SP20 Series High Speed Programmer
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Specifications:
- Product Name: SP20 Series Programmer
- Manufacturer: SHENZHEN SFLY TECHNOLOGY CO.LTD.
- Publication Release Date: May 7, 2024
- Revision: A5
- Supports: SPI NOR FLASH, I2C, MicroWire EEPROMs
- Communication Interface: USB Type-C
- Power Supply: USB mode – no external power supply needed
Product Usage Instructions:
Chapter 3: Quick To Use
3.1 Preparation work:
Ensure the programmer is connected to a computer via the USB
Type-C interface. No external power supply is required in USB
mode.
3.2 Programming your chip:
Follow the provided software instructions to program your chip
using the SP20 Series Programmer.
3.3 Read chip data and programming new chip:
You can read existing chip data and program a new chip by
following the steps outlined in the user manual.
3.4 Indicator status in USB mode:
Refer to the indicator lights on the programmer to understand
the status of the device in USB mode.
Chapter 4: Standalone Programming
4.1 Download standalone data:
Download the necessary data for standalone programming into the
built-in memory chip of the programmer.
4.2 Standalone programming operation:
Perform standalone programming operations as described in the
manual. This includes manual mode and automatic control mode via
ATE interface.
4.3 Indicator status in standalone mode:
Understand the indicator status while operating in standalone
mode for efficient programming.
Chapter 5: Programming in ISP mode
Refer to the user manual for detailed instructions on
programming in ISP mode.
Chapter 6: Programming in Multi-machine Mode
Learn about hardware connections and programming operations for
multi-machine mode programming.
FAQ:
Q: What types of memory chips are supported by the SP20
Series Programmer?
A: The programmer supports SPI NOR FLASH, I2C,
MicroWire, and other EEPROMs from various manufacturers for
high-speed mass production programming.
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SP20B/SP20F/SP20X/SP20P
Programmer User Manual
Publication Release Date: May 7, 2024 Revision A5
SHENZHEN SFLY TECHNOLOGY CO.LTD.
CONTENTS
SP20 Series Programmer
User Manual
Chapter1 Introduction
1.1 Performance Characteristics ———————————————————————————— 3 1.2 SP20 series programmer parameter table ——————————————————————– 4
Chapter2 Programmer Hardware
2.1 Product Overview —————————————————————————————————- 5 2.2 Product Add-ons —————————————————————————————————— 5
Chapter3 Quick To Use
3.1 Preparation work ——————————————————————————————————6 3.2 Programming your chip ——————————————————————————————–6 3.3 Read chip data and programming new chip ————————————————————————-8 3.4 Indicator status in USB mode——————————————————————————————9
Chapter 4 Standalone Programming
4.1 Download standalone data —————————————————————————————10 4.2 Standalone programming operation —————————————————————————- 11
Manual mode———————————————————————————————————-12 Automatic control mode (control via ATE interface) ——————————————————–12 4.3 Indicator status in standalone mode —————————————————————————12
Chapter 5 Programming in ISP mode
5.1 Select ISP programming mode ——————————————————————————–13 5.2 ISP interface definition ———————————————————————————————13 5.3 Connect the target chip ——————————————————————————————14 5.4 Select ISP power supply mode ——————————————————————————–14 5.5 Programming operation ——————————————————————————————–14
Chapter 6 Programming in Multi-machine Mode
6.1 Hardware connection of programmer ————————————————————————15 6.2 Programming operation ——————————————————————————————16
Appendix 1
FAQ —————————————————————————————————————————- 17
Appendix 2
Disclaimer ——————————————————————————————————————– 19
Appendix 3
Revision History ————————————————————————————————————20
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SP20 Series Programmer
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Chapter 1 Introduction
SP20 series (SP20B/SP20F/ SP20X/SP20P) programmers are the latest highspeed mass production programmers for SPI FLASH launched by Shenzhen SFLY Technology. It fully supports the high-speed programming of SPI NOR FLASH, I2C / MicroWire and other EEPROMs from domestic and foreign manufacturers.
