Digi Connect WAN products provide high-performance wireless communications via GSM (GPRS/EDGE/HSDPA) networks for primary and backup connectivity to remote locations. They offer an easy and cost-effective means of connecting virtually any remote or mobile location into the corporate IP network. They are ideal for use where wired networks (e.g., lease line/frame relay, CSU/DSU, fractional T1) are not feasible or where alternative network connections are required. Benefits include instant deployment, elimination of wiring costs and problems due to wire breaks, the ability to traverse firewalls, and the ability to move the connection virtually anywhere.
The latest development is to deliver the this unit with a dual antenna setup. With this setup the coverage of you operators network will improve. The units uses diversity between both antennas to get the maximum signal strength.
For maritime positioning applications we can program these modems to connect to virtually any correction provider through NTRIP or direct IP. With those corrections GPS receivers can work in RTK modus. We have tested the Digi Connect WAN 3G with the following correction providers:
High-precision dual frequency GPS antenna with magnetic mount.
The GPS antenna AT2775-12 from AeroAntenna is a high-quality dual frequency GPS antenna with magnetic mount for any kind of measurements on moving objects.
High-precision single frequency GPS+Beacon antenna.
The GPS+Beacon antenna AT3075-0 from AeroAntenna is a high-quality single frequency GPS + Beacon antenna. The AT3075-0 is ideal for demanding DGPS applications.
High-quality single frequency GPS+L-Band antenna with integrated groundplane.
The GPS+L-Band antenna AT1665-1 from AeroAntenna is a High-precision single frequency GPS + L-Band antenna. The AT1665-1 is ideal for demanding DGPS applications.
Wide-band antenna, highly stable over temperature and environmental conditions Excellent antenna phase center stability Radiating elements self-diplexing Excellent guaranteed minimum antenna gain over Galileo band Multipath minimization Filter technology: optimised to improve the thermal behaviour of the filters group delay stability Reflective combiner:Â optimisation to minimise RF combining losses Fully qualified antenna manufacturing technologies EN 50022 and EN 55024 EMC design compliant
Septentrio offers the PolaNt as a standard antenna product in its portfolio. The PolaNt_GG is a dual-frequency GPS/GLONASS antenna for precise positioning and surveying applications. The antenna incorporates low-noise amplifiers and is built into a rugged housing.
The Hemisphere GPS A-series antennas are tough on multipath. Improve your positioning accuracy by selecting the A-series antenna that is right for your application. The A30 active antenna comes standard with strong multipath rejection for clean tracking of L1 GPS and SBAS signals and ample bandwidth for tracking L-band signals as well. For heading applications and RTK installations, the exceptional phase centre stability keeps your solutions steady and dependable. If your application also calls for 300kHz beacon tracking, the A30’s toroidal ferrite delivers unmatched performance, eliminating directional signal fading. Watch your accuracy improve by selecting the A-series antenna that is right for you.
The Septentrio PolaRx2eH OEM heading receiver is the latest variant in the PolaRx2 family. The PolaRx2eH can be connected to 2 dual-frequency antennas to output accurate heading & pitch or heading & roll information. This variant is available as a standard Euro-card board, ensuring easy integration. For ready-to-use solutions, the receiver comes in a waterproof IP65 enclosure with sturdy connectors, allowing usage in tough and remote environments.
The enclosed receiver offers 4 serial ports, a possibility of 256MB non-removable Compact Flash memory card and Ethernet access. New features include logging control via push button or external signals and programmable LEDs.
The lightweight and compact design of the PolaRx2eH bring important improvements to traditional GNSS-based heading applications whilst conjunctively opening the door for new application types.
Septentrio offers the PolaNt as a standard antenna product in its portfolio. The PolaNt_SF is a single-frequency antenna for precise positioning and surveying applications. The antenna incorporates low-noise amplifiers and is built into a rugged housing. The PolaNt is also available as dual-frequency antenna (PolaNt_DF).
Ashtech Choke Ring Antenna with Dorne & Margolin C146-10 vertical dipole element.
The choke ring antenna from Ashtech/Thales Navigation is machined from a single billet of 6061-T6 aluminum. This choke ring antenna retains the original IGS (International GPS Service) design yet provides many new features for enhanced performance and added reliability. The choke ring includes a Dorne & Margolin C146-10 vertical dipole element. The Thales choke ring antenna provides proven technology and reliability and is the standard for high-end applications in reference station operation.
The choke ring antenna consists of a ground plate with five concentric ring structures, a Dorne & Margolin C146-10 vertical dipole element and a proprietary low-noise amplifier (LNA), which includes RF filtering for excellent out-of-band interference rejection. The choke ring design reduces multipath effects and improves substantially the quality of the incoming GPS signals.
High-precision single frequency GPS antenna with integrated groundplane.
The GPS antenna AT575-75 from AeroAntenna Technology, Inc. is a high-precision single frequency GPS antenna with integrated groundplane. The AT575-75 is the ideal antenna for demanding GPS L1 navigation and survey applications.
Low-cost single frequency GPS antenna with cable and magnetic mount
The GPS Antenne GPS 7M from Hirschmann is ideal for fleet management and other positioning applications where ca. 5 metres positioning accuracy suffice.
Septentrio offers the PolaNt as a standard antenna product in its portfolio. The PolaNt_DF is a dual-frequency antenna for precise positioning and surveying applications. The antenna incorporates low-noise amplifiers and is built into a rugged housing. The PolaNt is also available as single-frequency antenna (PolaNt_SF).
The Septentrio GeNeRx1 is a combined GPS/Galileo receiver that can be flexibly configured to simultaneously track Galileo as well as GPS satellites in multi-frequency mode. All Galileo frequencies and modulations are supported. As with all Septentrio receivers, an intuitive Graphical User Interface, which gives full and easy access to all settings and measurements of the receiver, accompanies GeNeRx1.
High-Precision dual frequency GPS antenna for avionic applications
The AT2775-41 GPS antenna from AeroAntenna is ideal for any kind of L1/L2 GPS applications in aviation. The antenna is designed to DO-160C and can be delivered with its individual FAA certificate.
High-Precision single frequency GPS antenna for avionic applications
The AT575-32 GPS antenna from AeroAntenna is ideal for any kind of L1 GPS applications in aviation. The antenna is designed to DO-160C and can be delivered with its individual FAA certificate.
The L1FPDC is a one input, one output RF device that provides additional GPS L1 filtering from a GPS Antenna. The frequency response covers L1 centered at 1575MHz. In the normal configuration, the RF output (J1) passes DC from the connected GPS receiver through the input port to the antenna, allowing the GPS receiver to power the antenna. All filters are available with N-type, SMA, BNC or TNC connectors.
AeroAntenna Choke Ring Antenna AT2775-43High-precision dual frequency choke ring GPS antenna.
The choke ring antenna AT2775-43 from AeroAntenna is a high-quality dual frequency antenna with choke ring and radome, ideal for stationary long-time measurements.
The Septentrio AsteRx1 is the first industrial Galileo-ready receiver. It is designed for high-performance single-frequency applications. It features 24 single-frequency channels for all-in-view mixed GPS/Galileo and SBAS tracking. Optionally, all 24 channels can be used for a single satellite constellation. Both GIOVE and Galileo modulations are supported, ensuring Galileo support from today on. The AsteRx1 incorporates high update rates (up to 50 Hz), low latency (below 10ms, independent of update rate) and a low power consumption (< 1W).
The flexible configuration, powerful command language and variety of output messages and formats and serial and USB2.0 interfaces facilitate the work of the system integrator.
As with all Septentrio receivers, an intuitive Qt-based GUI - RxControl - can be used for its configuration, logging and remote control. Moreover, RxControl includes enhanced visualisation features.
The Septentrio PolaRx2e is a versatile 48-channel dual-frequency GNSS receiver for precise positioning, navigation and timing applications, requiring single-board integrated GNSS-based devices. It supports reception of the L1 and L2 signals from up to 16 GPS satellites. The PolaRx2e can be ordered as a standard Euro-card-size board or enclosed in a rugged housing. When ordered in enclosure, the receiver comes with 220V power adaptor, power cord, null modem cable and general purpose cable.
