Services

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Digital - Frontend & Backend

Design Specification to Netlist and Netlist to GDSII for ASIC Development

FPGA

Micro-architecture design
ASIC / IP Prototyping and Validation with FPGA

Analog, Mixed Signal & Technology Foundation

Circuit, Layout & Char for AMS, IOs, Memories, and Std Cell Libs

Automation, AI & ML

Automation using SHELL, TCL, PERL, PYTHON, SKILL & more.

Embedded Systems

Embedded Firmware Dev, Board Bring-Up, and Validation

Client's Testimonials

Digital Frontend



Microarchitecture , RTL Design ,
RTL Signoff , Synthesis

Digital Backend



DFT, P&R, CTS, STA, PV, Low Power implementation

Analog, Mixed Signal & Technology Foundation


Circuit, Layout & Characterization for
AMS, RF, IOs,
Memories & Std Cell Libs

Embedded Systems


Embedded Firmware Dev

Board Bring-Up, and Validation

Automation,
AI & ML


Automation using SHELL, TCL, PERL

PYTHON, SKILL & more

FPGA


Micro-architecture design
ASIC / IP Prototyping and Validation with FPGA

Digital Frontend


Microarchitecture , RTL Design ,
RTL Sign off , Synthesis

Digital Backend


DFT, P&R, CTS, STA, PV instead of PNR,
STA Low Power implementation

Analog, Mixed Signal & Technology Foundation


Circuit, Layout & Characterization for
AMS, RF, IOs,
Memories & Std Cell Libs

Embedded
Systems


Embedded Firmware Dev
Board Bring-Up, and Validation

Automation,
AI & ML


Automation using SHELL, TCL, PERL
PYTHON, SKILL & more

FPGA


Micro-architecture design
ASIC / IP Prototyping and Validation with FPGA

Additional

Extra Service

Maintenance

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Mail Service

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Branding

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Advertise

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Cloud Server

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Brochure

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Payment

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SEO

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Digital - Frontend & Backend

Digital Design & Architecture

  • Micro-Architecture
  • RTL Design
  • RTL QC check : Lint, CDC etc…
  • SoC/Subsystem Integration
  • Low power design Implementation
  • UPF, CLP
  • Timing constraints, Synthesis, STA, LEC
  •  Specialized In
    • Gigabit Ethernet 
    • USB 3/2
    • AMBA Protocols – CHI, AXI, AHB, APB 
    • MLM Bus Matrix – For System Bus Arbitration 
  • Processor Architecture  
    • RISC-V, ARM Cortex A15, A7, ML – DLA Engine
    • Interrupt Controller, Program Control, Debug, CSR, Trace Unit, MPU (Memory Protection Unit) 
  • High-Speed SERDES 
    • SATA, PCIe 1-3
  • IP Peripherals 
    • UART, GPIO Controller, AES, CORDIC and Other DSP Accelerators, I2C, I2S 

Digital Verification:

  • Advanced IP & SoC Verification
  • SV-UVM based Constraint – Random Verification 
  • Test Plan, Test Bench Development, Development of BFMs, Monitors, Assertions, Checkers, Debug Automation
  • Low Power Verification (CPF/UPF flows)
  • Gate Level Simulations – Test Bench BringUp (Identification of Sync Flops, Prioritisation of TestCases, Identification of Various CDC Paths, Resolution / Upgradation of Test Failures Due to X Propagation) 
  • PCIe, Ethernet, AMBA Protocols, RISC-V, DSP, Crypto processor – IP and Functional Verification in SoC environment
  • Coverage – Toggle, Code, Functional
  • Formal Verification
  • VIP Development and Integration

Post Validation Support

  • Post Silicon Validation – ATP and Timeset Generation for J750 and Advance Teradyne Testers
  • EVCD Generation for Characterization
  • Die Yield Analysis on wafer sort
  • Parameterisation Tests – IO Leakage – Analog and Digital TX / RX, Stuck at Patterns, Sequences to detect PVT Corner values for IO Calibration, Regulator Calibrations, DC IO — Measurements (GPIOs, DDR PADs for Impedance and Hysteresis) etc

