APS3G’s are marching out the door

Satisfying the RTK GNSS needs of provinces and water districts is demanding.

Today we prepare 2 x Septentrio APS3G’s using the Juniper Allegro 2 field tough computers to connect with an existing AsteRxU base receiver to provide RTK correction via the Internet.

Just over a year ago the water district engaged Elliott Enterprises to develop a solution for a city wide RTK GNSS system to provide accurate height data to design a 21st century water system to deliver water to the household at the right pressure on demand. After some testing and R&D we recommended an Altus Positioning System.

Upper Cases: 2 x APS3G Kits for Internet connection via GSM. Lower Case: APS3G RTK kit

Upper Cases: 2 x APS3G Kits for Internet connection via GSM.                        Lower Case: 1 x APS3G RTK kit Peer-to Peer UHF radio

The third case (on the floor) consists of 2 x Septentrio APS3G’s as an RTK GNSS Kit with a Juniper Allegro 2 field tough computer to operate Carlson SurvCE software for road design, drainage design and subdivision developments across a province.

The Altus Positioning System is chosen consistently for speed, accuracy and versatility in the most challenging surveys. With free firmware for the life of the receiver, the province will enjoy continued free upgrades and support for an even better survey solution for many years to come.

Call Nelia Elliott on 0917 557 971 to join our business family!

Septentrio seismic monitoring and advanced CORS

Leuven, Belgium and Torrance, California – 8 December – Septentrio, a leading provider of accurate and reliable GNSS receivers, announces today the release of 5.1.0 firmware for the PolaRx5 product line of GNSS reference receivers. The 5.1.0 firmware brings new features for file management, usability, security and seismic monitoring. Septentrio’s PolaRx5 product line of GNSS reference receivers includes the PolaRx5 for CORS and network operations, the PolaRx5TR for time and frequency transfer and the PolaRx5S for space weather applications.

Improvements in Precise Point Positioning (PPP) has opened the door on seismic monitoring using GNSS technology.  As well as allowing precise measurement of long-term slow surface displacement, PolaRx5 now allows real-time recording of the high-frequency vibrations typically accompanying earthquakes. Firmware 5.1.0 introduces the support for on-board PPP and dynamic response tuned for seismic applications.

The 5.1.0 firmware release brings greater logging efficiency to the PolaRx5 users. Storage integrity is crucial for many applications. Re-transmitting data can be an expensive business, especially when using Iridium telemetry.  To improve archival functionality, Septentrio has developed a storage integrity feature to retransmit only the data which has been lost in the initial transmission. This avoids the common and unnecessary overhead of re-transmitting complete files.

Preventing unauthorised access is a crucial aspect of cyber security. PolaRx5 product line is now equipped with firewall and IP filtering, SFTP and ssh keys. This complements and strengthens the user management and access level protection of the PolaRx5 product line.

Land Deformation New Zealand November 2016

Earthquake Land Deformation New Zealand 2016

Various independent tests have shown PolaRx5 consistently ranks highest among GNSS receivers in many areas of measurement quality, including lowest measurement noise and fewest number of cycle slips, and this at the lowest power consumption on the market. The PolaRx5 products offer robust and high-quality GNSS tracking of GPS, GLONASS, Galileo and BeiDou as well as regional satellite systems including QZSS and IRNSS.

Some of those who have recently deployed the PolaRx5 include the Oregon Department of Transport (DOT), UNAVCO, the Jet Propulsion Laboratory (JPL) and the SAPOS CORS network in Germany.

“The 5.1.0 PolaRx5 firmware continues Septentrio’s commitment to its customers.” stated Francesca Clemente, PolaRx Product Manager. She continued: “The new features of the 5.1.0 firmware complement existing standard features of the PolaRx5 GNSS receivers such as Advanced Interference Mitigation technology (AIM+) and the web UI offering full user control and status to make PolaRx5 the most complete GNSS reference station on the market today.”

This firmware is now available on Septentrio’s website and will be showcased at the American Geophysical Union (AGU) Fall Meeting from Monday, 12 December.

