MAL4X Научно-технический форум разработчиков симуляторов и автоматики

USB GPS/GLONASS U-Blox 7 не работает с win10 [РЕШЕНО]

USB GPS/GLONASS U-Blox 7 не работает с win10 [РЕШЕНО]

Death_Morozz » 11 сен 2019, 17:00

При установке в планшет обнаруживается как USB — com порт
Windows 10 не работает с виртуальными ком портами, считая это архаизмом.
Они придумали протокол « Sensor and Location Platform », который несовместим с приёмниками, работающими с СОМ портами.
Идем на сайт производителя:
Качаем: u-blox GNSS Sensor Device Driver for Windows, v2.40
Устанавливаем. Вуаля!
Теперь это сенсор и всё работает:- Карты Windows, Яндекс.Карты из Windows Store.

P.S.: Для древних девайсов com, lpt и bluetooth приёмников существует GPS reverse driver, это прокладка, которая делает сенсор из девайса.

Re: USB GPS/GLONASS U-Blox 7 не работает с win10 [РЕШЕНО]

scan11 » 07 янв 2020, 21:25

Re: USB GPS/GLONASS U-Blox 7 не работает с win10 [РЕШЕНО]

Death_Morozz » 07 янв 2020, 23:04

Здорово, scan11 !
Ну да! Пришлось по необходимости приобрести планшет на интеле, а они в плане встроенных плюшек, которые есть на arm процах довольно куцые, там нет многого, что есть бонусом в arm.

Приёмник gps-glonass это навесное оборудование получается. в планшетах нет встроенного GPS, GSM (LTE), IR и т.д. всё через USB хаб.

Этот приёмник довольно успешно ставится в штатные автобошки на андроиде и на старые wince, он там как com порт с навигационными программами типа навитела и яндекс-карт отлично работает.
Единственное у него энергозависимая память для хранения атласа, короче говоря, там cr батарейка мелкая, а могли бы поставить ионистор.

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Track your order and view order history.

You are here

Downloads

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Despite the vast and varied challenges that the global COVID-19 pandemic has brought upon us, there is ample ground for optimism. Repeatedly, we have seen how in times of crisis innovation and technological adoption go into overdrive. And we are seeing it again, across indus- tries. We are living through a societal, technological, and economic inflection point that is unlikely to be undone, even once the pandemic subsides.

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The latest edition of «u» takes a deep dive into IoT security – what it is, why it matters, and what you can do to protect your – and your customers’ – business. Find out how hackers are constantly finding new ways to weaponize the IoT and monetize their activities, and learn what you can do to implement security that meets the IoT’s unique needs.

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When you think about the future, what do you see? Flying cars? Robotic nurses? Green cities that respond to our every need?
While we need imagination to conceive our shared tomorrow, innovation, commercialization, and implementation are, ultimately, what get it built. It’s about hitting the sweet spot between the cutting edge and what actually adds value.

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Do you talk to your home? And more importantly, does it listen? Just a decade ago, these questions would have seemed absurd. Today, they reflect reality in millions of households around the world, as the Internet of Things expands into – and enables – a new generation of smart, connected buildings.

Connected food

In this sixth edition of our u-blox magazine, we explore the transformational impact digitalization has already had on the global food industry, as well as its future potential to tackle some of the challenges that lie ahead.

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Where is our brave new connected society headed? This magazine will take you on a tour of the connected society and the many future applications it has the potential to enable.

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We are in the midst of a fourth industrial revolution, where sensors wirelessly send data over the Internet to machines or people where they are analyzed to automate processes and enable productivity gains and better products. Join us as we dissect the connected industry of the future.

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We are delighted to present to you the third edition of the u-blox magazine, celebrating twenty years of technological, geographic, and market expansion. Let us take you on a trip down memory lane and peer into bright future ahead.

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By 2050, more than 60 percent of the world’s population will be living in cities. It seems only inevitable that a city should become smarter to accommodate this growth and meet the needs of its inhabitants. But did you ever wonder what the connected city of the future might look like?

01 November 2016

The connected vehicle

We are thrilled to present you the first edition of “u” – the u blox technology magazine. In it, we look at how the Internet of Things is revolutionizing the automotive industry — reinventing mobility patterns and expanding the driver’s experience in ways never seen before. Buckle up!

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Selecting the right hardware architecture for IoT tracking solutions

No single hardware architecture addresses the diverse IoT tracking market’s full spectrum of needs. This white paper offers guidance to select the technology solution that best meets your use case’s requirements.

18 February 2020

Reducing the impact of RF interference to improve GNSS performance

GNSS receivers are finding their way into an ever-growing variety of devices, from connected wearables, homes, and vehicles to people, vehicles, and asset trackers. Co-packaging GNSS receivers with cellular and short-range modems challenges the GNSS receivers, whose performance can be degraded by RF signals emitted by the wireless modem during transmission.

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IoT devices are exposed to a wide variety of rapidly evolving threats, often intended to disrupt their communications or misuse their capabilities. This white paper equips you with the background, vocabulary and key concepts necessary to develop and deploy IoT ecosystems that are resilient to evolving cyber-threats.

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Wi-Fi is transforming EV charging systems present in charging stations and the electric vehicles themselves. Big players in the industry have already started evolving towards solutions that use Wi-Fi to simplify charging for their customers and sell new value-adding services. In this white paper, we explain and.

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This paper discusses the design and use of a cellular IoT application circuit that is powered from harvested energy. The application combines GNSS-based positioning as well as short range (Bluetooth) and cellular (NB-IoT and LTE-M) communication. The solution developed uses the u-blox SARA-R4 (LTE Cat M1 / NB1) or the u-blox SARA-N2 (LTE Cat NB1) cellular modules, the u-blox NINA-B1 Bluetooth low energy module and applications processor, and the u-blox ZOE-M8 GNSS receiver. In addition there are several sensors for ambient light, UV, motion, temperature, humidity, magnetic detection and air pressure. A video of the vibration harvester example is available on YouTube. While energy harvesting is the focus of this paper, all the techniques described apply just as well to any ultra-low power system operating from a primary battery.

02 November 2018

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Time synchronization is crucial in all network applications, from the Internet to industrial, financial, and scientific applications. This has led to the development of a variety of approaches to achieve highly accurate synchronization of devices across networks. Today, the spread of the Internet of Things (IoT) is changing the timing game. An increasing number of distributed applications are wireless, so we face a big opportunity but also a challenge, how do we distribute highly synchronized timing wirelessly?

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Global navigation satellite system (GNSS) technology has become seemingly ubiquitous in our daily lives, embedded in everything from car navigation systems to wearable devices. The following white paper looks at the current state of GNSS functionality in terms of accuracy, size, power, and cost. It then goes on to outline what needs to be done to deliver the necessary high precision solutions for given applications as well as the framework required for a new era in GNSS accessibility.

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Find the best balance of size and performance in GNSS solutions for portable applications with Super-E.

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