The PolaRx2e is designed for tough and remote field conditions and comes in an enclosure with sturdy waterproof connectors. It offers additional features such as logging control via push button or external signals, extra interface options and programmable LEDs.
A single-frequency model of the standard dual-frequency PolaRx2e receiver is available: the PolaRx2e_SBAS. The receiver can be used either as base station or as rover receiver for differential GPS and RTK.
High-quality low-cost single frequency GPS antenna with integrated ground plane
The GPS antenna AT575-142 from AeroAntenna is a high-quality low-cost single frequency GPS antenna with integrated ground plane, ideal for pole mounting.
High-quality single frequencyGPS+GLONASS antenna for avionic applications
The GPS antenna AT1675-0 from AeroAntenna is ideal for any kind of GPS/GLONASS applications in aviation. The antenna is designed to DO-160C and can be delivered with its individual FAA certificate.
The Septentrio PolaRx2e@ brings heading, attitude and other multi-antenna applications within economical and practical reach. It is the only compact single-board attitude receiver on the market. The attitude variant is available either as a standard Euro-card-size board, ensuring easy integration or packaged in a rugged enclosure for ready-to-use solutions. The PolaRx2e@ is offered in a strong and waterproof enclosure with sturdy connectors, allowing usage in tough and remote environments. It also offers new features such as logging control via push button or external signals and programmable LEDs. Finally, a new model, PolaRx2eH, is introduced, featuring 2 dual-frequency antenna inputs. The PolaRx2eH is ideally suited for machine control applications and similar challenging dual-antenna/heading applications.
48 channels can be flexibly assigned to track satellites in single or dual frequency on one, two or three antennas in parallel. One or more antennas can also be used to track SBAS augmentation satellites. It brings precise heading, pitch and roll as well as accurate position and velocity at update rates of up to 10Hz. Raw data can be output for all antennas. An optional module, PLRX_ATT, is available to calculate and output the attitude angles from these measurements. It can be implemented by simple software.
The main antenna is in principle dual-frequency while the auxiliary antennas are single frequency. However, an all single-frequency version is also available in case only heading information and no precise position information is required.
The Septentrio PolaRx2e_SBAS receiver can track the L1 signals from up to 6 SBAS augmentation satellites such as EGNOS and WAAS. This offers your application vital integrity information, increasing the confidence in the positioning solution and allowing application in safety-critical environments. The receiver may also be used either as base station or as rover receiver for differential GPS and RTK. When the SBAS option is installed on the single-antenna version of the PolaRx2e, it will track SBAS satellites by default and will use the SBAS corrections in the optimal way. For the multi-antenna version, SBAS has to be configured manually.
As part of the Septentrio PolaRx2e family of high-end satellite navigation receivers, the PolaRx2eTR uses the same advanced GNSS chip-set and original tracking and positioning algorithms, resulting in the same low noise performance and high tracking stability. Based on a LINUX process core and featuring Ethernet connectivity and an intuitive GUI for ease of operation and remote control, the PolaRx2eTR offers a user-friendly and cost-effective solution for permanent GPS Monitoring Station or Timing Reference Station applications. It also offers the new features of the PolaRx2e family such as logging control via push button or external signals and programmable LEDs.
Original algorithms for superior tracking sensitivity result in code phase tracking down to 19 dB-Hz and carrier phase tracking down to 26 dB-Hz, significantly reducing cycle slips and enabling tracking at very low elevations. The PolaRx2eTR software shows proof of excellent stability, which is of vital importance for continuously operating reference stations.
As all the other PolaRx2e models, the PolaRx2TR receiver can be ordered as an Euro-card-size OEM board or in a sturdy, IP65 enclosure. The result is a single-device low power solution not requiring any additional hardware for continuous unattended remote operation for data collection and posting.
Septentrio has developed a flexible FPGA extension platform to the existing PolaRx2 receiver, PolaRx2C, capable of receiving the coming L2C signals, that are part of the GPS modernisation. An important objective of GPS modernisation is to preserve civil use. The first stage in the GPS modernisation process has started in 2005, with the launch of the first satellite that will transmit civilian signals on the L2 band, called L2C signals. The L2C signals consist out of 2 PRN codes: the CM code and the CL code.
The PolaRx2C architecture results in a very low tracking noise. The design supports active multi-path mitigation, using both CM and CL and features modularity. The advantage of a combined platform, PolaRx2C, is that next to research on the first L2C signals, a complete dual-frequency P(Y) code receiver is offered. The L2C extension has the same high quality measurements (low noise, high sensitivity) as the standard PolaRx2 receiver
High-quality single frequency GPS+L-Band antenna for avionic applications
The GPS antenna AT1665-0 from AeroAntenna is ideal for any kind of GPS/L-Band applications in aviation. The antenna is designed to DO-160C and can be delivered with its individual FAA certificate.
The LDCBS1X4 GPS antenna splitter is a passive one input four output power divider designed specifically for the GPS L1, L2 & GLONASS carrier frequencies. Three of the output legs (J2-J4) are DC-Blocked to prevent antenna damage, they also have 200 ohm DC loads to ground to simulate a GPS antenna pre-amplifier current draw. The other output leg (J1) is a DC through to power the antenna.
The LDCBS1X2 GPS antenna splitter is a passive one input two output power divider designed specifically for the GPS L1, L2 & GLONASS carrier frequencies. One of the output legs (J2) is DC-Blocked to prevent antenna damage, it also has a 200 ohm DC load to ground to simulate a GPS antenna pre-amplifer current draw. The other output leg (J1) is a DC through to power the antenna.
The MIL-NLDCBS1X3 GPS antenna splitter is a one input three output power divider designed specifically for the GPS L1, L2 and GLONASS carrier frequencies. The three output legs (J2-J4) are DC-Blocked to prevent antenna damage. J2 & J3 are TNC connectors and J4 is a N-type connector, J4 also has 5db of attenuation inline. This splitter has been designed and built to military specifications.
The MLA20RPDC GPS Line Amplifier is a one input, one output device with a 20dB min. gain in a miniaturized housing. The frequency response covers the GPS L1, L2 and GLONASS bands with excellent gain flatness. In the normal configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.
The VGLA20RPDC GPS Variable Gain Line Amplifier is a one input, one output device featuring a variable gain block with 26dB of dynamic range. The frequency response covers the GPS L1 & L2 bands with excellent flatness throughout most of the attenuation range. In the normal configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amp.
The HNRRKIT is a complete re-radiating system to allow you to re-radiate the GPS L1 carrier signal indoors. The HNRRKIT consists of a Roof Antenna, a plug-in re-radiating amplifier & a re-radiating antenna. The roof antenna is a 38db Gain, 50 ohm antenna. The re-radiating amplifier has a 110V/220V/240V Plug-in transformer which powers the amplifier and the roof antenna. The signal from the roof antenna is amplified and radiated out the re-radiating antenna. If the GPS receiver has line of sight with the re-radiating antenna, it will receive the signal up to 100 feet away. The antenna voltage is standard set at 5VDC otherwise the customer must designate the source voltage and power supply preferred. For Example: HNRRKIT-N/5/110 is a Hangar Network Re-Rad Kit with a 110V power supply sending 5vdc to the antenna.
The PNRRKIT is a Re-radiating system which allows you to re-radiate the GPS L1 carrier indoors. The PNRRKIT consists of a plug-in Re-Radiating amplifier & a Re-Radiating Antenna. It differs from the HNRRKIT in that it does not provide a roof antenna. The standard configuration does not provide source voltage to an active antenna but it may be specified. For Example: PNRRKIT-N/110 is the standard configuration but it may also be ordered as an PNRRKIT-N/110/5 which would send 5vdc to power an active antenna. The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the GPS Receiver has line of sight with the Re-radiating antenna, it will receive the signal up to 30+ meter away.
