OmniaElectronics can perform, for customers, studies about of behaviour of a certain electronic equipment or formulas, helping to find the most performances architecture or the less expansive one.

To do this we use extensively:

– Matlab and its derivates

– Analog or digital simulations

During the study we use functions as:

– FFT and frequency decimation

– FIR implementation and test

– Correlation functions

Development the project development is based on:

• High integration components, like uController, uProcessor and FPGA with 32 or             64 bit wide path
• High number of layers to host complex circuits
• RF parts up to X-band
• Wiring reduction by using extensive PCB rigid-flexible or rigid-flexible-rigid
• Mechanical parts, aluminium based

OmniaElectronics technology is based on state of art components and architectural design, the main branches are:

• Analog
  • OPAMP, from 0 to 2GHz
  • Signal conditioning (LNA, LOGAMP…)
  • DAC/ADC, up to 600MHz (8, 12, 16 bit)
• RF
  • Primary Radar S-X-Ka band
  •  power amplifier up to 400W@3GHz (S-band)
• Digital
  • uController 8, 16, 32 bit from Microhip to ARM
  • uProcessor
  • SITARA family,
  • iMX by NXP
  • – DSP
  • ADSP21xx
  • Tiger Sharc
  • C55
  • – FPGA
  • Cyclone Stratix by Altera
  • Spartan, Virtex and Zynq by Xilinx

OmniaElectronics can offer the uController as HW and FW (especially for FPGA), normally we use:

• FW C-based
  • For low end Microcontroller it depends by the manufacturer (i.e. Microchip)
  • For high end Microcontroller (like ARM) we use Keil and Rowley
  • For uP, gcc and relevant families based on Eclipse IDE
• VHDL
  • VHDL as general function description language with IP depending by vendor:
    • Quartus fo Altera,
    • ISE for Xilinx
    • ModelSim as simulator

Operating System (OS)

Omnia can use the most common OS like:

• Windows
• Linux (Ubuntu)

OmniaElectronics is an electronic design company basically. The production facilities are not inside the company (the prototype reworking machine are inside only) , the production phase is outsourced to third party.
The OmniaElectronics partner are ISO9001 certified and works according to quality plane approved by OmniaElectronics itself.

Standard FR4 PCB

–           0.2mm hole, with anular ring of 0.4mm

–           0.1mm tracks, with clearance of 0.1mm

–           up to 16 layers

–           short time manufacturing process

RF PCB

–           Multilayer boards with many layers

–           Industrial electronics

–           Automobile electronics

–           Fineline trace structures

–           High temperature electronics

PC Assembly

– PCB Automatic assy (mount and solder)

– any type of BGA

– manual assy for mixed (smd and throw-hole) special components technology

Assy

– Any kind of connectors (crip or solder)

– Any kind of conductors (single wire, twisted, coax)

– All conductors, cables and connectors will be clearly identified

Fiber Optic

– use of 9/50/62.5/100um

– single cable, multifiber cable

– any connectors and splice