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Product
Air-Littoral Weather Radar Processor System
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This system example will provide a Moving Target Indicator (MTI) / Moving Target Detector (MTD) processing capability, and will use existing COTS RF receiver and processing systems hardware. An optional upgrade will incorporate weather radar processing and displays.
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Automotive Radar Test ∙ Evaluation
XRE
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KEYCOM develops and manufactures various radar systems to measure and evaluate such functionalities of mass-produced millimeter and microwave radars including in-vehicle radars as transmission power, frequency, antenna beam alignment, distance accuracy, bearing accuracy and receiving accuracy. KEYCOM’s product line includes the Radar Test System (RTS) that measures radar distance accuracy and transmission power, and the Rader Alignment System (RAS) that assists you to adjust the mounting position of the in-vehicle radar.
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Local Bus Master & Target Bridges
PCI 9052
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The PCI 9052 PCI I/O Accelerator provides low cost connectivity for PCI slave designs. It is specifically targeted at easing the transition of existing ISA designs to the more feature rich and performance oriented PCI bus.
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Radar solutions for shipping & offshore
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With our robust radar sensors, you will increase the productivity and safety of crane movements and unloading of ships as well as automate the work processes in port areas.
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Radar Level Transmitter
DR6500
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The Drexelbrook DR6500 is a two-wire open air radar level transmitter for measuring level in applications with powder and dusty atmosphere.
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Product
High 1.73 (49.00) - 8.00 (227.00) Bead Probe
BTP-1HC-8
Bead Target Probe
Current Rating (Amps): 6Average Probe Resistance (mOhm): 10Test Center (mil): 75Test Center (mm): 1.91Full Travel (mil): 250Full Travel (mm): 6.35Recommended Travel (mil): 167Recommended Travel (mm): 4.24Mechanical Life (no of cycles): 500,000Overall Length (mil): 1,300Overall Length (mm): 33.02
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Radar solutions for transport & logistics
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With OndoSense radar sensors you will enhance your productivity in the transport sector, increase the reliability of your means of transport or cranes and automate the work processes in logistics.
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Product
Radar
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The increasing demands on ever smarter, fully automated products require highly sensitive, compact, cost-effective and energy-saving sensor technologies. One of the most demanding disciplines is remote sensing, in which the environment must be recorded independently of disruptive external influences. One of the rapidly developing, most powerful key technologies for environmental detection is RADAR.
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Product
Hi-Res Radar Scan Converter PMC
Eagle-2
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Curtiss-Wright Defense Solutions
Eagle-2 is a high-performance radar scan converter from Curtiss-Wright Defense Solutions. Eagle-2 provides improved performance and support for high-resolution screen displays up to 2560 x 1600, including 2048 x 2048, making it the perfect choice for high-end radar display applications such as air traffic control (ATC) displays, VTS display command and control consoles, and radar head monitors.
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Weather Radar
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Honeywell Aerospace Technologies
Weather has long been one of the biggest barriers to the success of a commercial flight or military mission. As weather patterns become increasingly unpredictable, pilots can rest assured knowing that Honeywell’s weather radar solutions will help them navigate the skies safely and efficiently in even the most hazardous conditions.
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3D Ground Penetrating Radar data processing & Interpretation software
Condor
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Condor is modern processing, visualisation and interpretation software for the efficient management of Raptor 3D GPR array data.Boost performance and improve workflows.- Efficient sub-surface imaging- Effective workflows- Simple and intuitive- Dedicated to processing Raptor data- Modern Windows software (64-bit)
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Product
X-Band Silicon Radar Quad Core IC
AWS-0101
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The AWS-0101 is a highly integrated silicon quad core IC intended for radar and 5G phased array applications. The device supports four radiating elements, single beam transmit, and dual beam receive and includes all requisite beam steering controls for 6 bit phase and gain control. The device provides 21 dB gain during transmit mode, +15 dBm output power during transmit, and 3.4 dB NF during receive. Additional features include gain compensation over temperature, temperature reporting, and fast beam switching using eight on-chip beam weight storage registers. The device features ESD protection on all pins, operates from a +1.8V supply, and is packaged in a 56 lead 7x7 QFN for easy installation in planar phased array antennas.
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VME Radar Processing System
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Signal Processor is Standard 19' rack mount chassis. 400 Hz, 3-phase, 115VAC aircraft power is available. Typical system can handle 200 MB/s (minimum) input data (also output data since we record the input data). Options include 10 GigE, Infiniband, FibreChannel or Serial FPDP. Optional 1GigEthernet for output products, parameter data, control messages, etc.
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Radar Core Chips
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Macom Technology Solutions Holdings Inc.
Multifunction GaAs and Silicon MCM designed for communication radar and weather applications. MACOM Core Chips deliver a complete transmit/receive function with phase and amplitude control.
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Radar Performance Monitor
RI 900
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The Ranatec RI 900 Radar Performance Monitor is a state-of-the-art, reliable and versatile, high precision, in-service Radar Performance Monitoring System.
