XGecu T56 Universal Programmer Introduction(页 1) - 编程器使用与软件下载 - XGecu Programmer Forums

admin 发表于 2020-3-14 11:35

XGecu T56 Universal Programmer Introduction

<div style="background-color: rgb(255, 255, 255);"> </div><div><table cellspacing="0" cellpadding="0" style="width: 760px; table-layout: fixed; margin-left: 1px; color: rgb(68, 68, 68); font-family: Verdana, Helvetica, Arial, sans-serif; font-size: 12px;"><tbody><tr><td class="t_msgfont" id="postmessage_14" style="font-size: 14px;">DownLoad the software and List Supported： <a href="http://forums.xgecu.com/viewthread.php?tid=20&extra=page%3D1" target="_blank" style="text-decoration-line: none;">http://forums.xgecu.com/viewthread.php?tid=20&extra=page%3D1</a></td></tr></tbody></table></div><div> </div>[img]http://forums.xgecu.com/attachment.php?aid=MTIwfGJkNDJmNDBjfDE1OTQwMDc1Nzl8NmZmMDJBWUs1aHpsenZTNStEa09yYnJ1L3l4YVZRNUZoVW5QRERld1E3NHhrOFk%3D&noupdate=yes[/img]   SIZE: 12.9cm x 8.5cm x 2.9cm<div style=""> <div style="background-color: rgb(255, 255, 255); font-size: large;">Super performance      Super speed                      Super small portable</div><div style="background-color: rgb(255, 255, 255); font-size: large;">Cool appearance          Low power consumption    Super stability</div><div style="background-color: rgb(255, 255, 255); font-size: large;"> </div><div style="background-color: rgb(255, 255, 255); font-size: large;"> </div>1. Supports wider chip range, larger capacity, faster speed:   <div style="background-color: rgb(255, 255, 255);"><ul><li>The software interface is clear, smooth and easy to use. more functions. easy to upgrade software .</li><li>Ultra-high cost performance, suitable for small batch programming below 5000 , also suitable for developers and professional maintenance personnel.</li><li>Support chip model: 24/25/26/93 serial EEPROM, 27/28/29/36/37/39/49/50 EPROM, Paged EPROM, FLASH memory (NOR, NAND, SPI NAND, EMMC, NVRAM, SRAM, CPLD (GAL), etc. Support package: add DIP42/PLCC44/SOP44/QFP44/TSOP48/TSOP56/BGA48/BGA63/BGA64 /BGA100/BGA153/BGA162/BGA169/BGA221 on the basis of TL866II.</li><li>NAND EMMC supports maximum capacity up to 256G</li><li>Support Logic IC Testing</li><li>Support VGA_HDMI ISP and VGA Tools</li></ul></div> 2.Programmer parameters <div style="background-color: rgb(255, 255, 255);"> (1).  32-bit MCU 200MHZ + Xilinx SP6 FPGA structure, USB2.0 HS 480MHZ transmission (2).  56 pin full drive IO design. All pins have a maximum operating frequency of 50MHZ and high reliability. (3).  Stable and reliable 8Pins in-circuit programming interface, the wire Lehgth is more than 30CM,        and it can communicate reliably at 25MHZ.        25 series / EMMC in-circuit programming with a maximum clock frequency of 40MHZ-50MHZ (4).  VCC voltage 1.2-6.5V 64 levels adjustable,        VPP voltage 6.5-25V 64 levels adjustable.        IO communication signal voltage continuously adjustable 1.2V-3.6V        VCC 120MA-320MA overcurrent protection continuously adjustable        VPP 120MA overcurrent protection. (5).  Power consumption: 5V <500MA. All chips do not need external power supply.        It can be connected to an external power supply 5V-5.5V 500MA for multipile programming.        The external power can be powered by a cell phone charger can be seen everywhere.        The programmer has multiple protections for the external power supply:        overvoltage protection / reverse connection protection / overcurrent protection / low voltage prompt. (6).  Write EMMC Speed: 12MB/s-25MB/s        Reading EMMC speed: 14MB/s-45MB/s is 2-5 times faster than similar programmers.        (This is important for large-capacity chips, 64GB EMMC chips,        If 10MB/s (the average programmer cannot reach 10MB/s) reading takes 6400 seconds,        T56 can usually reach more than 20MB/s, as long as about 3000 seconds)        Ability to handle extremely high speeds, meaning that programmer hardware has greater stability at lower speeds (7). Open self-test function, self-check each VPP/VCC /GND/IO    3.  