AutoTEC Systems Private Ltd.

Bannerghatta Road, Bangalore, Karnataka

Based on Intel core 2 Duo processor integrated in the Combat system of Submarines Receives the Audio signals from Torpedo interface units, Digitizes and Processes the Audio Data. Processed Audio data is sent to the other sub-systems in the Torpedo through Ethernet links.

gateway for exchange of data between Airborne Systems on UAV & Ground system Design based on Freescale Micro-controller Handles multiple communication interfaces - RS-422, Ethernet, MIL-STD-1553B

Rugged Unit based on Intel 16 bit Micro-controller 87C196 Used for Power distribution and switching for Torpedo application External interfaces to Discrete Inputs/Outputs, RS-232, RS- 422 and MIL-STD-1553B communication links

MPC8280 PowerPC based design Performs function as DRFM controller Customised Bus Interface to DRFM

Records and playback all the activities in a navy ship Playback through the Sony DAT recorder Based on OMAP 5910 Processor Interfaced with Audio channels, Video channels, RS-232C/RS-422 links, LCD Display etc

Functional testing of pre-setter portion of control panel subassembly in the Torpedo Checking of the wiring and the Torpedo umbilical connector Rugged, portable and light weight unit Based on PowerPC 440 Processor interfaced with Switches and Alpha-numeric displays for Man Machine Interface Interfaced with MIL-STD-1553 Bus for external communication

Compact PCI Based Card Forms part of ALWT Pre-setter and Simulator units Interfaced with various Input/outputs like Switches with Illumination, Alpha-numeric display etc External communication through RS-422/RS-232

Accesses data from the Data-acquisition system of Torpedo Data storage in appropriate formats in the onboard memory Data upload to PC through USB port for off-line analysis Based on AM186CU Micro-controller with built-in USB 8GB NAND FLASH for Data Storage

Functional Tester for INCOM System of LCA, Su30 & Jaguar On board RF Signal Generator , RF Signal Analyser, Audio Signal Analyser / Signal Generator, Modular Measuring instruments, RF switch Frequency Range : 100MHz – 500 MHz Parameters tested - Frequency Error, Carrier Power, Power Consumption, Modulation Depth, Modulation Distortion, Incidental AM/FM, Side tone Output, Side tone Distortion, Modulation Response, Side tone Response, CNR, Harmonic/Spurious Rejection etc   RF Hardware Capability - Generator / Analyzer RF Frequency range - 108MHz to 399.975MHz RF Amplitude - -120dBm to +10dBm Input / Output impedance - 50ohm. Real time bandwidth - 20MHz No of RF channel (Input) - 1 No of RF channel (output) - 1 Audio Frequency range - 300Hz to 3KHz Audio Signal Amplitude - 250mV to 500mV (rms) No of Audio channel (Input) - 2 No of Audio channel (output)- 2 Modes Supported - Auto & Manual Communication Protocol - MIL-STD-1553B UUT Test Capability - 1210A (MBU), 1210AL, (LCA), 1215A (SU 30)

High-speed recording and playback system used for avionics applications. The system is capable of recording data of IF range of 70MHz with 40MHz bandwidth. Provides solid state disk storage of 4TB that enables recording of data for 4 hours duration. Has provision of real time playback of recorded data.   Recording & playback of IF signals up to 700 MHz Signal bandwidths to a maximum of 40 MHz (± 20MHz) Three 200 MHz 16−bit A/D converters Two 800 MHz 16−bit D/A converters 19” Rack Mountable 4U Unit. Digitize and record the complex data. 4TB Solid state Disk which provides recording capacity for 4hrs. Recording of synchronized digital streams of video and data Playback of recorded synchronized streams of data in real time. Analog Replay of the recorded signal at 70MHz IF. Based on 3U VPX Single Board Computer VPX chassis with suitable power supply / Backplane

3 Channels each of Measurement & Simulation Jumper selectable Synchro/Resolver Options 16-bit resolution, Programmable Speed VME64x / PCI based Board

Rugged computer integrated in the Combat system of SubmarinesBased on Intel Core 2 Duo Processor Interfaced with 20.1” rugged monitor Folding operator’s desk with rugged Keyboard and Trackball Interfaced with switches for Man Machine Interface

DTU is a compact, rugged, self-contained data transfer unit Used on the MiG27 Avionics system for as the Mission Preparation & Retrieval Unit Designed to store and retrieve data from industry standard PCMCIA/ATA Flash Memory cards through RS-422/RS-232C interface CEMILAC Certified, CEMILAC Type Approval

Used for Command & Control of UAV Interfaced with Ground Checkout System Input through discrete switches and joysticks; Status display through Indicator Lamps Design based on Freescale micro-controller

The Airborne Recording System (ARS) is a high-speed recording and playback system intended to be used for airborne applications Playback the recorded synchronized streams of data in real time Capacity: A minimum of 2 TB (expandable up to 4 TB) Data interface: High speed serial Interface on VXS Backplane Data Transfer Rate: 600MB/sec Input: 28V DC, 115V / 400Hz, 1-Φ AC Output: Necessary Power Supplies for the operation of other functional modules within the ARS

Part of Navigation system for naval application Based on Intel 486 Processor Realtime processing of navigation data and interfacing of other subsystems through MIL-STD-1553B

Airborne unit of Aircraft Communication system Provides impedence matching between on-board computer and HF communication set

gateway for exchange of data between Airborne Systems on UAV & Ground Systems Handles all data exchange between various avionics sub systems on UAV Decodes and Disseminates command, control and data from Ground Control Station (GCS) to relevant on-board sub systems Encodes flight control, mission data and other parameters of the UAV and down links to the GCS for operational use Completely Dual-redundant Architecture based on Freescale Power Quicc-III Processor

Analog Voltage / Current Output Analog Voltage Acquisition Discrete Input / Output, Digital Input / Output For Functional testing of Control systems Analog Input Voltage - 16 Ch Analog Output Current - 64 Ch Analog Output Voltage - 64 Ch Digital Input - 4 Ch Digital Output - 4 Ch Discrete Input - 96 Ch Discrete Output - 96 Ch