Atpiy Technologies has different engagement models, from consulting to Final delivery of chips. We provide consulting services in all ASIC Design domains.

Atpiy Technologies’ team expertise in Design Implementation encompasses flows/methodologies from the front-end to the back-end. The core skills include RTL Design, Verification, RTL Synthesis, Timing Analysis, DFT, Formal Verification, Physical Design Closure (Floorplanning, Clock Tree Synthesis, P&R, Timing, Noise, Power & IR-Drop/Electromigration Analysis, and Physical Verification).

The services in Design Implementation encompass complete RTL to GDSII implementation in Synopsys & Cadence flows in 32nm, 45nm, 65nm, 90nm, 130nm.

Atpiy Technologies has credentials in working on Physical DEsign expertise across complex blocks and has experience with timing closure on the flat as well as hierarchical designs.

We have successfully executed turn-key projects – Spec to Tested Chips, Consultation services we have right from RTL design to Finished chips. We have good relations with multiple Semiconductor fabs, can give you a cost-effective solution.

Design

• Architectural Design Implementation
• Spec Development RTL, Implementation (SV, Verilog, VHDL,) and Simulation.
• Synthesis
• Timing
• Verification

Full Custom Activity (AMS )

• STD cell, I/O development & verification
• Custom layout and Physical Verification
• Extraction
• Characterization, Spice Simulation
• Different models / View generation

Implementation

• Synthesis / STA
• Physical Design
• Floorplan
• Clock distribution (CTS, HTree, etc) and analysis
• Scan restitching (check formatting matches with remaining data)
• Place & Route
• Timing closure
• DFM
• Physical verification (DRC/LVS)

Our core area of expertise encompasses single-processor to multi-processor control applications and distributed embedded software systems.

Our technology capabilities are well supported by industry-specific experiences in developing embedded software solutions for test & measurement equipment, industrial automation, security, home automation, and medical equipment industries.

We focus on delivering feature-rich, high-availability, and fault-tolerant embedded software and system software solutions that provide sustenance engineering services, such as software maintenance and technical support services to widen product life cycles.

Our Embedded Software Development expertise includes:

• Design of complex distributed software architectures for multi-processor real-time/embedded systems
• Development of embedded applications such as GUIs, MMIs, browsers, and Protocol stacks for a variety of embedded systems
• Development of device drivers and Board Support Packages
• Capability in working with several proprietaries and industry-standard embedded operating systems
• Working with a diverse range of hardware platforms, processors, and custom hardware devices
• Design and interoperability testing
• Testing of embedded systems and development of automated test environments
• Porting applications between different RTOS and processors
• Feature enhancement, performance tuning, maintenance, and support for existing embedded systems