Displaying items by tag: Netherlands
Oscilloquartz, an ADVA Optical Networking company, announced today that T-Mobile Netherlands has deployed and fully implemented its OSA 5420 Series, enabling the nationwide rollout of TD-LTE services.
The upgrade empowers T-Mobile Netherlands to meet skyrocketing levels of data demand and also equip its synchronization network in readiness for LTE Advanced Pro, eLTE and 5G.
The OSA 5420 Series grandmaster clocks provide the sub-microsecond accuracy required for next-generation mobile applications as well as an unprecedented level of robustness and scalability. The new solution, which also delivers assisted partial timing support functionality, enables T-Mobile Netherlands to smoothly transition from legacy synchronization technologies.
"Deploying Oscilloquartz's complete sync solution is key to evolving our network. Their unique technology enables us to seamlessly enhance our existing infrastructure and gives us the phenomenally precise frequency and phase synchronization we need as we roll out LTE-TDD, LTE-A and eventually 5G mobile services," said Muzaffer Erdem, transport network solution engineer, T-Mobile Netherlands. "With our customers increasingly demanding advanced voice, video and data applications, high-quality timing in the packet backhaul network becomes paramount.
Leveraging the OSA 5420 Series is the ideal response. It's a highly scalable solution that effectively removes the need for upgrade cycles. It also easily integrated with our existing equipment and proved simple to install. What's more, at every stage in the process, we've been hugely impressed with the excellent support we've received from the Oscilloquartz team."
In order to meet mobile backhaul requirements both now and in the future, T-Mobile Netherlands has deployed the OSA 5420 Series in its core network and at metro aggregation points. By harnessing the latest IEEE 1588v2 Precision Time Protocol (PTP) technology, the solution enables accurate phase synchronization throughout the national infrastructure. This makes emerging technologies possible such as coordinated multipoint transmission for enhanced data availability. Despite its small footprint, the OSA 5420 Series also delivers the highest level of holdover performance available on the market, giving T-Mobile Netherlands the ultimate protection from GNSS outages. For even greater levels of availability and resiliency, the OSA 5420 Series comprehensively supports all major GNSS constellations.
"T-Mobile Netherlands is one of the leading mobile operators in the country, committed to providing the best available services for its customers. Harnessing our synchronization technology for unprecedented levels of precision and reliability enables them to meet soaring demand and offer the most advanced services," said Gil Biran, general manager, Oscilloquartz. "Optimized for edge deployment, our OSA 5420 has enabled T-Mobile Netherlands to push precise synchronization to metro locations where it's most crucial. What's more, our solution supports both legacy interfaces and the latest PTP innovation for a unified network timing architecture. That means T-Mobile Netherlands can ensure a smooth transition to LTE Advanced Pro, while also laying the foundation for 5G and future-proofing the network against further growth in data demand."
Dutch telecommunications company KPN has been recognized as an “industry leader” in the telecommunications category of the Dow Jones Sustainability Index. The independent experts consider KPN the most sustainable telecom company in the world as it outranks all others in the index.
The Dow Jones Sustainability Index, which was introduced in 1999, gives the sustainability scores of the world’s largest 2,500 publicly traded companies and is divided into sectors. The ranking is based on economic, societal and environmental performance.
KPN scored well for its climate policy, network reliability and innovation management, the figures show. A total of nine telecom companies have been included in the global index. The results were announced on September 7.
“KPN has a huge impact on society. That’s why we have for years focused on reducing CO2 emissions and have become climate-neutral in 2015,” said Eelco Blok, CEO of KPN. “We also help customers bring down their own CO2 emissions, and we seek to contribute to solving social challenges with the help of our services.”
Since 2012 KPN has been present in the global index, which for investors is an important benchmark in the domain of sustainability. Additionally, KPN has been named “industry leader” for the first time, even as competition for a listing in the DJSI index has increased and despite the fact that Dow Jones raises the bar every year so as to ensure that companies continue developing in terms of sustainability.
“The DJSI evaluation is a reflection of the progress we are making in embedding sustainability in our company,” said Blok. “We are proud of this recognition and we will continue to improve so as to make the most positive possible impact on society.
“Take for example the program we have launched to make our company circular and our long-term energy targets which have been scientifically ratified,” Blok added. “We are also making advances in the healthcare sector and looking to bring benefits to society through our SMART city initiatives.”
