Sankhya Technologies - Teraptor Synthetic Processor Design Platform (SPDP)

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The Synthetic Processor - 4th Generation Computer Technology

Processor technologies have evolved over the last 3 decades. This evolution can be broadly categorized into 4 generations of processor technologies. Generation-1 consisting of hard chips, Generation-2 consisting of soft or hard cores, Generation-3 consisting of configurable cores and Generation-4 being synthetic cores. A synthetic processor core is automatically synthesized from an architectural model of the processor. A model consists of an ISA model and a uA model. Key Benefits of Synthetic Processor - full life cycle design automation leading to faster TTM (3-18 months) and multi-dimensional design optimization leading to better QoR.

Teraptor Synthetic Processor Design Platform (SPDP)

Teraptor SPDP offers languages, IDE, SDK, Simulation, Verification and Synthesis tools required to specify, model, design, simulate, verify and synthesize a synthetic processor. Teraptor SPDP is available in 4 convenient subscription options. We can create a custom option to meet your specific requirement as well. Read the Full Proposal

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Data Sheets	Presentations
E-Car Modeling Platform using CAN BUS Teraptor Aerospace & Defence Channel System Prototyping Platform using MIL1553 Bus.	Sankhya Teraptor Synthetic Processor Development Platform. Sankhya Teraptor Synthetic Processor Development Platform(SPDP) Transforming complexity to oppurtunity.

Data Sheets

Presentations

E-Car Modeling Platform using CAN BUS

Teraptor Aerospace & Defence Channel System
Prototyping Platform using MIL1553 Bus.

Sankhya Teraptor Synthetic Processor Development Platform.

Sankhya Teraptor Synthetic Processor Development Platform(SPDP) Transforming complexity to oppurtunity.

White Papers	Research Directions
A Software Development Kit for your Processor Architecture. Synthetic Processor and SOC Development. Synthetic Processors and System(s)-On-Chip. Application Driven Modelling, Design and Implementation. A Multi-Model Based System Design Automation Platform Supporting a System Model for Arbitrarily Complex System Modeling and Development	A Platform Approach to Modelling Complex Intelligent Systems.

White Papers

Research Directions

A Software Development Kit for your Processor
Architecture.

Synthetic Processor and SOC Development.

Synthetic Processors and System(s)-On-Chip.
Application Driven Modelling, Design and Implementation.

A Multi-Model Based System Design Automation
Platform Supporting a System Model for Arbitrarily Complex System Modeling and Development

A Platform Approach to Modelling Complex Intelligent Systems.