Transmitted Frequency: Peak Radiated Power: Average Power: Antenna Beamwidth: 9.23 GHz 1 Watt (Optional 2 to 80 Watts) 6.25 microwatts up to 0.4 watts; < 1 milliwatt for most applications Fast-Scan (rotating): 3, 7 degrees, 11, 45 degrees pencil beams (V- Pol. and H-Pol possible by rotating antenna on mount) 3x11 degree fan beam (V-Pol ) Others are available Fixed-Beam: 7 degrees, 11 degrees, 40, 180 degrees Options: Custom antennas are available Number of Antennas Fast-Scan: one Fixed-Beam: 1, 2, 3 or 4 (each positional) Scanning (AIMS Fast-Scan) Continuous 360 degrees rotation, or Sector Scanning (1 to 360 degrees) Scripted Scanning (sets range, azimuth and elevation) Bandwidth: Pulsewidth: (see Page 5) Maximum bandwidth of receiver = 20 MHz 40ns to 2 microseconds (range dependent/user defined via user interface) PRF Rate: (see Page 5) Comes standard with 1, 2, 4, 8, 16, 32, 64, 128, 256 khz plus external. Others available. Integration: On-board A/D sampling rates A/D bandwidth 128, 256, 512, 1024, 2048, 4096, 8192 pulses 105, 52.5, 26.25, 13.125, 6.56 MHz per channel 200 MHz, dual channel Detection Range: Maximum: ~1.5 km for walking 1 dbsm (human, 1 square meter) intruder; 5km for larger objections (vehicles, vessels, etc.) Minimum: 7 meters Optional: 3km, 5km, 7km or 10km for humans (1 square meters) Range Gates: Range Accuracy: Range Settings: Doppler Resolution Maximum Doppler Detectable: Fast-Scan Scanning Specifications: 3 meters to 24 meters (optional 1.5 meters available) ~ 3 meters (varies with system settings) Minimum range, Maximum range, and Null ignored ranges for each look angle (no practical limit to the number of look angles or null range cells) Minimum: 0.001 m/s Nominal Setting for most installations: 0.03 m/s 2,000 m/s (7,490 km/hr) Nominal Setting for most installations: 65 m/s (234 km/hr) Rotational rate: 48dps during surveillance Rotational Limits: None (360 degrees continuous) Tilt Rate: Max Elevation Speed = 48dps Tilt Limits: -30 deg to +110 deg (0 deg is parallel to the ground plane) Communications: Address: Static IP Address (TCP/IP) Standard: Wired Ethernet connector through slip ring, 1 Last Update: 5/17/2006
Option: Fiber Optics, Option: Wireless 802.11b protocol at 2.4 GHz at 11 MBPS, or extended range Wireless 802.11b/g/super g Extra enclosure providing video servers, 108 MB/s wireless Ethernet, multi-port Ethernet switch, Video over IP available. Modes of Operation: Autonomous (continuous 360 degrees or between start and stop angles) Scripted (for following fence or land contours) Manual (operator override supervisors only) Operating Temperature: -40 to +70 degrees C; (Optional -55 to +85 degrees C) Other Environmentals: Radar is sealed, so no sand, dirt, moisture can penetrate radar. No filters are required. Power Requirements: 48 VDC, 2-3 Amps (current can vary with higher power options) Options: 12 VDC (longer lead time), 24 VDC, 110 VAC, 220 VAC Size: Fast-Scan : Height = 29 inches, diameter = 29 inches (for 7, 11, 45 deg antennas) Fixed-Beam: Enclosure dimension = 12x12x12 inches (Antennas are mounted outside of enclosure) Weight: Fast-Scan: about 50 lbs (with 7,11, 45 degree antennas) Fixed-Beam: Internal Operating System: User Interface Operating Platform: o o Windows XP Pro 40 lbs with standard antenna configuration (Type 2 configuration) Add 40 lbs for enclosure for Fixed Beam power supplies and cooling system for desert climates Standard Windows Platform running Windows 2000 or XP, including desktop PC s, notebook PC s, PDA s User Interface Software: Opens as a Windows standard software interface Map, drawing or aerial image/photo overlay of data Can