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Product
Radar Altimeter Test Set
EA-6061
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The EA-6061 Radar Altimeter Test Set is designed to test and calibrate any and all radar altimeter systems regardless of protocol or encryption. The EA6061 provides multiple, programmable delays with front panel and/or remote computer control. It features ultra wide bandwidth, low loss, high isolation, and high dynamic range. Able to simulate altitudes up to 6350 feet, the test set operates from 4 to 5 GHz and offers NIST traceable altitude accuracy up to 2 inches
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Product
Radar Level Gauge
HRRD730 Series
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HighReach Measuring & Controlling System Co.,Ltd
At The Radar Level gauge Antenna emits and Narrows at The Microwave Pulse. This Pulse propagates in Space AT at The Speed of Light. The When IT Encounters at The Surface of at The the Measured Medium, Part of the ITS Energy IS the REFLECTED the Back and Received by at The Same, Antenna. At The Time interval The Between the transmitted pulse and the received pulse is proportional to the distance from the antenna to the surface of the measured medium.Because the electromagnetic wave propagation speed is extremely high, the time interval between the transmitted pulse and the received pulse is very small (on the order of nanoseconds). It is difficult to confirm. The 90X series 26G radar level gauge uses a special demodulation technology To accurately identify the transmitted pulse and the time interval of the pulse is received to further calculate the distance of the antenna from the surface of the measured medium.
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Product
FMCW radar sensors
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What are FMCW radar sensors? And how do they work? The vast majority of radar sensors for distance measurement or collision avoidance are based on the FMCW radar (Frequency-Modulated Continous Wave Radar). OndoSense relies on the latest FMCW radar technology and innovative FMCW radar algorithms.
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Product
Radar Level Sensor
VRS-20
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Versatile and simple to install, the VRS-20 has been developed by Valeport to work seamlessly with the TideMaster Tide Display/Logger and other third party data loggers using RS232, RS485 and SDI-12 communication. Non-contact technology removes the installation, corrosion & fouling issues of submerged sensors, while simplifying datum control. Accuracy and performance are unaffected by changes in water density and atmospheric conditions.
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Product
NBS Targets
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NBS Targets by Applied Image - NBS-1952 Resolution Test Chart, ANSI/ISEA Z87.1-2020 Test Resolution Standard
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Radar solutions for the mining industry
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Our radar sensors will help you increase the productivity of your mining plants, reduce unplanned downtime of your mining machines and automate the work processes in Industry 4.0.
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Product
Radar Sensor Glossary
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Expand your radar sensor knowledge in our glossary. Here you will find important fundamentals, definitions, and terms from the world of radar technology and radar sensors. Learn more about radar topics such as resolution, orientation, beamwidth, measurement spot, measurement rate, measurement range, measurement precision, measurement accuracy, linearity deviation, radar reflectors, and other terms related to radar sensors. You can also find more information on radar terms in connection with distance radar sensors in our tutorial on distance measurement with radar .
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Product
Radar Video Processor
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Curtiss-Wright Defense Solutions
Radar Video Processor (RVP) is a family of high-performance radar acquisition, tracking and distribution servers that are designed to address a broad range of radar processing requirements, from network radar video servers to ruggedized naval tracking solutions. RVP servers are designed to work with our extensive range of radar client solutions for video and track display.
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Product
Radar・Sensor Simulation Framework
COSMOsim
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Millimeter Wave Radar simulator and LIDAR (Laser Imaging Detection And Ranging) simulator for Automotive sensor simulations, and also can provide 3DCG MAP for specific radar which has millimeter accuracy. Now we can only provide AMMWR and ALR to the following COSMOsim Framework. This simulator enables automotive manufacturers to simulate a driving situation by sensor-based modelling, check the recognition and control of autonomous driving, and verify the sensor-mounting positions on vehicles efficiently, which eliminates the need for test driving with real vehicles.
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Long-Range Perimeter Surveillance Radar
Ranger® R3
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The Ranger® R3 is a high-resolution radar that accurately detects personnel and vehicles at a range of up to 2,800 meters in virtually any climate, weather, or lighting condition to provide 24/7 security. Able to scan 360° every second to monitor more than 24 square kilometers (9.6 square miles), it can be integrated in an overlapping array with a variety of other radar and EO/IR units to conform to terrain profiles and protect larger areas such as borders.
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Product
Level measurement with radar sensors
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Radar sensors have long been used in level control because they provide reliable measurements even in conditions of dust, steam, smoke, extreme temperatures and strong pressure fluctuations. With OndoSense's innovative radar technology, level measurement is now possible for the first time with a measurement accuracy in the micrometer range in harsh environments.
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Product
Radar Systems
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A radar system utilizing electronic-computer techniques whereby raw data is used to track an assigned target, compute target velocity, and predict its future position without interfering with the scanning rate.
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Product
High 2.84 (81.00) - 8.00 (227.00) Bead Probe
BTP-25C-8
Bead Target Probe
Current Rating (Amps): 8Average Probe Resistance (mOhm): 8Test Center (mil): 100Test Center (mm): 2.54Full Travel (mil): 250Full Travel (mm): 6.35Recommended Travel (mil): 167Recommended Travel (mm): 4.24Mechanical Life (no of cycles): 500,000Overall Length (mil): 1,300Overall Length (mm): 33.02
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Product
USAF Targets
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These targets conform to MIL-STD-150A. Frequencies change by the 6th root of 2. This target is also available in custom sizes and contrasts. This test target meets requirements as specified in MIL-STD-150A for resolving power tests. The target consists of a series of Elements having two sets of lines at right angles. Each set of lines consists of three lines separated by spaces equal to the line width. Each bar has a length to width ratio of 5:1. (Line width is equal to one half of line pitch, which is the inverse of line frequency.) Elements are arranged in groups of six each and Groups are arranged in pairs. Even numbered Groups occupy the left side and bottom right corner and contain a square feature having and edge length equal to the line length of Element 2 in that group. Odd numbered Groups occupy the top right corner and side. Groups and Elements are labeled and differentiated by numbering adjacent to their features. Frequencies in cycles/mm (c/mm) increase between each Element by the sixth root of two (approximately 12.25% per step). The general formula for the line frequency of any target Element can be expressed as 2Group+(Element-1)/6.
