Telecommunications:FPGAs are crucial in signal processing, network equipment, and communication protocols. They enable rapid processing and flexibility in managing complex algorithms essential for modern communication systems, such as5G networksandInternet of Things (IoT) devices. Automotive Systems:Advanced ...
Spectrum and Signal Analyzers Spectrum and signal analyzers measure electrical signals in the frequency and time domains. Use these products for applications such as wireless communications, RFIC characterization, radar test, spectrum monitoring, and signal intelligence. ...
CadenceXcelium Logic Simulatorprovides best-in-class core engine performance for SystemVerilog, VHDL, SystemC®, e, UVM, mixed-signal, low power, and X-propagation. It leverages a set of domain-specific apps, including mixed-signal, machine learning-based test compression, and functional safety...
Power management verification in low power designs requires a comprehensive solution for verifying power management architectures, clock-domain crossings, power control logic, and power management in analog/mixed-signal designs. View Product Fact Sheet Questa Design Solutions Questa Design Solutions works wi...
LabVIEW provides an intuitive way to design systems and better visually represents the data flow and parallel processes that occur in FPGAs, so you don’t need to learn VHDL and Verilog. LabVIEW FPGA is built for NI hardware. Traditionally complex tasks, like configuring I/O, data transfer, ...
As we will discuss later in this article, std_logic is a commonly used data type in VHDL. It can be used to describe a one-bit digital signal. Since all of the input/output ports in Figure 1 will transfer a one or a zero, we can use the std_logic data type for t...
-- VHDL Example of Shift Register for Delay: signal r_Shift : std_logic_vector(3 downto 0); process (i_clock) begin if rising_edge(i_clock) then r_Shift(3 downto 1) <= r_Shift(2 downto 0); -- Shift Left r_Shift(0) <= i_Data_To_Delay; -- Bit 3 of r_Shift has been...
In a fully connected hardware design workflow, you can useHDL Coder™to generate functionally correct Verilog, SystemVerilog, or VHDL code to begin the hardware design implementation process. This approach has the added advantage of full traceability back to the model and requirements, which is cr...
With the dramatic expansion of semiconductor technology, there is a movement toward a need for a larger platform of tools and technologies which may signal the next phase of the industry’s development.Why is EDA Important? Semiconductor chips are incredibly complex. State-of-the-art devices can...
Euclide IDE supports SystemVerilog and VHDL and can be used in different ways. For example, it can be run in batch mode and used as a continuous integration check to make sure every check-in is of high quality and free of lint errors. Euclide IDE can also be used as a code entry too...