The ALDCBS1X8 GPS Amplified Splitter is a one input, eight output device with 13dB min. gain block. The frequency response covers GPS L1, L2 & GLONASS bands with excellent gain flatness. In the normal configuration, the splitter RF output (J1) passes DC from the connected GPS receiver through the splitter to the antenna, allowing the GPS receiver to power both the antenna and the splitter amplifier. The other RF outputs (J2 - J8) are DC loaded with 200 Ohm resistors to simulate the antenna current draw.
The LNFA1X4 is a low noise, filtered, amplified 1X4 GPS antenna splitter that was originally designed to satisfy AT&T Wireless requirements. The device features high selectivity for protection against the proximity of high power cellular transmitters.
The ALDCBS1X2 GPS Amplified Splitter is a one input, two output device with a 20dB min. gain block. The frequency response covers the GPS L1, L2 and GLONASS bands with excellent gain flatness. In the normal configuration, the splitter RF output (J1) passes DC from the connected GPS receiver through the splitter to the antenna, allowing the GPS receiver to power both the antenna and the splitter amplifier. The other RF output (J2) is DC loaded with a 200 Ohm resistor to simulate the antenna current draw.
The ALDCBS1X4 GPS Amplified Splitter is a one input, four output device with a 17dB min. gain block. The frequency response covers the GPS L1, L2 and GLONASS bands with excellent gain flatness. In the normal configuration, the splitter RF output (J1) passes DC from the connected GPS receiver through the splitter to the antenna, allowing the GPS receiver to power both the antenna and the splitter amplifier. The other RF outputs (J2, J3, J4) are DC loaded with 200 Ohm resistors to simulate the antenna current draw.
The LA20RPDC GPS Line Amplifier is a one input, one output device with a 20dB min. gain block. The frequency response covers GPS L1, L2 and GLONASS bands. In the standard configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.
The L1L2FPDC is a GPS passband filter designed specifically for the GPS L1 and L2 carrier frequencies. The L1L2FPDC lowers the out of band noise and interference by 20dB. The DC voltage is then passed to the intended GPS antenna or source. All filters are available with N-type, SMA, BNC or TNC connectors.
Dunk it, drop it, use it. The Archer is a rugged PDA built for the field. It is waterproof
and dustproof (IP67) featuring long battery life, sunlight readable display, and operation
in extreme temperature. Integrate GPS, WiFi, RFID, barcode or data acquisition
functionality with the Archer by adding peripheral devices sealed with an extended cap.
Depend on the Archer today and tomorrow for your field information technology.
SATELLINE-3AS is a half-duplex radio modem suitable for a variety of data transfer applications, in particular ones demanding high speed and precision. In addition to the maximum data speed 19.2 kbps and channel spacing 25 kHz or 12.5 kHz, it offers a number of features and functions. Message Routing is a new feature in SATELLINE-3AS modems, which makes it easier to build up a large radio modem network. The SATELLINE-3AS software includes a selectable error correction, which improves the functioning of the radio modem under interference. SATELLINE-3AS is compatible with the interface types RS-232, RS-422 and RS-485. Without changing the hard-ware all the parameter settings of the radio modem can be modified through the interface from a PC. The model SATELLINE-3ASd is equipped with a LCD display of its own, which facilitates programming of the radio modem.
High Speed Radio Modem with advanced data transfer characteristics
Data speed in the air 19200 bit/s at 25 kHz and 9600 bit/s at 12.5 kHz
RS interface data speed 300...38400 bit/s
Interfaces RS-232, RS-422 or RS-485
LCD display and four push buttons in 3ASd
Error correction (FEC)
Repeater function
Programmable output power 10 mW...1 W
Free Channel Scanning (FCS)
Show message on display -feature
Large Radio Modem Network
The amount of data transferred in a local area data communications network exhibits a tendency of continuous growth. On the other hand, the average size of communi cations systems are increasing. Satel’s response to these market tendencies is the SATELLINE-3AS radio modems with Message Routing, a characteristic for networking radio modems within a system. Message Routing features a versatile radio protocol, which takes care of routing messages across a radio modem network. Communication is completely transparent, which makes Message Routing directly compatible for most user protocols. Even though the network can cover large areas with multiple hops and repeater stations, only one radio channel is required. Any radio modem in the network can act as a repeater station keeping infrastructure expenses low. Message Routing has two operating Modes to suit the various requirements of different users: Source Mode and Virtual Mode. Virtual Mode has the smallest possible overhead for fast operation identification. Source Mode uses a slightly longer header than Virtual Mode to enable more versatile network handling. In Source Mode it is possible to design failure handling features right in the network, and to use mobile stations.
Dual Band Version
The SATELLINE-3AS(d) modem is available also as a "Dual Band" version. The transceiver of the radio modem offers as an option two 2 MHz frequency bands, tuned at the factory with a maximum separation of 15 MHz between the highest and the lowest frequency. The radio modem can be reprogrammed to operate at any channel within those two bands.
The ultra-rugged Allegro CX Field PC is built to perform in the most demanding outdoor or industrial environments.
Features include a fast Intel XScale 400 MHz processor, Windows CE .Net V4.2, wireless capability with integrated Bluetooth, and a color display option that is highly visible in direct sunlight. The Allegro CX features 62 large keys that are can be used easily with gloved hands. It weighs only 1.8 lbs. The rechargeable battery operates for more than 14 hours on one charge.
You expect ruggedness, reliability, and flexibility from the Allegro. The Allegro CX has these features and more to make field data collection even more productive.
•  Fast - 9600 bps (GMSK) and 19,200 bps (4LFSK) raw data rates •  Multiprotocol - Compatible with the largest installed base of Pacific Crest and Trimble systems •  Auto Power On - just plug the radio in to a power source and it is ready to go •  Rugged - Water-proof all-weather operation •  20 MHz splits •  Kits - Include cables, batteries, mounts, carrying cases - turnkey solution •  Wordwide compliance - North America, Europe, Asia
The Septentrio PolaRx2e_SBAS receiver can track the L1 signals from up to 6 SBAS augmentation satellites such as EGNOS and WAAS. This offers your application vital integrity information, increasing the confidence in the positioning solution and allowing application in safety-critical environments. The receiver may also be used either as base station or as rover receiver for differential GPS and RTK. When the SBAS option is installed on the single-antenna version of the PolaRx2e, it will track SBAS satellites by default and will use the SBAS corrections in the optimal way. For the multi-antenna version, SBAS has to be configured manually.
The Septentrio PolaRx2e is a versatile 48-channel dual-frequency GNSS receiver for precise positioning, navigation and timing applications, requiring single-board integrated GNSS-based devices. It supports reception of the L1 and L2 signals from up to 16 GPS satellites. The PolaRx2e can be ordered as a standard Euro-card-size board or enclosed in a rugged housing. When ordered in enclosure, the receiver comes with 220V power adaptor, power cord, null modem cable and general purpose cable.
The PolaRx2e is designed for tough and remote field conditions and comes in an enclosure with sturdy waterproof connectors. It offers additional features such as logging control via push button or external signals, extra interface options and programmable LEDs.
A single-frequency model of the standard dual-frequency PolaRx2e receiver is available: the PolaRx2e_SBAS. The receiver can be used either as base station or as rover receiver for differential GPS and RTK.
The Septentrio PolaRx2eH heading receiver is the latest variant in the PolaRx2 family. The PolaRx2eH can be connected to 2 dual-frequency antennas to output accurate heading & pitch or heading & roll information. For ready-to-use solutions, the receiver comes in a waterproof IP65 enclosure with sturdy connectors, allowing usage in tough and remote environments. This variant is available as a standard Euro-card board, ensuring easy integration.
The enclosed receiver offers 4 serial ports, a possibility of 256MB non-removable Compact Flash memory card and Ethernet access. New features include logging control via push button or external signals and programmable LEDs.
The lightweight and compact design of the PolaRx2eH bring important improvements to traditional GNSS-based heading applications whilst conjunctively opening the door for new application types.