Chinese messaging app WeChat has reached an agreement with European (Dutch) operator KPN to launch a new European countries roaming SIM card for Chinese tourists travelling to Europe. “WeChat GO SIM card” is the first 4G prepaid SIM for tourists officially launched in cooperation with a European operator which has exclusive privilege for WeChat users.
“WeChat GO” is an outbound tourism project of WeChat – a product of Tencent, China’s largest internet services provider and one of the most popular apps worldwide. WeChat hopes they can enhance cooperation with overseas partners, jointly to provide services to more than 120 million Chinese outbound tourists and improve their travel experience.
There are two packages that tourists can choose from as part of “WeChat Go”. The first package includes 15 days validity and contains 1GB 4G data, 30min for calling in EU and towards China, free receiving calls and SMS in EU. Package 2 includes 28 days validity and contains 4GB 4G data, 60min for calling in EU and towards China, and free receiving calls and SMS in EU.
The “WeChat GO SIM card” will be available in China’s well-known e-commerce platforms, European international airports and most convenience stores soon, according to KPN.
The European Commission has sent a Statement of Objections alleging that multinational telecommunications company Altice (the Netherlands), breached the EU Merger Regulation by implementing its acquisition of telecommunications operator PT Portugal before notification or approval by the Commission.
Commissioner Margrethe Vestager, in charge of competition policy, said: "If companies jump the gun by implementing mergers prior to notification or clearance, they undermine the effective functioning of the EU merger control system. The Statement of Objections sent to Altice shows how seriously the Commission takes breaches of the rules designed to protect the merger control system.”
The EU's Merger Regulation requires that merging companies notify transactions prior to their implementation ("the notification requirement"), and do not implement transactions unless and until they have been notified and cleared by the Commission ("the standstill obligation").
The obligation to notify concentrations prior to their implementation safeguards the Commission's ability to detect and investigate concentrations. The standstill obligation prevents the potentially negative impact of transactions on the market, pending the outcome of the Commission's investigation. The early implementation of transactions in breach of EU merger review procedural obligations is a very serious infringement, as it undermines the effective functioning of the EU merger control system.
Compliance with these obligations is essential for legal certainty, enables the Commission to conduct a correct analysis of the impact of mergers in the market and prevents the potentially detrimental impact of transactions on the competitive structure of the market. In this way, market forces work for the benefit of consumers.
In February 2015, Altice notified the Commission of its plans to acquire PT Portugal. The Commission cleared the transaction subject to conditions on 20 April 2015.
In the EC’s Statement of Objections, the Commission takes the preliminary view that Altice actually implemented the acquisition prior to the adoption of the Commission's clearance decision, and in some instances, prior to its notification.
In particular, the Commission considers that the purchase agreement between the two companies put Altice in a position to exercise decisive influence over PT Portugal before notification or clearance of the transaction, and that in certain instances Altice actually exercised decisive influence over PT Portugal.
Such behavior, if established, would be in breach of the company's obligations under the EU Merger Regulation to respect the notification requirement and the standstill obligation. The sending of a Statement of Objections does not prejudge the final outcome of the investigation.
If the Commission were to conclude that Altice did implement the transaction prior to its notification or prior to adoption of the clearance decision, it could impose a fine of up to 10% of Altice's annual worldwide turnover.
On 9 December 2014, Altice entered into a transaction agreement with Oi, the Brazilian telecommunications operator which controlled PT Portugal, with a view to acquiring sole control over PT Portugal. On 25 February 2015, Altice notified the Commission of its intention to purchase PT Portugal. On 20 April 2015, the Commission adopted a clearance decision declaring Altice's acquisition of PT Portugal compatible with the common market, subject to conditions.
At the time of the notification, Altice's Portuguese subsidiaries Cabovisão and ONI were competitors of PT Portugal for telecommunications services in Portugal. The Commission had concerns that the merged entity would have faced insufficient competitive constraints from the remaining players on the market for fixed telecommunications. This could have led to higher prices for clients. The decision was therefore conditional upon Altice's divestment of both ONI and Cabovisão.
The ongoing procedure against Altice for early implementation has no impact on the Commission's April 2015 decision to approve the transaction, subject to conditions.
Nokia is to support Europe's first dedicated testing facility for the use of unmanned aerial vehicles (UAV) for traffic management. The facility, at Twente Airport, near Enschede in the Netherlands, will enable Nokia to develop and trial its UAV Traffic Management (UTM) system for the use of drones in proximity of urban areas, people, manned aircraft, other drones and hundreds of other objects.
