Introduction to AN/TPQ-36/37 Radar Upgrade. Date: Wednesday, 11 November 2011

Similar documents
GIRAFFE 8A AESA 3D LONG RANGE RADAR

Black Marlin radar systems may be purchased with a flat-top radome for mounting cameras on

Phone: Fax: Mentor Radio, LLC. Airport Wireless Integrated Connectivity System (AWICS)

Combining Air Defense and Missile Defense

AIMS Radar Specifications

Phantom Dome - Advanced Drone Detection and jamming system

Intelligent and Flexible Monitor Circuits Detect & Record Load Profiles and Fault Events All Distribution Voltages All Conductor Types

BYU SAR: A LOW COST COMPACT SYNTHETIC APERTURE RADAR

Towertrack 2 Optical Verification System

39N6E KASTA-2E2 Low-Altitude 3D All-Round Surveillance Radar

Measuring and monitoring with precision. NRA-RX Narda Remote Analyzer

Doppler Weather Radar Systems Company Profile

OASIS. Application Software for Spectrum Monitoring and Interference Analysis

Architectural/Engineering Specification for a. Microwave Perimeter Intrusion Detection System

NANOSCALE IMPULSE RADAR

Training Schedule. Robotic System Design using Arduino Platform

IDS5 Digital ATIS System for AFAS and AAAS Workstations. Description and Specifications

PECHORA-2ТМ. Air Defense Missile System

Scalable Front-End Digital Signal Processing for a Phased Array Radar Demonstrator. International Radar Symposium 2012 Warsaw, 24 May 2012

Vaisala Radiotheodolite RT20

BLACK MARLIN Specification SPECIFICATIONS. Black Marlin radar systems may be purchased with a flattop radome for mounting

CamFi TM. CamFi User Guide. CamFi Remote Camera Controller. CamFi Limited Copyright 2015 CamFi. All Rights Reserved.

DEFENSE and SECURITY RIGEL ES AND. Defense and security in five continents. indracompany.com

Fixed head Doppler radars

radar target generator RTG

3D LANZA RADAR FAMILY

P10.13 DEVELOPMENT AND APPLICATION OF A POLARIMETRIC X-BAND RADAR FOR MOBILE OR STATIONARY APPLICATIONS

INNOVATIVE SOLUTIONS FOR CSP CONTROLLERS

VPX Optical Interfaces: Standards, Protocols & Applications. Embedded Tech Trends. January 2015 Rodger H. Hosking Pentek, Inc.

SURFACE MOVEMENT RADAR

Wireless Network Deployment Tips and Tricks 2012

RavTrack PC. RavTrack PC Features: RavTrack PC AVL/Tracking Software Application

TurboVUi Solo. User Guide. For Version 6 Software Document # S Please check the accompanying CD for a newer version of this document

Scalable Ionospheric Analyser SIA 24/6

Tower Top Amplifier Systems Application Note

AIR ROUTE SURVEILLANCE 3D RADAR

CHAPTER 1 INTRODUCTION

SMS. Enabling real-time exercise monitoring to protect personnel during live training. text goes here

Product Description 2-1

The LVCx Framework. The LVCx Framework An Advanced Framework for Live, Virtual and Constructive Experimentation

A NEW GENERATION PROGRAMMABLE PHASE/AMPLITUDE MEASUREMENT RECEIVER

FieldFox Handheld Education Series Part 7: Precision Validation of Radar System Performance in the Field

Opera Duo. GeoRadar Division

Precision Validation of Radar System Performance in the Field

RIGEL RESM AND RECM SYSTEMS

Space Frequency Coordination Group

Silent Sentry. Lockheed Martin Mission Systems. Jonathan Baniak Dr. Gregory Baker Ann Marie Cunningham Lorraine Martin.

Quick Start Guide for the PULSE PROFILING APPLICATION

Nürnberg, Andreas Strecker Chief Engineer Radar. High Performance X-Band E-Scan Radar for Security Application

1.0 Introduction. Related Products and Documentation

The modular system for communication, alerting and people search

U S E R S M A N U A L

Using an Arbitrary Waveform Generator for Threat Generation

Modernised GNSS Receiver and Design Methodology

Industrial Wireless Systems

Comparison of Two Detection Combination Algorithms for Phased Array Radars

Todd Hubing. Clemson Vehicular Electronics Laboratory Clemson University

ORCSM: Online Remote Controlling And Status Monitoring of DWR

ATM-ASDE System Cassiopeia-5

Open Source Software Defined Radio Platform for GNSS Recording, Simulation and Tracking

