XGecu T76 USB 3.0 Universal Programmer For NAND NOR EMMC BGA Programming

XGecu T76 USB 3.0 Universal Programmer For NAND NOR EMMC BGA ProgrammingXGecu T76 Programmer is a high performance and versatile device designed for various programming tasks. It integrates high performance, wide compatibility, and user friendly design, making it the ideal choice for electronic engineers, repair technicians, and DIY enthusiasts. This programmer adopts a USB 3. 0 Type C interface, boasting ultra fast data transfer capabilities and outstanding stability, saving you valuable time and effort. It is suitable

XGecu T76 Programmer is a high - performance and versatile device designed for various programming tasks. It integrates high performance, wide compatibility, and user-friendly design, making it the ideal choice for electronic engineers, repair technicians, and DIY enthusiasts. This programmer adopts a USB 3.0 Type-C interface, boasting ultra-fast data transfer capabilities and outstanding stability, saving you valuable time and effort.

It is suitable for a wide range of applications. In the field of 3C electronics, it can be used to program microcontrollers, memory chips, and FPGAs in smartphones, tablets, and laptops. In automotive electronics, it can be used to reprogram the control units of car engines, transmissions, and infotainment systems. It is also an excellent choice for home appliance manufacturers to program the chips in refrigerators, washing machines, and air conditioners during production or for after - sales maintenance.

Option:
Option 1: Standard: Host + USB cable + ISP cable
Option 2: Standard + 5 adapters
1. T76 standard (host + USB cable + ISP cable) * 1
2. WSON8/QFN8-DIP8 (6X8) flip seat * 1
3. WSON8/QFN8-DIP8 (5X6) flip seat * 1
4. SOP16 to DIP8 300mil wide body seat * 1
5. SOP8 to DIP8 200mil wide body seat * 1
6. SOP8 to DIP8 150mil narrow body seat * 1

Function:
1. Ultra-Strong Chip Compatibility: 
    The T76 not only supports common EEPROM, EPROM, and FLASH chips on the market but also features robust microcontroller and programmable logic device (GAL/CPLD) support, with the capability to customize and add new chip models. Whether you're dealing with serial, parallel ROM, SPI NAND, or even EMMC/EMCP chips, the T76 handles them with ease.
    *   Supports 26, 27, 28, 29, 37, 39, 49, 50 series parallel ROM, EPROM, EEPROM;
    *   Supports 24, 25, 35, 45, 85, 93, 95 series serial EEPROM;
    *   Supports P-NAND FLASH, customizable to add new chip models;
    *   Supports SPI NAND (SD NAND/SD cards);
    *   Supports EMMC/EMCP;
    *   Supports microcontroller series programming;
    *   Supports GAL/CPLD programmable logic device programming;
    *   Supports VGA tool and VGA ISP programming;
    *   Supports SRAM chip testing;
    * High-performance 54/74F/LS/HC CMOS4000 series IC logic test.
    Note: The initial version of the software, with blue font features have not been added to complete, will be completed in the subsequent software upgrades, the completion of all the time is estimated to be 2-3 months!
2024.12.11

2. New Architecture, Double the Speed:
    The T76 features a high-performance 32-bit RISC-V MCU + FPGA controller, paired with a high-speed USB 3.0 Type-C interface. This configuration provides data transfer speeds up to 140MB/sec (EMMC 5.1 actual transfer rate), multiple times faster than traditional programmers! Whether you are reading or writing data, you will experience lightning-fast operation.
    *   EMMC 5.1 actual transfer rate up to 140MB/sec (8.4GB/minute).
    *   SPI NAND read speed up to 18MB/s.
    *   64 Gb P-NAND read speed of 30MB/S.

3. Superior Performance, Stable and Reliable:
    The T76 employs a high-density board design and comes with a high-quality USB 3.0 aluminum gray braided cable, ensuring stable and reliable signal transmission. In addition, the T76 offers comprehensive power protection mechanisms, including over-voltage, over-current, reverse connection protection, and low-voltage warnings, allowing you to program with peace of mind, worry-free.
    *   30% more internal components than T56, with a higher density board design.
    *   Adopts a high-quality USB 3.0 Type-C aluminum gray braided cable for stable and reliable signal transmission.
    *   VCC voltage adjustable from 1.2V to 6.5V (64-level adjustable), and VPP voltage adjustable from 6.5V to 25V (64-level adjustable).
    *   IO communication signal voltage adjustable from 1.2V to 3.6V (64-level adjustable).
    *   VCC current limit adjustable from 120mA to 450mA, VPP current limit at 150mA, both with overcurrent protection.
    *   Supports 5V <1A power supply, with a static power consumption of just 150mA (tested in standby mode).
    *   Offers comprehensive external power multi-protection, including over-voltage, reverse connection, over-current, and low-voltage tips.

4. One Device for Multiple Uses, Save on Costs:
    The T76 is equipped with a high-quality BGA adapter, featuring a 4-layer board design and 2u gold-plated pins, along with anti-interference shielding grounding and spring-loaded probe IC sockets, ensuring reliable connections and a long service life. A single BGA adapter can cover a variety of chips, saving you the cost of purchasing multiple adapters.
    *   BGA48 and BGA63 two-in-one adapter reduces costs and improves quality.
    *   Easy to use with a single adapter.
    *   Adapters with impedance matching and shielding design improve read/write stability.
    *   Features six additional 2mm gold-plated grounding contacts for enhanced stability.

5. Innovative Design, Convenient Operation:
    The T76 has 76 external IO pins, 48 of which are full-function IO pins and 28 of which are dedicated IO pins. These IO pins simultaneously support high-speed/high-voltage/high-current applications, giving you more flexibility to connect and program various chips. More importantly, thanks to its innovative design, the adapter requirements for the T76 are greatly reduced. One adapter can theoretically support chips with up to 68 pins (included) in the same package, greatly reducing adapter usage cost and complexity.