control and monitor up to 16 AIMS radar systems Built-in control for many cameras: o CCD cameras: VICON cameras, and cameras using Pelco-D formats and Quickset o Thermal cameras (short to medium range): Digital Infrared Imaging (DII) IR and high-resolution camera protocol and Infrared Inc. o Thermal and CCD (long range): Argon ST o Protocols coming 2006 L-3 Com, FLIR, LRAD, DoDAAM, Camera and radar can be pointed to locations by clicking on the map Camera can be slaved to radar detections or operated manually Up to 8 cameras can be controlled by one radar These are two of many variations in displays that can be provided. Data Reporting: Normal mode: Detection/Speed data coded for intensity ; Signature collection mode: Raw I, Q data; ID mode: Doppler Signatures for every detected object Alarm logs Date, time, position, angle, range, strength, speed (away or towards) 2 Last Update: 5/17/2006
Scheduling Brackets Event scheduler, which includes weeks, weekends, daily, start/stop time, sweep patterns, blanking zones, radar setup. Normally Stocked or short-term delivery: Rohn 45G and Rohn 25G tower brackets 4-inch pole mounts Telephone pole mounts Wall mounts Tripods Vehicle Mounts Some shipmounts Custom mounts are available, but delivery times vary Radomes Radomes for Cameras Material: Poly or NOMEX (default) Colors: White (default), Sand, Green, Yellow, Gray, Light Blue, Camo Specialty Radomes: Designed to look like something else, like an urn, for instance DMT provides radomes that will support thermal cameras from Digital Infrared Imaging and Argon ST on top. Hole pattern is 5 x 5 inches square. Connectors: MTBF: Required Maintenance: DMT provides military-style composite connectors that feed power and all signals. Designed to be years of operation at 24 hours/day, 7 days a week. Periodic radome cleaning. Belt check ever 12 months, which requires radome removal. Standard Expansion Available 2 USB ports for adding other boards or devices and 1 PCMCIA slot 232/422/485 communication via slip ring to cameras or other devices (up to 3 ports) Options Digital Compass for monitoring bearing, tilt and roll GPS for monitoring position on earth and altitude Internet Explorer-based user interface (available Summer 2006) Motion Compensation for vehicle or ship mounted systems. 3 Last Update: 5/17/2006
Upgrade Paths: Upgrades can be ordered at the factory, or provided as a user installed kit. 4 Last Update: 5/17/2006
Waveform Settings: The radar has literally hundreds of waveform settings. A waveform setting includes the selection of PRF, Pulsewidth and Number of Pulses Integrated. The table below shows just a small portion of the waveforms that can be set by an onboard dipswitch or via software. DMT normally sets a few of these as defaults for various missions based on customer feedback. DMT-10032 rev-5 PULSE WIDTH AND PRF SETTINGS DIP Switch Settings P1 P2 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 PW Reading PRF (khz) 23ns 2 x 1us 2 x 534ns 2 x 279ns 2 x 150ns 2 x 85ns 2 x 53ns 2 x 39ns 2 x 30ns 2 x Enables Ext. Ref. x 23ns 4 x 23ns 8 x 23ns 31 x x 23ns 124 x x 23ns 62 x x 23ns 15.6 x x x 48ns 4 x x x 62ns 4 x x x 95ns 4 x x x 159ns 4 x x x 288ns 4 x x x 544ns 4 x x x 1.05us 4 x x x x 79ns 4 x x x x 111ns 4 x x x x 173ns 4 x x x x 300ns 4 x x x x 559ns 4 x x x x 1.07us 4 x x x x x 147ns 4 x x x x x 207ns 4 x x x x x 330ns 4 x x x x x 590ns 4 x x x x x 1.1us 4 x x x x x x 270ns 4 x x x x x x 400ns 4 x x x x x x 650ns 4 x x x x x x 1.16ns 4 x x x x x x x 528ns 4 x x x x x x x 780ns 4 x x x x x x x 1.3ns 4 x x x x x x x x 1.04us 4 x x x x x x x x 1.5us 4 x x x x x x x x 2us 4 5 Last Update: 5/17/2006