About Septentrio

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Enabling our customers’ success with GPS and GNSS

Septentrio designs, manufactures and sells highly accurate GPS/GNSS receivers, for demanding applications requiring accuracies in the decimeter or centimeter range, even under difficult conditions. Whether it’s on the high sea, in scintillation prone areas or at high latitudes, our customers know that Septentrio receivers deliver fast, accurate and reliable positions. In urban canyons, under canopies or even under circumstances where there is deliberate interference, our receivers make our customers excel.

Our Roots

Septentrio was started as a spin-off of IMEC – the world’s largest and most advanced semiconductor research institute with over 2500 researchers. From the start, we used the most advanced semiconductor designs for low power, high performance and disturbance mitigation. The nearby KULeuven University is one of Europe’s leading universities and is an excellent source of top talent in areas such as signal processing and advanced algorithms, although we attract top specialists from around the world. We continue to work with IMEC and several highly specialized partners to build the best GNSS receivers in the world.

Rocket Science

From its inception, Septentrio has been involved in many programs for the European Space Agency and the Galileo GNSS program. As an example, we developed the first receivers to decode the advanced signals from a Galileo satellite and have tested and validated all Galileo signals ever since, including the PRS signals.

Your reliable OEM long term partner

We see it as our mission to make you win in your markets, while we stick to making the world’s best GPS/GNSS receivers for demanding applications. As your long-term partner, our job is to provide you with competitive products, our deep understanding of the technology, and the committed support that make all the difference to your success.

Septentrio receiver tracks newest Japanese GNSS signals

Hong Kong – 12 October 2016Septentrio and its Japanese partner, GNSS Technologies, are proud to announce that they have successfully tracked and decoded the QZSS LEX signal. This achievement marks a milestone in the development of the Japanese QZSS satellite navigation system and is the result of a trusted partnership between Septentrio and GNSS Technologies. The partnership is committed to enable the success of their Japanese customers with the very latest in satellite navigation technology.

QZSS (Quasi-Zenith Satellite System) is Japan’s regional satellite navigation system. When completed, it will consist of 4 satellites: the first satellite was launched in 2010 and the remaining three are scheduled to become operational in 2017. All satellites will be equipped with a revolutionary CLAS (centimetre-level augmentation service). This service will send correction signals straight from the QZSS satellites to end-user receivers and enable them to calculate their position with centimetre-level accuracy. The CLAS corrections are broadcast in the LEX and L6 signals.

By implementing LEX signal tracking and decoding before the completion of the QZSS constellation and before the CLAS service becomes operational, Septentrio and GNSS Technologies are showing their long-term commitment to Japanese customers.

Using Septentrio technology, customers will be able to eliminate the need for investment in ground infrastructure to create correction signals or in subscriptions to commercially available correction signal streams. This opens up possibilities in new application domains in sectors such as marine, construction, agriculture, survey and mapping, geographic information systems (GIS) and unmanned aerial and vehicles (UAVs).

All NEW Juniper Geode submeter GPS receiver

Today, Juniper Systems would like to introduce to you… the Geode™ – our new real-time, sub-meter GNSS/GPS receiver! This compact, all-in-one receiver collects precise location data, without the huge price tag or complexity of other precision receivers. We designed it with an emphasis on simplicity so you can start collecting data at the touch of a button. The Geode is also highly versatile, and will connect via Bluetooth with Juniper Systems’ rugged handhelds, or any other Windows®, Windows Mobile, or Android ®device. Speaking of versatility, the Geode can also be carried in a number of different ways. It can easily be carried in-hand, in a pack, or mounted on a pole, depending on your specific use case and what your individual needs are.

Geode Real-Time Sub-meter GNSS Receiver

Geode Sub-Meter GPS ReceiverAnd of course, the Geode doesn’t compromise on ruggedness. It features IP68-rated protection against water and dust, and operates in extreme temperatures, providing reliable performance wherever you need to collect data.

