Features include:

• GPS L1/L2+BeiDou B1/B2 dual satellite system calculating
• Configurable GPS/BeiDou single-system positioning and GPS+BeiDou dual-system positioning
• Compatible with other major brands on physical size, interface and data command
• Directly export PJK coordinate
• Supports short, middle and long baseline, RTK working distance can reach 50 KM
• Easy to customize, can satisfy different kinds of demands
• Built-in 100M internal memory

“We know that most GPS watches on the market are too bulky and complicated to use while training,” said Corinne Vigreux, managing director, TomTom Consumer. “Just as we developed easy-to-use navigation products that changed the way that people move from A to B, we have developed a range of ultra-slim GPS sport watches that are far more comfortable to wear and far easier to use. Runners and multi-sport athletes can now view their performance information at-a-glance, making it easier to achieve their fitness goals.”

The new TomTom watches feature an extra-large, high-resolution and high-contrast display that makes it easy for runners and multi-sport enthusiasts to quickly see their distance, time and pace while they workout even in bright sunshine, TomTom said.

The new watches feature TomTom’s Graphical Training Partner. Easy-to-read full-screen graphics help users get the most out of their workouts. They can view their real-time performance at-a-glance with three graphical training modes:

Race: Race against a personal best or most recent run. Quickly track performance with real-time graphics, to continue to improve run-after-run.
Goal: Set a distance, time or calorie goal and see progress toward that goal with simple, full-screen graphics and alerts.
Zone: Set a target for pace or heart-rate (with optional heart-rate monitor) and track progress in a simple full-screen graph throughout a workout.

The new TomTom range includes an intuitive one-button control that enables users to easily navigate up-down-left-right through menus to access key stats and watch features, the company said. Unlike the majority of existing GPS watches on the market that feature multiple small and hard-to-operate buttons, the one-button control is easy to operate while moving and can be easily controlled in all weather conditions and while wearing gloves.

In addition to their ability to deliver at-a-glance performance information, the TomTom Runner and TomTom Multi-Sport include advanced features designed to address the needs of runners and multi-sport enthusiasts alike:

Ultra-slim design: At just 11.5mm, the slim design of the watch module comfortably fits men and women, and all wrist sizes.
Indoor tracker: Accurately track indoor runs using built-in sensors to count strides, so that users can monitor pace and distance even while running on a treadmill.
QuickGPSFix: Get started faster by using the latest in GPS and GLONASS satellite technology to quickly find their precise location.
Multi-platform compatibility: Sync, analyze and share stats on popular running sites and community platforms, including the TomTom MySports website, MapMyFitness, RunKeeper, TrainingPeaks and MyFitnessPal.
Super-tough display: Scratch- and impact-resistant glass stays easy-to-read, workout after workout.
Weather- and waterproof: Waterproof up to 50 meters/5ATM.
Long-lasting battery: Up to 10-hour battery life (GPS mode).
Bluetooth smart: Connect to sensors using the latest wireless technology.
Heart rate monitor: Use the Bluetooth Smart Heart Rate Monitor to track training zone for weight control, performance or speed.

TomTom Multi-Sport includes all the features included in TomTom Runner, and also allows multi-sport athletes to track their distance, time, speed and other key metrics when they cycle or swim. The TomTom Multi-Sport is also enhanced with the following features and options:

Dedicated bike mount: Easily see key stats at-a-glance with the specially designed bike mount.
Cadence sensor: Track cadence, speed and distance, indoors and out.
Built-in altimeter: Accurately track elevation, ascent, descent and grade with the built-in barometric altimeter.
Swimming motion sensor: Check detailed swim metrics such as laps, strokes, time and speed, and calculate a SWOLF score to show swim efficiency.

The TomTom Runner and TomTom Multi-Sport will be available in Summer 2013.

Spatial Dual contains the Trimble BD982 GNSS receiver, which is a triple frequency dual-antenna RTK GNSS receiver. Using dual-frequency moving baseline RTK, Spatial Dual is able to provide heading accuracy of less than 0.1 degrees using its dual antennas. The dual-antenna heading works while both stationary and moving and allows for very accurate heading in both slow moving and 3D vehicles, where equivalent single antenna systems must rely on magnetic heading. An additional benefit of the dual antennas is the ability to measure slip angle to within 0.2 degrees.

Spatial Dual supports all of the current and future satellite systems, including GPS, GLONASS, Galileo and BeiDou. In addition, Spatial Dual supports RTK for centimeter positional accuracy and the recent Omnistar G2 network for 10 centimeter accuracy.

Spatial Dual provides position, velocity and orientation at rates up to 1000 Hz for highly dynamic applications. When Spatial Dual loses a GNSS fix it continues to navigate using dead reckoning inertial navigation to provide seamless navigation data through tunnels and other outage situations.