The PolaRx3 is a high-accuracy GPS/GLONASS receiver designed for professional reference station and field data logging applications. It features a powerful fast acquisition unit and enhanced codeless tracking of L1 and L2 signals on 24 dual-frequency channels, yielding best-in-class, low noise data quality even under anti-spoofing.Â
The PolaRx3 is integrated in a waterproof IP65 rugged enclosure with sturdy connectors, allowing usage in tough and remote environments. Communication with the units is easy with TCP/IP access over Ethernet.
The PolaRx3 suits a variety of application needs, from decimetre level positioning to high-precision centimetre level RTK positioning.
The Septentrio AsteRx1 is the first industrial Galileo-ready receiver. It is designed for high-performance single-frequency applications. It features 24 single-frequency channels for all-in-view mixed GPS/Galileo and SBAS tracking. Optionally, all 24 channels can be used for a single satellite constellation. Both GIOVE and Galileo modulations are supported, ensuring Galileo support from today on. The AsteRx1 incorporates high update rates (up to 50 Hz), low latency (below 10ms, independent of update rate) and a low power consumption (< 1W).Â
The flexible configuration, powerful command language and variety of output messages and formats and serial and USB2.0 interfaces facilitate the work of the system integrator.
As with all Septentrio receivers, an intuitive Qt-based GUI - RxControl - can be used for its configuration, logging and remote control. Moreover, RxControl includes enhanced visualisation features.
The Septentrio AsteRx2 is a next generation L1/L2 GPS/GLONASS/SBAS OEM receiver platform, designed for high-performance dual-frequency applications. The receiver board features 48 hardware channels for simultaneous tracking of all visible satellites in GLONASS and GPS constellations. The AsteRx2 generates high-quality combined measurements for improved availability and accuracy in challenging environments. Offering flexible configuration, a powerful command language, a variety of detailed output messages, formats for automation and serial and USB2.0 interfaces, the AsteRx2 facilitates the work of the system integrator. In the future, the AsteRx2 will also become available in a rugged IP65 enclosure.
High-quality GPS+GLONASS antenna with integrated ground plane.
The GPS+GLONASS Antenna AT1675-29S from AeroAntenna is a high-precision dual frequency GPS + GLONASS antenna with integrated ground plane.
The AT1675-29S is the ideal antenna for demanding GPS/GLONASS applications. Due to the lightweight and small shape it it usable for most field or marine applications.
Affordable Heading and Positioning Smart Antenna using Crescent GPS Receiver Technology for Precision Guidance
Experience superior navigation from the accurate heading and positioning performance available with the V100 Series GPS Compass. The rugged enclosure combines Hemisphere GPS’ Crescent Vector board and two multipath-resistant antennas for portability and simple installation. The half-meter length smart antenna mounts easily to a flat surface or pole. The stability and maintenance-free design of the V100 Series replaces traditional gyrocompasses at a fraction of the cost.
Precise applications demand the heading and positioning performance of the VS100 Series GPS Compass. Ideal for professional machine control and navigation applications, the VS100 delivers reliable accuracy at significantly less cost than competitors products or traditional methods. The VS100 Series receiver with its display and user interface can be conveniently installed near the operator. The two antennas are mounted separately and with a distance between them to meet the desired accuracy.
The L1/L2 PNRRKIT is a portable network re-radiating kit that comes standard with a plug-in Re-radiating amplifier and a re-radiating antenna. It does not include an active L1/L2 roof antenna. The standard configuration does not provide source voltage to an active antenna but it may be specified. For Example: L1/L2PNRRKIT-N/220 is the standard configuration but it may also be ordered as an L1/L2PNRRKIT-N/220/5 which would send 5vdc to power an active antenna. The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the GPS Receiver has line of sight with the Re-radiating antenna, it will receive the signal up to 30 meter away.
The L1/L2 HNRRKIT is a complete Re-radiating system to allow you to re-radiate the GPS L1/L2 carrier indoors. The L1/L2HNRRKIT consists of a Roof Antenna, a plug-in Re-Radiating amplifier & a Re-Radiating Antenna. The roof antenna is a L1/L2 35dB Gain, 50 ohm antenna. The Re-radiating amplifier has a 110V/220V Plug-in transformer which powers the amplifier and the roof antenna. The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the receiving antenna has line of sight with the Re-radiating antenna, it will receive the signal up to 30 metert away. The antenna voltage is set at 5VDC. The customer must designate the source voltage(110/220/6-30VDC). For Example: L1/L2HNRRKIT-N/220 is a Hanger Network RRKIT with a 220V source.
The APS-3 from Altus Positioning System is a high precision GNSS satellite receiver with integrated state of the art communications designed specifically for the Surveying market.
High Productivity
High capacity hot swappable batteries mean that power supply can be continous for even the longest working sessions
Maximum uptime with the ability to change from GSM/GPRS delivered corrections to UHF radio delivered corrections
Data collector software with ease-of-use enabling a fast start for Surveyors with minimal training on product use
Performance
With the ability to process GPS and Glonass L1, L2, and L2C signals as well as SBAS and L5 if necessary, the APS-3 works with the optimum signal and geometry available creating the most reliable results
Fast Acquisition and reacquisiton mean that there is less wating or discontinuity caused by obstructions
Flexibility
Base Rover, Rover Base it's all the same to the APS-3, each unit can be a base or rover unit with no additional equipment to buy
External GNSS antenna or external radio antenna is easily connected
The APS-3 can be used with an external CDMA modem
Data collector software with ease-of-use enabling a fast start for Surveyors with minimal training on product use
GNSS Specifications
The APS-3 features the AsteRx2 GPS/GLONASS dual frequency receiver from Septentrio, the latest entrant to the high precision positioning market. The AsteRx2 engine includes RAIM and provides outstanding performance for Survey and GIS applications.
Channel Configuration
66 channels, GPS L1/L2/L2C, GLO L1/L2, SBAS
24 L1, 24 L2P
15 L2C
3 SBAS
Position accuracy 1,2,3, 10
Horizontal
Vertical
Standalone
1.1 m
1.9 m
SBAS
-.7 m
1.2 m
DGPS
0.35 m
0.65 m
RTK performance 1,9
Horizontal accuracy 3
1 cm + 1ppm
Vertical accuracy 3
2 cm + 2ppm
Average time to fix 4
7 sec
Availability
> 99.8 %
Static performance
Horizontal Accuracy
2mm + 0.5ppm
Vertical Accuracy
5mm + 0.5ppm
Ports
Lemo 5-pin, serial port for Handheld PC
Lemo 8-pin, serial port for external radio/modem
Lemo 4-pin for external power
TNC connector for UHF antenna
Power
Internal Battery (2)
Li-Ion, 5000mAh, 7.2 V
Current drain
1.0 to 1.5 A nominal
2.75 A peak
External Power Input
9 to 15 VDC
Weight
1.3 kg
Dimensions
178 mm Dia. x 89.7 mm High
Environmental Specifications
Operating Temperature
-20'C to +65'C
Storage temperature
-40'C to +75'C
Shock/Drop
2 m
Velocity Accuracy 1,2,3
Horizontal
Vertical
Standalone
2 cm/sec
4 cm/sec
Maximum Ouput rate
20 Hz9
Latency
< 20 msec
Time to First Fix
Cold start 5
< 45 sec
Warm start 6(After power on)
< 20 sec
Re-acquisition
< 1.2 sec
ROHS
Compliant
Waterproofing
IPX67
Certification
CE
FCC CLASS B Part 15
Accessories
Field Computer with data collection software
Li-Ion rechargeable battery pack
Battery Charger
2 GB SD Card
35 watt external radio
UHF radio antenna
External power cables
External radio/modem cable
1. 1 Hz measurement rate
2. Performance depends on environmental conditions
3. 1 sigma level
4. Baseline <20 km
5. No information available (no almanacs, no approximate position)
6. Almanacs and approximate position known, no ephemeris known
7. Fixed ambiguities
8. Smoothed 9. Computer dependent
ALTUS Positioning Systems is dedicated to providing customers with first class positioning system product and freedom of choice. We have carefully designed high-quality products to meet the needs of today's surveyor based on the experience of many years involved in instrument design and construction. Our Engineers have been involved in Survey products sinde the beginning of the Satellite Surveying Era. We are committed to ease of use, a low cost of ownership and flexibility to accomodate different working environments. Our close partners are carefully chosen and are as committed to these values as we are.
