STA & Synthesis
Knowing the aspect of converting the design intent from RTL to a technology mapped netlist
Our experienced team help synthesize a quality gate level netlist ensuring quicker turnaround time and predictability in STA convergence. With a discipline and diligent approach to synthesis and physical design effort, we are able to provide accurate timelines and schedules.
SignOff offer services throughout RTL to GDSII stages of ASIC development flow. Our team has expertise in developing advanced physical design work flow for power aware synthesis, timing constraint generation (STA), netlist floor planning for best possible PPA and place and route (PNR) for overcoming ever increasing design complexity.
Lint check for feedback on input design quality
Signoff corners, derates, margins etc after thorough analysis of technology
Complete automation with all scripts from central location and checklists
Extensive PPA
Standard cells selection for power, performance and area
Appropriate corner based on device operating spec and worst case for the nature of design
Use of high perf. lib and exclusion of don’t-use cells
Synthesis
Time Constraints
STA / Eco Flow
Timing Constraint Development & Validation
MMMC STA Analysis
Bringing Ideas to Life
Signoff engineering teams have extensive experience in a wide variety of hardware. We design, develop, and transform a marketable idea of our customers into a saleable product. Our Embedded Design & Development services range from idea generation, product conceptualization, design, development, testing, certification, manufacturing support, and subsequent product support.
Signoff provides competitive edge and time to market advantage through our proven engineering methodologies and experience gained with our numerous tape outs delivery.
Our Services
We create a smarter device-driven world
Our high-performance teams can leverage this valuable experience to help deliver innovative solutions. This enables our clients to deliver on aggressive schedules and stay competitive in their respective markets with high efficiency.
Digital Backend Design
Digital Frontend Design
Circuit and Layout Design
Embedded
Services
Internet of Things
(IoT)
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