Here are a few other Geode features:

  • SUB-METER ACCURACY – Collect precision GNSS data with your handheld device
  • REAL-TIME DATA – Multiple correction sources provide precise, real-time data
  • JUNIPER RUGGED™ – IP68-rated and designed to withstand harsh environments
  • AFFORDABLE – Professional accuracy at a budget-friendly price
  • COMPACT SIZE – Small and lightweight for all-day use
  • OPEN INTERFACE – Works with Juniper Systems’ handhelds or your own device
  • SIMPLE TO USE – Intuitive and easy operation, one-button simplicity
  • ALL-DAY BATTERY LIFE – Ideal for long work days
  • CONNECTIVITY OPTIONS – Connects to a handheld or tablet via Bluetooth or an optional 9-pin RS232 port
  • BUILT-IN ANTENNA – Comes with a built-in GNSS/GPS antenna, but also includes a port to connect an external antenna, depending on the user’s preference

Juniper Systems’ products are designed to reliably collect data in any environment,” said Debbie Trolson, Geomatics Market Manager at Juniper Systems. “Whether users need a GNSS solution that provides 2–5 meter accuracy, or one that provides even more precise, sub-meter accuracy, Juniper Systems can deliver a high-quality solution that enhances both productivity and data integrity.”

How GPS brings time to the world

 Knowing the correct time is something we take for granted but who is it that decides what the correct time is? How do they determine it? And where does GPS fit in to the story?

Banner Theme 3 GEOtime

The short answer: the International Bureau of Weights and Measures (BIPM, Paris), as well as telling us the length of 1 metre also tell us what time it is. To determine the time, they rely on the contributions from a worldwide collaboration of timing laboratories who each maintain their own measure of time and compare it with GPS time.

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One clock to rule them all

Timing labs employ precise clocks, with Cesium atomic clocks and Hydrogen masers being among the most popular. Although these clocks are very reliable (accurate to about 2 nanoseconds per day) there are still small variations. At BIPM in Paris, they compare the performance of clocks in timing labs around the world and, by using a weighted average of all contributions, calculate what is known as UTC (Coordinated Universal Time). Labs with better performing or more stable clocks are given more weight in the calculation of UTC.

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Figure 1: UTC time is the result of input from many timing labs around the world

 

This means that real-time UTC is only an approximation albeit a very accurate one, with the more precise calculation determined retrospectively. The Circular-T journal, published monthly by BIPM contains the small corrections to be applied to UTC during the previous month.

Where do GPS receivers fit in?

Each timing lab contributing to UTC measures its own version of UTC for example, UTCBrussels is the Belgian measure of UTC. So how does BIPM compare the performance of all these different clocks? The answer is that it uses the GPS receivers or more accurately, GNSS (Global Navigation Satellite System) receivers which besides GPS, also track constellations such as GLONASS, Galileo, BeiDou and IRNSS.

The precise measurement of time is at the heart of every GPS receiver. The distances between satellite and receiver, used to calculate position, are determined by measuring the transit times of the satellite signals to the receiver. An error of 1 nanosecond in the transit time translates into an error of 30cm in the distance. The GPS satellite constellation uses its own precise measure of time called GPS time with each satellite having its own, on-board set of atomic clocks. Satellites can thus be viewed as very accurate flying clocks.

By tracking a GPS satellite, a receiver can record the time differences between its own receiver clock and the satellite clock, e.g. UTCBrussels  – GPS time. These time differences, along with other information, are collected in a data format called CGGTTS and sent to BIPM. Using CGGTTS and other data, BIPM can compare a clock in Brussels with a clock in New York by subtracting the individual differences with GPS time: a technique known as “common view”.

UTCBrussels – UTCNew York = (UTCBrussels – GPS time) – (UTCNew York – GPS time)

The two GPS time terms above cancel each other out leaving the difference between UTCBrussels and UTCNew York.

Septentrio_Altus_PolaRx5TR_UTC_New_York_UTC_Brussels

Figure 2: By comparing individual clocks with GPS time, they can be compared with each other

 

Setting up a timing laboratory

To compare the atomic clocks used in timing labs around the world, they need to be connected to a GPS timing receiver. This is a special type of receiver that can use an external atomic clock instead of its own clock which is does using two output signals from the atomic clock:

  • a pulse every second synchronised to UTC (PPS IN) and
  • a 10 MHz frequency reference that is essentially a sine wave (REF IN)

The basic ingredients of a timing laboratory are shown in Figure 3. However, to reach the nanosecond accuracies required, a great deal of expertise and preparation are also needed. Signal delays in all elements in the setup should be accurately calibrated and for this, BIPM maintains a set of pre-calibrated travelling receivers as calibration references. As well as providing 1/3 of the timing receivers used for the calculation of UTC, Septentrio also provides BIPM with timing receivers for calibration.