PolaRx3G is the latest receiver in the PolaRx family of versatile high-accuracy dual-frequency GNSS receivers for precise positioning and navigation applications. It provides access to the new Galileo and modernized GPS signals and offers users the opportunity to track the new signals as they become available. Next to high-quality Galileo and GPS measurements, it provides an attractive reference station and field data logging platform for existing users of PolaRx2e as well as for new users, while maintaining the same tough housing, interfaces and features as internal data logging, event markers and others.
PolaRx3G also comes in a waterproof IP65 rugged enclosure with sturdy connectors, allowing usage in tough and remote environments. Communication with the units is easy with TCP/IP access over Ethernet.
PolaRx3TR offers a user-friendly and cost-effective solution for permanent GPS GLONASS Monitoring Station or Timing Reference Station applications. It shows excellent stability, which is of vital importance for continuously operating reference stations. It features a powerful fast acquisition unit and enhanced codeless tracking of L1 and L2 signals on 66 hardware channels, yielding best-in-class, low noise data quality even under anti-spoofing. PolaRx3TR is integrated in a waterproof IP65 rugged enclosure with sturdy connectors, allowing usage in tough and remote environments. Communication with the units is easy with TCP/IP access over Ethernet.
External extra rugged digital high power UHF radio transceiver programmable in frequency ranges from 406 to 470 MHz. It has GMSK, DBPSK, DQPSK, 4FSK, D8PSK, and D16QAM modulations with advanced forward error correction and data scrambling. The output power is programmable up to 35W. (15W for European version) It takes incoming data, modulates it with GMSK, FSK, PSK or most spectrum efficient QAM modulation and transmits it at RF power output levels from 13 dBm up to 33 dBm operating in 406 to 470 MHz. The UHF transceiver is also capable of receiving RF signals through a 50 Ohm impedance external antenna port. These signals are demodulated and output to the RS-232 serial port. AW435BT delivers a reliable radio link at up to 38.4 kbps over the air for the 25 kHz channel spacing, 30 kbps for 20 kHz, 19.2 kbps for 12.5 kHz, and 9.6 kbps for 6.25 kHz. The unmatched features of AW435BT include data scrambling, frequency hopping, user selectable transmit output power level, low power consumption sleep modes, auto scanning for base. The unit’s user settings can be changed through the built-in Command Line interface (CLI), or through AWLaunch.
The Aw435 is fully compatible with most survey industry protocols like:
External extra rugged digital high power UHF radio transceiver programmable in frequency ranges from 406 to 470 MHz. It has GMSK, DBPSK, DQPSK, 4FSK, D8PSK, and D16QAM modulations with
advanced forward error correction and data scrambling. The output power is programmable up to 2 W. It takes incoming data, modulates it with GMSK, FSK, PSK or most spectrum efficient QAM modulation
and transmits it at RF power output levels from 13 dBm up to 33 dBm operating in 406 to 470 MHz. The UHF transceiver is also capable of receiving RF signals through a 50 Ohm impedance external
antenna port. These signals are demodulated and output to the RS-232 serial port. AW400 delivers a reliable radio link at up to 38.4 kbps over the air for the 25 kHz channel spacing, 30 kbps for 20 kHz, 19.2 kbps for 12.5 kHz, and 9.6 kbps for 6.25 kHz. The unmatched features of AW400 include data scrambling, frequency hopping, user selectable transmit output power level, low power consumption sleep modes, autoscanning for base. The unit’s user settings can be changed through the built-in Command Line interface (CLI), or through AWLaunch.
The Aw400 is fully compatible with most survey industry protocols like:
EZSurv™ GNSS post-processing software is a fully automated solution designed to easily process raw GNSS data from different receiver brands. It is an open solution that processes GPS as well as Glonass signal. With EZSurv™, all you need is your GNSS data files and a link to the Internet. At the touch of a single key, EZSurv™ search the WEB to retrieve the best base station data to process your data using its sophisticated and rigorous algorithms that secure the best out of your GNSS raw data. EZSurv™ is compatible with multiple base station networks as well as multiple raw data formats. It provides all the flexibility you need with its graphical (Plan View) and Windows Explorer (Project Manager) user interfaces.
EZSurv™ is available in different versions according to your receiver type (single/dual frequency and GPS/Glonass) and the accuracy needed.
Key EZSurv Advantages
•Easy-to-use graphical user interface
•Project Manager for easy data handling
•Data archiving capability
•Fully automated Base Station search to post-process Rover data
•Multiple mapping system supports
•Rigorous Noise Reduction System (NRS) to smooth noisy data
•Support for all kinds of processing modes
•Single keystroke to automatically launch all processing steps
•Advanced quality control tools
•Compatible with many GNSS receivers raw format
The Hemisphere GPS A-series antennas are tough on multipath. Improve your positioning accuracy by selecting the A-series antenna that is right for your application. The A20 active antenna comes standard with strong multipath rejection for clean tracking of L1 GPS and SBAS signals and ample bandwidth for tracking L-band signals as well. For heading applications and RTK installations, the exceptional phase centre stability keeps your solutions steady and dependable. Watch your accuracy improve by selecting the A-series antenna that is right for you.
Digi Connect WAN products provide high-performance wireless communications via GSM (GPRS/EDGE/HSDPA) networks for primary and backup connectivity to remote locations. They offer an easy and cost-effective means of connecting virtually any remote or mobile location into the corporate IP network. They are ideal for use where wired networks (e.g., lease line/frame relay, CSU/DSU, fractional T1) are not feasible or where alternative network connections are required. Benefits include instant deployment, elimination of wiring costs and problems due to wire breaks, the ability to traverse firewalls, and the ability to move the connection virtually anywhere.
For maritime positioning applications we can program these modems to connect to virtually any correction provider through NTRIP or direct IP. With those corrections GPS receivers can work in RTK modus. We have tested the Digi Connect WAN 3G with the following correction providers:
Septentrio offers the PolaNt_G as a standard antenna product in its portfolio. The PolaNt_G is a dual-frequency antenna for precise positioning and surveying applications. The antenna incorporates low-noise amplifiers and is built into a rugged housing. The PolaNt_G suppurt GPS, GLONASS and Galileo signals.
High-precision dual frequency GPS/GLONASS/GALILEO L-Band antenna with 5/8" mount.
The AT2775-82 from Aero Antenna is a high-quality ruggedized dual frequency GNSS antenna. This antenna is used for the harshest environments like Marine Survey, Offshore positioning and Machine Control applications.
MGB-Tech's RTK-GPS solution is based on Septentrio's PolaRx2e platform. It is build to be a one box solution. It incorporates a UHF radio, lithium-polymer battery and charger. The radio is programmable over a wide frequency range (440-480 MHz). It also has a wide input DC power supply (10-30 VDC). The four RS-232 ports are implemeted with standard D-sub connectors for easy use.
ADL Vantage is an advanced, high speed, wireless data link built to survive the rigors of GNSS/RTK surveying and precise positioning. This sophisticated 0.1-4.0 Watt radio modem utilizes Pacific Crest’s next generation Advanced Data Link (ADL) technology while remaining backward compatible with existing Pacific, Trimble and other products. ADL Vantage’s full-function user interface streamlines field configuration and troubleshooting so you can maintain maximum productivity. For the most rugged and reliable digital data link, go with the Geomatics industry’s new standard in wireless communications – ADL Vantage.