1.1 Performance Characteristics
Hardware features
USB Type-C communication interface, no need for external power supply when used in USB mode; Support USB and standalone mode high-speed mass production programming; The built-in large-capacity memory chip saves the engineering data for standalone programming, and multiple
CRC data verification ensures that the programming data is absolutely accurate; Replaceable 28-pin ZIF socket, which can be supported by conventional universal programming bases; OLED display, visually display the current operating information of the programmer; RGB three-color LED indicates the working status, and the buzzer can prompt the success and failure of the
programming; Support poor pin contact detection, effectively improve programming reliability; Support ISP mode programming, which can support on-board programming of some chips; Multiple programming startup methods: button startup, chip placement (intelligent detection chip placement
and removal, automatic startup programming), ATE control (independent ATE control interface, providing accurate and reliable programming machine control signals such as BUSY, OK, NG, START, extensively support automatic programming equipment of various manufacturers); Short circuit / overcurrent protection function can effectively protect the programmer or chip from accidental damage; Programmable voltage design, adjustable range from 1.7V to 5.0V, can support 1.8V/2.5V/3V/3.3V/5V chips; Provide equipment self-check function; Small size (size: 108x76x21mm), simultaneous programming of multiple machines only takes up a very small work surface;
Software features
Support Win7/Win8/Win10/Win11; Support switching between Chinese and English; Support software upgrade to add new devices; Support project file management (project file saves all programming parameters, including: chip model, data
file, programming settings, etc.); Support the reading and writing of additional storage area (OTP area) and configuration area (status register,
etc.) of the chip; Support automatic recognition of 25 series SPI FLASH; Automatic serial number function (can be used to generate product unique serial number, MAC address,
Bluetooth ID, etc.,); Support multi-programmer mode connection: one computer can be connected with 8 SP20 series
programmers for simultaneous programming,The automatic serial number function is active in multiprogrammer mode; Support log file saving;
Note: The above functions depend on the product model. For details, please refer to the product parameter table in section 1.2
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1.2 SP20 series programmer parameter table
Product parameter
SP20P SP20X SP20F SP20B
Product Appearance
Supported chip voltage range
1.8-5V
1.8-5V
1.8-5V
1.8-5V
Maximum memory of supported chips (Note1)
Support chip series (interface type)
( I2C EEPROM Microwire EEPROM SPI Flash)
Multi connection
(One computer can connect 8 programmers)
Mass production with USB
(Auto detect the chip insert and remove, auto programmer)
Automatic serial NO.
(Serial numbers programming)
RGB LEDs work indicator
Buzzer prompt
Standalone programming
(programming without computer, suitable for mass production)
Support automation equipment
(Control the automatic equipment with ATE)
ISP programming
(Support some models)
Using usb mode in stand-alone mode
Start button for programming
OLED display
Programming speed
(Programming + verification) Full data
GD25Q16(16Mb) W25Q64JV(64Mb) W25Q128FV(128Mb)
1Gb
Y
Y
Y Y Y Y
Y Y Y Y Y 6s 25s 47s
1Gb
Y
Y
Y Y Y Y
Y Y N N N 6s 25s 47s
1Gb
Y
Y
Y Y Y Y
N Y N N N 6s 25s 47s
1Gb
Y
Y
Y Y N N
N Y N N N 7s 28s 52s
“Y” means it has or supports the function, “N” means it does not have or does not support the function
Note 1 Supports up to 1Gb in usb mode and 512Mb in standalone mode.
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Chapter 2 Programmer Hardware
2.1 Product Overview
Item
Name
28P ZIF socket Three color indicator
OLED display Programming start button
USB interface
ISP/ATE multiplexing interface
Illustrate
Insert DIP packaged chip, programming socket (Note: Does not support programming of on-board chips by connecting wire from the ZIF socket.)