Spatial Dual is housed in a precision marine-grade aluminum enclosure that is waterproof and dirtproof to the IP67 standard and shockproof to 2000g, allowing it to be used in tough conditions.

Spatial Dual supports a wide range of peripherals including odometers and wheel speed sensors for ground vehicle navigation, DVLs and USBLs for underwater navigation and many other external sensors. It supports both industry standard NMEA output and an efficient binary protocol.

CAST Navigation
CAST-SGX GPS Satellite Simulator

CAST Navigation

CAST-SGX GPS Satellite Simulator

The SGX GPS satellite signal simulator from CAST Navigation provides the user with dynamic, repeatable GPS RF signals for use in the laboratory or in the field for a wide range of GPS applications. The SGX simulator is housed in a portable, lightweight handheld enclosure measuring 7 × 11× 3 inches and weighing just over 4 pounds.

The SGX replaces the CAST-SIMCOM simulator, a 17-inch, 50-pound simulator. The SGX is lightweight, portable, operates on AC or battery power, features 16 channels of L1 C/A- and P-codes, and is extremely accurate and repeatable. It is based on CAST technology that has been developed for use in the company’s larger military products.

The SGX is controlled via an intuitive touchscreen interface that allows the user to select start and stop scenarios, change screen views, and change satellite RF power levels while a scenario is running. Three test scenarios are delivered with the simulator.

XGen Scenario Generation Software. This optional software gives the user the ability to generate custom scenarios for use with the SGX. The software allows for complete control over GPS almanac, ephemeris, and all satellite error sources, including multipath. The user can select from a variety of vehicle types and simulate static or dynamic motion for land, sea, air, and space-based vehicles. The user may also employ antenna gain patterns and vehicle silhouettes.

www.castnav.com
phone: 978 858-0130
email: sales@castnav.com

IFEN Inc.
NavX-NCS Professional / Essential

IFEN Inc.

NavX-NCS Professional / Essential

IFEN Inc., located in California, offers the IFEN NavX-NCS (Navigation Constellation Simulator), a premium-grade RF GNSS simulator. It is available in either the Essential or Professional version, tailored to the customer’s individual test and research needs.
The NavX-NCS Essential simulates dynamic and static GNSS scenarios with up to 42 channels in the upper L-band (such as GPS / SBAS L1, GLONASS G1, Galileo E1, BeiDou B1, and QZSS / IMES L1) and is designed mainly for product testing and system integration.

The NavX-NCS Professional offers up to 108 signal channels in virtually all frequencies and signals. Superior simulation options such as various feared events can be performed by the NavX-NCS Professional.
Both versions of NavX-NCS offer high precision and numerous simulation options. Intuitive, user-friendly software makes test scenarios easy, fast, and clear, whether pre-defined or set up individually.

These IFEN simulators have a unique modular hardware and software architecture, which offers great flexibility when it comes to changes in a company’s strategic test requirements. Every NavX-NCS is fully upgradeable, not only in the number of RF signal channels or available frequencies, but in a possible subsequent supplement of up to four RF outputs.

www.ifen.com, Mark Wilson, VP Sales
phone: 951-739-7331
email: M.Wilson@ifen.com

Aeroflex
GPSG-1000: Portable GPS/Galileo/SBAS Positional Simulator

AeroFlex

GPSG-1000: Portable GPS/Galileo/SBAS Positional Simulator

Designed to be a versatile yet affordable satellite simulator, the GPSG-1000 is used by those validating and testing GNSS receivers in a variety of applications in the transportation, consumer electronics, aerospace, and military industry segments, to name a few. The GPSG-1000 is a single carrier, multi-channel GPS/Galileo simulator. Portable and ruggedized, it can be safely and confidently deployed in a variety of outdoor and indoor environments. The unit is available in a 6- or 12-channel configuration, and supports L1, L1C, L2C, L5, E1, E5, E5a, E5b, and SBAS (WAAS and EGNOS) signals.

The GPSG-1000 can be directly connected to a GNSS receiver under test. It can also simulate actual “open sky” situations, whereby the unit can generate its signals through the included antenna coupler system that isolates and transmits to the UUT’s antenna(s). Utilizing an integrated GPS receiver, the GPSG-1000 simulates actual time of day and date as well as the real constellation that would be available for navigation at that specific time. Multiple almanacs and route files can be saved to memory, enabling current and past history dynamic motion, constellation environment creation/recreation, and other troubleshooting capabilities. During any given static or dynamic simulation, space vehicle parametrics and health can be user controlled.

