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GNSS
worldwide geographically positioning system.
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4 Way GPS / GNSS Signal Splitter Passive, 1-2 GHz, SMA, DC Block+200Ω Load 4 Ports
GPS412
INSTOCK Wireless Components, Inc
GPS L1 - L5, GLONASS, Galileo splitterLow Insertion Loss (0.4 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)15 VDC & 75 mA max on DC block portsTri Alloy SMA Female (Jack) 50 Ohm
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Visual Analysis Tool for GNSS Receiver Data
Panorama
Panorama is the flagship tool when it comes to analyzing receiver data. When engineers use Panorama they spend more time looking at plots and making decisions, instead of making plots and writing reports. Panorama takes receiver data (.csv files) from PANACEA and RxStudio (other ODS products) and turns it into over 60 engineering plots ready to view at the click of your mouse. These plots give engineers and analysts the ability to view summary level data, head to head comparisons, receiver specific results, and 3D LLA replays using STK.
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Multi-Output, Multi-GNSS Wavefront Simulator System
GSS9790
The GSS9790 is a development of Spirent’s GSS9000 Series platform for testing Controlled Reception Pattern Antenna (CRPA) systems, spatial testing of single-antenna devices, and as part of real-world-time-synchronized indoor GNSS implementations.
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Test Receiver
NTR GNSS
Our primary objective is to provide a high performance and fully flexible test receiver for all types of GNSS systems. Thus, the NTR fully supports all existing navigation systems. The signal processing is fully flexible. The high performance correlation engine with up to 80 channels is implemented in a powerful set of FPGAs. Signal acquisition and tracking are realized on a high performance embedded ARM Cortex A8.Supporting up to 4 L-band frequencies in parallel, the NTR GNSS test receiver supports all current GNSS transmission frequencies. Due to its plug-in design, the RF front-end can easily be customized for special filtering and other frequencies.
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GNSS Antennas For Construction
Trimble offers several models of GPS and GNSS antennas to suit your specific application, signal tracking and budget requirements.
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Test Solutions for Networked Vehicle Components/Connected Cars
Infotainment & Telematics
Developing automatic test systems for the automotive industry is one of our core areas. This industry in particular is characterized by rapid technological progress and ever faster time-to-market requirements.In the vehicle, multimedia devices are used for pure entertainment, but also as vehicle information, which are intended to cover security and navigation services.Infotainment and telematics devices such as eCall modules, connected gateways, instrument clusters or the HMI (Human Machine Interface) are networked with each other and with the most important vehicle functions. All of this is made possible - in addition to GNSS (Global Navigation Satellite System) - by wireless and new communication standards such as A 2 B, BLE, C-V2X, Wi-Fi 6 and 5G.The complex networking is a very attractive factor for drivers and passengers, but this complex communication can become a major challenge for developers.High-speed interfaces and high-frequency modules used in combination must send and receive signals between the different devices absolutely error-free.With our individual and sensitive test and inspection systems, we also simulate vehicle components or emulate the vehicle environment and thus ensure the functionality of your devices. We take your pioneering developments to the next level.
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All-In-One Infotainment RF Signal Source
AST-1000
The software-defined AST-1000 is powered by Averna’s RF and test expertise, enabling you to generate all common radio signals (e.g., AM/FM, HD Radio and Sirius/XM), digital video signals (e.g., ATSC, CMMB and DVB-T2), and simulate all common GNSS signals (e.g., BeiDou, Galileo and GPS).
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Stratum 1 Network Time Server (NTP)
SyncServer S600
SyncServer S600 GPS / GNSS, Stratum 1 network time server with security-hardened NTP Reflector™ technology improves the security, accuracy and the reliability of the time services on the network for IT network administrators working to provide network time services in hardened network operations.
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Combination Antennas
By combining multiple technologies such as GNSS, cellular, and WiFi in a single housing, our combination antennas help you to increase efficiency and coverage for applications such as fleet management, vehicle tracking, and passenger connectivity on the go.
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The Integrated Solution To GNSS + GBAS Functional Testing
GSS4150
To help developers and integrators test the airborne GNSS receiver in their GBAS landing system (GLS), Spirent has developed the GSS4150 solution. The GSS4150 is a VHF signal source generator, supporting multiple different message types, enabling you to build the solutions that power the future of aviation.