Key Features
•Multi-function user interface
•Heavy-Duty Construction
•High Over-the-Air Link Rate
•Configurable Transmit Power
•Advanced 40 MHz Bandwidth
•Software-Derived Channel Bandwidth
The VGLCDLA30RPDC is a GPS Variable Gain Line Amplifier featuring a variable gain range from 0 to 30dB with an LCD display and push button controls in 1dB increments. The frequency response covers the GPS L1/L2/L5, Galileo and GLONASS bands with excellent flatness throughout the attenuation range. The easy to read LCD display allows users to read the exact gain at any time and easily adjust the gain in 1dB increments to ensure precise control of the signal strength at all times. In the normal configuration, the RF output passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.
High-quality Dual frequency GPS+GLONASS antenna for avionic applications
The GPS antenna AT1675-17 from AeroAntenna is ideal for any kind of GPS/GLONASS applications in aviation. The antenna is designed to DO-160C and can be delivered with its individual FAA certificate.
The Carlson Surveyor is the fastest, most durable and powerful handheld computer available today and powered with Carlson SurvCE GPS data collection software. The software can be upgrade to unlock Robotic Total Stations and the Advanced Roading option.
Carlson Surveyor Features:
Completely Ruggedized - IP67 water & dust resistant and a magnesium housing.
More Memory - Up to 1 gigabyte with option to expand through MicroSD card slot.
Compact/Convenient Connections - 2 Styles of USB connections located on the top of the unit for convenience.
Easy to Hold/Control - Just 2 pounds. Keys' size & location optimized for precise handling.
Back Lit Control Keys - Easily see when quick command keys are activated.
Longer Battery Life - 8-10 hours standard with option to add second battery.
The RMALDCBS1X8 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers the GPS L1 & L2 bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS/GNSS carrier signal is required by up to 8 GPS/GNSS devices simultaneously.
The RMALDCBS1X16 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers all GPS/GLONASS/GALILEO bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS carrier signal is required by up to 16 GPS/GNSS devices simultaneously.
The RMALDCBS1X32 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers the all GPS/GLONASS/GALILEO bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS carrier signal is required by up to 32 GPS/GNSS devices simultaneously.
Tired of climbing in and out of the cab all day? Then a DigPilot is probably the thing you need!
DigPilot 2D (without GPS/GNSS)
The DigPilot 2D enables you to do a widely varying range of excavation work without GPS/GNSS: Level, single or dual slopes, ditches and profiles. E.g. if you choose to cut a ditch, you will be guided as you set the width, depth, the slope of the ditch etc., and the ditch will be shown on the monitor in front of you.
You can reference heights by positioning the tip of the bucket on a benchmark, or use the arm sensor to register the height from a rotating laser.
Easy to upgrade to DigPilot 3D (with GPS/GNSS)
The DigPilot 2D can easily be upgraded to 3D with GPS/GNSS. This only requires the GPS itself and new software in the DigPilot computer. When using the DigPilot GPS software there is no need for a second control panel taking up space in your cab.
With its wireless sensors, DigPilot is very easy to install. You need not be a qualified electrician, or connect up a lot of cables before the system can be started up. DigPilot has only one cable, to connect the power supply to the computer. Simply plug it into the cigarette lighter.
Easily moved from one machine to another
It takes only minutes to move DigPilot from one excavator to another. Simply attach a new set of brackets, and then you can move the sensors and computer to another excavator.
Settings for 20 different excavators can be saved in the computer, each with 20 different buckets.
Easy to use
In developing DigPilot, great importance was attached to making it user friendly. This applies both to fitting and maintenance, and of course to what you see on the
monitor.
There are large, explicit images in 2D and 3D, with clear details and accompanying text to guide you all the way. DigPilot is equally suitable for those without computer
experience and for experts.
Key features
The sensors will work for over 2 weeks after charging
Range between each sensor: Over 50m
PC with touch screen. Weight only 1.3kg
Transreflective screen technology makes it possible to see the screen even in sunshine.
Sound
Laser sensor integrated into the arm sensor
Compass integrated into the Pitch & Roll sensor
Sensor for articulated boom and tilting bucket (optional)
With DigPilot 3D installed on your excavator you get complete overview of the project you are working with. These are a some of the things you can do:
Make your own projects
With the GPS version you can make your own projects directly on the DigPilot.
In this way you are not dependent on project files from a surveyor to make use
of your GPS/GNSS. You can make ditches, slopes, profiles etc. like you do
on the 2D version without GPS/GNSS. The advantage of the 3D version is
that you can use the GPS/GNSS to determine the exact location of your
project, and therefore you need not reference the height after moving the
machine. Not to mention that you can make more complex projects
such as building pits.
Reads LandXML directly
DigPilot also reads LandXML projects directly. If you have received your project as a LandXML file (.xml),
you can load it directly onto the DigPilot from a USB stick. LandXML is a non-proprietary data standard
supported by many companies, and export to LandXML can therefore be made from most construction
software.
Record your work
Another benefit of the GPS/GNSS version is that you can use it to record
your work. By placing the bucket tip on appropriate points on the area
you have just excavated and pressing a button on the screen, the
coordinate points will be stored.
The coordinate points are stored in a file in which you for instance can add a comment for each coordinate point. The file can then be stored on a USB stick and read by other software.
3D graphics
With the GPS version you can view the excavator and the project in 3D. And with the single press of a button you can switch between 3D perspective view, 2D top view and 2D side view.
The AsteRx2e receiver family provides all-in-view dual-frequency GPS/GLONASS receivers for demanding industrial applications. As member of the AsteRx-family of compact OEM boards, AsteRx2e features proven high-quality all-in-view GPS and GLONASS tracking and Septentrio’s advanced multipath mitigation algorithm APME, offering cm-level measurement quality for high precision positioning, even in challenging environments.
Main features:
* 136 hardware channels
* Up to 25 Hz data output rate
* A Posteriori Multipath Estimator technique (APME)
* Receiver Autonomous Integrity Monitoring (RAIM)
* Differential GPS (base station and rover)
* Compact OEM board and housed solutions
* Includes intuitive GUI (RxControl) and detailed operating and installation manual
The AsteRx2e is also available in a rugged IP65 enclosure.
Digi Connect WAN products provide high-performance wireless communications via GSM (GPRS/EDGE/HSDPA) networks for primary and backup connectivity to remote locations. They offer an easy and cost-effective means of connecting virtually any remote or mobile location into the corporate IP network. They are ideal for use where wired networks (e.g., lease line/frame relay, CSU/DSU, fractional T1) are not feasible or where alternative network connections are required. Benefits include instant deployment, elimination of wiring costs and problems due to wire breaks, the ability to traverse firewalls, and the ability to move the connection virtually anywhere.
High-precision dual frequency GPS antenna with magnetic mount.
High-precision single frequency GPS+Beacon antenna.
High-quality single frequency GPS+L-Band antenna with integrated groundplane.
Galileo Ground Segment Reference Antenna
Septentrio offers the PolaNt as a standard antenna product in its portfolio. The PolaNt_GG is a dual-frequency GPS/GLONASS antenna for precise positioning and surveying applications. The antenna incorporates low-noise amplifiers and is built into a rugged housing.
The Septentrio PolaRx2eH OEM heading receiver is the latest variant in the PolaRx2 family. The PolaRx2eH can be connected to 2 dual-frequency antennas to output accurate heading & pitch or heading & roll information. This variant is available as a standard Euro-card board, ensuring easy integration. For ready-to-use solutions, the receiver comes in a waterproof IP65 enclosure with sturdy connectors, allowing usage in tough and remote environments.
Septentrio offers the PolaNt as a standard antenna product in its portfolio. The PolaNt_SF is a single-frequency antenna for precise positioning and surveying applications. The antenna incorporates low-noise amplifiers and is built into a rugged housing. The PolaNt is also available as dual-frequency antenna (PolaNt_DF). 
Ashtech Choke Ring Antenna with Dorne & Margolin C146-10 vertical dipole element.
High-precision single frequency GPS antenna with integrated groundplane.
Low-cost single frequency GPS antenna with cable and magnetic mount
High-quality low-cost single frequency GPS antenna with cable and magnetic mount.