At less than 10 pounds, the GPSG-1000 features a touch-screen user interface that can be remotely hosted via an integrated Ethernet port. The unit uses a rechargeable, lithium-ion battery, enabling hours of untethered use, or can be used while the battery is recharging.

www.aeroflex.com/gpsg-1000
phone: 316-522-4981 or 800-835-2352
email: info-sales@aeroflex.com

RaceLogic
LabSat Turntable

RaceLogic

LabSat, LabSat 2, SatGen v2

LabSat and LabSat 2 are record and replay multi-constellation GNSS simulators. Designed as lightweight, easy-to-use standalone systems, the LabSat range has the ability to provide and deliver solutions for a wide range of testing requirements. Equipped with pre-recorded test scenarios and the ability to record and replay the user’s specific scenarios, LabSat delivers precise and accurate test results — replicating real-world situations in the lab or testing facility.

The range also has the ability to record and replay data from a wide range of data sources, including vehicle CANbus, inertial sensors — such as gyrometers and wheel speed sensors — and reference receivers. A recent innovation is the LabSat Turntable Solution, which allows for the replay of dead-reckoning turn-rate signals to be played into a navigation device to simulate use through built-up areas and urban canyons. Both LabSat and LabSat 2 can observe all satellites in view; while LabSat observes GPS, Gallileo, and SBAS, LabSat 2 includes GLONASS and BeiDou-2.

Reliability of the gathered data can be assured when used together with SatGen v2, Racelogic’s simulation software. This scenario-generation software enables users to create scenario files based on user-defined trajectories, which can be replayed on LabSat. With SatGen v2, a scenario can be generated anywhere in the world, with position, route, speed, and time defined by the user. This high-performance software allows users to verify that their GNSS equipment performs as required in a variety of locations that maybe geographically remote or unavailable due to hostile environments.

www.labsat.co.uk
phone: +44 (0)1280 823803

Rohde & Schwarz
R&S SMBV100A: GNSS Simulator on Vector Signal Generator

Rohde & Schwarz

R&S SMBV100A: GNSS Simulator on Vector Signal Generator

The GNSS simulator in the vector signal generator R&S SMBV100A is designed for development, verification, and production of GNSS chipsets, modules and receivers. The simulator supports all possible scenarios, from simple setups with individual, static satellites all the way to flexible scenarios generated in real time with up to 24 dynamic GPS, GLONASS, and Galileo satellites.

• GNSS simulator with support of GPS L1/L2 (C/A- and P-code), GLONASS L1/L2, and Galileo E1, including hybrid constellations.
• Simulation of realistic constellations with up to 24 satellites in real time (no precalculated waveforms).
• Flexible scenario generation including moving scenarios (import of NMEA waypoints), multipath, dynamic power control, and atmospheric modeling without the need for additional software tools.
• Unlimited simulation time with automatic, on-the-fly exchange of satellites.
• User mode in the GNSS simulator for full flexibility to select the satellites and to define the navigation data (import of RINEX files).
• Full localization for static and moving receivers with up to eight satellites with GPS P-code plus commercial C/A-code for complete testing of military receivers.
• Support of predefined and user-defined A-GPS test scenarios, including generation of assistance data.
• Easy way for time synchronous setup with two instruments for L1 and L2 band simulation.
• Support of digital communications standards.

www.rohde-schwarz.com
email: customersupport@rohde-schwarz.com

Spectracom
GSG-6 Series GNSS Simulator

Spectracom

Advanced GNSS Simulators

Spectracom’s line of simulators provides fast, comprehensive navigational, position, and timing testing for devices with GPS receivers. Designed for manufacturers and development engineers, Spectracom’s simulators provide complete testing of multi-channel GPS signal performance with high throughput and ease of use without unnecessary complexity or expense. All GSG-5 and GSG-6 series models are portable and fully operational via front-panel, web-based remote control, or SCPI protocol, and they operate with StudioView for easy scenario creation and file management. Most models are software upgradeable so users can easily add features as requirements change.

GSG-5 Series. The GSG-5 series is a GLONASS and GPS constellation simulator that provides the basic set of features for testing GNSS systems. With a base of four channels, upgradable to 8, 16, or more, it provides navigational fix and position testing for in-line product testing or basic engineering and development testing.

• Versatile multi-channel GLONASS + GPS signal generator with pre-configured test scenarios.
• Includes advanced features such as SBAS (WAAS, EGNOS, MSAS, or GAGAN), white noise generation, and multipath simulation.

GSG-6 Series (pictured). The GSG-Series 6 family offers multiple frequency band operation, multiple GNSS constellation simulation, and expansion to many more channels. Incorporating all of the features of the popular Series 5 family, the Series 6 line expands the capability to simulate all the new, emerging GNSS signals. With a base of 32 channels, upgradable to 48, 64, or more, it provides navigational fix and position testing for engineering and development testing.