Reducing Test Flights Using Simulated Targets and a Carefully Chosen Set-up

RF, HIL and Radar Test

NavX -NCS The first Galileo/GPS full RF Navigation Constellation Simulator

723 Specialized 80 to 500 MHz Radio Direction Finding System For Airport Interference Detection

WEB I/O. Wireless On/Off Control USER MANUAL

Introduction to High Frequency Measurement Technology (RF12)

Coastal Surveillance. SCANTER Radar Solutions

Coherent Laser Measurement and Control Beam Diagnostics

Why Design for Testability Sooner? 21 October 2008 Bruce Bardell, Technical Fellow Bradley Chief Architect BAE Systems

General purpose Signal generation and analysis. Well-equipped for field and lab the R&S Spectrum Rider

Networks of any size and topology. System infrastructure monitoring and control. Bridging for different radio networks

KLEIN MARINE SYSTEMS, INC.

PerMIT. A complete broadcast measurement and analysis solution

2B.6 SALIENT FEATURES OF THE CSU-CHILL RADAR X-BAND CHANNEL UPGRADE

era, eric, era-lora, eric-lora & eric-sigfox Evaluation Board with GNSS

BOAT LOCALIZATION AND WARNING SYSTEM FOR BORDER IDENTIFICATION

END-TO-END WIRELESS NETWORKING SOLUTIONS. Peter Willington. Eaton

Pharovision, LLC E FM 1097 Willis, Texas United States Tel. (936) , Fax. (936)

TMS320F241 DSP Boards for Power-electronics Applications

Optimize Cell-Site Deployments

The Sardinia Radio Telescope conversion, distribution, and receiver control system

EMC/EMI MEASURING INSTRUMENTS & ACCESSORIES SHORT-FORM CATALOG 2009

Fundamental Concepts of Radar

BluetoothMesh ModuleDatasheet

Project in Wireless Communication Lecture 7: Software Defined Radio

Technical introduction to TetraFlex

AirMagnet Spectrum XT

RC Altimeter #2 BASIC Altitude data recording and monitoring system 3/8/2009 Page 2 of 11

RF and Microwave Test and Design Roadshow Cape Town & Midrand

MC108A-2 RF MULTI-COUPLER USER S GUIDE

HD Radio Diversity Delay Field Observations: The Need For Automatic Alignment. Alan Jurison. Senior Operations Engineer iheartmedia

DSA-815 Demo Guide. Solution: The DSA 800 series of spectrum analyzers are packed with features.

Wireless Antenna Installation Guide

RD988 Super Version. Intelligent Super Repeater

UAVSAR in Africa. Quality Assurance and Preliminary Results. Brian Hawkins, UAVSAR Team

Revision Date: 6/6/2013. Quick Start Guide

Intelligent and passive RFID tag for Identification and Sensing

Large format 17µm high-end VOx µ-bolometer infrared detector

Xeta4. Occupied Bandwidth. Measurements

Solid-state Meteorological Radars in the C and X Bands

Transcription:

Introduction to AN/TPQ-36/37 Radar Upgrade Date: Wednesday, 11 November 2011

Content Introduction Enhancements Existing/New Configuration (AN/TPQ-36) Man Machine Interface (MMI) Operational Test and Evaluation (OT&E) Comparison Table AN/TPQ-37

Introduction Intersoft Electronics offers many field-proven Radar Upgrade solutions and the AN/TPQ-36 is no exception. Whilst some companies offer solutions to obsolescence, Intersoft Electronics offers true system enhancements in addition to addressing obsolescence issues. As such, our AN/TPQ-36 upgrade solution provides the following benefits: 1. Service Life Extension and maintenance tools Elimination of the existing Shelter Truck (reduction of spare parts) 3. Enhanced Performance of the radar (better accuracy) 4. Improved Safety for operations 5. Improved Control, Monitoring and Display User features 6. Real-life Operational Test and Evaluation 2.

