Introduction to Xilinx Zynq 7000

Xilinx Zynq 7000 is an expandable processing platform based on APSOC. Its essential feature is to integrate a dual-core ARM Cortex-A9 processor and a programmable FPGA chip into a system-on-chip. Before proceeding with the detailed description of Zynq 7000, first introduce the hi...

Date: Nov 25, 2020

EDK simulation of Xilinx 7 series (KC705/VC709) FPGA

After Xilinx is upgraded to the 7 series, the original PCIe IP nuclear trn interfaces are all converted to axis interfaces, which embarrassed the friends who used xapp1052 before, and were not used to it or not easy to use, what should I do? My thoughts on this are: if you have a...

Date: Nov 21, 2020

Detailed Intel Arria 10 SOC FPGA development module

Intel’s Arria 10 SoC FPGA adopts TSMC 20nm process technology and integrates dual-core ARM Cortex-A9MPCore hardware processor system (HPS) and industry-leading programmable logic technologies such as hardware floating-point digital signal processor (DSP) blocks. Rich feature embe

Date: Nov 18, 2020

Xilinx Spartan-7 detailed introduction and buying guide

Spartan-7 uses TSMC’s 28nm HPL mature process, so the power consumption is naturally much lower than Spartan-6. The basic architecture continues the 7 series CLB architecture, enhances the performance of DSP and BlockRAM, and cuts off the high-speed serial transceiver. , So the p

Date: Nov 17, 2020

Learn the difference between FPGA and ASIC in 15 minutes

FPGA is about to replace ASIC, this is the slogan that FPGA manufacturers have been shouting for more than ten years. However, the FPGA market share has taken up a lot, and ASIC is still having fun. What is the difference between FPGA and ASIC? FPGAKey will analyze in detail for ...

Date: Nov 12, 2020

Introduction to Altera Cyclone IV GX FPGA

Cyclone IV GX devices provide up to eight 3.125 Gbps high-speed transceivers for high-volume, cost-sensitive applications such as wireless, wireline, broadcasting, industrial, user, and communications industries. This article mainly introduces Cyclone IV GX FPGA.

Date: Nov 10, 2020

Learn about Xilinx FPGA CoolRunner-II CPLD in 3 minutes

The design goal of the CoolRunner-II series is to meet the growing needs of today’s network, telecommunications, and portable system designers. It allows the integration of discrete functions into a single-chip reprogrammable device to form a low-cost, highly reliable, fast-to-ma

Date: Nov 07, 2020

Putting ARM on the FPGA vest, what good show will it play

The word Zynq is easily associated with zinc, which is the most common chemical element zinc in batteries, solar screens, alloy products, and pharmaceuticals. The alloy of zinc and other metals can achieve enhanced functions, and behave in different colors according to different ...

Date: Nov 05, 2020

What language is used for FPGA programming

FPGA can be programmed and developed in VHDL and VERILOG languages. At present, Europe uses more VHDL, and the United States and Japan use VERILOG more.

Date: Nov 04, 2020

Five points of introduction of Xilinx FPGA development tools

Each operation under Xilinx corresponds to a tool, logic synthesis, netlist, and constraint fie merging, placement and routing, and so on.

Date: Nov 03, 2020