A number of logic elements are connected to each first-stage array of switches. The first-stage arrays are ... the N-1-stage blocks together as well as all the I/O pins for the FPGA block. This has ...

The basic structure of an FPGAs is array-based, meaning that each chip comprises a two dimensional array of logic blocks that can be interconnected via horizontal and vertical routing channels. An ...

Programmable logic devices are one of the most versatile hardware building blocks available to hackers. They also can have a steep learning curve. Cheap Field Programmable Gate Arrays (FPGA ...

The FPGA is a type of semiconductor that can be reconfigured by a customer or designer after manufacturing – something ...

Unlike previous FPGAs that required a special configuration ... 2). Ten LEs form a logic array block (LAB). Rows and columns of LABs connect to I/O elements that contain bidirectional I/O buffers ...

Stratix III FPGAs fit more logic on comparable devices ... and can be measured by the number of “hops” required to get from one logic array block (LAB) to another. The fewer the number of hops and ...

This circumvents the problem with different designer styles for the different blocks ... designs. Logic synthesis technology was commercialized around 2004, and since then it’s been part of the ...

The field programmable gate array has always been a different sort of animal in the semiconductor market. While it has evolved from just a bunch of logic gates that can emulate other hardware and ...

This is where field-programmable gate array (FPGA) emulation comes into play ... which uses programmable logic blocks that can be altered as needed. This allows for the chip to be programmed ...

In this post, I’ll unfold the problem of sorting in parallel, and then I”ll take us through a linear-time solution that we can synthesize at home on an FPGA. Need to cut to the chase?