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Figure 3: The basic ingredients for a time transfer laboratory: a Cs atomic clock, a PolaRx5TR timing receiver and an antenna

 

Pushing the boundaries of science

Beyond defining and disseminating UTC, recent years have also witnessed GPS timing receivers staking their place at the forefront of science. In the case of the T2K experiment for example, by measuring precisely the transit time of neutrinos between two locations, limits can be placed on their mass thus shedding more light on the nature of these elusive particles.

At the other end of the size spectrum, the technique of VLBI (Very-Long-Baseline Interferometry) uses radio telescopes at distant locations which are linked together in networks by time-synching their observations using GPS common view. The resulting resolution is far in excess of anything that can be achieved by any single telescope on its own.

From the relatively mundane activity of time-stamping banking transactions to the truly extraordinary worlds of astronomy and high-energy physics, GPS technology continues to find new ways to improve our world and advance our knowledge of it.

Juniper Systems Partnership in Pinoy

The Partnership between Elliott Enterprises and Juniper Systems, USA was agreed and finalized this week.

Desmond Elliott, Support and Training Manager at Elliott Enterprises and  Debbie Trolson, Geomatics Market Manager at Juniper Systems completed the Agreements for a Partnership to Supply and Support Juniper Systems products in the Philippines.

Juniper Systems products include:

  • Juniper Archer 2 Field Rugged Data Controller – Simple to use, Low cost, Rugged Field Computer providing excellent battery life between charges.
  • Juniper Allegro 2 Field Rugged Controller/Computer for Surveying and Engineering. With a Number Pad and QWERTY keyboard makes this Field Rugged Hand-held computer is the BEST available in the industry.
  • Juniper Mesa 2 – the latest Rugged Field Notebook, using the Windows 10 operating system, users can take their GIS software to the fiels – Sporting a 168mm Touch Screen this has to be a part of every field kit.
  • Juniper Geode released in July, a rugged compact Submeter GPS/Glonass GNSS receiver. Ideal for GIS applications the receiver provides 300mm accuracy using SBAS correction and 50-70mm accuracy using a reference station or post-processing.

These products plus more are now available from Elliott Enterprises where we provide Support, Training and Carlson SurvCE software to convert them to a dynamic flexible GIS and Surveying data collector. Importing and Exporting GIS and Point data is as simple as pressing a button.

 

New Channel Partner…..

We are proud to announce a NEW Channel Partnership with BSPH MARKETING, Philippines.

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Bentley Map – GIS

On Thursday the 21st of July, 2016, Nelia and Desmond Elliott of ELLIOTT ENTERPRISES met with Eloisa Mabuyo of BSPH MARKETING in General Santos.

BSPH MARKETING a (Bentley Channel Partner) are Marketing, Consulting and Supporting Bentley software in the Philippines  

During this introductory meeting a Channel Partnership was agreed. The meeting and agreement brings together many years of experience between Professional Software and Professional Positioning Hardware teams.

BSPH MARKETING market Water GEMS and Energy Infrastructure software solution for Electricity Generation, Supply and Distribution companies and Water Supply and Distribution companies across the Philippines. Using Bentley software from the USA,  Lurlene Del Rosario her partner Eloisa market, consult and train company personnel in the use of the software to manage infrastructure networks and integrate costing and charging processes. They are now introducing Bentley GIS software to manage the assets and user needs.
WaterGEMS

WaterGEMS software

Elliott Enterprises were approached to fill a role, providing accurate positioning equipment (Altus GNSS surveying equipment, Juniper data collectors and Carlson field collection software) to collect survey and GIS data quickly, accurately with efficiency. With our reputation in supplying the latest technology in GNSS and Laser positioning plus our technical capabilities in integrating data collection and GIS data management the partnership is perfect.
To achieve high accuracy in the computation of power and water network design and optimization the necessity for high accuracy positioning is paramount to the success of the solution. The Septentrio/Altus Positioning System is the best equipment for these projects – offering the highest accuracy specifications in the industry..
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Septentrio/Altus Positioning Systems in the Field

We would like to inform existing clients and potential partners in the Water and Power industry that “we Support and we Care” This is our promise and our pledge in providing a professional service with Integrity. We look forward to working closely with BSPH MARKETING to provide the best possible solution to all existing and future infrastructure and management projects.

