Circuit Solution
Circuit solution including study of a conceptual design of the solution, selection of a budget-priced solution, selection of parts from the best world producers and electrical scheme design
- Design of equipment pursuant to cPCI, ATCA, AMC, PMC/PTMC, PCI, PCI-X, PCI-Express, ISA standards and equipment of proprietary construction
- Design of power supply units with DC input voltage up to 100V or with line voltage AC 230V and output voltage up to 150V, with power up to 300W
- Design of telecommunication interfaces according to valid ITU-T, ETSI and ANSI recommendations, i.e. analogue, digital ISDN, E1/T1, E3/DS3, STM-1/OC-3 and STM-4/OC-12, including synchronization solution
- Design of equipment with 10Base, 100Base, 1000Base and 10GBase Ethernet interface pursuant to IEEE 802.3 standard
- Design of proprietary optical interfaces 8/16 Mbit/s and 1,3Gbit/s
- Design of equipment using HDLC for data transmission and management
- Design of GPS/GSM terminals
- Design of equipment with C-51 architecture microprocessors from various producers and creation of firmware in Keil development environment
- Design of equipment with low-input MSP430 suite microprocessors produced by Texas Instruments and creation of firmware in IAR development environment
- Design of equipment with 32-bit one-chip V-850 suite processors produced by NEC and creation of firmware in IAR development environment using the Emboss Real Time operation system from Segger
- Design of equipment with x86 (Intel, AMD) suite processors
- Design of equipment with PowerQuick (Freescale) processors
- Design of equipment with DSP produced by Texas Instruments (TMS64xx, TMS54xx suite)
- Design of equipment with programmable logic circuits from Xilinx - CPLD (CoolRunner, XC9500) and FPGA (Spartan, Virtex) - we are able to make simple logical circuits as well as embedded processors with the Linux operating system in these circuits depending on the selected structure type
