Faststream Technologies delivers high precision application specific integrated circuit design solutions and development. We have been a leading ASIC, SoC, FPGA solutions provider since seven years in the country. Leading cloud-based service providers, enterprises, and other mobile network companies are constantly looking for the specialized solutions in these fields.
 
ASIC,SoC,FPGA solutions
Faststream Technologies delivers high precision application specific integrated circuit design solutions and development. We have been a leading ASIC, SoC, FPGA solutions provider since seven years in the country. Leading cloud-based service providers, enterprises, and other mobile network companies are constantly looking for the specialized solutions in these fields.
Over the years, Faststream Technologies has improved the design and development methodology of ASIC, SoC, FPGA solutions and is noted for delivering complex, high-performance ASIC, SoC, FPGA solutions offering significant time-to-market across various specific industrial requirements since seven years.
 

Faststream Technologies ASIC, SoC, FPGA Solutions Capabilities:

  • Faststream Technologies team of integrated circuit design solutions engineers has best hands on experience in chip manufacturing to maximize performance and minimizing the power.
  • Faststream Technologies have a team of semiconductor designers provides best ability to expand clients projects and to meet clients new market demands.
  • A specialized team of integrated circuit design solutions professionals that help us to convert the designs from FPGA to FPGA, ASIC to FPGA and multi FPGA’s.
  • Faststream Technologies have a dedicated lab to design with dedicated ARM engineers for the embedded ARM FPGA projects.

ASIC, SoC, FPGA solutions and integrated circuit design solutions which include:

  • Architecture Definition
  • ASIC Prototypes
  • Feasibility Study
  • Functional Verification
  • Synthesis and Optimization
  • Microarchitecture designs
  • RTL Coding & Linting
  • Floor-planning& Timing Closure
  • SoC Integration
  • IP Development

FPGA Design Services

  • Optimum FPGA Selection
  • Hardware-SW Partition Definition
  • Design of custom IPs and Interfaces
  • Bit equivalent Conversion of Matlab/C-based algorithms to Verilog
  • Synthesis, Place & Route and Timing closure
  • FPGA Emulation
  • Rigorous Quality assurance testing of FPGA-based products

Verification

  • SoC/IP Functional Verification
  • Low Power Verification
  • Analog Mixed Signal Verification
  • Hardware & Software Co-verification
  • VIP Development & Verification
  • SystemC/TLM Modeling
  • Formal Verification
  • EDA Tool Validation
  • Post-Silicon Bring up and Validation

Physical Design & DFT

  • RTL Synthesis, Physical Synthesis
  • DFT, ATPG & Fault Grading Services
  • Hierarchical Floor-planning & Partitioning
  • Place & Route, Customized Clock Tree Synthesis, Signal Integrity Analysis of Signoff Services – Power/EM/IR/Noise, STA with On-Chip Variation (OCV), and o Physical Verifications Layout Migration Custom Package Design.

FPGA programming and development with Altera Quartus II, Qsys, DSP Builder, SignalTap, Xilinx ISE and Vivado, Platform Studio, System Generator, ChipScopePro, LatticeIspLEVER, Synplify Pro, ModelSim, Aldec Riviera-PRO and Active-HDL, MATLAB/Simulink, Altera Quartus Prime.

  • High-speed designs involving multi-gigabit SERDES.
  • High-speed DDR, QDR, chip-to-chip I/O.
  • SPI, VoIP, Packet Processing.
  • RapidIO, RocketIO.
  • PCI-Express (PCIe) up to x16 lanes.
  • DSP algorithm development, digital signal processing in FPGAs.
  • Embedded MCUs such as PPC, uBlaze, Nios II
  • High-speed video/image processing (medical, defense, broadcast head-end)
    ATA (IDE), ATAPI, SATA-I/II, SAS, iSCSI