Digital Design Services

We offer RTL coding, logic synthesis, and design for testing as part of our digital design services. We use techniques and methods that are accepted in the industry to optimize performance, power, and space.

• ● IP Design, SOC Integration
• ● Low power, multi-clock design implementation
• ● PCIe, Ethernet, SAS, USB Sub Systems
• ● SOC/Sub System integration
• ● RTL QC Checks Ex LINT, CDC &v Audit
• ● Timing constraints, Synthesis and STA
• ● Power-aware design

IP/SOC Verification & Emulation

Our IP/SOC verification and emulation services include the development of testbench software, simulation, and hardware acceleration. We employ cutting-edge tools and techniques to ensure that our designs are rigorously tested and meet our clients' quality and dependability expectations.

• ● Feature extraction, Test plan creation and coverage plan based on UVM
• ● Complete Verification Environment bring up from scratch and flow
• ● Setup of palladium, Zebu and FPGA verification environment
• ● GLS and UPF flow setup
• ● X propagation clean-up and GLS sign off
• ● Multi-core SoC Expertise in various processors such as ARM Cortex M/R series and RISC V, ARC cores.
• ● Experienced in various complex IPs such as USB, PCIE, Ethernet, Graphics and MIPI and memory controller subsystem
• ● BFM model generation
• ● UVM, OVM, SV / C/ C++ verification approach from scratch

FPGA Design/ASIC Emulation

FPGAs and ASICs are customizable digital hardware. Our services for FPGA design and ASIC emulation include a variety of facets, such as architectural exploration, RTL design, and verification. We work closely with customers to gain an understanding of the design requirements they have and to provide individualized solutions.

• ● System architecture and FPGA selection for Xilinx, Intel, Microsemi, Lattice
• ● Software hardware partitioning
• ● Microarchitecture including FPGA vendor-provided IPs, custom IPs and glue logic.
• ● Retarget ASIC code to FPGA.
• ● Design synthesis, P&R and timing closure.
• ● Multiboot, partial configuration, remote system update.
• ● Board bring up, FPGA design validation using test software, protocol analyzers and lab equipment

Physical Design

The creation of a chip's physical layout is part of the process known as "physical design." Our physical design services cover floor planning, placement, routing, and timing closure. Our expert physical designers are capable of handling complex designs and providing solutions that are tailored to the needs of the intended technology and manufacturing methods.

• ● Hier – Chip-TOP, Flat – Chips, Blocks
• ● Hier- Floorplan / Partition
• ● Chip-Top: CTS/STA/PV
• ● IR/LP Checks
• ● Closure Reviews
• ● Tapeout Reviews
• ● Synthesis & DFT
• ● Design QC
• ● Synthesis
• ● DCG/DCT
• ● Pre-Layout STA
• ● Sign-off STA/SI
• ● ATPG, MBIST BSCAN, JTAG , Test Verification

Analog and Custom Design

Analog and custom design involve making hardware parts that serve a specific purpose. Our analog and custom design services include custom IP development, mixed-signal design, and memory design. Every solution we make for a client is unique.

• ● Analog Design
• ● Analog Layout
• ● Custom Digital
• ● Standard Cells
• ● Memory Layout
• ● AMS Verification
• ● Analog/Mixed signal Verification of IP/Subsystem/ full chip verification of complex mixed-signal ASICs.
• ● Modelling of Analog and Mixed signal blocks using Verilog
• ● AMS/ Wreal/ RNM
• ● Expertise in setup of Digital mixed signal environment using custom verification flows such as UVM AMS.

RF Hardware Design

RF hardware design creates radio-transmitting and receiving hardware. We develop RF system architectures and RFICs and test them. To meet the performance and power requirements of our customers, we utilize our extensive knowledge of RF design along with state-of-the-art tools and techniques.

• ● RF subsystem design
• ● Board design and enclosure design
• ● Schematic Entry & PCB design
• ● Component selection and CAD library management
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  Post Silicon Support

  After a product is manufactured, post-silicon support checks to see that it performs as expected. Our post-silicon support includes silicon bring-up, characterization, and debugging. We guarantee improved post-silicon performance and output.

  • ● Prototype and volume manufacturing
  • ● Post silicon Testing and Qualification
  • ● Test Automation and ATE support
  • ● Wafer testing