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GPS / GNSS Antenna Signal Splitters
INSTOCK Wireless Components, Inc
INSTOCK Wireless GPS Signal Splitters are available in 2-way thru 48-way configurations spanning 1-2 GHz with unpeered performance in GPS (L1-L5), GNSS, Galileo, GLONASS, BeiDou, and IRNSS antenna splitting applications. The 200 ohm internal load on the DC-blocked port(s) prevents receivers from incorrectly sensing an antenna fault when there is no current draw. Type N, SMA, TNC, BNC, and QMA connector configurations INSTOCK.
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GNSS Smart Antenna
iCON gps 70 series
For construction professionals, Leica Geosystems introduces the most efficient GNSS rovers, the Leica iCON gps 70 Series. With the iCON gps 70 T you can measure and stakeout points quicker than ever before without the need to keep the pole vertical and level the bubble. The combination of the latest GNSS technology and inertial measurement unit (IMU) equips the iCON gps 70 T with permanent tilt compensation and makes it resistant to any magnetic interference. Being fully calibration-free, the iCON gps 70 T is ready when you are – anytime, anywhere.
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Inertial And Integrated GPS/Inertial (IGI) Sensor Testing
SimINERTIAL
Overcoming PNT/GNSS positioning challenges with precision inertial sensor emulation, for powerful IGI testing. Integrating inertial sensors is an effective way to overcome the weaknesses of GNSS positioning systems. However, it also adds a set of challenges to the development process. Once inertial sensors have been verified, it is necessary to test the complementary positioning systems alongside each other.
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Cloud Corrections Service
Skylark
Skylark was built from the ground up to deliver high-precision positioning to autonomous vehicles via a cloud-based corrections service. Its revolutionary approach eliminates the complexity of deploying and maintaining GNSS networks.
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Concurrent Alternative RF & GNSS Signal Simulation
SimAltNav Replay
Non-GNSS sources of RF (radio frequency) are of interest in GPS-degraded or contested signal environments, with interest focused on LEO (low earth orbit) constellations. These systems offer high receiver signal power (relative to GNSS) and a secure & resilient link to augment GNSS.
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4 Way GPS / GNSS Signal Splitter IP67 Outdoor, SMA, 1-2 GHz, 50 Ohm, Passive
GPS411
INSTOCK Wireless Components, Inc
GPS L1 - L5, GLONASS, Galileo SplitterLow Insertion Loss (0.4 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.10 : 1 avg)15 VDC & 75 mA max on DC block portsTri Alloy SMA Female (Jack) 50 Ohm
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GNSS Signal Simulator
sUTP 5017
With the increasingly complex RF landscape, expectations for validation and functional testing of GNSS equipment are also rising. A large number of different navigation signals need to be reproduced under conditions that are as realistic as possible. The additional generation and injection of interference into the GNSS signals are supposed to simulate the real environment.
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8 Way GPS / GNSS Signal Splitter Passive, 1-2 GHz, N Type, DC Block+200Ω Load 8 Ports
GPS802
INSTOCK Wireless Components, Inc
GPS L1 - L5, GLONASS, Galileo splitterLow Insertion Loss (0.6 dB avg)High Port to Port Isolation (30 dB avg)Excellent VSWR (1.15 : 1 avg)15 VDC & 75 mA max on DC block portsTri Alloy N Type Female (Jack) 50 Ohm
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IMU MODELING AND SIMULATION
CAST Navigation’s INS systems provide high rate inertial data with exceptional fidelity to support the integration and testing of today’s complex EGI and GNSS/INS navigation systems. The CAST system is designed for optimal performance when the inertial sensor and GNSS receiver are either loosely, tightly or ultra-tightly coupled, or when an INS aiding source can be utilized by any other type of device.
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GNSS & GPS Antennas
Our portfolio of GNSS and GPS antennas are available in a variety of mounting and placement options including adhesive, magnet, mounting hole, and direct mount. Our GNSS and GPS antennas are available in several antenna types, including external mount, enclosure, flexible PCB, patch, PCB, and stamped. Custom antenna developments are regularly undertaken to meet specific customer requirements. Our GNSS and GPS antennas portfolio includes products manufactured by TE Connectivity, Laird Connectivity External Antennas, and Hirschmann Car Communications.
