Could someone please help clarify for me how to successfully "test clip" program a soldered Macronix MX25L4006E SOP8 and a Winbond W25Q128JV SOIC8 chip both on the same TYAN S5545AG2NR-HE "secure flash" model motherboard using this XGecu T56? I understand that this model needs custom "crossover" wiring from the ICSP to the clip and proper grounding and whatnot and the diagram which comes up in the XGecuPro Software v1266A for each module to explain the "in-circuit" custom ICSP pinout is not clear at all to me concerning how this test clip should be wired for a successful chip pin connection. I bought this for work for this particular time-pressing project I'm working on and cannot make heads or tails of how I'm supposed to wire this ICSP to test clip for these two model chips. This T56 is literally worthless to me if I cannot get this sorted out. My simple Coright Skypro is much easier to use than this device -- it literally autosenses all modules and senses with successful programming many SOIC/SOP-8/16 soldered "in-circuit" chips with POMONA or 3M Test Clips with little struggle. Admittedly my handy Magnifying Lamp is a huge help in getting solid clip commections and minimizing destroying clips too quickly, but this soldered Macronix MX25L4006E on the TYAN S5545AG2NR-HE "secure flash" model motherboard is not reading or writing correctly at all. I've ruined 3 total clips struggling before realizing the chip needs a custom wiring for a successful ICSP connection. The problem is what exactly that 8 pin wired schematic looks like. I've messaged the XGecu and posted on their message board with zero response. If you boast in-circuit programming concerning your programming product, you shouldn't make the instructions impossible to sort out. This is extremely frustrating. Can someone help me out with this "in-circuit 8-pin SOP pinout ICSP connector to Ponoma test clip" please? I also have a nearly unused TL866II Plus with SPI DRIVER ICSP Enhanced Adapter if that is easier to use for this task.
@@R128200 Thank you for your reply, but this particular clip and ribbon your are showing as an example does not connect at all without error using the ZIF connector when the chip is "In-Circuit" soldered to the motherboard. I don't want to have to undersold these chips every time I have to change the programming -- this is why I bought this "IN-Circuit" capable programmer. Plus, this style clip and ribbon is only good for a ZIF connection due to its 8-PIN 2X4 Row Female Header PCB connector where you cannot change or customize the destination of the Dupont-style pinout in any type of "crossover" configuration of the wires between programmer to clip. From what I understand, to get a properly grounded and proper voltage-read/write configuration for motherboard soldered "in-circuit" chips using a test clip that might be bound by secure-flash motherboard grounding and sensors (IE: soldered motherboard eprom/bios/crypto chips that try to lock you out of recording, erasing or writing to them), you MUST use the ICSP socket on this model programmer, and you MUST follow a distinct crossover configuration diagrammed in the chip model chosen in the XGecuPro Software v1266A with the wiring between the XGecu T56 or TL866II Plus and the test clip. The problem being, that diagram in the XGecuPro Software v1266A is not clear. For these XGecu Programmers you must custom a specific crossover wiring configuration between the clip and programming unit that I cannot figure out from the XGecuPro Software v1266A ICSP diagram for each model chip. So, if you are following me, for example, how do you wire the 8-linear-pin ISCP socket of the T56 or the 6-linear-pin ISCP socket of the TL866II Plus to the 8-PIN 2X4 Row Female Header ribbon connector to test clip you show in your example? What is the connection layout to connect these two? Are you understanding my issue? There is no clarity concerning this connection for successful "in-circuit" programming anywhere I can find on the web. Perhaps there is a 8-linear-pin/6-linear-pin to 8-PIN 2X4 Row male Header adapter that I am not aware of? That would be worlds better then having to custom Dupont crossover wire each of these units ICSP ports every time I want to program these model chips. Hopefully this is making sense... I know its a little complicated what I'm needing to accomplish... but its not making coal into diamonds.
