Wireless HDL Toolbox为FPGA、ASIC 和 SoC 设计并实现 5G 和 LTE 通信子系统 Wireless HDL Toolbox™(前身为 LTE HDL Toolbox™)为开发 5G、LTE 和基于 OFDM 的自定义无线通信应用提供了预先验证且硬件就绪的 Simulink® 模块和子系统。它包含参考应用、IP 模块以及基于帧与基于采样的处理之间的网关。
HDL Coder®to generate IP corestargeting programmable logicof SoC FPGAs. SoC Blockset™to extend the ability of Simulink to model, simulate, and analyze SoC FPGA architectures, including communication with off-chip DDR memories and I/O devices. SoC Blockset accounts for latency between the comp...
Deep Learning HDL Toolbox™ 提供在FPGA和SOC上原型化和实施深度学习网络的功能和工具。它提供预构建的比特流,用于在受支持的Xilinx®和Intel®FPGA及SoC设备上运行各种深度学习网络。通过分析和评估工具,您可以通过探索设计、性能和资源利用的权衡来定制深度学习网络。
Deep Learning HDL Toolbox使您能够自定义深度学习网络的硬件实现,并生成可移植、可合成的Verilog®和VHDL®代码,以便部署在任何FPGA上(使用HDL编码器™ 和Simulink®)。21 Deep Learning Toolbox(深度学习工具箱)设计、训练和分析深度学习网络Deep Learning Toolbox™ 提供了一个用于通过算法、预训练模型和 Ap...
The HDL Workflow Advisor is a tool that supports a suite of tasks covering the stages of the FPGA design process. Some tasks perform model validation or checking. Other tasks run the HDL code generator or third-party tools. Each folder at the top level of the HDL Workflow Advisor contains ...
Choosing the AXI4-Lite interface directs HDL Coder to generate a memory-mapped register in the FPGA fabric. You can access this register from software by running on the ARM processor. Other ports such as readInputStart, inputOffAddr and burstLen are also mapped to AXI4-Lite. AXI4 Master...
The buffer size must be a power of two to ensure optimal use of the FPGA RAM resources. The buffer size is specified in terms of the number of samples, with each sample having a size of 8 bytes.For the Data_Out options, select the PL DDR buffer as the sink connection. The DUT...
This example shows how to create, compile, and deploy a long short-term memory (LSTM) network trained on waveform data by using the Deep Learning HDL Toolbox™ Support Package for Xilinx FPGA and SoC.
其实在PC中，采用查找表理论上会比乘法器更快，但由于FPGA中，本身就有乘法器资源，因此可以直接快速...
Implement an algorithm that writes and reads the 5G waveform signal data into PL DDR4 memory and sends data continuously to DAC for transmission. Loop back the transmitted signal to the ADC and receive it back into the FPGA on an RFSoC device. Verify that the system works as expected on...