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Multiport Network Time Server
NTS 02-G
The NTS 02-G is a high precision, 3 port GNSS (GPS/ GLONASS) referenced NTP, SNTP and PTP (IEEE1588v2) Grand master or Boundary clock that provides secure, accurate and reliable time synchronization to enterprise networks. Each of the ports are independently addressable and logically isolated allowing multiple Networks to be connected to the same clock without compromising the network security. The addition of multi-level password protection and user access rights, SNMPv3, and built-in NTP amplification attack immunity, makes the NTS 02-G a versatile synchronization solution for a range of critical network applications.
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IoT Tester for Cellular & Non-Cellular Technologies
CMW290
The R&S®CMW290 is the ideal test solution for the integrated wireless communications modules used in laptops, data cards, wearables and various IoT products. The R&S®CMW290 offers functions tailored to these applications within the R&S®CMW product family. The tester provides network emulation (signaling mode) as well as generator and analyzer functions for the supported cellular and non-cellular standards including GNSS and broadcast technologies.
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MEMS Sensor Simulation
SimSENSOR
Performance testing of sensor fusion in MEMS inertial and multi-GNSS navigation systems. SimSENSOR extends the capabilities of Spirent’s multi-GNSS simulators by simulating MEMS sensor outputs on a common trajectory with the simulated GNSS RF signals. The simulated MEMSs sensor outputs include user control of representative noise and errors (bias/drift).
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SparkFun GNSS-RTK Dead Reckoning Breakout
ZED-F9K (Qwiic)
The SparkFun ZED-F9K GNSS Breakout is a high precision, sensor fusion geospatial board with equally impressive configuration options and takes advantage of u-blox's Automotive Dead Reckoning (ADR) technology. The ZED-F9K module provides a highly accurate and continuous position by fusing a 3D IMU sensor, wheel ticks, a vehicle dynamics model, correction data, and GNSS measurements.
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SparkFun GPS Breakout
Chip Antenna, SAM-M8Q (Qwiic)
The SparkFun SAM-M8Q GPS Breakout is a high quality GPS board with equally impressive configuration options. The SAM-M8Q is a 72-channel GNSS receiver, meaning it can receive signals from the GPS, GLONASS, and Galileo constellations. This increases precision and decreases lock time and thanks to the onboard rechargable battery, you'll have backup power enabling the GPS to get a hot lock within seconds! Additionally, this u-blox receiver supports I2C (u-blox calls this Display Data Channel) which made it perfect for the Qwiic compatibility so we don't have to use up our precious UART ports. Utilizing our handy Qwiic system, no soldering is required to connect it to the rest of your system. However, we still have broken out 0.1"-spaced pins in case you prefer to use a breadboard.
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SparkFun GPS-RTK Dead Reckoning Breakout
ZED-F9R (Qwiic)
The SparkFun ZED-F9R GPS Breakout is a high precision, sensor fusion GPS board with equally impressive configuration options and takes advantage of u-blox's Automotive Dead Reckoning (ADR) technology. The ZED-F9R module provides a highly accurate and continuous position by fusing a 3D IMU sensor, wheel ticks, a vehicle dynamics model, correction data, and GNSS measurements.
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Satellite Clock
TCG 01-G
The TCG 01-G is a highly accurate, full featured GPS and GLONASS (GNSS) clock. With enhanced cyber security features that support NERC CIP requirements, the TCG 01-G is designed for use in modern day smart grid / smart substations, electricity distribution, transmission, generation protection and control systems. The clock synchronizes multiple IEDs (Intelligent Electronic Devices) within a network, including protection relays and remote telemetry units to enable accurate time stamping. The TCG 01-G supports IEEE 1588 v2 (PTP) and IEC 61850.
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GNSS system
Meinberg Funkuhren GmbH & Co. KG
MEINBERGS GNSS systems are available for use in 19 inch server racks, as a 35mm DIN rail variant, as an OEM product or as a table housing. Our modular GPS time receivers can be configured with a variety of output signals, redundant power supply or as a redundant receiver module. Ask us and we will create your system according to your requirements for time and frequency synchronization.
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GPS Frequency Standards
Precision Test Systems manufacturers' a full range of GPS and GNSS frequency standards that are disciplined to most of the worlds satellite systems.
