While simple FPGAs offer the ability to implement only basic logic functions, more advanced FPGAs provide embedded RAMs, multipliers, and highly specialized IO structures. These embedded elements are ...

Architecture of a logic block FPGA consists of an array of configurable logic blocks (CLBs) and routing channels. Basic FPGA logic block as shown in the figure below has a 4-input (also 6-input) ...

If fpga logic is pain to design, the asynchronous desing is nightmare. I would like to see one trying to verify timing constraints with fully asynchronous 3 rd. party IP blocks … Report comment ...

Optimization of code can significantly reduce logic use, too, because an eFPGA/FPGA has larger blocks to which the logic is mapped. FPGAs map into LUTs and D-FFs, whereas a custom ASIC maps into ...

A US start-up has come up with a twist on the idea of offloading processor intensive tasks to a block of programmable logic. Stretch says programmers can use C and C++ to target its device directly, ...

Using dual-port memories (“dual ports”) as system interconnects has proven to be an effective interface strategy for bridging multiple processing elements in high-performance applications. Not only do ...

Figure 3. (Left) Arrayed building blocks are connected via interconnect wires; (Right) Fully featured FPGAs include a variety of advanced building blocks. Figure 3 above illustrates the variety of ...

Not only the FPGA programmable logic that is at the heart of Xilinx devices, but also with the hard blocks of transistors that have become common on all FPGA hybrids, things such as DSP engines, AI ...

The FPGAs, which contain up to 500,000 logic units, ... The company plans to roll out additional chips equipped with 200,000 and 300,000 logic blocks based on the Avant platform later in 2023.

Xilinx recently announced the Virtex UltraScale+ VU19P FPGA. Of course, FPGA companies announce new chips every day. The reason this one caught our attention is the size of it: nearly 9 million log… ...