Under a Memorandum of Understanding signed with the Municipality of Enschede, the Province of Overijssel, Unmanned Systems Center B.V. and Area Development Twente, Nokia will design and deliver the infrastructure to test and develop the Nokia UTM system at Twente Airport through real-life simulations and commercial demonstrations.
The Nokia UTM solution will provide the flight automation, no-fly zone control and beyond-visual-line-of-sight (BVLOS) capability that will be vital for the safe operation of UAVs in densely populated cities, as well as remote rural areas. UAVs must be able to operate without endangering manned aircraft operations, requiring the development of highly dynamic no-fly zones together with enforcement of civil aviation regulations.
"UAVs are rapidly becoming commonplace tools in many industries, enhancing safety, security, inspection, maintenance and many other activities,” said Thorsten Robrecht, head of Advanced Mobile Networks Solutions at Nokia. “However, it is critical that they function faultlessly and safely in complex, real-world environments. This requires more than just a smart drone, but a system of intelligent traffic control that is thoroughly tested and fully developed. Nokia is the only communications vendor currently building such a system and we are working with regulators to achieve the necessary standardization."
The Nokia technology is underpinned by a combination of expertise in LTE and 5G development, a well as Mobile Edge Computing, to ensure the extreme low-latency and ultra reliability required for UAV traffic management. Drones equipped with Nokia's UTM modem (comprising an LTE modem, GPS transceiver and other telemetry modules), combined with the computing and processing power of the Nokia AirFrame platform, monitor airspace and flight paths. They can also handle the exchange of telemetry data as well as establishing dynamic no-flight zones, ensuring safe operation around other civil airspace users.
A Nokia UTM smartphone app, working with the UAV Traffic Management interface, provides drone operators with real-time flight permissions, real-time no-fly zone information as well as information about local regulatory rules, giving an extra degree flexibility and awareness.
The Nokia UTM platform can also be adapted to the individual regulatory requirements of different countries, potentially providing the basis for global standardization of such systems. During an opening day event of Space 53, the test area at Twente Airport, visitors will be able to see a wide range of demonstrations of UAV uses in agriculture, search and rescue, public safety and airport anti-bird protection.
The Things Network, a Netherlands-based crowd-funded initiative to create open access LoRaWAN IoT networks around the world has been extended to China.
Multi-Tech Systems, a global manufacturer of M2M and IoT devices, has announced completion of a smart city implementation in the city of Weinan in Shaanxi Province using its IoT products in conjunction with sensors and a LoRaWAN network server from The Things Network.
“China’s first pilot city has successfully introduced a revolutionary system to track and analyze critical data from sensors located throughout its 2.5 mile span,” Multi-Tech said.
The Things Network started in October 2015 with funding from a Kickstarter campaign and the mission to build an open, free and decentralized IoT network. It claims to have crowd-sourced a complete city-wide LoRaWAN network for Amsterdam in six weeks and says it is planning to repeat this in every city in the world.”
It now has LoRaWAN gateways operating in several cities around the world, including Amsterdam, New York, Zurich, Madrid, San Francisco, San Paulo, London, Singapore and, most recently Sydney.
LoRaWAN is a low-power wide area network technology developed for IoT and backed by the multi-vendor LoRa Alliance that operates in the subGHz instrumentation, scientific and medical bands. According to Multi-Tech, “It serves as an excellent complement to cellular and satellite networks by connecting assets scattered over a wide area in often difficult to reach locations through a gateway (situated where cellular or satellite coverage exists), providing quick to deploy connectivity to an IoT platform.”
In Weinan, Multi-Tech’s MultiConnect mDot LoRaWAN transceivers are being used by Phillisense to provide 2-way communication from its mini weather stations. According to Multi-Tech “All of the data is monitored with the Things Network customized IoT dashboard and network server located in City of Weinan’s data center.”
According to Multi-Tech: “A smart city is an urban development vision that integrates numerous information solutions to better manage a city’s assets. Within the city of Weinan, these assets include its burgeoning agricultural community. Monitoring and analyzing pivotal information regarding this community, including wind speed, temperature, barometric pressure and humidity can impact the success of its fragile agricultural system and ultimately influence the cities economic state.”