DFT – Design for Testability

  • DFT Implementation – Scan Insertion, LBIST insertion, Test Pin-Muxing
  • Logic Insertion, Boundary Scan insertion, Memory BIST Insertion and IOs
  • ATPG, ATPG Verification
  • Test pattern generation and Simulation
  • Test mode timing constraints
  • Coverage Improvement

Physical Design

  • Block/SoC level full ownership of RTL to GDSII
  • Analog block integration
  • Low power methodology 
  • Synthesis
  • STA
  • Floorplanning 
  • Placement and Routing
  • Power planning/Optimization
  • Clock Tree Synthesis
  • Cross talk/Thermal/Noise Analysis
  • IR drop and Signal Integrity closure
  • Physical Verification (DRC,LVS,ERC,Customer Specific Checks)
  • ICC2, Innovus, Caliber, RC, DC, RedHawk, PT/PTSI
  • TCL,Shell,Perl & Python Scripting
  • 7nm & Lower nodes | UMC, TSMC, Intel
  • Logical Equivalence Check

Static Timing Analysis (STA)

  • Setting up the STA flow
  • Develop timing constraints and exceptions
  • Timing Analysis for multi modes & multi corners
  • Timing ECOs using TSO or manual for timing-critical paths.

Physical Design & Verification

  • Setting up the Physical Design Flow
  • Floor Planning at Top Level & Block Level
  • Power Planning at Top Level & Block Level
  • Placement and optimization
  • Clock Tree Synthesis (CTS)
  • Routing and optimization.

Logic Equivalence Check (LEC)

  • Setting up the LEC flow for both functional and CLP
  • Develop constraints
  • Analysis & Debug.

Sign Off

  • Power Integrity (Power EM and IR-Drop)
  • Signal Integrity (Sig EM, IR-Drop and Noise)
  • Physical Verification (DRC, LVS, ERC, Customer Specific Checks)

Analog, Mixed Signal & Technology Foundation

process

What to expect! Work With Us.

  • Analog, Mixed Signal and RF

  • Memory

  • Standard Cell Library

Analog, Mixed Signal & Technology Foundation

  • We have a strong team of experts in Analog, Mixed Signal and Technology Foundation-IPs.
  • We have successfully delivered turnkey projects in Analog (Op-Amps, Charge-pumps etc.), Mixed Signal (DDR-IO, ADC, DAC, PLLs etc.), Memories and Std Cell Libraries for various customers.
  • We have expertise working with multiple fabs like TSMC, Samsung, Intel, GF, UMC etc and various technology nodes ranging from 350 nm Bi-CMOS to 5nm FINFETs

Analog, Mixed Signal and RF – Design, Verification & Layout

  • Analog Circuit Design
  • Analog Design Verification – Simulation based
  • Analog and Mixed Signal Modeling (AMS-Modeling)
  • Analog and Mixed Signal Verification (AMS-Verification)
  • Analog and Digital Co-Simulation
  • Layout Design – Analog, Mixed Signal, RF, Custom-Digital etc.
  • Post Layout – Extraction, Simulation and Layout/Circuit fixes.
  • Physical Verification (DRC, LVS, ERC, Latch-up, Soft-Conn, DFM etc.) 

Memory – Design, Characterization, Validation and Layout for all below types

  • SRAM – Memory Instances
  • SRAM – Memory Compilers
  • Cache Memories.

Standard Cell Library – Design, Layout, Char, Lib-QC, LEF, Tech-LEF and PD-Validation for

  • High Performance Libraries – Multi-VT, Multi-Channel (10-Track Libs and above)
  • High Density Libraries – Multi-VT, Multi-Channel (8 and 9 Track Libs)
  • Ultra High Density Libraries – Multi-VT, Multi-Channel (6, 7 and 7.5 -Track Libs)

Embedded System Design Services

process

What to expect Work With Us.

