Capabilities

The most complex silicon programs demand

depth at every stage.

From front-end design through physical implementation and post-silicon validation, each stage of the silicon lifecycle introduces specialized engineering requirements —and decisions made at one stage shape what becomes possible at the next.

Sintegra brings deep engineering expertise across the development lifecycle, integrating into programs where needed or taking ownership of defined scopes through delivery.

Engage Sintegra
Where You Need Us

Specialized Expertise

Embed experienced engineers into an existing program where specialized expertise is required.

Team Augmentation

Expand engineering capacity at critical stages of the design cycle without slowing program execution.

Defined-Scope Ownership

Entrust Sintegra with a defined engineering scope, milestone, or subsystem through delivery.

Explore Our Capabilities

RTL Design & Implementation

From architecture to implementation-ready RTL.

Sintegra supports complex digital design programs from microarchitecture and RTL development through subsystem integration and implementation readiness.

Core Capabilities:

Microarchitecture & RTL Development
IP & Subsystem Integration
CDC / RDC Analysis
Low-Power RTL & UPF
Lint & Design Quality
RTL Optimization
Interface & Protocol Implementation
Design Integration & Debug

Design Verification

Verification built for complex SoCs and IP.

Sintegra develops verification environments and methodologies for IP, subsystem, and SoC-level designs, helping teams identify functional issues earlier and drive verification toward measurable closure.

Core Capabilities:

Verification Strategy & Planning
UVM Environment Development
Testbench Development
Assertion-Based Verification
Functional Coverage
Coverage Closure
Regression & Debug
IP / Subsystem / SoC Verification

DFT

Design-for-test from architecture through production readiness.

Sintegra supports DFT architecture, implementation, verification, and pattern development to improve testability, coverage, and manufacturing readiness.

Core Capabilities:

DFT Architecture & Planning
Scan Insertion
ATPG
Memory BIST
Logic BIST
Boundary Scan / JTAG
DFT Verification
Test Coverage & Pattern Optimization

Synthesis & STA

Driving designs from RTL toward timing convergence.

Sintegra supports synthesis and static timing analysis across complex operating modes and process corners, helping teams establish constraints, identify critical paths, and drive timing toward signoff.

Core Capabilities:

Logic Synthesis
Constraint Development
Constraint Validation
Static Timing Analysis
MMMC Analysis
Timing Optimization
ECO Implementation
Timing Signoff Support

Physical Design & Integration

Physical implementation from floorplan through signoff.

Sintegra supports physical design across the implementation lifecycle, from initial floorplanning and power planning through placement, clock-tree synthesis, routing, optimization, and physical signoff.

Core Capabilities:

Floorplanning
Power Planning
Placement & Optimization
Clock Tree Synthesis
Routing
Timing Closure
Physical Verification
Signoff & Tapeout Support

Low Power & PPA Optimization

Engineering for power, performance, and area targets.

Sintegra applies low-power and implementation methodologies across the design flow to help teams meet aggressive PPA objectives without compromising functional or timing requirements.

Core Capabilities:

Power Analysis
Dynamic Power Optimization
Leakage Optimization
Multi-Vt Optimization
Clock Gating
Power Gating
Multi-Voltage Implementation
PPA Analysis & Optimization

FPGA & Emulation

Accelerating validation before silicon.

Sintegra supports FPGA prototyping and emulation environments that enable earlier software development, system validation, and design debug ahead of silicon availability.

Core Capabilities:

FPGA Prototyping
RTL-to-FPGA Implementation
Emulation Environment Development
Design Partitioning
Bring-Up & Debug
Performance Validation
Hardware / Software Co-Validation
Pre-Silicon System Validation

Post-Silicon Engineering

From first silicon through system validation.

Sintegra supports post-silicon bring-up, validation, characterization, and debug to help engineering teams move efficiently from first silicon toward production readiness.

Core Capabilities:

Silicon Bring-Up
Post-Silicon Validation
Functional Validation
System-Level Debug
Performance Characterization
Power Characterization
Failure Analysis & Debug
Production Readiness Support

CAD, Flow & Methodology

Engineering the infrastructure behind complex design programs.

Sintegra develops and supports CAD environments, automation, flows, and methodologies that enable engineering organizations to execute complex semiconductor programs efficiently and consistently.

Core Capabilities:

Design Flow Development
EDA Tool Integration
Flow Automation
Scripting & Productivity Tools
Regression Infrastructure
Methodology Development
Compute & Design Environment Support
Flow Optimization

Package Design & Substrate Routing

Extending design integrity from silicon through the package.

Sintegra supports package design and substrate routing for complex semiconductor systems, helping teams manage the electrical, physical, and connectivity requirements between the die, package, and system.

Core Capabilities:

Package Floorplanning
Substrate Routing
Die-to-Package Connectivity
Signal & Power Integrity
High-Speed Interface Routing
Power & Ground Distribution
Package Design Rule Compliance
Package Verification & Signoff

Extend Your

Engineering Organization

Whether you need a specialist to resolve a critical issue, an experienced team to accelerate an existing program, or an engineering partner to own a defined scope, Sintegra can engage where your program needs us most.

Discuss Your Program

Capabilities

Engage Sintegra Where You Need Us

Specialized Expertise

Embed experienced engineers into an existing program where specialized expertise is required.

Team Augmentation

Expand engineering capacity at critical stages of the design cycle without slowing program execution.

Defined-Scope Ownership

Entrust Sintegra with a defined engineering scope, milestone, or subsystem through delivery.

Explore Our Capabilities

RTL Design & Implementation

Extend Your

Engineering Organization

Whether you need a specialist to resolve a critical issue, an experienced team to accelerate an existing program, or an engineering partner to own a defined scope, Sintegra can engage where your program needs us most.

Engage Sintegra
Where You Need Us