56 Pins FULL DRIVE</div><div style="background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);"><ul><li>Compared with the general 48-pin universal programmer, the 56-pin full drive has 8 more universal IO ports. The advantage of the 56 universal drives is that the all chips below 56 pins only need one adapter in the same package. </li><li>Example: A general TSOP56 adapter, which can program all  of TSOP56, TSOP48, TSOP40, TSOP32 on the T56 programmer. one TSOP56 adapter is equivalent to the function of five adapters of the ordinary 48-pin universal programmer.</li></ul><div> </div>     [img=600,0]http://forums.xgecu.com/attachment.php?aid=MTEyfDk1MDliNDE5fDE1OTM2NzM1NTN8NDc5NkoxMUExNlNEUjdYVUs5VHQ0b1AvRVI1ck5TSUc3TFpxLzBLUk1hZTdzTVU%3D&noupdate=yes[/img] 4. High-performance with Optimal design of software and hardware    </div><div style="background-color: rgb(255, 255, 255);"><div style=""><ul><li>For high-capacity chips, the T56 programmer meets or exceeds the speed of most specialized programmers.</li><li>Stability and reliability of the programmer are the most important . An excellent programmer. If the main controller of the programmer can work at a higher speed, its stability and speed determined by the highest operating frequency supported by the pins. The higher frequency, the better of anti-interference ability.,more stronger and more reliable.</li><li>The T56 pin tested with the frequency is as high as 70MHZ. The pin operating frequency is more than 3 times that of many similar programmers. This is the main reason why the T56 can work reliably at a very high speed for large-capacity high-speed chips.</li><li>On the other hand, it can also be said that the speed of the programmer is also a manifestation of the reliability of the programmer.</li><li>T56 almost reaches the limit speed of USB2.0 (HS 480MHZ) transmission when reading EMMC large-capacity chip.</li></ul></div></div><div style="background-color: rgb(255, 255, 255);"> </div><div style="">5. Support high voltage, the highest voltage reaches 25.0V <div style="background-color: rgb(255, 255, 255);"><ul><li>The T56 programmer solves the contradiction between high voltage and high frequency pins. It supports high speed and high voltage programming.</li><li>you can directly program many 27C series and MCU series that require high voltage VCC (6.5V) and VPP (12V-25V)</li></ul></div><div style="background-color: rgb(255, 255, 255);"> </div> 6. High-speed programming of a  SPI NAND FLASH <div style="background-color: rgb(255, 255, 255);">    SPI NAND Flash has a wide range of applications in mobile devices, set-top boxes, data cards, TVs, etc. It is compatible with flash pins of different capacities and uses a smaller package (WSON8 is typical)</div><div style="background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);"><ul><li>The function of SPI NAND:</li></ul></div><div style="background-color: rgb(255, 255, 255);"><ol><li> Support OTP programming</li><li> Support internal ECC on/off function</li><li> Support UID (unique signature) reading</li><li> Support multiple file operations</li><li> Support NAND parameter custom function, (new chips can be added by custom parameters)</li><li> Reserved custom interface to provide free technical support for bad block management and ECC algorithm. we can customize according to user requirements.</li><li>The programming clock speed is adjustable.</li><li>Support QUAD X4 or SPI X1 mode.</li><li>Support ISP  programming in X1 mode (ISP reaches 4M bytes/second).</li></ol></div><div style="background-color: rgb(255, 255, 255);"><ul><li>SPI NAND is generally a chip of 1Gb-4Gb capacity. To read and write full data of 1Gb chip, T56 only needs 12s+13s=25 seconds. more than 10 times the speed of some similar products. (High-speed programming without using a special adapter)</li></ul></div><div style="background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);"><ul><li>Waiting is very uncomfortable, T56 can greatly reduce your waiting time</li></ul><div>     Programming MT29F2G01ABAFD  with full datas. only 27S + 31S</div></div><div style="background-color: rgb(255, 255, 255);">     [attach]117[/attach]</div> 7. High-speed programming of a  Parallel NAND FLASH <div style="background-color: rgb(255, 255, 255);"><ul><li>Functions of Parallel NAND for Parallel:</li></ul></div><div style="background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);"><ol><li>Support OTP programming</li><li>Automatic Indentification supported by ONFI standard</li><li>Support UID (unique signature) reading</li><li>Support multiple file operations</li><li>Support NAND parameter custom function, (new chips can be added by custom parameters)</li><li>Reserved custom interface to provide free technical support for bad block management and ECC algorithm. we can customize according to user requirements.