| Booth #928 | ![]() |
San Jose, CA USA phone: 408 918 7918 fax: 408 298 0144 www.chipeda.com |
Our partition and Re-Use methodology enable multi-million instance designs to be tackled efficiently augmenting design teams' existing EDA tools resulting in significant cost reduction and shorter time to market. For more info: www.chipeda.com
TECHNOLOGIES ON DISPLAY
·ChipMasonTM
ChipMasonTM is an EDA tool set that is used by our customers for rapid silicon prototyping and detailed floor planning. A designer can go from logic design view, be it behavioral specification or detailed gate level netlist, to a detailed floorplan with IO pads, power grid and quickly find and solve congestion areas as well as critical timing paths. It enables a top down hierarchical design methodology. It can partition very large designs allowing the user to create consistent and accurate layout and timing abstracts and detailed views. A key element of the methodology utilizing our tool set is the ability to reuse layout blocks, within the same chip or in different chips.
·FloorMasonTM
FloorMasonTM is part of ChipMason tool set. It is a complete floor planning and silicon prototyping tool, its main features are: hierarchical, top down, design partitioning; physical blocks shape generation; relative and absolute block placement; automated pin allocation; allows controlled adjustments to block placement, pin allocation and timing budgets; automated time budgeting; detailed power grid generation including power islands and multi voltage supply; budgeting constraints and abstract generation for every layout block; repeater insertion into the layout blocks; detailed placement of PADS and Near-Pad-Logic; hierarchical scan chain insertion - bottom up approach; scan chain insertion/stitching; can handle very large chips (>20M instances); and re-use methodology at the layout level.
·dpMasonTM
dpMasonTM is part of ChipMason tool set. It is used to generate dense data path elements found in CPU and DSP design. It includes a small register file and memory generator. Its main features are: based on standard cells; very compact layout, layout density up to 98%; generated outputs include verilog netlist, DEF file (cells placement), and timing and layout abstracts; fully integrated in ASIC flow; supports pipeline registers generation with balanced clock tree; can combine control blocks with data path elements; and fully integrated into FloorMason.













