Add to ORKGAbstract—This paper presents a case for a hybrid configurable logic block that contains a mixture of LUTs and hardened multiplexers towards the goal of higher logic density and area reduction. Technology mapping optimizations, called MuxMap, that target the proposed architecture are implemented using a modified version of the mapper in the ABC logic synthesis tool. VPR is used to model the new hybrid configurable logic block and verify post place and route implementation. Multiple hybrid configurable logic block architectures with varying MUX:LUT ratios are evaluated across three benchmark suites with both Quartus II and Odin-II front-end RTL synthesis tools. Exper-imentally, we show that without any mapper optimizations we naturally save 4...
Reducing the precision of deep neural networks can yield large efficiency gains with little or no ac...
Look-Up Tables (LUTs) are universally used in FPGAs as the elementary logic blocks. They can impleme...
The growing complexity of Field Programmable Gate Arrays (FPGA's) is leading to architectures with h...
Lookup table-based FPGAs offer flexibility but compromise on performance, as compared to custom CMOS...
The ongoing advancements in VLSI technology and Field Programmable Gate Array (FPGA) architectures h...
Field-programmable gate arrays (FPGAs) are integrated circuits (ICs) used for rapid prototyping and ...
Abstract—We leverage properties of the logic synthesis netlist to define both a new FPGA logic eleme...
Routing resources in modern FPGAs use 50% of the silicon real estate and are significant contributor...
Abstract. As integration levels in FPGA devices have increased over the past decade, the structure o...
For reducing the area and improving the performance of logical circuits, a combination of Lookup Tab...
This paper presents a novel synthesis algorithm that reduces the area needed for implementing multip...
We leverage properties of the logic synthesis netlist to define both a logic element architecture an...
This paper describes the Amorphous FPGA, an innovative architecture attempting to optimally allocate...
Half of the square adjustable buildings are displayed in the field modified door with a set of quest...
Packing is a key step in the FPGA tool flow that straddles the boundaries between synthesis, tech-no...
Reducing the precision of deep neural networks can yield large efficiency gains with little or no ac...
Look-Up Tables (LUTs) are universally used in FPGAs as the elementary logic blocks. They can impleme...
The growing complexity of Field Programmable Gate Arrays (FPGA's) is leading to architectures with h...
Lookup table-based FPGAs offer flexibility but compromise on performance, as compared to custom CMOS...
The ongoing advancements in VLSI technology and Field Programmable Gate Array (FPGA) architectures h...
Field-programmable gate arrays (FPGAs) are integrated circuits (ICs) used for rapid prototyping and ...
Abstract—We leverage properties of the logic synthesis netlist to define both a new FPGA logic eleme...
Routing resources in modern FPGAs use 50% of the silicon real estate and are significant contributor...
Abstract. As integration levels in FPGA devices have increased over the past decade, the structure o...
For reducing the area and improving the performance of logical circuits, a combination of Lookup Tab...
This paper presents a novel synthesis algorithm that reduces the area needed for implementing multip...
We leverage properties of the logic synthesis netlist to define both a logic element architecture an...
This paper describes the Amorphous FPGA, an innovative architecture attempting to optimally allocate...
Half of the square adjustable buildings are displayed in the field modified door with a set of quest...
Packing is a key step in the FPGA tool flow that straddles the boundaries between synthesis, tech-no...
Reducing the precision of deep neural networks can yield large efficiency gains with little or no ac...
Look-Up Tables (LUTs) are universally used in FPGAs as the elementary logic blocks. They can impleme...
The growing complexity of Field Programmable Gate Arrays (FPGA's) is leading to architectures with h...