
Key Features
Overview
The Dediprog SF600Plus-G2 represents the latest evolution in professional flash programming technology, delivering exceptional performance through its advanced SOC FPGA architecture. This high-speed programmer supports both SPI NOR and SPI NAND flash memories, making it an essential tool for electronic design engineers working with embedded systems.
Dual Programming Modes
Engineered for versatility, the SF600Plus-G2 operates in both In-Circuit Programming (ICP) and standalone modes. Programme flash memory soldered directly onto PCBs or use socket adaptors for offline programming. The integrated 4GB memory enables autonomous operation without PC connectivity, ideal for production environments.
Enhanced Performance
Featuring up to 50% faster quad read performance compared to previous SF600/SF600Plus models, the G2 variant significantly reduces programming time. Support for 1.2V low voltage ICs and multiple IO modes (Single/Dual/Quad/Octal) ensures compatibility with modern flash memory devices. The programmable interface supports voltages from 1.2V to 5.5V with comprehensive signal conflict protection.
Part of Dediprog's comprehensive flash programming ecosystem, the SF600Plus-G2 integrates seamlessly with other Debug Store development tools and can be upgraded to the SF600Plus-G2U for enhanced production capabilities.
Downloads
Why Engineers Choose The Dediprog SF600Plus-G2 High-Speed SPI NOR/NAND Flash Programmer
Superior Programming Speed
Professional Reliability
Comprehensive Flash Support
Introducing the SF600Plus-G2 Serial NOR/NAND Flash Programmer, a high-speed and versatile programming solution for developers and engineers. With both In-Circuit Programming and Standalone programming modes, the SF600Plus-G2 can update the SPI Flash soldered on board or the SPI Flash in the socket adaptor, making it an ideal solution for various programming needs.
Upgrade to SF600Plus-G2
The SF600Plus-G2 is the upgraded version of the popular SF600 and SF600Plus models. It boasts improved programming efficiency thanks to its SOC architecture of FPGA. This upgrade means the SF600Plus-G2 has enhanced features and capabilities compared to its predecessors.
SPI NAND Support
One of the standout features of the SF600Plus-G2 is its ability to support SPI NAND. This feature provides convenience for developers when programming and sets it apart from other Flash programmers on the market.
High-Speed and Volume Support
The SF600Plus-G2 supports high-speed USB and high SPI performance. It also supports any volume of the SPI Flash on the market, making it a flexible and future-proof solution.
Additional Features and Capabilities
The SF600Plus-G2 has several features and capabilities that make it a powerful and user-friendly programmer. These include:
- Support for 1.2V low voltage IC
- Start button feature for batch programming when connected to the software
- Signal conflict protections
- Multi-Programmers Capability through USB
- Programmer Index displays on the programmer
- Support for 2 CS pins
- Stand-Alone Mode with support for Start button programming and Control Port for removing control programming
- Compatibility with WIN8 and above
- Compatibility with both 32 and 64bit OS
- Support for Single/Dual Multiple Dies
- Support for Single/Dual/Quad/Octal IO
Upgrade to SF600Plus-G2U
The SF600Plus-G2 also has an upgrade option to SF600Plus-G2U, which includes additional features such as support for Universal Flash Storage (UFS), a new standard for high-capacity, high-performance flash memory.
| General Information | |
|---|---|
Part Number (SKU) |
SF600Plus-G2
|
Manufacturer |
|
| Physical and Mechanical | |
Weight |
1.0 kg
|
| Other | |
EAN |
5055383690046
|
Questions and Answers
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What Is the Difference Between SF600Plus-G2 and SF600Plus-G2U?
The SF600Plus-G2U is a production version with an added ATE interface, Ethernet connectivity and ISP features for manufacturing integration.
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Does the SF600Plus-G2 Work in Standalone Mode Without a Computer?
Yes. It has built-in memory for project files downloaded from the PC software. You start programming with the Start button and read the result on the status LEDs.
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What Cables and Accessories Are Included with the SF600Plus-G2?
Dediprog's standard package includes:
- USB 2.0 Type-C cable
- ISP cables (SF600 and SF100 types)
- pin-to-pin cables
- universal adaptor
- socket bottom board
- power adapter
Dediprog changed the type of socket bottom board supplied in 2026; ask us which one ships if you use existing socket adapters.
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Is the SF600Plus-G2 Suitable for High-Volume Production Programming?
Yes. Its high speed, standalone operation, multi-programmer support and signal conflict protection suit both development and production use.
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What Technical Support Is Available for the SF600Plus-G2 From Debug Store?
Debug Store provides technical support for all Dediprog products, including setup help, application guidance and troubleshooting, backed by Dediprog's documentation and application notes.
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What Types of Flash Memory Does the SF600Plus-G2 Support?
The SF600Plus-G2 supports SPI NOR and SPI NAND flash; Dediprog publishes test data from 8Mb to 1Gb. It handles Single, Dual, Quad and Octal IO modes, and supports low-voltage 1.2V devices as well as 1.8V, 2.5V and 3.3V parts.
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Can the SF600Plus-G2 Programme Flash Chips That Are Already Soldered to PCBs?
Yes. In-Circuit Programming (ICP) mode lets you program SPI flash devices soldered onto PCBs through the ISP header, for example for firmware updates and production programming.
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How Does the Programming Speed Compare to Previous Dediprog Models?
Dediprog's published comparison shows up to 50% faster Quad IO read performance than the SF600 and SF600Plus. Dediprog also publishes program and verify times for 8Mb to 1Gb devices.
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What Software Is Included with the SF600Plus-G2?
It comes with Dediprog SF Software, which has:
- Engineering Mode for development
- Production Mode for manufacturing
- Command Line Interface for automation
It runs on Windows 8/8.1/10/11.
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Can Multiple SF600Plus-G2 Units Be Used Simultaneously?
Yes. You can connect multiple programmers via USB for parallel programming. Each unit shows a programmer index so you can identify it in multi-programmer setups.
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