Highlights:

• All newly designed FPGA kernel architecture supplies ultra high speed programming performance 

• Support both Copy Mode and Program Mode

• Flexible to support various programmable IC/device in the market

• Support various storage IC: UFS, eMMC, SPI NOR, SPI NAND, Parallel NOR, Parallel NAND, and EEPROM

• Support MCU, CPLD, and FPGA

• Capable to support PCI-E SSD and CAN bus device

• Support various IC package: CSP, BGA, QFN, QFP, SOP, TSOP, SSOP, PLCC, DIP, etc.

• Support various file format: Binary(bin/rom), Intel Hex (h16/h20/hex), Motorola S19 (mhx/mot/s19/srec) and the specific file format of MCU IC

• Support up to 8 programming sockets (Only 4 sockets for PCI-E, but can expand to 16 sockets for SPI Flash/UFS/eMMC)

• Duplicating for UFS/eMMC/PCI-E (Master IC/device is required as the data source)

• Duplicate UFS data, LUN configuration, and Descriptors/Attributes/Flags. (Not support RPMB duplicating)

• Duplicate eMMC boot area, GPP, user area, and ExtCSD.  (Not support RPMB duplicating)

• Duplicate PCI-E SSD in different modes (Whole disk, selected partition with specific percentage)

• Support NAND Flash Skip Bad Block management and partition file (CSV/DEF/MBN)

• Support project file for production programming demand

• Integrate high speed storage to store project file or project folder for more stable and faster transmission

• Project download speed up to 100 MB/s

• Press Start button to start programmng after loading the project file, so operator will not load the wrong image file or select the incorrect IC part number

• Three kinds of start modes for productivity improvement

• Manual Mode

• Auto Detection Mode

• Handler Mode

• PC can link to multiple NuProgPlus-U16 and program IC at the same time

• Stand-alone function allows user to program without a computer and only need to operate through LCD keypad

MCU/Flash programming