</li><li>The programming clock is adjustable.</li></ol></div><div style="background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);"><ul><li>Parallel NAND capacity can reach more than 256Gb, and the highest speed of T56 can reach 2-5 times the speed of some similar products.</li><li>Waiting is very uncomfortable, T56 can greatly reduce your waiting time</li></ul></div>     [attach]118[/attach] 8. EMMC programming function special introduction (1). The most functions EMMC programmer, which can perform one-key mass production operation on EMMC               (also can be programmed with  4 machines in one computer)               Load project files, load all parameter settings at once, and directly program.                Read and write speeds up to 12MB / s-45MB / s (2). EMMC function introduction       2.1: Analysis function : analyze the content of the original chip, and display the following results:        Display chip manufacturing information        Visual display of chip usage up to 8 partitions        Each partition shows whether it is write protected, can be read, can be rewritten or deleted        Shows whether the entire chip is temporarily or permanently write protected        Show whether the chip is password protected        Show whether the chip uses a 32-bit security authentication code to write to the RPMB.        Show other important parameters of ECSD/CSD/CID        You can also read the ECSD / CSD / CID file into this programmer to enter the load analysis        Can also perform some general analysis on ECSD files read by other programs        2.2: Read/write functions (all functions can be completed with one-key)        Read CID / CSD / ECSD.        Clear full-chip temporary write protection before programming        Clear temporary write protection groups before programming        Delete chip before programming        Blank Check the chip before programming        Programming 32-bit  authentication key        Perform chip password verification        Partiton Config        Read and Programming to BOOT1        Read and Programming to BOOT2        Read and Programming to RPMB        Read and Programming to GP1        Read and Programming to GP2        Read and Programming to GP3        Read and Programming to GP4        Read and Programming user data (User Area)        Setting  temporary write protection groups        Setting  permanent write protection groups        Setting password (or reset password)        Programming ECSD        Programming CSD        Automatically verify all the above operations after Programming (3) .ISP in-circuit programming function        3.1 Ultra-high stability ISP in-circuit programming, wire length can be up to 25CM, working frequency 25MHZ, reliable work,            If the length is within 10CM, it can be operated at 40-50MHZ.        3.2 ISP can also use 4-bit mode, the operation speed is increased to 4 times (4) .EMMC other functions       1. The working frequency and working voltage of EMMC can be adjusted manually.       2. The user area data can be read and written in multiple files.       3. If there is a password when Erase, will do Force Erase       4. Password can use ordinary password or SHA1 encrypted password       5. The value of ECSD / CSD can be loaded from the ECSD_CSD file or manually set by the user       6. Ignore data CRC error during read operation       7. Optional automatic verification after reading operation is completed.       8. The device information includes high-definition pin map and ISP wiring       9. EMMC has real-time speed display during read and write operations, and the final average speed display   (5).EMMC Adapter and ISP connection           BGA153/169          [img=600,0]http://forums.xgecu.com/attachment.php?aid=MjN8MzViZWIyZjN8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]           EMMＣ ISP 4bits or 1bit          [img=600,0]http://forums.xgecu.com/attachment.php?aid=MzN8Mzc5ZDNmNjF8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img] 9. High-speed programming of Parallel NOR Flash 28/29 series <ul style="background-color: rgb(255, 255, 255);"><li>   T56 can support up to 2Gb capacity of Parallel NOR Flash 28/29. and use one TSOP56 adapter.