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Adnacom is an electronic engineering company that designs and manufactures custom-built systems for RADAR, SONAR, and high-end systems for high-performance computing applications. Adnacom provides specialist subject matter experts in all aspects of electronic engineering and manufacturing.

Adnacom maintains a proprietary product offering with PCI Express and USB extensions over fiber optical interfaces. The extension systems operate with standard pluggable multi-mode or single-mode SFP and QSFP transceivers and Active Optical Cables (AOC). The PCIe bus can be extended up to 500 meters. Adnacom provides customization services to meet specific application requirements.

Adnacom’s engineering team has extensive experience in all aspects of system engineering, high-reliability hardware design, and complex high-speed embedded systems design for industrial, marine, and space applications. Adnacom thrives on the challenge of fast sampling rates, high digital signal processing throughput, and very high data rate transfer over long cables implemented within tight resource and space constraints.

Adnacom’s products are used in a variety of industries, including RADAR, SONAR, test and measurement, medical imaging, surveillance, aerospace and defense, telecommunications, audio and video production, data acquisition, and high-performance computing.

Adnacom is uniquely positioned as a specialized engineering services and hardware supplier to provide design and manufacturing services and high-end technology to its customers.

Adnacom expertise and designs:

  • PCI Express and USB over fiber optic extensions
  • Xilinx, Altera, Microsemi FPGA based devices for radar, sonar and industrial applications
  • Phased array radar electronics and FPGA firmware for digital signal processing
  • Multi-beam and single-beam sonar electronics and FPGA firmware for digital signal processing
  • Multi-channel digital down converters, pulse compression, FIR filters, beamformers, digital and analog time variable gain control
  • Continuous wave,  linear frequency, and phase-coded modulation transmit waveform generators using direct digital synthesizers
  • Multi-channel ADC interfaces with sample rate up 1 GSPS and analog bandwidth up to 2 GHz, ENOB > 9 bits at 1.9 GHz
  • Multi-channel DAC interfaces with sample rate up to 2 GSPS
  • JESD204B multilane data converter interfaces, 10 Gb/s per lane, multiple converters synchronization
  • Clock distribution networks, multiple synchronous 1 GHz device clocks with less than 150 femtosecond jitter
  • FPGA serial interfaces: PCI Express, USB, Xilinx Aurora, UDP/IP offload engine, Ethernet
  • RF PLLs, amplifiers, filters and switches for the frequency range up to 10 GHz
  • Design for an industrial temperature range from -40° to +85° C

Customers that use our products

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