Blue: BUSY; Green: OK(successful); Red: FAIL
Display current operating status and results (only SP20P has this component) Start programming by pressing the button (only SP20P has this component)
USB Type-C interface
Provide programming machine control signals (BUSY, OK, NG, START) (only SP20P and SP20X have this function) ISP programming for chips soldered on boards
2.2 Product Add-ons
Type-C data cable
ISP cable
5V/1A power adapter
Instruction manual
The color/appearance of accessories of different batches may be different, please refer to the actual product;
SP20B does not include a power adapter, just use the USB port for power supply; The standard configuration of the programmer does not include a programming socket, please
choose according to your needs;
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Chapter 3 Quick To Use
This chapter takes a piece of SOIC8 (208mil) packaged SPI FLASH chip W25Q32DW as an example to introduce the SP20P programmer’s method of programming the chip in USB mode. The conventional programming includes the following 5 steps:
Software and hardware preparation programming
Select chip model
Load file Operation option settings
3.1 Preparation work
1) Install “SFLY FlyPRO II” series programmer software (includes USB driver, the USB driver will be installed by default when installing the software), support Win7/Win8/Win10/Win11, the software download URL: http://www.sflytech.com; 2) Connect the programmer to the USB port of the computer with a USB cable, and the green light of the programmer will be on when the connection is normal;
Connect to the computer USB port
3) Start the programmer software “SFLY FlyPRO II”, the software will automatically connect to the programmer, and the right window of the software will display the programmer model and product serial number. If the connection fails: please check whether the USB cable is plugged in; check whether the USB driver is successfully installed in the computer device manager (if the USB driver is not installed correctly, please manually update the USB driver: locate the “USB_DRIVER” in the programmer software installation directory Folder, just update the driver);
After the connection is successful, the currently connected programmer model
and sequence will be displayed
3.2 Programming your chip
1Select the chip model:
Click the toolbar button
, and search for the chip model to be programmed in the pop-up dialog box
for selecting chip model: W25Q32DW. Select the matching chip brand, model and package type (selecting the wrong brand and model will result in programming failure).
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2Load file:
Click the toolbar button
to load the data file, which can support Bin and Hex formats.
3) Operation option setup: Make the corresponding settings on the “Operation Options” page as needed. Tip: The non-empty chip must be erased.
To program the C area (Status Register), you must click on this button to open the “Config. option” to make the relevant settings.
4Place the chip:
Raise the handle of the ZIF socket, insert the bottom row of the programming socket aligned with the bottom of the ZIF Socket, press down the handle, and then put the chip into the programming socket. Note that the direction of pin 1 of the chip should not be placed in the wrong direction. Tip: You can view the corresponding programming socket model and insertion method on the “chip information” page.
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5Programming operation: Click the toolbar button
to start programming:
SP20 Series Programmer
User Manual
When the programming is completed, the status icon changes to “OK” to indicate that the programming is successful:
3.3 Read chip data and programming new chip
1Follow the steps in section 3.2 to select the chip model, install the socket and the chip to be read;
Tips:
You can automatically identify most SPI Flash chips through the “Check Model” button The pins of the desoldered chip need to be cleaned up to avoid poor contact;
in the toolbar;
2) Click the read button
in the toolbar, and the “Read Options” dialog box will pop up;
3) Click the “OK” button, the programmer will automatically open the “Data Buffer” after reading the chip data, and click the “Save Data” button to save the read data to the computer for subsequent use;
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4) Click the “Save Data” button of the “Data Buffer”, the Save Data dialog box pops up, the default save all the storage area, you can select the memory area as needed, such as the main memory area Flash, save the file can be used later;
5) Close the “data buffer” and put in a new chip of the same model;
6) Click the button
to write the read content into the new chip.
Tip: Select all programming areas in the Setup options, otherwise the pramming data may be incomplete and the
master chip may work normally, but the copied chip may not work normally;
After setting the programming parameters or successfully reading the data of the mother chip, you can save it
as a project file (click the toolbar
button, or click the menu bar: File->Save Project), and then you only
need to load the saved project file, and do not need to reset the parameters in order to programming the new
chip.
