Our Capabilities

Analog Design

  • Oscillators
  • Simple and complex filters
  • Dynamics Control
  • Voltage Controlled Circuitry
  • High Fidelity (>115dB) Audio Circuitry
  • Microphone Amplification
  • Specialty Circuitry
  • Control Circuitry

Custom Logic Design

  • SystemC simulation and prototyping
  • VHDL simulation and prototyping
  • VHDL RTL design and verification
  • SoC and PSoC design using commodity, third-party, and custom logic
  • Capable of targeting for FPGA, hard-programmed gate arrays, or standard cell ASICs

Embedded Systems and Firmware Development

  • Design and deployment of Embedded Systems using Linux, eCos, and proprietary embedded operating systems
  • Firmware development for bare-metal systems
  • Driver development for Linux and eCos systems
  • Creation of custom BSPs for specific client platforms

Design Capture and PC Layout

  • Design Capture using OrCAD and PADS PowerLogic
  • Printed Circuit Layout using Cadence Allegro and PADS PowerPCB
  • Printed Circuit Verification using VALOR Enterprise 3000 DFM Tools
  • High-Speed multilayer printed circuit design
  • Complex hand and rule-driven autorouting to ensure design integrity

Design Management

  • BOM Integration with clients to ease transition from prototype to enterprise MRP and ERP systems
  • Parts qualification and vendor management for both client and contract manufacturing situations
  • Design documentation and PDM for integration of internal documents with client requirements
  • Interface with client and contract manufacturer's purchasing division to manage vendor sourcing and lead time issues

Mixed-Signal Design

  • High Fidelity (>115dB) Audio Conversion Circuitry
  • MCU Controlled Analog Signal Path Systems
  • Panel Interfacing Circuitry
  • Motor and Position Control systems
  • High-Speed Data Transception Systems

Digital System Design

  • Small MCU based Systems
  • High-Speed DSP and Computer Systems
  • Special-Purpose processing systems
  • Custom logic embedded in FPGA and standard-cell ASIC
  • Memory Subsystem and Control design
  • Various peripheral interfaces

DSP System and Firmware Design

  • Algorithm design and simulation
  • Implementation of algorithms in fixed and floating-point systems
  • Division of complicated and dynamically loaded algorithms across multiple DSPs
  • Design and optimization of memory-intensive algorithms using staged memory topologies

System Simulation and Verification

  • Overall System Simulation using SystemC, VHDL, MATLABand custom emulation systems
  • Analog simulation using SPICE
  • Digital Simulation using ModelSim
  • Mathematical simulation and documentation with MATLAB and Maple
  • Algorithm and computational simulation using MATLAB
  • Signal Integrity simulation and verification with SPECCTRAQuest

Design Development and Prototyping

  • Management of design prototype from concept to finished product
  • Integrated prototyping and assembly documentation to ease transition from prototype stage to full manufacturing
  • Complex testbench creation for manufacturing and qualification

Integration with Manufacturing

  • Development of documentation for various assembly line topologies
  • Development of test plans and fixtures for production, burn-in, and product verification
  • Development of statistical controls and quality metrics for JIT manufacturing systems
Detachment 3 - use what you are given