 

Joining the Province of South Catabato Integrity Plan

Last week Nelia was honored to receive an invitation from the Governor of South Catabato Province, Koronodal to join the South Catabato Integrity Plan (iSouth Catabato). The invitation was requesting us to attend an introductory seminar on the 4th of July 2016.

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The Seminar was well represented by Suppliers, Contractors and Governance. The Governor, Daisy P. Avance Fuentes addressed the gathering of invited suppliers and contractors and community representatives; providing us with an overview of the Integrity Plan history and the how the province became involved and the 3 years of planning, dedication and progress made to get to stage of an Integrity plan launch.

Governor of South Catabato

The Governor of South Catabato Province, Daisy P. Avance Fuentes

The Integrity Plan takes center stage of the 50th Year celebrations of the South Catabato Province.

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Nelia and Desmond Elliott at lunch and launch of iSouth Catabato

The integrity program has an emphasis on ridding Corruption and Graft from all facets of the Provincial activity (Governance, Business and the Community). The Governor explained how introducing an integrity program was an enormous task; requiring education, participation, a change in thinking and a cultural change across the provincial community including the 20 municipalities. This will take time (maybe a generation) and education and persistence at all levels to achieve trust and integrity across the province.

There is an iSouth Catabato (integrity South Catabato) group consisting of 21 members (7 x Governance, 7 x Business and 7 x Community) meeting quarterly, to discuss and report on issues, and assess progress and acceptance. This group will focus on continuity and marketing to keep the plan alive and progressing into the future.

The BAC chairman and staff discussed the bidding process and explained the common errors and omissions that were common in purchasing and contracting;, this was aimed at helping local business to be more competitive and transparent in their bidding.

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The seminar closed with the presentation of Certificates and an Integrity Pledge form. Each business was asked to sign and return this pledge when attending the official Pledge Signing Ceremony to be performed in Koronodal during the iSouth Catabato integrity campaign launch on the 11th of July 2016.

 

Integrity Pledge

The Official Integrity Pledge Signing

At Elliott Enterprises we are proud to be among the first to sign the Integrity Pledge, it fits perfectly with President Duterte’s anti-Corruption program. As a new and professional supply company it gives us great pleasure and confidence as we move forward, developing the program with in our business with our clients in South Catabato and across the Republic of the Philippines.

Are you stuck between Civil 3d and a hard place?

 

page2-1018-amendedIf you’re not sure what to do about the impending DOOM! of losing your perpetual software licenses, perhaps it’s time to consider Carlson Software!

 

 

Carlson Gives Users Platform Choice
Carlson Software runs on both AutoCAD and IntelliCAD allowing their users a choice of CAD platform. The 2016 version of the software can be run on top of a separately purchased license of AutoCAD, AutoCAD Map or Civil 3d for versions as far back as those built on AutoCAD 2010 (and, in some cases Land Desktop 2009).

The IntelliCAD that is included for Free is a virtual clone of AutoCAD that works natively in DWG format files (no need for import, export or conversion).

Free Technical Support
Carlson Software provides free technical support by phone as well as email, discussion groups and webcasts. This is also Carlson’s way of ensuring that customers have direct input into future updates.

Dynamic Objects are Basic Autocad Entities (Translation: no proxy entities!)
Carlson’s product line creates dynamic objects with basic Autocad text, attributes, lines and polylines. This allows easy sharing between project team members regardless of the version of DWG, DXF or DGN file being transferred.

No Forced Upgrades
Carlson supports all products for all versions and has no product retirement

Carlson Plays Well With Others
Carlson Software’s goal is to have their software be compatible with as many other software and hardware manufacturers as possible. There is a seemingly endless list of “Import from…” and “Export to…” commands in the software.

Author: Jennifer De Bono, That CAD Girl