Displaying items by tag: Commercialization

To support the accelerated build out of 5G in the United States, European telecommunications vendor Ericsson will increase its investment in the market. This series of strategic initiatives will allow Ericsson to operate even closer to its customers, meeting the growing demand for 5G globally and in the region.

The investments will fall into two categories: 1) increase research and development work done close to customers in the US and 2) increase flexibility to shorten the timeline for new product introduction and product delivery to customers. This will enable Ericsson to recruit new expertise from the US, complementing the company’s existing highly-skilled employees in the region.

Börje Ekholm, President and CEO of Ericsson, says: “The United States is our largest market, accounting for a quarter of Ericsson’s business over the last seven years. To serve the demand of these fast-moving service providers, we are strengthening our investment in the US to be even closer to our customers and meet their accelerated 5G deployment plans.”

Ericsson predicts that 5G subscriptions will reach the 150 million-mark, accounting for 48 percent of all mobile subscriptions in North America by the end of 2023.

Increase R&D in the US:

In late 2017, Ericsson opened the Austin ASIC Design Center in Austin, Texas, to focus on core microelectronics of 5G radio base stations to accelerate the path to 5G commercialization. The 1,400-square-meter facility (15,000-square-feet) will have 80 employees once fully staffed.

Ericsson will also open a new software development center with baseband focus in 2018, employing more than 200 software engineers once fully operational. This facility and its employees will further strengthen Ericsson’s 5G software development. Baseband provides intelligence to the radio access network. It is also the interface between the core network and radio units, processing and forwarding voice calls and internet data to end users.

Beginning in 2019, both of these facilities will introduce 5G products and software features into the Ericsson portfolio, and will be available for customers globally, including in the US.

Additionally, Ericsson will increase its investment in Artificial Intelligence (AI) and automation, employing around 100 specialists in North America by the end of 2018. This team will work on utilizing AI technologies to accelerate automation, examine product road maps and explore new business opportunities. They will focus on boosting the company’s current portfolio, strengthening customer engagements and promote innovation of new disruptive business opportunities.

New product introduction and manufacturing in the US:

To increase flexibility in bringing new products into the market, Ericsson will recruit a dedicated team to work specifically on introducing products for the US market, conducting production engineering, testing/integration and supply preparations on early prototypes. This will be done in close collaboration with US-based R&D resources.

To make 5G products available to customers as fast as possible, Ericsson will also begin manufacturing in the US in the fourth quarter of 2018. This will enable Ericsson to operate closer to customers -- providing volume production of next-generation radios and the fast introduction of new products into the US market. Initially, Ericsson will work with a production partner and the first radios for the US will be produced before the end of 2018.

Published in Telecom Vendors

Nokia partners with Vodafone Qatar on network modernization

Written on Wednesday, 13 June 2018 10:06

Nokia and Vodafone Qatar are modernizing Vodafone Qatar's core network using Nokia virtualized applications to meet growing high-quality voice and data demands of customers living in and visiting Qatar.

The modernization of the network will provide increased capacity, scalability, flexibility and performance in the delivery of services such as high-definition Voice over LTE (VoLTE) to Vodafone Qatar's more than 1.4 million mobile subscribers.
Nokia began deployment in November 2017, leveraging its hardware, NFV applications and global services expertise. The first test call was completed in March 2018 and Nokia will complete the deployment in 2019. As part of the agreement, Nokia will provide care services for five years and managed services for 20 months.

Ramy Boctor, Chief Technology Officer, Vodafone Qatar, said: "We are working with Nokia to deploy virtualized core network capabilities that will enable us to provide world-class services. Our aim is to deliver superior customer services leveraging this 'Telco over Cloud core' network."

Deon Geyser, head of South Africa and Vodafone (SAV) Market Unit at Nokia, said: "We are pleased to continue a long-standing relationship working with Vodafone Qatar on this Telco over cloud core modernization project. With a history of proven deployments in the field, we are able to leverage our breadth of cloud core capabilities and services expertise to deliver a network that will deliver new flexibilities in the delivery of services such as VoLTE."

Published in Telecom Operators

ZTE Corporation, a major international provider of telecommunications, enterprise and consumer technology solutions for the Mobile Internet, announced the company successfully completed tests in seven major scenarios that are part of the second phase of China’s National 5G tests, setting multiple new records for network speeds and performance.

Phase 2 of China’s National 5G tests, organized by IMT-2020 (5G) Promotion Group, were conducted in Huairou in Beijing. ZTE completed tests for continuous wide coverage, eMBB (enhanced mobile broadband) at sub-6Ghz, eMBB at millimeter-wave frequencies, uRLLC (ultra-Reliable and Low Latency Communications), eMTC (massive Machine Type Communications), in addition to two hybrid scenarios, achieving multiple breakthroughs:

  • eMBB@Sub6GHz Test: New Record for the Peak Value, with Cell Throughput Exceeding 19 Gbps

In the eMBB@Sub6GHz test scenario, ZTE provided 28 streams for multiple users by using the 3.5 GHz pre-commercial base station, with a peak cell throughput higher than 19 Gbps, a new industry record. This data rate is higher than the ITU-defined value (10 Gbps). ZTE’s solution overcomes the limitations of standard interfaces, and provides more spatial division streams than the standard and common value (16 streams) in the industry. This technology is especially suitable for China's densely-populated urban areas, highlighting ZTE’s technology leadership in 5G eMBB scenarios.

