Since 2022
Xonix Systems
Pvt Ltd
We are a Product Engineering Services Company with expertise in Semiconductor Design and Embedded Systems
We provide an extensive set of Semiconductor design services focused on supporting semiconductor and systems companies in the delivery of their IC, SoC, ASIC or FPGA projects. These services range from a full turnkey solution that delivers a production-ready design to sub-system or IP block development or in Staff Augmentation mode. Our services are delivered using a wide range of 3rd party EDA tools such as Cadence, Synopsys & Mentor Graphics.
Our Services
1
Systems Level Design
Xonix Systems work with the Customer’s high-level marketing specification document to produce system architecture and executable model including a set of detailed technical specifications from the top-level to individual modules.
Our experienced system design teams are skilled in developing complete system-level models to suit the architecture before starting the detailed design. The first step in the process is to analyze the system modes and priorities, and then define a system-level error detection and handling system. The next step is to generate a high-level blueprint for the system, with module specifications for each of the tasks and major systems in the design.
As part of the Systems Level Designs, our consultants can help you with
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System Integration
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Architecture development
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Design optimization
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RTL coding in VHDL, Verilog and System Verilog
2
Design and Verification (DV)
Our services include the development of RTL for a wide range of applications including Networking, Medical Systems, Automotive & Consumer Electronics. Our team has the skills to develop new algorithms or implement designs from customer MATLAB or SystemC models.
We provide a comprehensive range of verification services to achieve first-pass silicon. We apply a range of techniques, including coverage-driven constrained random verification using UVM with SystemVerilog. Our verification experience includes using VIPs to verify complex interfaces such as PCIe and 10/100Gb Ethernet, UPF for multiple power-down systems, and the verification of complex AMBA-based bus systems with embedded processor cores. We also have experience in the verification of both multi-processor digital and mixed-signal chips.
Our Design and Verification services cover
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System testing and verification
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Test bench development
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RTL verification
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Post-synthesis simulation
3
Design For Testability (DFT)
Our team of highly experienced Design-for-Test (DFT) engineers use the best in a class design flow and have end-to-end experience in DFT Techniques
Our DFT services cover
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Scan/Comp Insertion
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MBIST/LBIST
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ATPG
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JTAG
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Simulation
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Cost containment
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System acceptance testing
5
Analog Design and Layout
Our analogue team provides mixed signal expertise on various technology nodes. Our team has been involved in silicone proving a broad library of IPs, including sensor interfaces, ADCs, DACs, SMPSs, LDOs, PLLs, temperature sensors and oscillators.
Leveraging our expertise and experience in analogue and digital circuit design, we help customers reduce time to market and costs associated with creating integrated circuits. Our team specializes in technology porting of Analog IPs and High-Speed Interface IPs such as USB, DDR, SERDES, etc. As part of our Analog Design and layout services,
we enable our customers to build:
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Power management blocks
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IP Solutions
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Regulators
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Data converters
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Clock system design
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High-speed IOs
4
Physical Design (PD)
Our team of highly experienced Physical Design (PD) engineers use the best in a class design flow and have end-to-end experience in PD Techniques
Our PD services cover
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6
FPGA Design
We have in-house skills needed to develop, verify, and take to market complex, reliable FPGA-based products for the most demanding markets. We have many years of experience in developing products for communication systems, and automotive and industrial applications using Xilinx, Intel (Altera), and Lattice FPGAs.
We can help specify and develop FPGA firmware and embedded software to meet various functional safety standards, including industrial (IEC 61508) and automotive (ISO 26262) markets.
We apply the latest verification, linting, and timing analysis methodologies to reduce the time spent hunting bugs on the bench and to improve reliability and quality. This includes SoC-based FPGAs incorporating multiple Arm cores and high-speed interfaces such as the latest Xilinx Virtex UltraScale+ devices.
Our team’s skills cover
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DSP and system design
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RTL design