The general steps to any FPGA development (assuming you’ve already written the Verilog) are: Synthesize – convert Verilog into a simplified logic circuit Map – Identify parts of the ...

A few years ago, we saw the reverse engineering of the Lattice iCE40 bitstream, opening the door to a completely Open Source development tool chain for FPGAs. This was an astonishing amount of ...

The Agilex 3 FPGA family currently includes B-Series and C-Series chips. The B-Series targets applications like board-, ...

The MARS FPGA is an ambitious, open-source project designed to surpass the capabilities of existing FPGA-based retro gaming ...

These FPGAs integrate high-performance analog-to-digital converters ... and a Masters in Computer Science from Rutgers ...

Also performing the Tool Qualification for all the tools used in the development cycle will be complex, time consuming and costly. Below figure1 shows the TCL classification process. The growing ...

We will first review in detail the basic building blocks of FPGA programming with System Verilog. Second, we focus on architecture, design methodologies, best design practices, and optimization ...

As modularized sub-systems embrace a “Direct RF to Bits” approach, the digital interfaces used will likely come in many ...

This presentation will discuss the benefits of using FPGAs and structured ASICs to improve verification of ASIC or SoC designs in less time, thereby reducing the overall risks of ASIC or SoC ...

The Analogue Pocket, a highly acclaimed retro gaming handheld, has seen a significant upgrade with the introduction of its ...

FPGAs on the edge One of the real attractions for FPGAs is that they can be used in applications where the technology and markets are still immature. Being able to program functionality in the field ...

has announced the establishment of Altera as a separate entity focused on field-programmable gate array (FPGA) technology.