicator before pressing down on the socket.
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How do I properly align the adapter with my programmer?
Look for the white triangle marker on the lower-left corner of the adapter PCB. This must align with the corresponding triangle marker or pin 1 indicator on your programmer's socket connector before insertion.
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Can this adapter programme both SPI flash and EEPROM devices?
Yes, with Dediware version 3.16.28.13 and higher, the adapter supports both SPI flash and EEPROM programming. However, it cannot programme I2C EEPROM devices when used with K110 or StarProg-A programmers.
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What is the difference between 150mil and 207mil SOP08 adapters?
The key difference is the package width: 150mil adapters accommodate narrower SOP08 devices (typically 4.9mm wide), whilst 207mil adapters handle wider packages (5.23mm wide). Check your flash device datasheet to confirm the correct package width.
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Which Dediprog programmers support this SOP08 207mil adapter?
The adapter is compatible with SF600, SF600Plus, SF700, ProgMaster-U4, ProgMaster-U8, StarProg-U, StarProg-F, and K110 programmers. It requires Dediware software version 3.16.28.13 or higher for full functionality.