Hardware Design

We design and integrate IP cores, interface controllers, data processing algorithms, processor cores and custom/specialized modules. We offer the best relevant options of FPGA/CPLD chips depending on the budget, project complexity, power consumption requirements and performance.

FPGA Process Procedure:

Specification elaboration on the basis of functional requirements, selection of architecture and division into separate IP cores, selection of IP cores, modeling with SystemC, development of RTL descriptions in the programming languages, logical and physical synthesis, topology verification, compliance with design-for-test requirements throughout all design stages. Our core competencies on various FPGA families.

CSoC/SOPC Project
Processor Cores
Interface Modules
Data Processing Modules

PCB Design

The company provides services in making PCB layouts of any levels of complexity with ball grid array (BGA) components. Within the terms of the service of PCB development we provide the following:

Design various types of PCB:
Analog, digital, high-frequency
Single-sided and double-sided printed-circuit-boards
Multilayer printed circuit boards with BGA-packages, with blind and buried vias
Construction 3D models
Analysis of signal integrity (SI)
Analysis of electromagnetic compatibility (EMC)
Thermal modeling
Assistance in maintaining PCB manufacture and mounting

PCB Layout Design

Process of PCB design is done in several stages. During the design cycle, we take into account DFT and DFM requirements and analyze device’s thermal operating mode.

Data Specifications

To start working on a PCB design we require from the customer minimal initial data in the form of electric circuit scheme, the list of elements and requirements specifications.

Preliminary configuration

We arrange the components according to the requirements, fix components with rigid arrangement. According to the possibilities/requirements we can make a proposal for changing PCB dimensions. At this stage we can provide the client with a 3D model for conforming design requirements by dimensions and mounting parameters.

Layout

We perform final placement of elements, optimize connections, set traces parameters and layout rules, define number of layers and perform trace routing (wiring). If required, we can calculate characteristic and differential impedance by using special-purpose utilities. If necessary, we can model transient phenomena in circuits, analyze signal integrity, electromagnetic compatibility (EMC), thermal modes.

Design and modeling environments

Our specialists have skills in using the following packages and environments:

Mentor Graphics VB2000, WG2002-2005
CADENCE.SPB 15.7 (OrCAD, Allegro)
PCAD 200x
MDT (AutoCAD)
Signal Vision and Signal Analyzer
HyperLynx

Industrial and Interface Design

Design concept
2D and 3D model design
Controls integration with the interface
Designing and drafting
Ergonomics testing
Solid modeling
Design documentation
Drafting and prototyping

Industrial Automation provides a platform for displaying all the industrial applications of automation, coupled with a unique marketing service for exhibitors that operates 365 days a year. The clearly structured exhibition concept is built around a central automation area, with additional displays featuring the key applications of process and production automation plus energy-related applications.

Areas of Specialization:

Mechanical & Plant Engineering
Power Transmission & Motion Control
Instrumentation & Sensor Technology
Mobile Robots & Autonomous Systems
Identification, Tracking & Tracing
Wireless based Automation in Industries
Energy Efficiency in Industrial Processes

HARDWARE DESIGN