</li><li>   Ordinary 48-pin programmer only support up to 256Mb. and need 4 diffrent adapters. EXAMPLE: S29GL128P11TFI01 [attach]119[/attach]    </li></ul><div style="background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);">10. VGA_HDMI ISP and Tools</div><div style="background-color: rgb(255, 255, 255);"> </div><div style=""><div style="background-color: rgb(255, 255, 255);">For detailed operation method, please refer to Chapter 7 in the user guide</div><div style="font-size: large; background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);">Via VGA_HDMI adapter or ISP interface</div><div style="font-size: large; background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);"><ul style=""><li style="">Support EDID programming</li><li style="">Support TV serial port printing</li><li style="">Support TV or LCD device parameter reading</li><li style="">Support HDMI VGA video test</li><li style="">Support 25FLASH through VGA or HDMI port for ISP programming</li><li style="">Support VGA_HDMI automatic recognition</li></ul></div><div style="font-size: large; background-color: rgb(255, 255, 255);"> </div><div style="font-size: large; background-color: rgb(255, 255, 255);"> </div><div style="background-color: rgb(255, 255, 255);">General wiring diagram</div></div><div style="background-color: rgb(255, 255, 255);">[img]http://forums.xgecu.com/attachment.php?aid=MzAxfGRmNTJlZjU2fDE2MTU0MzAzMTR8MzY5M3VLUDJMQUh0ZVBIcW8zV0Z1Z0IyaUpqUnhpU2FaeU5haitxaHE0Tk9mbUE%3D&noupdate=yes[/img] </div> 11. Digital Logic IC Testing <div style="">         For detailed operation method, please refer to Chapter 9 in the User Guide </div><div style=""><div style=""><ol><li>upport 54/74 CD4xxx series digital integrated circuit test, VCC voltage adjustable</li><li>Automatically identify logic chip</li><li>User-defined test vector table</li></ol></div></div> [img]http://forums.xgecu.com/attachment.php?aid=MzAyfDM5MDZlZTljfDE2MTU0MzAzMTR8MzY5M3VLUDJMQUh0ZVBIcW8zV0Z1Z0IyaUpqUnhpU2FaeU5haitxaHE0Tk9mbUE%3D&noupdate=yes[/img] 12. Illustration of other adapters used by the programmer       XGecu T56 programmer is a 56-pin full-drive programmer, which is common to all chips in the same package within 56 pins.     Each adapter has a clear prompt in the software, the pin check function is located to the pin number of the chip     TSOP32/TSOP40/TSOP48   for all ICs      [img=600,0]http://forums.xgecu.com/attachment.php?aid=Mjd8NWRlNjU4OGJ8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]      TSOP32/TSOP40/TSOP48/TSOP56 for all ICs       [img=600,0]http://forums.xgecu.com/attachment.php?aid=Mjh8ZDBjMDcwMjJ8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]       PLCC32     [img=600,0]http://forums.xgecu.com/attachment.php?aid=MjR8M2IwZjllNTZ8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]      PLCC44      [img=600,0]http://forums.xgecu.com/attachment.php?aid=MjV8NDlhMThlZTZ8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]       TQFP44       [img=600,0]http://forums.xgecu.com/attachment.php?aid=MzB8ZjlhMjRiNzF8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]       BGA48       [img=600,0]http://forums.xgecu.com/attachment.php?aid=MjB8NDM2MTU2ZGF8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]       BGA63      [img=600,0]http://forums.xgecu.com/attachment.php?aid=MjF8MDM4NDE4MDd8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]       BGA64     [img=600,0]http://forums.xgecu.com/attachment.php?aid=MjJ8OWZlMGIzMGN8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]      SOP44      [img=600,0]http://forums.xgecu.com/attachment.php?aid=MjZ8ZDViYjEzYzl8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img]      TQFP32      [img=600,0]http://forums.xgecu.com/attachment.php?aid=Mjl8YmFmYTkzZTR8MTU4NDE1Njg0MXxiYTI0RkRGYk84NXBOOWl6a0RGMGFUUzhsK1pzYTRsTit6ekh2K2JIMDArcVZnQQ%3D%3D&noupdate=yes[/img] </div><div style="background-color: rgb(255, 255, 255);"></div> <div style="background-color: rgb(255, 255, 255);"> </div></div>

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XGecu T56 Universal Programmer Introduction