목록verilog (15)

Hueestory

AMBA Bus Summary(txt)

- 여러 Block들이 상호 Data를 전송하기 위해 이들을 전기적으로 연결한 공유 신호선 장점- 인터페이스의 간소화 : IP Block들을 wire로 point-to-point 방식으로 잇게 되면 선이 많고 복잡함 - 확장성 : IP Block을 추가할 때 Bus에만 연결하면 됨 - APB, AHP, AXI : Performance를 위해 Bus 분리 - 빠른 동작이 필요 없는 것들은 APB와 같은 저속 Bus에 연결 - 빠른 동작이 필요한 것들은 AHB와 같은 고속 Bus에 연결 - 전력 소비를 최소화하고 인터페이스의 복잡성을 줄이기 위해 최적화된 저가형 인터페이스 - 고성능을 요구하지 않는 주변 장치를 위한 Bus - 인터페이스의 간소화, 확장성- APB Process1. Master는 여러 S..
FPGA(중단)/verilog 2023. 3. 9. 21:14
07 PS MIO

Vitis C Code #include #include "xgpiops.h" #include "platform.h" int main() { static XGpioPs psGpioInstancePtr; XGpioPs_Config * GpioConfigPtr; int xStatus; int BtnPinDirection = 0, BtnPinNumber = 50; int LedPinDirection = 1, LedPinNumber = 7; int Readstatus = 0, OldReadstatus = 0; init_platform(); print("Hello World\n\r"); // step 1 : PS GPIO Initialization // GpioConfigPtr = XGpioPs_LookupConf..
FPGA(중단)/zynq 2023. 3. 3. 20:49
AXI block design

FPGA(중단)/verilog 2023. 2. 24. 14:11
AXI protocol

AXI protocol : A point-to-point connection I used Vivado 2019.2 and referred to the https://support.xilinx.com/s/article/1058302?language=en_US site.
FPGA(중단)/verilog 2023. 2. 24. 14:08
11 ~ 20

11 - Vector0 module top_module ( input wire [2:0] vec, output wire [2:0] outv, output wire o2, output wire o1, output wire o0 ); // Module body starts after module declaration assign outv = vec; assign o2 = vec[2]; assign o1 = vec[1]; assign o0 = vec[0]; endmodule 12 - Vector1 `default_nettype none // Disable implicit nets. Reduces some types of bugs. module top_module( input wire [15:0] in, out..
FPGA(중단)/HDLbits 2023. 2. 21. 19:59
01 ~ 10

01 - Step one module top_module( output one ); // Insert your code here assign one = 1; endmodule 02 - Zero module top_module( output zero );// Module body starts after semicolon assign zero = 0; endmodule 03 - Wire module top_module( input in, output out ); assign out = in; endmodule 04 - Wire4 module top_module( input a,b,c, output w,x,y,z ); assign w = a; assign x = b; assign y = b; assign z ..
FPGA(중단)/HDLbits 2023. 2. 21. 19:56
06 BRAM tutorial

FPGA(중단)/zynq 2023. 2. 18. 17:17
05 Keypad tutorial

FPGA(중단)/zynq 2023. 2. 18. 17:16
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