Arrgghhh! Will this never end? I just received an email from someone who asked: Hello Max, Would you please provide me any details about relation between Logic Elements (LEs) and System Gates count.

This lab course is offered to provide the student with the practical skills required to design and implement an FPGA. The student will design commonly used FPGA structures such as state machines and ...

The approach resembles Achronix’s Speedster FPGA, which employs picoPIPE elements on the interconnects like the time vias (see “1.5-GHz FPGA Takes Clock Gating To The Max”). The Archonix ...

There will be millions of logic elements in today's FPGA IC. The benefits of FPGAs are, circuit flexibility, programmable hardware, customized circuits can be implemented at lower cost, higher design ...

Tabula, a heavily-funded FPGA start-up led by a who’s-who of FPGA- and EDA-industry insiders, this morning unveiled a new FPGA architecture that challenges fundamental assumptions about RAM-configured ...

For FPGAs, the realities of connecting logic elements are entirely different due to fixed routing resources. Thus, they instead require detailed knowledge about the FPGA architecture being ...

Designers of digital systems are familiar with implementing the 'leftovers' of their digital design by using FPGAs and CPLDs to glue together various processors, memories, and standard function ...

The Stratix IV E FPGA Development Kit is based on a high-performance, high-density Stratix IV EP4SE530 FPGA. The FPGA features 530K logic elements (LEs) and provides on average 25 percent higher ...

Altera has redesigned its FPGA logic elements to improve efficiency, dropping the four-input look-up tables (LUT) that formed its elementary blocks. Rather than building each logic element from a four ...

As FPGA devices include more logic, memory and special functions, such as memory interfaces, DSP blocks and multiple high-speed SERDES channels, and move to successively leading edge process ...