• GPS standard, new (L2C, L5) GLONASS, Galileo, and Beidou/Compass coming soon.
• Simultaneous multi-frequency P-code (unencrypted) and C/A code.
• Simultaneous GNSS Constellation P-code and C/A codes.

www.spectracomcorp.com
email: sales@spectracomcorp.com
phone: 585-321-5800

Spirent Federal Systems
GSS8000 Simulator

Spirent Federal Systems

GNSS Simulators

Spirent provides simulators that cover all applications, including research and development, integration/verification, and production testing.

GSS8000 (pictured). Spirent’s flagship simulator, the GSS8000, is fully approved for Y-code, SAASM, AES M-code, and SDS M-code testing. Spirent provides options and configurations for testing GNSS interference effects and interference mitigation techniques, such as integrated GPS/inertial testing, CRPA testing, and jamming/anti-jam simulation.

Spirent has delivered simulators that produce both legacy signals as well as modernized signals such as 2C, L5, and L1C. In addition to GPS, systems can include GLONASS L1/L2, Galileo, and Beidou-2, plus SBAS (WAAS, MSAS, and EGNOS) and Japan’s QZSS.
CRPA Test System. Spirent’s Controlled Reception Pattern Antenna (CRPA) Test System generates both GPS L1/L2 and interference signals; multiple GSS8000 chassis may be combined to coherently control up to seven antenna elements. Null-steering and space/time adaptive CRPA testing are both supported by this comprehensive approach.

GSS7790. Spirent’s GSS7790 Multi-Output Simulation System allows the signal from each satellite to be mapped to a separate RF output. These signals can then be fed to individual transmit antennas, which, when suitably deployed in an anechoic chamber, replicate the spatial diversity of satellite and jammer signals incident on the receiver antenna. Additional flexibility is offered as the signal is further split into its GPS L1 and L2 components, as appropriate.

www.spirentfederal.com
Jeff Martin, Director of Sales
Kalani Needham, Sales Manager
email: info@spirentfederal.com
phone: 801-785-1448

Applanix AP50 GNSS-inertial system.

The Applanix AP50 GNSS-inertial system is a GNSS-inertial sensor plus inertial measurement unit (IMU) in a compact form factor. It features a high-performance precision GNSS receiver and the Applanix IN-Fusion GNSS-inertial integration technology running on a powerful, dedicated inertial engine (IE) board.

Riegl’s VQ-820-G airborne laser scanner.

On board an unmanned aerial vehicle (UAV), the system is capable of penetrating areas that may be too dangerous for piloted aircraft or ground patrols. This can provide additional safety and security for its users.

“We really appreciate the professional and amicable cooperation with Applanix, which allows us to offer user-friendly and powerful, fully integrated solutions for dynamic data acquisition to the marketplace,” said Jürgen Nussbaum, Riegl director of international sales.

In addition, Applanix will be a Gold sponsor at Riegl LIDAR 2013, Riegl’s international user conference taking place in Vienna, Austria, June 25-27.

Using the MR-1 receiver and Topcon’s MG-A8 antenna, the system provides “centimeter-accurate RTK positioning and better than 1/10 of a degree heading accuracy in challenging environments,” said Doug Langen, TPS GNSS product manager. “The rugged MR-1 receiver is water and dustproof and operates at a robust operational temperature range of -40°C to 75°C.”

When combined with Topcon’s Quartz Lock Loop technology, the MR-1 offers continuous operation during “extreme vibration and shock, typical of intense dynamic environments,” he said.

The MG-A8 antenna of the MR-1 Heading System is designed for moving platforms and provides multipath rejection. It also offers increased resistance to near-band interference from satellite communications systems commonly found in marine applications.

Additional information is available at www.topconoemsolutions.com.

The system leverages GNSS signal domain knowledge, and is based upon patented technology developed through the company’s history of designing and fielding electronic intelligence systems, ITT Exelis said.

Leveraging Exelis GNSS signal domain knowledge, the system is implemented using commercially available GPS receiver and computer server/data technology. Actionable intelligence is available in the form of pin mapping of interference sources in addition to longitude/latitude/altitude data, all available through a web-enabled graphical user interface.

Signal Sentry 1000 can assist efforts to ensure GPS spectrum integrity and aid in law enforcement operations that require GPS availability. Benefits for users include:

• Instantaneous identification and geolocation of jamming sources, improving situational awareness.
• Detect multiple jamming occurrences, geolocate multiple jammers simultaneously in harsh electromagnetic environments.
• Defend against disruption of GPS guidance, traffic and asset control systems.
• Protect against interference of GPS tracking of high-value assets.
• Quickly identify jamming sources in open forums and emergencies, detecting disruption of critical  communications.