  • Analog, Mixed Signal and RF

  • Memory

  • Standard Cell Library

We provide Embedded software/firmware development and porting services for Industrial Automation, Smart home automation, Computer Vision, Remote sensor networks.

Our key areas of Focus are

  • Product Engineering and Prototype
  • Hardware Design and Development
  • FPGA Design and Prototype
  • Software and Firmware Development
  • Digital Signal Processing
  • Testing and QA

Our engineering team has project experience in services for

  • Microcontrollers
    • ARM : Texas Instruments, NXP, STM32
    • RISCV : ESPRESSIF, SIFIVE
  • Embedded system design
    • Firmware Development
    • RTOS
    • BSP Development – Board Support Packages (BSPs) includes boot-loader, debug utilities, interrupt handlers. 
    • Device Driver Development for peripheral modules 
      • I2C/I3C, SPI, UART/USART, WIFI
      • Porting of drivers from HAL Libraries and CMSIS Libraries for custom changes. 
      • Drivers for external I/O interfaces, audio/ video interfaces, touch screen panels, storage devices and flash memory
    • Power and Algorithm Optimization
    • Debug Utilities 
  • Applications 
    • IOT Applications : 
      • Home Automation 
      • Sensor Fusion Application for industries. 
    • Audio / Video Applications 
    • AI / ML Integration – Worked on frameworks like Caffe, Keras, TensorFlow etc.

FPGA

process

What to expect Work With Us.

  • FPGA Selection

  • ASIC / IP Prototyping and Validation with FPGA

  • FPGA-SoC design integration

  • FPGA Selection
  • Micro-architecture design
  • ASIC / IP Prototyping and Validation with FPGA
  • Embedded hardware and software support
  • FPGA-to-FPGA, FPGA-to-ASIC, ASIC-to-FPGA conversion
  • Board design and bring-up
  • System Integration & Validation
  • FPGA-SoC design integration
  • RTL Coding to timing & area driven PAR
  • Functional Verification
  •  

Automation, AI & ML

process

What to expect Work With Us.

  • Analog, Mixed Signal and RF

  • Memory

  • Standard Cell Library

Analog, Mixed Signal & Technology Foundation

  • We have expertise in developing and implementing flows and wrapper tools for design teams
  • Our team has experience in scripting languages – SHELL, SKILL (Cadence), CALIBRE-RULE Writing, TCL, PERL & PYTHON
  • We have developed:
    1. Multiple productivity improvement scripts in SKILL for Layout engineers.
    2. Char-QC flow for Std Cell Library teams
    3. Standard Cell Library Validation – QA flows for Physical Views like Layout, LEF Abstract
    4. Wrapper tool for Physical Verification flows and reporting
    5. Technology Independent Calibre rule deck generation for library QC
    6. AI-based approach for circuit tuning
    7. AI-based approach for timing analysis and writing TSO
  •  

Our Client's Voice

"The Engineers from Frenustech played a big role during tape out of Signalchip's SoC. They were not only dedicated towards work but always ready to put in something extra each day. They had a keen sense to learn about any new block assigned to them and were always up to challenges of the physical design of complicated blocks. The Engineers were also involved during the parasitic back annotation of complex RF blocks and tried to understand the problems being faced by the Designers and came up with innovative layout architectures to address the issues."

Nikhil BG SignalChip Innovations

We have been working with FrenusTech for the past 5 years and can confidently say that they are the best in terms of commitment and quality of deliverables. They have been a constant support at all times with their team often working late nights and during the weekends as well, during project releases. Ramesh and his team have always ensured that sufficient resources are always available if any situation arises because of change in project delivery timelines. It is always a pleasure to work with his team and hope for continued collaboration in the future.

Vishnu Siliconch