AeroAntenna AT575-204
Septentrio offers the PolaNt as a standard antenna product in its portfolio. The PolaNt_DF is a dual-frequency antenna for precise positioning and surveying applications. The antenna incorporates low-noise amplifiers and is built into a rugged housing. The PolaNt is also available as single-frequency antenna (PolaNt_SF).
The Septentrio GeNeRx1 is a combined GPS/Galileo receiver that can be flexibly configured to simultaneously track Galileo as well as GPS satellites in multi-frequency mode. All Galileo frequencies and modulations are supported. As with all Septentrio receivers, an intuitive Graphical User Interface, which gives full and easy access to all settings and measurements of the receiver, accompanies GeNeRx1.
AeroAntenna Choke Ring Enhancement AT27751955
The L1FPDC is a one input, one output RF device that provides additional GPS L1 filtering from a GPS Antenna. The frequency response covers L1 centered at 1575MHz. In the normal configuration, the RF output (J1) passes DC from the connected GPS receiver through the input port to the antenna, allowing the GPS receiver to power the antenna. All filters are available with N-type, SMA, BNC or TNC connectors.
AeroAntenna Choke Ring Antenna AT2775-43High-precision dual frequency choke ring GPS antenna.
The Septentrio AsteRx1 is the first industrial Galileo-ready receiver. It is designed for high-performance single-frequency applications. It features 24 single-frequency channels for all-in-view mixed GPS/Galileo and SBAS tracking. Optionally, all 24 channels can be used for a single satellite constellation. Both GIOVE and Galileo modulations are supported, ensuring Galileo support from today on. The AsteRx1 incorporates high update rates (up to 50 Hz), low latency (below 10ms, independent of update rate) and a low power consumption (< 1W). 
The Septentrio PolaRx2e is a versatile 48-channel dual-frequency GNSS receiver for precise positioning, navigation and timing applications, requiring single-board integrated GNSS-based devices. It supports reception of the L1 and L2 signals from up to 16 GPS satellites. The PolaRx2e can be ordered as a standard Euro-card-size board or enclosed in a rugged housing. When ordered in enclosure, the receiver comes with 220V power adaptor, power cord, null modem cable and general purpose cable. 
High-quality low-cost single frequency GPS antenna with integrated ground plane
The Septentrio PolaRx2e@ brings heading, attitude and other multi-antenna applications within economical and practical reach. It is the only compact single-board attitude receiver on the market. The attitude variant is available either as a standard Euro-card-size board, ensuring easy integration or packaged in a rugged enclosure for ready-to-use solutions. The PolaRx2e@ is offered in a strong and waterproof enclosure with sturdy connectors, allowing usage in tough and remote environments. It also offers new features such as logging control via push button or external signals and programmable LEDs. Finally, a new model, PolaRx2eH, is introduced, featuring 2 dual-frequency antenna inputs. The PolaRx2eH is ideally suited for machine control applications and similar challenging dual-antenna/heading applications. 
The Septentrio PolaRx2e_SBAS receiver can track the L1 signals from up to 6 SBAS augmentation satellites such as EGNOS and WAAS. This offers your application vital integrity information, increasing the confidence in the positioning solution and allowing application in safety-critical environments. The receiver may also be used either as base station or as rover receiver for differential GPS and RTK. When the SBAS option is installed on the single-antenna version of the PolaRx2e, it will track SBAS satellites by default and will use the SBAS corrections in the optimal way. For the multi-antenna version, SBAS has to be configured manually.
As part of the Septentrio PolaRx2e family of high-end satellite navigation receivers, the PolaRx2eTR uses the same advanced GNSS chip-set and original tracking and positioning algorithms, resulting in the same low noise performance and high tracking stability. Based on a LINUX process core and featuring Ethernet connectivity and an intuitive GUI for ease of operation and remote control, the PolaRx2eTR offers a user-friendly and cost-effective solution for permanent GPS Monitoring Station or Timing Reference Station applications. It also offers the new features of the PolaRx2e family such as logging control via push button or external signals and programmable LEDs. 
Septentrio has developed a flexible FPGA extension platform to the existing PolaRx2 receiver, PolaRx2C, capable of receiving the coming L2C signals, that are part of the GPS modernisation. An important objective of GPS modernisation is to preserve civil use. The first stage in the GPS modernisation process has started in 2005, with the launch of the first satellite that will transmit civilian signals on the L2 band, called L2C signals. The L2C signals consist out of 2 PRN codes: the CM code and the CL code. 
The LDCBS1X4 GPS antenna splitter is a passive one input four output power divider designed specifically for the GPS L1, L2 & GLONASS carrier frequencies. Three of the output legs (J2-J4) are DC-Blocked to prevent antenna damage, they also have 200 ohm DC loads to ground to simulate a GPS antenna pre-amplifier current draw. The other output leg (J1) is a DC through to power the antenna.
The LDCBS1X2 GPS antenna splitter is a passive one input two output power divider designed specifically for the GPS L1, L2 & GLONASS carrier frequencies. One of the output legs (J2) is DC-Blocked to prevent antenna damage, it also has a 200 ohm DC load to ground to simulate a GPS antenna pre-amplifer current draw. The other output leg (J1) is a DC through to power the antenna.
The MIL-NLDCBS1X3 GPS antenna splitter is a one input three output power divider designed specifically for the GPS L1, L2 and GLONASS carrier frequencies. The three output legs (J2-J4) are DC-Blocked to prevent antenna damage. J2 & J3 are TNC connectors and J4 is a N-type connector, J4 also has 5db of attenuation inline. This splitter has been designed and built to military specifications.
The MLA20RPDC GPS Line Amplifier is a one input, one output device with a 20dB min. gain in a miniaturized housing. The frequency response covers the GPS L1, L2 and GLONASS bands with excellent gain flatness. In the normal configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.
The VGLA20RPDC GPS Variable Gain Line Amplifier is a one input, one output device featuring a variable gain block with 26dB of dynamic range. The frequency response covers the GPS L1 & L2 bands with excellent flatness throughout most of the attenuation range. In the normal configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amp.
The HNRRKIT is a complete re-radiating system to allow you to re-radiate the GPS L1 carrier signal indoors. The HNRRKIT consists of a Roof Antenna, a plug-in re-radiating amplifier & a re-radiating antenna. The roof antenna is a 38db Gain, 50 ohm antenna. The re-radiating amplifier has a 110V/220V/240V Plug-in transformer which powers the amplifier and the roof antenna. The signal from the roof antenna is amplified and radiated out the re-radiating antenna. If the GPS receiver has line of sight with the re-radiating antenna, it will receive the signal up to 100 feet away. The antenna voltage is standard set at 5VDC otherwise the customer must designate the source voltage and power supply preferred. For Example: HNRRKIT-N/5/110 is a Hangar Network Re-Rad Kit with a 110V power supply sending 5vdc to the antenna.
The PNRRKIT is a Re-radiating system which allows you to re-radiate the GPS L1 carrier indoors. The PNRRKIT consists of a plug-in Re-Radiating amplifier & a Re-Radiating Antenna. It differs from the HNRRKIT in that it does not provide a roof antenna. The standard configuration does not provide source voltage to an active antenna but it may be specified. For Example: PNRRKIT-N/110 is the standard configuration but it may also be ordered as an PNRRKIT-N/110/5 which would send 5vdc to power an active antenna. The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the GPS Receiver has line of sight with the Re-radiating antenna, it will receive the signal up to 30+ meter away.
The ALDCBS1X8 GPS Amplified Splitter is a one input, eight output device with 13dB min. gain block. The frequency response covers GPS L1, L2 & GLONASS bands with excellent gain flatness. In the normal configuration, the splitter RF output (J1) passes DC from the connected GPS receiver through the splitter to the antenna, allowing the GPS receiver to power both the antenna and the splitter amplifier. The other RF outputs (J2 - J8) are DC loaded with 200 Ohm resistors to simulate the antenna current draw.
The LNFA1X4 is a low noise, filtered, amplified 1X4 GPS antenna splitter that was originally designed to satisfy AT&T Wireless requirements. The device features high selectivity for protection against the proximity of high power cellular transmitters.
