ASIC Design Services

We offer turn-key design services from product specification to GDS2. Our team has completed projects in leading process nodes down to 5nm for companies as well as start-ups.

ASIC target-specs: Architecture Partitioning, IP selection

Design Modeling: Matlab/C++/SystemC

Design Implementation: RTL in SystemVerilog, Verilog, VHDL

Design Verification: UVM/OVM/VMM

Synthesis and DFT

Physical Design

Physical Verification

Timing Closure

Test Vector Generation

FPGA prototypes and Emulation

Domain Expertise:

Wireless systems architecture (OMAP)

Video systems architecture ( Discrete and Integrated graphics )

High Speed Networking

IP Cores and development, customization and integration

Turn-key project development

On-site consulting for design and verification

Artificial Intelligence & Machine Learning

Technology Platform:

The right platform for data ingestion, data integration, data transformation and data storage considering cost constraints, data volume, and data growth considerations

Accurate Analytics Models:

Measured insights into Machine Learning (Supervised, Unsupervised or Deep Learning), Vision-based analytics or Natural Language Processing (NLP) by considering the data characteristics in terms of volume and quality and ensuring the required amount of accuracy

Prioritization For Analytics Engagement:

Identification and prioritization of business problems by working with function heads/business users of the customer while spotting trends and new business growth opportunities

Actionable Data Insights:

Actionable insights/visualization from a data set by leveraging licensed data visualization/data discovery tools. We consider data volume, quality and regulatory compliance during each analytical engagement including platform selection, analytical model design, data visualization and business problem selection

Embedded Design Services (EDS)

Embedded Design services consists product engineering support from concept to prototyping and manufacturing of new products, feature enhancement and technology up-gradation through electronic hardware design, Firmware design, software application development and mechanical design. Our expertise in Embedded Technology helps our customer with customized product solutions.

Our development methodology supports incremental and requirement discovery model to match the customer and market expectations.

Embedded Firmware/Software Services:

EDS offers a broad range of software services relating to embedded systems programming and real time embedded systems software development, such as:

Boot loader

Development of Board Support Packages

Device Drivers

Firmware and Diagnostics

RTOS -VxWorks, Embedded Linux, QNX, WinCE

GUI development

OS porting

Embedded application development

Feature enhancements

Development and porting of protocol Stack

Development of Wireless stack

FPGA Design Services

Today, many of the High speed and complex designs need the integration and flexibility that an FPGA can offer. The ability to be reconfigured enables the FPGAs to extend the lifecycle of a custom product to suit the changing market needs. EDS has the right experience and capability to satisfy any phase of the product life cycle including:

Partial or Complete Architecture Design

Feature additions to existing designs

Test bench development

Firmware and Diagnostics

Functional verification

EDS FPGA services include

Design/Development

RTL Design

Test Suite preparation

Simulation and Testing/Verification

We provide turnkey development services in FPGA for High Speed Bus interfaces, Integration of modules, Multi-million gates complex design and concept to specification of the chip to the final board level target hardware.

Hardware Design Services

Embedded Design Service team supports complete electronic hardware design activities which include:

Schematic Design

Bill of Material finalization

Printed Circuit Board (PCB) Design

Prototype Design and Production support

Functional verification

FPGA design services for customer-specific requirements

The key hardware design ranges from small-footprint, power-optimized solutions to high-end, rugged systems built around various embedded processors and DSPs.