- LTE for automotive applications (PDF)
For the automobile industry profit margins on vehicles are low - typically much less than 10% of the retail price of the car. LTE promises to increase these margins by allowing automakers to add new, compelling services and revenue models to their LTE-equipped models. This whitepaper LTE explores some of the attractive new applications that high-bandwidth, low-latency LTE connectivity will enable inside the automotive cockpit.
- u-blox gnss antenna modules: global positioning made easy (PDF)
As more and more products and devices integrate global positioning as a standard feature, a performance optimized “GNSS antenna module” which combines both satellite receiver chip and antenna on the same module can be a good solution. These modules provide fast time-to-market, simplified logistics and an economically viable solution for “instant” satellite positioning. This whitepaper describes the advantages and design aspects of using a GNSS antenna module.
- u-blox M8 and u-blox 7: a comprehensive approach to multi-GNSS positioning (PDF)
With the launch of the new u-blox M8 semiconductor platform, u-blox once again establishes its leadership in embedded global satellite positioning. Combining advanced chip technology, sophisticated software algorithms, true concurrent GNSS satellite reception and multi GNSS aiding services, u-blox M8 sets the new benchmark for satellite navigation and positioning.
- GNSS timing and the rise of small cells (PDF)
Precision timing based on GNSS satellites is a low-cost, reliable, and ubiquitously available reference time derived from satellite-hosted atomic clocks. It can be easily implemented in femto, macro and small cell base stations as a primary, secondary, or backup precision timing solution. This whitepaper discusses the requirements and solutions for precision timing reference in Small Cell applications.
- M2M service providers and LTE: new revenue opportunities (PDF)
Service providers around the world are spending billions of dollars rolling out new LTE infrastructure. Over 20 operators worldwide have already deployed LTE services including T-Mobile, China Mobile, AT&T, NTT DoCoMo, Sprint, Telstra, Vodafone and Telefonica. Although new 4G-enabled mobile phones and tablets are driving the adoption of LTE, new billable services in the M2M sector are already following. This whitepaper examines 12 emerging business models for LTE based applications and services.
- LTE – Delivering on the mobile broadband promise English PDF, German PDF, Korean PDF, English eBook
LTE is the latest generation mobile network technology, and the fastest growing standard in telecoms history. With the exponential increase of video-rich content and remote data storage, LTE has been designed to meet the growing demands of the internet for both human-to-human, human-to-machine and machine-to-machine communications. LTE will accelerate and enhance numerous technology trends including last-mile connections, multimedia-rich web applications, security and cloud computing. This whitepaper briefly summarizes the history of mobile data networking, and how LTE’s bandwidth and latency improvements will change the face of the web.
- The Rise and Challenges of M2M Applications (PDF, eBook)
2013 could be the year when machine-to-machine (M2M) communications exceed human-to-human communications for the first time in history, with even more machines connected to the Internet than people. Equipping devices with M2M communications has special requirements, however, depending on the application. It is important to consider these features when thinking not only of the initial design, but also about product longevity - how long the device should operate before needing replacement, geographical coverage, and compatibility with wireless network upgrades, 2G to 3G to 4G. This article discusses 12 specific issues that should be considered when designing devices for M2M applications.
- u-blox' GNSS and wireless module philosophy (PDF, eBook)
Focus on compatibility and upgradeability: In today’s electronics industry, particularly for industrial machine-to-machine (M2M) applications such as fleet and asset management systems, product cycles are short, typically 9 months to a year for each product upgrade cycle, with overall product life-span lasting up to 10 years. During this time, designers must continuously improve their products to meet emerging new technologies as well as address regional markets beyond the scope of their original design. This creates design challenges, especially when upgrading the positioning and wireless modem components to address new market requirements such as extended GNSS support, as well as compatibility with multiple mobile network standards. This whitepaper examines some of these issues and recommended solutions.
- u-blox' Solution for European eCall (PDF)
With the imminent deployment of European eCall in 2015, development of In-vehicle eCall Systems (IVS) is in full swing. The correct choice of components will have a large affect on time-to-market. Important factors to consider are the possibility to verify IVS designs before eCall is deployed, the ability to support design-in requirements of closely-coupled GPS and GSM subsystems, comprehensive software support, component-level certification of the GSM modem, forward compatibility with future wireless technologies, and the availability of automotive-grade GPS and GSM components in high-volume. This paper examines these requirements.
- u-blox’ comprehensive approach to multi-GNSS positioning (PDF, eBook, Korean PDF)
GPS has been around for 30 years, becoming the global defacto standard for navigation and positioning. This situation is rapidly changing. To reduce or eliminate the reliance on the US-based GPS satellite network for both government and civilian navigation and positioning systems, Russia, China and the EU are deploying their own parallel, large-area Global Navigation Satellite Systems (“GNSS”). Japan has also started to deploy its own satellite augmentation designed to improve GPS performance in Japan and areas of Southeast Asia and Oceania. To address this expanding array of new GNSS systems, u-blox has introduced low-power, multi-GNSS capability into its newest generation satellite positioning platform u-blox 7.
- Combining the best of UMTS with GPS (PDF, eBook)
The combination of mobile communications with global positioning, Internet and multimedia services in small, portable devices has become an accelerating industry trend, particularly for mobile resource management systems, connected automotive navigation systems and handheld consumer products. The result is attractive new location-based applications and services that were previously impossible with either technology alone: smart, self-upgrading navigators, sophisticated vehicle and personal trackers, smartphones and tablet PCs with rich multimedia and communications capabilities. This whitepaper highlights some important considerations when combining UMTS connectivity with GPS based on the LISA-U2 module series.
- Hybrid Positioning and CellLocate® (PDF, eBook)
Although GPS is a widespread technology, GPS positioning is not always possible, particularly in shielded environments such as indoors and enclosed park houses, or when a GPS jamming signal is present. The situation can be improved by augmenting GPS receiver data with mobile network cell attributes to provide a level of redundancy that can benefit numerous applications. A hybrid solution making use of this technique has been realized by u-blox: CellLocate.
- Automotive Dead Reckoning: An intelligent solution for modern urban navigation (PDF, eBook)
Increasingly dense urban environments pose a significant problem to navigation systems based on the reception of extremely weak GPS satellite signals. As ever more systems (e.g. road pricing, fleet management, emergency services, etc.) depend on reliable, uninterrupted navigation, “Dead Reckoning” GPS is becoming increasingly important.
- Anti-Jamming techniques in u-blox GPS receivers (PDF)
A critical factor when selecting components for a GPS system is the receiver’s immunity to external noise, or “jamming”. The ability to lock onto typically faint GPS signals in the presence of noise generated from other electronic devices has a large influence on the system’s ability to provide correct location data.