PRODUCTS & SERVICES
As a full-stack solution, PinnacleAI creates a unified environment where design data, team collaboration, and resource management converge-enabling engineers and leadership to make faster, smarter, and more strategic decisions. Its intuitive dashboards deliver actionable intelligence, turning complex design flows into clear, manageable insights.
PinnacleAI
Cutting-Edge Technology
Pinnacle AI leverages advanced GPUs, AI chips, and low-power SoCs to drive next-gen semiconductor innovation.
Customer-Centric Approach
With Pinnacle AI, clients gain real-time visibility and intelligent insights that align every step with their objectives.
Revolutionizing Semiconductor Design
PinnacleAI’s AI-driven lifecycle management accelerates chip design and minimizes costly iterations.
Tailored Engagement Models
PinnacleAI offers flexible engagement — from T&M to turnkey models — ensuring the right fit for every project.
30% Enhancing Time to market
With Pinnacle AI real-time propagation of changes across the RTL-to-PD flow, delivering up to 30% faster time-to-market while enhancing design quality.
When NRE Costs Threaten Innovation, What’s Your Move?
Non-Recurring Engineering (NRE) costs can make or break a semiconductor project. Unexpected overruns, misallocated resources, or unclear cost projections often force tough trade-offs between innovation and budgets.
What’s the toughest NRE hurdle your team has faced recently—and how did you navigate it?
Pinnacle AI :
Our platform delivers intelligent cost optimization, strategic resource allocation insights, and complete financial clarity—helping teams manage NRE efficiently without compromising innovation.
Resource Management & Transparency
Ever Been Blind to Critical Design Flow Gaps?
From synthesis to verification and physical design, hidden blind spots can slow progress, create bottlenecks, and increase risk. Missing updates, unclear dependencies, or gaps in visibility can impact timelines and quality.
How often do these unexpected gaps disrupt your design flow?
Pinnacle AI :
We provide real-time visibility across all design stages, seamless tracking of dependencies, and actionable insights for leaders—eliminating bottlenecks and enabling teams to work smarter and faster.
Schedule Optimization
Tired of Endless Runtimes Slowing Your Designs?
Long runtimes in synthesis, verification, or physical design can stall projects, drain resources, and delay innovation. Even small inefficiencies compound across teams, making fast, confident decision-making almost impossible.
What’s the most frustrating runtime roadblock your team has faced lately?
Pinnacle AI :
Our advanced runtime optimization streamlines processes, accelerates design flow, and maintains uncompromised quality—delivering efficiency, speed, and high performance for every project.
Presenting Pinnacle AI – Full Stack AI- Design Lifecycle Management (DLM) Platform
PinnacleAI: Redefining Semiconductor Design
Full-Stack AI for End-to-End Chip Design Workflows.
PinnacleAI is a revolutionary full-stack AI platform for Semiconductor Design Lifecycle Management, transforming chip design workflows from start to finish. Built on decades of semiconductor expertise, it enables real-time propagation of changes across the RTL-to-PD flow, delivering up to 30% faster time-to-market while enhancing design quality.
Cutting-Edge Technology
Pinnacle AI leverages advanced GPUs, AI chips, and low-power SoCs to drive next-gen semiconductor innovation.
Customer-Centric Approach
With Pinnacle AI, clients gain real-time visibility and intelligent insights that align every step with their objectives.
Revolutionizing Semiconductor Design
PinnacleAI’s AI-driven lifecycle management accelerates chip design and minimizes costly iterations.
Tailored Engagement Models
PinnacleAI offers flexible engagement — from T&M to turnkey models — ensuring the right fit for every project.
30% Enhancing Time to market
With Pinnacle AI real-time propagation of changes across the RTL-to-PD flow, delivering up to 30% faster time-to-market while enhancing design quality.
Services
Physical Design Services
Floorplanning and Partitioning: Optimized floorplanning to ensure efficient placement and routing.
Placement and Routing (P&R): Expertise in advanced P&R techniques for complex designs at 5nm and below.
Clock Tree Synthesis (CTS): High-quality CTS to minimize clock skew and ensure timing closure.
Static Timing Analysis (STA): Comprehensive STA to verify timing across all process, voltage, and temperature (PVT) corners.
Physical Verification (PV): DRC, LVS, and antenna checks to ensure manufacturability and compliance with foundry rules.
Front-End Design Services
RTL Design and Development: High-quality RTL coding for complex digital designs, ensuring functionality and performance.
Microarchitecture Design: Detailed design of microarchitectures for highperformance and low-power applications.
Design for Testability (DFT): Implementation of advanced DFT techniques, including scan insertion, ATPG, and boundary scan, to ensure manufacturability and testability.
Low-Power Design: Expertise in power optimization techniques, including multivoltage design, clock gating, and power gating.
IP Integration: Seamless integration of third-party and custom IPs into your design, ensuring compatibility and performance.
Analog and Mixed-Signal Design Services
Custom Analog Design: Expertise in designing high-performance analog blocks, including amplifiers, ADCs, DACs, and PLLs.
Mixed-Signal Integration: Seamless integration of analog and digital components, ensuring optimal performance.
SPICE Simulations: Comprehensive simulations to validate the performance of analog and mixed-signal designs
Process Design Kit (PDK) Development: Creation of PDKs for advanced process nodes, enabling efficient custom design
Verification Services
Functional Verification: Comprehensive verification using industry-standard methodologies like UVM and SystemVerilog.
Formal Verification: Mathematical proof of design correctness, ensuring compliance with specifications.
Mixed-Signal Verification: Verification of complex mixed-signal designs using advanced simulation techniques.
Emulation and Prototyping: Hardware emulation and FPGA prototyping for early validation of designs.
Post-Silicon Validation and Debug
Silicon Bring-Up: Initial testing and debugging of silicon prototypes. Characterization and Validation: Comprehensive testing to validate performance across all operating conditions
Characterization and Validation: Comprehensive testing to validate performance across all operating conditions.
Failure Analysis: Root cause analysis of failures to identify and resolve issues quickly.
Tool / Design type agnostic Flow automation
Flow Automation: Development of automated flows for RTL-to-GDSII, reducing manual effort and errors.
Dynamic flow based on targets/parameters
Efficient Project Management with Insights for design to point potential issues/Solutions
EDA Tool Integration: Customization and integration of EDA tools into your design flow.
Design Optimization: Optimization of design flows to improve PPA and reduce turnaround time
Resource Allocation Framework
Turnkey Solutions
RTL-to-GDSII: Complete implementation of your design, including synthesis, P&R, STA, and PV.
Tapeout Support: Comprehensive support for tapeout, ensuring a smooth transition to manufacturing.
Production Ramp-Up: Assistance with production ramp-up, including yield analysis and optimization.
