Let me know if you want to know more about this, and I’ll send you the link to download this report, where I’ll share with you seven VHDL coding techniques that I’ve used in all of my professional projects.

These techniques can help you write VHDL code that, despite its large size and complexity, will:

• Synthesize without difficulty;
• Run at the highest possible clock frequency;
• Use the smallest amount of FPGA resources possible;
• And not have any unexpected issues after programming the FPGA.

You can download this report from https://fpgatek.com/advanced-coding-techniques-for-fpga/

I highly recommend using these techniques for all of your VHDL code going forward. They’ll save you time and energy when working on large projects.

Let me know if you want this, and I’ll message you with more info.

#FPGA #ProfessionalDesign #VHDL #CodingTechniques #EfficientCoding #FPGAResources #FPGACoding #FPGATEK #AdvancedCoding #FPGAProgramming

Shanghai Fudan Microelectronics Group, also known as FMSH, has designed a clone of the AMD Embedded (previously Xilinx) Kintex 7 325T FPGA found in some boards and modules in mainland China.

We are used to seeing clones or fakes of the STM32 microcontrollers, but somebody called “whatever” on Twitter noted a full-featured board based on a clone of the Kintex-7 325T FPGA with 326,080 LUTS and 16 transceivers.