3.4 Indicator status in USB mode
Indicator status
Steady blue Flashing blue Steady green
Steady red
State description
Busy state, the programmer is performing operations such as erasing, programming, verification, etc. Wait for the chip to be put in
Currently in standby mode, or the current chip is successfully programmed Chip programming failed (you can check the reason for the failure in the software information window)
Does not support programming of on-board chips by connecting wire from the ZIF socket, because of the interference of the external circuit will lead to the failure of programming, and in the case of the external circuit board with electricity, it may also damage to the hardware of the programmer, if the programmer is damaged due to this incorrect use, it will not get the warranty service. Please use the standard programming socket to program the chip, Or use the ISP interface of the programmer to programmer the on-board chip (see Chapter 5 Programming in ISP mode)
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Chapter 4 Standalone Programming
SP20F,SP20X,SP20P support standalone (withourt computer) programming, suitable for mass production. The basic operation process is as follows:
Download standalone data Disconnect the USB cable and connect to the 5V power supply
Start standalone programming
4.1 Download standalone data
1) Connect the programmer to the computer USB port with a USB cable, and start the “SFLY FlyPRO II” software; 2) Follow the steps in section 3.2 to select the chip model, load the data file, and set the necessary operation options; 3) In order to ensure that the standalone data is correct, you can first programming a few chips and do the actual verification of the product;
4) Click the button
to save the current project (Tip: the saved project file can be loaded and used later to
avoid the trouble of repeated settings);
5) Click the button
to download standalone data, and the “Download Project” dialog box will pop up;
Note: When manually programming, select “Chip Insert” or “KEY Sart” (only SP20P supports KEY start). When using with an automatic programming machine, please select “ATE control (machine mode)”
6) Click OK to download the standalone data to the programmer’s built-in memory Tips: standalone data will not be lost after the programmer is powered off, and you can continue to use it next
time.
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4.2 Standalone programming operation
Manual mode
Programming method of picking and placing chips manually. The manual operation steps in standalone mode are as follows: 1) Download standalone data according to the method in section 4.1. Note that when downloading standalone data, select the startup control mode as “Chip Placement” (SP20P can also select “Key Start”); 2) Unplug the USB cable from the computer and connect it to the 5V power adapter. After the programmer is powered on, it will first check the internal standalone data to verify the integrity and accuracy of the data. This takes 3-25 seconds. If the test is passed, the indicator light flashes blue, indicating that the programmer has entered the standalone programming mode. If the test fails, the indicator shows a red flashing state, indicating that there is no valid standalone data in the programmer, and standalone programming cannot be started;
Connect to 5V power adapter for Standalone programming
Note: Only SP20P can display the working status of the programmer more intuitively through the OLED screen, as shown in the figure above, it prompts to wait for the chip to be inserted. 3) Put the chip to be programmed on the ZIF socket, the indicator light changes from flashing blue to steady blue, indicating that the programmer has detected the chip and is programming; 4) When the indicator light turns steady green, it means that the chip programming is completed and the programming is successful. If the indicator light turns red, it means that the current chip programming has failed. At the same time, the programmer waits for the current chip to be removed from the ZIF socket. If the buzzer prompt function is turned on, the programmer will beep when the programming is completed; 5) Take out the chip and put it in the next chip, repeat this step until the programming is completed.
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Automatic control mode (control via ATE interface)
SP20X/SP20P has an ISP/ATE multiplexing interface, which can be used with automatic programming machines and other automatic equipment to realize automatic programming (automatically pick and place chips, automatic programming). Proceed as follows: 1) Download standalone data according to the method in section 4.1. Note that when downloading standalone data, select the start control mode as “ATE control (machine mode)”. In this working mode, the ATE interface of the programmer can provide START/OK/NG/BUSY indicator signal; 2) Lead the chip pin line from the ZIF socket to the programming machine; 3) Connect the machine control line to the programmer “ISP/ATE interface”, the interface pins are defined as follows;
ISP/ATE interface 4) Start programming.
3–BUSY 5–OK 9–NG 7–START 2–VCC 4/6/8/10–GND
4.3 Indicator status in standalone mode
Indicator status
State description (manual method)
Flashing red
The programmer did not download standalone data
Flashing blue Blue Green
Red
Wait for chip placement Programming chip The chip programming is completed and the programming is successful (Waiting for chip removal) Chip programming failed (Waiting for chip removal)
State description (automatic control mode, only SP20X, SP20P)
The programmer did not download standalone data <No such status> Programming chip The chip programming is completed and the programming is successful
Chip programming failed
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Chapter 5 Programming in ISP mode
The full name of ISP is In System Program. In ISP programming mode, you only need to connect a few signal lines to the relevant pins of the onboard chip to realize the read and write operations of the chip, which can avoid the trouble of desoldering the chip. SP20 series have a 10P ISP/ATE multiplexing interface, the chips on the circuit board can be programmed through this interface.
