DIGITRON ㈜디지트론
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Avionics

Store management computers (SMC) for rotary- and fixed-wing aircraft, anti-jam GPS RF assemblies for unmanned aircraft, and AI-compute signal-fusion processors — circuit-card assemblies designed and produced at every level from system to board.

L** SMC (Store Management Computer)

For a rotary-wing aircraft. The computer that controls selection, aiming and release of aircraft stores. Within the breakdown — aircraft, store management computer, circuit-card assemblies — Digitron designs and produces the circuit-card assemblies.

System Breakdown

System → Assembly → Board

System
  • L**-Series Aircraft
Assembly
  • Store Management Computer
Board

Transition Module

01
  • MIL-STD-1553B interface design
  • ARINC 429 interface design
  • Cut-off frequency design for filtered-connector fabrication
  • RS-422 and UART communication interface design
  • Protection circuit design against surge and indirect lightning

Motherboard

02
  • Impedance matching design for high-speed differential signals
  • EMI / EMC protection circuit design

K*-** SMC (Store Management Computer)

For a fixed-wing aircraft. The computer that controls selection, aiming and release of aircraft stores. Within the breakdown — aircraft, store management computer, circuit-card assemblies — Digitron designs and produces the circuit-card assemblies.

System Breakdown

System → Assembly → Board

System
  • K*-** Series Aircraft
Assembly
  • Store Management Computer
Board

Emergency Jettison / Analogue Module (EJA)

01
  • Analogue audio circuit design
  • Discrete-signal I/O and protection circuit design
  • Built-in test circuit design for discrete-signal I/O
  • FPGA logic design and timing optimisation using a hardware description language
  • Surge and indirect-lightning protection circuit design
  • Analogue circuit design for missile launch
  • Analogue filter design for noise minimisation

Transition Module

02
  • MIL-STD-1553B interface design
  • ARINC 429 interface design
  • Cut-off frequency design for filtered-connector fabrication
  • RS-422 and UART communication interface design
  • Protection circuit design against surge and indirect lightning

M** SMC (Store Management Computer)

For a rotary-wing aircraft. The computer that controls selection, aiming and release of aircraft stores. Within the breakdown — aircraft, store management computer, circuit-card assemblies — Digitron designs and produces the circuit-card assemblies.

System Breakdown

System → Assembly → Board

System
  • M**-Series Aircraft
Assembly
  • Store Management Computer
Board

Transition Module

01
  • MIL-STD-1553B interface design
  • ARINC 429 interface design
  • Cut-off frequency design for filtered-connector fabrication
  • RS-422 and UART communication interface design
  • Protection circuit design against surge and indirect lightning

Motherboard

02
  • Impedance matching design for high-speed differential signals
  • EMI / EMC protection circuit design

Store Management Module

03
  • MIL-STD-1553B interface design
  • MIL-STD-1760 mux-bus interface design
  • FPGA logic design and timing optimisation using a hardware description language
  • DSP design for high-speed computation and control
  • RS-232 and RS-422 communication interface design
  • Discrete-signal I/O and protection circuit design

Station I/O Module (#1/#2/#3)

04
  • Video-signal selection output design using an RS-170 mux
  • FPGA logic design and timing optimisation using a hardware description language
  • Discrete-signal I/O and protection circuit design
  • Built-in test design for discrete-signal circuits

Anti-Jam GPS RF Assembly

GPS receiver able to operate under attack from external jamming systems

MALE UAV B6

01

GPS receiver able to operate under attack from external jamming systems

  • Low-noise amplifier design
  • Phase-noise minimisation through reference-oscillator design
  • Multi-channel / multi-band implementation and miniaturisation design
  • Frequency up/down conversion and digital signal conversion design
  • Digital-noise suppression through power-rail isolation

Next-Generation Corps UAV A5

02

GPS receiver able to operate under attack from external jamming systems

  • Low-noise amplifier design
  • Phase-noise minimisation through reference-oscillator design
  • Multi-channel / multi-band implementation and miniaturisation design
  • Frequency up/down conversion and digital signal conversion design
  • Digital-noise suppression through power-rail isolation

LiDAR–Video Signal Fusion

AI-compute hardware that fuses high-resolution optical camera and LiDAR signals in real time for military unmanned systems.

Concept of LiDAR–video signal fusion
System Breakdown

System → Processor

System
  • Military Unmanned Ground Vehicle
Processor

LiDAR–Video Signal Fusion Processor

In development
  • Synchronisation and fusion of heterogeneous sensor signals
  • Integrated SD camera, EO camera, Camera Link and LiDAR interfaces
  • Thermal and power design for vehicle installation

Drone Signal-Fusion Processor

An AI-compute board for military unmanned systems (drones and ground vehicles), with an in-house carrier board.

System Breakdown

System → Processor

System
  • Military Unmanned Systems (Drone / Ground Vehicle)
Processor

Drone Signal-Fusion Processor

In development

Technology development for military unmanned systems

  • Customisable form factor
  • Built-in test function
  • In-house carrier board