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What is Normal Computing?
Normal Computing is a ai coding tool. Normal Computing offers two core solutions: Normal EDA and Normal ASICs. Normal EDA is an AI-accelerated electronic design automation (EDA) tool designed to streamline the verification process for complex chip designs. Key capabilities: AI-accelerated co-design for silicon engineering, Structured representations of the chip (Ontology), Intelligent verification planning with traceability, Automated System Verilog stimulus generation, Simulation and coverage tracking within Normal CLI. Normal Computing is paid-only, with most plans including a trial period.
TL;DR - Normal Computing
- AI-accelerated EDA for chip design verification.
- Generates verification collateral and stimulus from specifications.
- Develops physics-based ASICs for highly efficient computing.
Pricing: Paid only
Best for: Enterprises & pros
Pros & Cons
Pros
- Accelerates verification for complex chip designs
- Reduces time-to-market for new hardware by 2x
- Generates production-grade collateral from specifications
- Identifies edge cases missed by humans and general-purpose LLMs
- Ensures traceability between source documents and tests
Cons
- Requires customer data for post-training of Normal EDA
- Ambiguity in design specs is handled by inference, which may require human refinement
Preview
Key Features
AI-accelerated co-design for silicon engineeringStructured representations of the chip (Ontology)Intelligent verification planning with traceabilityAutomated System Verilog stimulus generationSimulation and coverage tracking within Normal CLIHuman-in-the-loop feedback system for verificationAuto-updates verification collateral for design revisionsMultimodal AI for interpreting graphical design inputs
Pricing
Paid
Normal Computing offers paid plans. Visit their website for current pricing details.
About Normal Computing
By Toolradar Team·
Normal Computing offers two core solutions: Normal EDA and Normal ASICs. Normal EDA is an AI-accelerated electronic design automation (EDA) tool designed to streamline the verification process for complex chip designs. It uses AI to understand design specifications, generate intelligent verification plans, create System Verilog stimulus, and track coverage, significantly reducing time-to-market for new hardware.
Normal ASICs explores new paradigms in computing by applying AI to silicon and silicon to AI. It focuses on physics-based ASICs that enable stochastic, stateful, and asynchronous computing for orders-of-magnitude more efficient computation. Together, these solutions aim to transform hardware development by aligning software and silicon with shared physics principles, addressing the increasing complexity and energy demands of modern AI models.
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Normal Computing FAQ
What types of input specifications can Normal EDA process?
Normal EDA accepts design specifications ranging from high-level architectural documents to detailed micro-architecture descriptions. It processes textual descriptions, truth tables, timing diagrams, and command sequences, constructing an internal representation of flow and timing.
How does Normal EDA handle non-textual design specifications like timing diagrams?
Normal EDA utilizes multimodal AI to interpret graphical inputs such as timing diagrams and waveform images. It automatically derives corresponding stimulus and checks from these visual sources, ensuring comprehensive verification without relying solely on text.
What information is included in the test plan generated by Normal EDA?
The test plan is a structured document with individual test items from directed tests and feature crosses. For each item, it describes what will be tested (command sequences, expected values), links to the source in the spec, and enumerates test cases. The test plan can also be exported as a .csv file.
How does Normal Computing ensure the quality of the output generated by Normal EDA?
Quality is ensured through a combination of human expertise and AI assessment. Verification engineers review a sample of generated collateral to establish grading standards, which then train an AI-based quality scoring system applied to all outputs. Continuous customer feedback is also incorporated.
What is the core difference between Normal EDA and Normal ASICs?
Normal EDA is a software solution focused on AI-accelerated verification for existing chip designs, making the design process more like software development. Normal ASICs, on the other hand, is a hardware solution that explores new physics-based ASIC architectures to achieve orders-of-magnitude more efficient compute by relaxing traditional computing assumptions.
How does Normal EDA maintain traceability between tests and design specifications?
Normal EDA intelligently cites tests to multiple references within the specification, dynamically linking tests to exact quotes, tables, or diagrams. For each design revision, it automatically updates all verification collateral and associated links, allowing engineers to quickly understand changes.
Source: normalcomputing.com