5.1 Select ISP programming mode
SP20 series programmers can support ISP mode programming of some chips. Click the “chip model” button in the software to search for the chip model to be programmed, and select “ISP mode programming in the “Adapter/Programming Mode” column “(If there is no ISP mode programming in the searched chip programming method, it means that the chip can only be programmed with the programming socket). Refer to the picture below:
5.2 ISP interface definition
The ISP interface definition of SP20 series programmer is as follows:
97531 10 8 6 4 2
ISP/ATE interface
A 10P color ISP cable is randomly distributed to connect the ISP interface and the target board chip. The 5x2P plug is connected to the ISP interface of the programmer, and the other end is connected to the corresponding pin of the target chip through the DuPont header terminal.
Connect the target chip through the DuPont head
The corresponding relationship between the color of the ISP cable and the pins of the ISP interface is as follows:
Colour
Brown Red Orange (or pink) Yellow Green
Corresponding to ISP interface pins
1 2 3 4 5
Colour
Blue Purple Grey White Black
Corresponding to ISP interface pins
6 7 8 9 10
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5.3 Connect the target chip
Click the “chip information” page on the main software interface to view the connection schematic diagram of the ISP interface and the target chip. Refer to the picture below:
Different chips have different connection methods. Please click the “chip information” page in the software to view the detailed connection methods of the chip.
5.4 Select ISP power supply mode
During ISP programming, the target chip has two power options: powered by the programmer and self-powered by the target board. Set whether to check “Provide power to target board” on the “Project Settings” page of the software:
Check “Provide power for target board”, the programmer will provide power for the target board chip, please choose the power supply voltage according to the chip’s rated working voltage. The programmer can provide a maximum load current of 250mA. If the load current is too large, the programmer will prompt over-current protection. Please uncheck “Provide power for the target board” and change to the target board’s self-powered (SP20 programmer can support 1.65 V~5.5V target board operating voltage range, ISP signal driving voltage will automatically adjust with the target board’s VCC voltage).
5.5 Programming operation
Check that the hardware connection and software settings are correct, and click the button the ISP programming of the chip.
to complete
ISP programming is relatively complicated, and you must be very familiar with the circuit; The connecting wires may introduce interference and the interference of other circuits on
the circuit board, which may lead to the failure of ISP programming. Please remove the chip
and use the conventional chip socket to program;
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Chapter 6 Programming in Multi-machine Mode
The programmer software supports simultaneous operation of up to 8 programmers connected to one computer (mass production or download standalone data).
6.1 Hardware connection of programmer
1) Use USB HUB to connect multiple programmers to the computer’s USB port (USB hub must have an external power adapter, and an external power supply is required). Note that in multi-machine mode, only programmers of the same model can be used together, and different models cannot be mixed.
2) Start the SP20 programmer software, the software will automatically connect to all connected programmers and
enter the multi-machine mode. If the programmer software is already running, you can click Menu Programmer Reconnect, and the software will pop up the “Connect to the programmer” dialog box:
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Select the programmer to be connected and click OK. After the connection is successful, the software enters the multi-machine mode, and the interface is as follows:
6.2 Programming operation
1) The programming operation is the same as the programming procedure in section 3.2: select chip model load file set operation options install programming socket;
2) Click the
button(Note: SP20P can choose two mass programming modes: “Chip
Insert” and “Key Start”. In this example, select the “Chip Insert” mode), and the programmer will wait for the chip
to be placed;
3) Put the programmed chips in the programming socket one by one, and the programmer will automatically start
programming after detecting that the chips are put in. Each programmer works independently, programming in full
asynchronous mode, no need to wait for synchronization. The software programming interface is as follows;
4) Pick and place the chips according to the indicator status description in Section 3.4 or the prompts on the display screen to complete the entire mass of chip programming. Tips: SP20F,SP20X,SP20P support standalone programming. You can use the existing USB port on the computer to connect one or more programmers to download standalone data, and then use the standalone method for mass programming. Compared with the USB method, it is more convenient and more efficient. SP20B does not support standalone and can only be connected to a computer for mass programming.
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Appendix 1 FAQ
Can the programmer support img files?