The LA20RPDC GPS Line Amplifier is a one input, one output device with a 20dB min. gain block. The frequency response covers GPS L1, L2 and GLONASS bands. In the standard configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.
The L1L2FPDC is a GPS passband filter designed specifically for the GPS L1 and L2 carrier frequencies. The L1L2FPDC lowers the out of band noise and interference by 20dB. The DC voltage is then passed to the intended GPS antenna or source. All filters are available with N-type, SMA, BNC or TNC connectors.
Dunk it, drop it, use it. The Archer is a rugged PDA built for the field. It is waterproof 
SATELLINE-3AS is a half-duplex radio modem suitable for a variety of data transfer applications, in particular ones demanding high speed and precision. In addition to the maximum data speed 19.2 kbps and channel spacing 25 kHz or 12.5 kHz, it offers a number of features and functions. Message Routing is a new feature in SATELLINE-3AS modems, which makes it easier to build up a large radio modem network. The SATELLINE-3AS software includes a selectable error correction, which improves the functioning of the radio modem under interference. SATELLINE-3AS is compatible with the interface types RS-232, RS-422 and RS-485. Without changing the hard-ware all the parameter settings of the radio modem can be modified through the interface from a PC. The model SATELLINE-3ASd is equipped with a LCD display of its own, which facilitates programming of the radio modem. 
The ultra-rugged Allegro CX Field PC is built to perform in the most demanding outdoor or industrial environments.
•  Fast - 9600 bps (GMSK) and 19,200 bps (4LFSK) raw data rates 
The Septentrio PolaRx2e_SBAS receiver can track the L1 signals from up to 6 SBAS augmentation satellites such as EGNOS and WAAS. This offers your application vital integrity information, increasing the confidence in the positioning solution and allowing application in safety-critical environments. The receiver may also be used either as base station or as rover receiver for differential GPS and RTK. When the SBAS option is installed on the single-antenna version of the PolaRx2e, it will track SBAS satellites by default and will use the SBAS corrections in the optimal way. For the multi-antenna version, SBAS has to be configured manually.
The PolaRx3 is a high-accuracy GPS/GLONASS receiver designed for professional reference station and field data logging applications. It features a powerful fast acquisition unit and enhanced codeless tracking of L1 and L2 signals on 24 dual-frequency channels, yielding best-in-class, low noise data quality even under anti-spoofing. 
The Septentrio AsteRx1 is the first industrial Galileo-ready receiver. It is designed for high-performance single-frequency applications. It features 24 single-frequency channels for all-in-view mixed GPS/Galileo and SBAS tracking. Optionally, all 24 channels can be used for a single satellite constellation. Both GIOVE and Galileo modulations are supported, ensuring Galileo support from today on. The AsteRx1 incorporates high update rates (up to 50 Hz), low latency (below 10ms, independent of update rate) and a low power consumption (< 1W). 
The Septentrio AsteRx2 is a next generation L1/L2 GPS/GLONASS/SBAS OEM receiver platform, designed for high-performance dual-frequency applications. The receiver board features 48 hardware channels for simultaneous tracking of all visible satellites in GLONASS and GPS constellations. The AsteRx2 generates high-quality combined measurements for improved availability and accuracy in challenging environments. Offering flexible configuration, a powerful command language, a variety of detailed output messages, formats for automation and serial and USB2.0 interfaces, the AsteRx2 facilitates the work of the system integrator. In the future, the AsteRx2 will also become available in a rugged IP65 enclosure.
Fast - 9600 bps (GMSK) and 19,200 bps (4LFSK) raw data rates
The L1/L2 PNRRKIT is a portable network re-radiating kit that comes standard with a plug-in Re-radiating amplifier and a re-radiating antenna. It does not include an active L1/L2 roof antenna. The standard configuration does not provide source voltage to an active antenna but it may be specified. For Example: L1/L2PNRRKIT-N/220 is the standard configuration but it may also be ordered as an L1/L2PNRRKIT-N/220/5 which would send 5vdc to power an active antenna. The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the GPS Receiver has line of sight with the Re-radiating antenna, it will receive the signal up to 30 meter away. 
The L1/L2 HNRRKIT is a complete Re-radiating system to allow you to re-radiate the GPS L1/L2 carrier indoors. The L1/L2HNRRKIT consists of a Roof Antenna, a plug-in Re-Radiating amplifier & a Re-Radiating Antenna. The roof antenna is a L1/L2 35dB Gain, 50 ohm antenna. The Re-radiating amplifier has a 110V/220V Plug-in transformer which powers the amplifier and the roof antenna. The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the receiving antenna has line of sight with the Re-radiating antenna, it will receive the signal up to 30 metert away. The antenna voltage is set at 5VDC. The customer must designate the source voltage(110/220/6-30VDC). For Example: L1/L2HNRRKIT-N/220 is a Hanger Network RRKIT with a 220V source.
External extra rugged digital high power UHF radio transceiver programmable in frequency ranges from 406 to 470 MHz. It has GMSK, DBPSK, DQPSK, 4FSK, D8PSK, and D16QAM modulations with advanced forward error correction and data scrambling. The output power is programmable up to 35W. (15W for European version) It takes incoming data, modulates it with GMSK, FSK, PSK or most spectrum efficient QAM modulation and transmits it at RF power output levels from 13 dBm up to 33 dBm operating in 406 to 470 MHz. The UHF transceiver is also capable of receiving RF signals through a 50 Ohm impedance external antenna port. These signals are demodulated and output to the RS-232 serial port. AW435BT delivers a reliable radio link at up to 38.4 kbps over the air for the 25 kHz channel spacing, 30 kbps for 20 kHz, 19.2 kbps for 12.5 kHz, and 9.6 kbps for 6.25 kHz. The unmatched features of AW435BT include data scrambling, frequency hopping, user selectable transmit output power level, low power consumption sleep modes, auto scanning for base. The unit’s user settings can be changed through the built-in Command Line interface (CLI), or through AWLaunch.
EZSurv™ GNSS post-processing software is a fully automated solution designed to easily process raw GNSS data from different receiver brands. It is an open solution that processes GPS as well as Glonass signal. With EZSurv™, all you need is your GNSS data files and a link to the Internet. At the touch of a single key, EZSurv™ search the WEB to retrieve the best base station data to process your data using its sophisticated and rigorous algorithms that secure the best out of your GNSS raw data. EZSurv™ is compatible with multiple base station networks as well as multiple raw data formats. It provides all the flexibility you need with its graphical (Plan View) and Windows Explorer (Project Manager) user interfaces.
ADL Vantage is an advanced, high speed, wireless data link built to survive the rigors of GNSS/RTK surveying and precise positioning. This sophisticated 0.1-4.0 Watt radio modem utilizes Pacific Crest’s next generation Advanced Data Link (ADL) technology while remaining backward compatible with existing Pacific, Trimble and other products. ADL Vantage’s full-function user interface streamlines field configuration and troubleshooting so you can maintain maximum productivity. For the most rugged and reliable digital data link, go with the Geomatics industry’s new standard in wireless communications – ADL Vantage.
The VGLCDLA30RPDC is a GPS Variable Gain Line Amplifier featuring a variable gain range from 0 to 30dB with an LCD display and push button controls in 1dB increments. The frequency response covers the GPS L1/L2/L5, Galileo and GLONASS bands with excellent flatness throughout the attenuation range. The easy to read LCD display allows users to read the exact gain at any time and easily adjust the gain in 1dB increments to ensure precise control of the signal strength at all times. In the normal configuration, the RF output passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.
The RMALDCBS1X8 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers the GPS L1 & L2 bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS/GNSS carrier signal is required by up to 8 GPS/GNSS devices simultaneously.
The RMALDCBS1X16 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers all GPS/GLONASS/GALILEO bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS carrier signal is required by up to 16 GPS/GNSS devices simultaneously.
The RMALDCBS1X32 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers the all GPS/GLONASS/GALILEO bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS carrier signal is required by up to 32 GPS/GNSS devices simultaneously.
