P0447D8M-GPIO 8MP DIGITAL CAMERA PACKCameraOV8865-5 - Immediate 1 :$120.00 Bulk View Details View More Published: 2017-04-14 SecureRF for the DE10-NanoUsing a SoC FPGA from Intel, designers can upgrade both the accelerators as well as software after a product has been deployed...
I would like to create a UART communication using IP core UART (RS-232 Serial Port) version 18.1 on the DE10-Nano kit and map it to the GPIO pins of the kit. Could I ask for advice if this is possible and how to implement it? Thank you for your help. Translate Labels General ...
Goal: I need mixed GPIO_1 directions, i.e., some Input and some Output. Problem: When I try to define a mix of I/O in the top-level .v file, the compiler errors on multiple instances of “GPIO_1”. If I define them in a single direction, Pin Planner won...
1. HPS基础案例(my_first_hps) 2. HPS GPIO应用案例(hps_gpio) 3. HPS 传感器应用案例(hps_gsensor) 4. HPS USB应用案例(USB_Gadget) SoC_Advanced 进阶案例 1. 查询互联网时间(NET_Time) 2. Bluetooth SPP (Serial Port Profile)案例 3. 基于OpenCV的设计案例 Linux内核为3.12的镜像 1. Linux Console...
1个LTC连接器(1个串行外设接口(SPI)主接口,1个I(2)C接口和1个GPIO接口) 显示 HDMI TX,兼容DVI v1.0和HDCP v1.4 ADC 12位分辨率,500Ksps采样速率,SPI接口 8路模拟输入,量程:0V ~ 4.096V 开关/按钮/指标 3个用户键(FPGA x2, HPS x1) 4个用户交换机(FPGA x4) ...
DE10-Nano套件包含2个40引脚通用输入/输出 (GPIO) 接头、1 GB高速DDR3存储器、12位模数转换器 (ADC)、千兆以太网和HDMI发送器。此套件还包含必要的元件,支持电路板与运行Microsoft Windows XP或更高版本操作系统的计算机搭配使用。 欲知更多有关 DE10-Nano开发套件的信息,敬请访问。
Chapter 1 Introduction (2)Chapter 2 Package Contents (3)Chapter 3 Components and Functions (4)Chapter 4 Switches and LEDs Status Elements (6)4.1MSEL[4:0] Setting (6)4.2SW0 and SW1 on DE10-Nano Board (7)4.3Motor Driver Board LEDs (8)4.4LEDs on DE10-Nano Board (8)Chapter 5 ...
- Cyclone V SoC with Dual-core ARM Cortex-A9 (HPS) - 1GB DDR3 SDRAM (32-bit data bus)(HPS) - Arduino Expansion Header (Uno R3 Compatibility), Full HD HDMI Output, UART-to-USB, USB OTG Port, Micro SD Card Socket, Gigabit Ethernet and GPIO Headers
6969 : 0; assign photon_pulse = PHOTON_PULSE_GPIO; Since I'm more familiar with Programming Languages instead of HDL (or anything related to hardware), I found this useful because I can interact with the FPGA using a C code. The C code (provided by the repo) is this...
6969 : 0; assign photon_pulse = PHOTON_PULSE_GPIO; Since I'm more familiar with Programming Languages instead of HDL (or anything related to hardware), I found this useful because I can interact with the FPGA using a C code. The C code (provided by the repo) is this: #include...