The programmer software supports binary and hexadecimal file encoding formats. The conventional suffix of binary files is *.bin, and the conventional suffix of hexadecimal files is *.hex;
img is just a file suffix, and does not represent the file encoding format. Normally (above 90%) such files are binary encoded. Just load it directly in the software, the software will automatically recognize whether the file is binary code, and load it in the recognized format;
To ensure the accuracy of file loading, we recommend that users check the buffer checksum and file checksum with engineer (or file code providers/customers) after loading such files. (These information will be displayed at the bottom of the main window of the writer software.)
What are the common reasons for programming failure (including erasing failure/ programming failure/verification failure/ID error, etc.)?
The chip manufacturer/model selected in the software does not match the actual chip; The chip is placed in the wrong direction, or the programming socket is inserted in the wrong position.
Please check the correct placement method through the “Chip Information” window of the software; Poor contact between the chip pins and the programming socket; Connect chips that have been soldered on other circuit boards by wires or IC programming clips, which may
cause programming failure due to circuit interference. Please put the chips back into the programming socket for programming; The chip may be damaged, replace with a new chip for testing.
What are the precautions for ISP programming?
ISP programming relatively complex to realize, suitable for people with certain professional knowledge, you need to know how to read the circuit schematic and know the circuit diagram of the target board. The software supports ISP programming of some commonly used FLASH and EEPROM, first of all, you need to select the ISP programming method of the current chip in the software. When using the ISP programming method, you need to pay attention to the following matters: Ensure that the main controller (e.g. MCU/CPU) connected to the target Flash does not access the target
chip, and all the connected IO ports of the mian controller should be set to high resistance (you can try to set the mian controller to RESET state). Some control IO ports of the programmed chip must meet the normal working conditions of the chip, for example: The HOLD and WP pins of SPI FLASH must be pulled up to a high level. SDA and SCL of I2C EEPROM must have pull-up resistors, and WP pin must be pulled down to low level. Keep the connect wires as short as possible. Some chips fail to program with the included ISP cable Set the appropriate voltage/clock parameters for ISP programming in the Setup options: Only one of the two options can be used: powering the target board itself or powering the target board from the programmer. No matter which power supply method is used, the VCC must be connected. The ISP method is affected by the peripheral circuitry of the target board or the connecting wires, so it is not guaranteed that all chips can be burned successfully. If the connection and settings are repeatedly checked and still cannot be progrmmed successfully, it is recommended to remove the chip and programming it with a standard chip Socket. In mass production, try to use the first programming and then SMT method.
Why does the 24 series chip have no erase function?
The chip is based on EEPROM technology, the chip data can be directly rewritten without pre-erasing, so there is no erasing operation available;
If you need to clear the chip data, please write FFH data directly to the chip.
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How to upgrade the programmer software and firmware?
Click the programmer software menu: Help-Check for updates. If there is an update, an update wizard will pop up. Please follow the prompts to download the upgrade package and install it;
Enter the download center of Sfly official website (http://www.sflytech.com), download the latest programmer software and install it;
Only need to upgrade the programmer software, no need to upgrade the programmer firmware.
What should I do if there is no chip model in the programmer software?
First upgrade the programmer software to the latest version; If there is no chip model to be programmed in the latest version of the software, please send an email to
apply for addition. Indicate the following information: programmer model, chip brand to be added, detailed chip model, package (reminder: SP20 series programmers can only support SPI NOR FLASH, EEPROM, other types of chips cannot be supported).
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Appendix 2 Disclaimer
Shenzhen Sfly Technology Co., Ltd. does its utmost to ensure the correctness of the product and its related software and materials. For possible product (including software and related materials) defects and errors, the company will do its best to solve the problem with its commercial and technical capabilities. The company is not responsible for all kinds of incidental, inevitable, direct, indirect, special, extended or punitive damages arising from the use or sale of this product, including but not limited to the loss of profit, goodwill, availability, Business interruption, data loss, etc., shall not be liable for any direct, indirect, incidental, special, derivative, punitive damages and third-party claims.
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Documents / Resources
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SFLY SP20 Series High Speed Programmer [pdf] User Manual SP20B, SP20F, SP20X, SP20P, SP20 Series High Speed Programmer, SP20 Series, High Speed Programmer, Speed Programmer, Programmer |