Enhancements The OCG Shelter is replaced entirely with: a new Radar Upgrade Processor (RUP) located inside Trailer a ruggedised Man Machine Interface (MMI) or remote large screen workstation Improved Auto Terrain Following capabilities Improved ballistics calculations with incorporation of meteorological data Extractor/CAM solution on LAN Additional tools for antenna maintenance incorporated

Enhancements Weapon network integrations Possibility to learn new weapons based on RAW recordings Freuency Sharing to enable multi-radar mode Real-life Operational, Test and Evaluation (OT&E) capability through use of Radar Target Generator (RTG698) and Tower Track

Existing Configuration No Longer Reuired

New Configuration Radar Upgrade Processor (RUP) Man Machine Interface (MMI)

RUP (TPA909/TPR992) Radar Upgrade Processor (RUP) consists of: TPA909 - Analyser TPR992 - Receiver

RUP Architecture RUP TPR992 IF Signals I/Q Receiver I/Q Video TPA909 Digital Signals Analog Signals USB I/O Interface Digital Board Embedded Computer Serial Watchdog TCP/IP Network

RUP (TPA909/TPR992) MMI Interface Data Signals IF/COHO Signals

MMI Features Input from GeoTIFF, DTED and MetCM Radar Configuration Data Radar Name ID (Important for multi-radar mode) Start/Stop Range and Azimuth Alignment settings Freuency, IPP, etc Operator controllable Search Fence Threat Zones, Markers Action/Status Logging, RAW and Stream recording Multi-radar Mode

Zones and Markers Fence Zone (Black area) Threat Zone (Red area) Zones Threat Zone utilises an intelligent PRF and scan time to improve accuracy and Probability of Detection Markers Key Data Radar Location

Radar Configuration Key Radar Alignment and Search Window Parameters All can be preset before deployment

System Readiness System Power On Point Crosshairs to PTL Press Align 2 Men, 15 Minutes to go Operational

Priority Sectors Optional: Priority sectors within the main search fence if the fence is >90 degrees All can be preset before deployment

Radar Controls Radar Configuration Radar Controls Background Manager Video Window Trailer Status Automatic Terrain Follower System Power On Transmitter Reset High Voltage On Radiate Target Information

Operational View Example Track showing POO and POI POI Zoom

Replay Mode Example Trajectory Display in Google Earth in Replay Mode Record and Playback allows for Training and Post-Operational analysis

OT&E Euipment Radar Target Generator (RTG) Tower Track

OT&E Configuration PC with controlling SW Up-Down conversion Radar Under Test Motor controller TIX Digital Delay Line RTG Tower Track PC, remote LAN control

Comparison Table DESCRIPTION Shelter Operator Location CURRENT Shelter contains Computer, Weapons Location Unit (WLU), Radar Buffer, Synchroniser, B-Scope, Signal Processor, Magnetic Tape Unit and Clock Distribution Shelter removed. New Signal Processor mounted in 600x200x120mm housing within Trailer and Display is a Ruggedised laptop. Collocated with 40/50m cables LAN to any location Preventative and Corrective Subject to local reuirements and system integrity maintenance Logistics costs IE UPGRADE BENEFITS Reduced through elimination of Trailer Reduced Transportation, Reduced Spares Reduced Repairs Reduced maintenance with elimination of the Shelter Improved reliability through replacement of obsolete components Less Transport vehicles and associated costs Safety for Personnel Improved remote operations visibility Improved reliability Improved availability Reduced man power reuirements for maintenance Significant cost savings

Comparison Table DESCRIPTION Set Up and Alignment Display Radar Configuration ATF CURRENT 5 men, 20 minutes Drums, B-scope IE UPGRADE ½ man power, system ready timeframe reduced to 15 minutes Imported GeoTiff, DTED and MetCM data, 3D trajectory with Origin and Impact zones, programmable Friend and Hostile zones, programmable marker and track preferences. Lat/Long/Alt for Radar and PTL, Elevation mask, Target Mask ID Fixed Elevation across search Programmable elevations fence across search fence BENEFITS Reduced man-power reuirements Faster deployment readiness Greater operational usability Introduction of modern tools Improved operational control and visibility

Comparison Table DESCRIPTION CURRENT IE UPGRADE BENEFITS Detection range 24Km Increased 50% Impact prediction accuracy 0.4% at 10Km Increased Recording Not available Continuous Raw and Data recordings for playback Multi-radar mode Not available Weapon ID Fixed Incorporated to allow networking of multiple systems Programmable profiles for new weapon types Training Tools Incorporation of Radar Target Generator and Tower Track Greater operational visibility Improved operational outcomes Improved training capability through playback of recorded data Provides expansion on current operational capabilities Greater operational usability Real RF trajectory input to provide ideal operator training in the operational environment Can provide all threat type profiles

AN/TPQ-37 Shelter hardware is compatible to the AN/TPQ-36 Preliminary design in discussion for differences in Trailer Further access for measurement and documentation reuired to further development to realise the product

Thank You For Your Time Thank You For Your Time