  • Industry-first eMBB@mmWave Test: Single-User Rate Exceeding 13 Gbps

ZTE was the first to use the 26GHz base station in the high-frequency eMBB test scenario, and achieved a 4-stream rate of 13 Gbps even when a single test terminal supported a bandwidth of less than 1 GHz. This rate is higher than that defined by ITU (10 Gbps), and is a major step forward in the development and commercialization of high-frequency mobile communications.

  • mMTC Scenario: Massive Capacity of 90 Million Connections/MHz/hour/km2

In the mMTC test scenario, ZTE increased the overload rate of connected terminals by 600 percent by using the innovative MUSA (multi-user shared access) technology, and verified an equivalent massive IoT access performance of 90 million connections/MHz/hour/km2, which is 90 times the value (1 million connections/square kilometers) currently defined by ITU. mMTC is one of the three key scenarios defined in 3GPP standards. ZTE plays a leading role in the NOMA (non-orthogonal multiple access) Working Group, serving to accelerate industry standardization of 5G globally.

  • uRLLC Scenario: Ultra-Low Latency of 0.416 ms

In the uRLLC test scenario, ZTE achieved an ultra-low latency of 0.416 ms based on a unified test platform, lower than the ITU-defined 1 ms. The system is based on ZTE's self-developed chipsets, which is self-adaptable in eMBB and uRLLC scenarios. The results show ZTE’s leadership in the implementation of key 5G uRLLC technologies and prototypes, which is a key step for 5G commercialization in the future.

  • Network Slicing: Unified Solution to Three Scenarios

In the hybrid test scenarios, ZTE created a unified network supporting the air interfaces in eMBB, mMTC, and uRLLC scenarios through network slicing and base stations at sub-6GHz. This achieved flexible configuration of services, allowing a cell to connect a variety of service terminals. Test results showed that the single-cell peak rate reached 15 Gbps, while the air interface latency was lower than 0.416 ms, and the massive connectivity capacity was more than 90 million connections/MHz/hour/km2 at the same time. These three scenarios represent industry breakthroughs in the development for network air interfaces. Through the application of network slicing technology, ZTE simplified the complex network deployment and management, by providing unified air interfaces, bringing flexible and extensive user experience on the future 5G networks.

During the second phase of China’s National 5G tests, ZTE completed verification of its pre-commercial 5G products at sub-6GHz, millimeter wave as well as VCNs, and launched the laboratory and field tests smoothly when interconnecting with the instruments and chips from other manufacturers in the industry. The test results showed that ZTE's products can meet the key performance requirements in seven typical application scenarios, including higher spectral efficiency, greater connection density, higher reliability, and lower latency of air interfaces. ZTE is committed to driving the commercialization of 5G products, laying a solid foundation for commercial 5G deployment in China by 2020.

Published in Telecom Operators

The US government has announced that it is set to refocus its efforts on examining ways in which it can help speed up the process of taking new technologies to the marketplace. The Trump administration has announced its intentions to bring together a group of drone makers, wireless companies and venture capitalists to explore practices that will enable the commercialization of these technologies in a much more streamlined fashion.

It has been confirmed that President Donald Trump will meet with the CEOs of General Electric Co, Honeywell International Incorporated and AT&T. Representatives from major drones industries and venture capitalists will also attend the meeting as part of a combined effort to focus on innovative technology in a bid to kick-start new job growth.

The White House’s deputy chief technology officer, Michael Kratsios has said the primary objective of the discussions is to drive ‘economic growth’. He said: “The goal of the session is to find ways the United States can maintain its leadership, creating and fostering entirely new technologies that will drive our economic growth."

The Trump administration has expressed its desire to promote the development and commercialization of emerging technologies – and has shown a particular interest in the development of unmanned drones and 5G wireless technologies. Some analysts have predicted that the impact of 5G will be similar to that of electricity.

The Obama administration has implemented rules and practices that enabled low-level small drones to be deployed for education, research and routine commercial use. It has been reported that the Trump administration is currently weighing up the option of expanding drone use for purposes such as deliveries where aircraft would fly beyond the sight of an operator. However, security issues would need to be resolved before such legislation could be passed.

The FAA has projected that by 2021 the number of small hobbyist drones will more than triple – whilst the commercial drone fleet will increase tenfold to about 442,000. In addition to this, last year, the FCC cleared the way for 5G - with the race to commercialize the technology underway which is expected to be deployed by 2020.

New 5G networks are expected to provide speeds at least 10 times and maybe 100 times faster than today's 4G networks. The next generation of wireless signals needs to be much faster and far more responsive to allow advanced technologies such as virtual surgery or controlling machines remotely, regulators say. The networks could help wirelessly connect devices such as thermostats or washing machines to facilitate the internet of things.

Published in Government