Displaying items by tag: LTE
Epiroc, a leading productivity partner for the mining, infrastructure and natural resources industries, has signed a cooperation agreement with Ericsson to jointly help mining companies achieve optimal wireless connectivity in their operations through LTE and 5G technologies.
Mining companies are increasingly seeking to digitalize and automate their operations to increase productivity, enhance operator safety and lower cost. This includes, for example, remotely operating machines from a control room, and collecting machine performance data to optimize use of the equipment. This creates a need for reliable, high-performance wireless connectivity at the mines. Epiroc and Ericsson have agreed to work together to provide mining customers with high-performing LTE (Long-Term Evolution) and 5G mobile technology solutions.
Helena Hedblom, Epiroc’s Senior Executive Vice President Mining and Infrastructure, says: “We are happy to team up with Ericsson so that our mining customers can get the most reliable and high-performing wireless connectivity possible. This is a crucial step in our ongoing work to ensure mining customers reap all the benefits, including higher productivity and better safety, made possible by digitalization and automation.”
Åsa Tamsons, Ericsson’s Senior Vice President and Head of Business Area Technologies & New Businesses, says: “Cellular technology and the introduction of 5G is critical to realize the full value of digitalization and automatization for smart industries. This will open up for new business models and ecosystems across the mining industry, telecom services providers in each market, and Ericsson. By combining our expertise in connectivity and Epiroc’s cutting-edge technology in mining equipment, we will be able to ensure stable and secure mining operations, leading to increased utilization, improved productivity and reduced costs.”
Key advantages of LTE and 5G solutions compared with other wireless solutions include better coverage, higher reliability and stronger security, especially when machines are in the same area and share information. The technology, which is for both underground and open pit mines, has already been tested on Epiroc’s machines at the company’s test mine in Kvarntorp, Sweden. Further testing will be done before providing the solutions to customers.
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."
Vodafone Group’s Networks Centre of Excellence team and the Huawei Mobile Innovation Centre have been testing a way to help address spectrum constraints in Turkey. The teams have completed the world’s first trial of GSM/LTE (GL) 900MHz dynamic spectrum sharing on Vodafone’s commercial networks in the Black Coast city of Trabzon.
"Spectrum is an extremely precious asset. This new network optimization technique improves spectral efficiency and enhances the experience of Vodafone customers,” said Mallik Rao, Vodafone Turkey’s Chief Technology Officer.”
Last year Vodafone and Huawei achieved overlap by GSM (2G) and LTE (4G) services within the 900 MHz spectrum band. Now the companies have shown that it is possible to assign that spectrum dynamically i.e. available 900 MHz can be allocated between 4G and 2G services based on customer demand.
In the trial, which took place over several months, dynamic sharing allowed Vodafone Turkey to provide up to 10MHz of 4G capacity and throughput in a very effective way. 4G KPIs show the improvement in network performance and better user experience. The test cases showed that download and upload throughput improved by 20 percent.
Ying Weimin, President of Huawei Wireless Network Research & Development, said: “We are glad to have tested GL 900MHz dynamic spectrum sharing on Vodafone Turkey’s commercial networks, and to have achieved satisfying performance results in the past few months. Huawei is dedicated to offering technical innovations to secure our customers' business success.”
Nokia and China Unicom are to offer Nokia Flexi Zone small cells and an AirScale low power radio head for deployment in 31 provinces in China. This will give China Unicom's subsidiaries new flexibility as they densify busy city 3G and 4G LTE networks and further enhance performance in suburban and rural locations.
“This agreement extends the long-term cooperation between China Unicom and Nokia,” said Gao Bo, head of Customer Business Team for China Unicom at Nokia Shanghai Bell. “We have developed a small cell portfolio that will allow operators to cost-efficiently densify and scale their networks, boosting 3G and 4G performance to stay ahead of demand. By combining this small cell technology with our extensive global services expertise, we can optimize any deployment for China Unicom.”
Initial small cell deployments will allow China Unicom subsidiaries to extend coverage and capacity to meet growing subscriber mobile data demands. According to China Unicom's most recent operating report, the company has seen the number of 4G subscribers on its network increase during 2017 by approximately 55 million to reach a total of over 160 million.
By deploying the Nokia Flexi Zone portfolio, China Unicom will be able to densify the network where it isn't possible to add a macro base station because of space or cost constraints. Small cells can also be used to extend coverage and capacity inside offices and homes, as well as in high-traffic locations such as train stations and shopping malls.
The ability to upgrade the small cell portfolio via software to deliver narrow-band IoT (NB-IoT) support means that the deployments will also lay the foundation for the future introduction of IoT and 5G services. Future implementation of NB-IoT will enable the connection of myriad sensors for the delivery of many smart city services, including smart transport and metering systems as well as the introduction of smart healthcare.
Nokia will leverage its extensive global services expertise to optimize small cell deployments for China Unicom, including network planning and optimization, equipment commissioning and care in warrantee services.
Saudi Arabia’s Etihad Etisalat (Mobily), in collaboration with Nokia, has successfully conducted a trial of LTE to the Home (LTTH) and implemented it using FastMile technology to enable LTE technology on a 4G network and become available on 2G networks. This comes out of Mobily’s interest to provide the best speeds for its customers with high quality.
“We have a long and fruitful relationship with Nokia, and this successful trial starts a new chapter in our association, through applying FastMile Nokia technology that will enable Mobily to extend the reach of our network in new areas. At the same time, it will allow us to use the existing infrastructure thus helping us to control our expenditure,” said Alaa Malki – CNO, Mobily.
Such contributions from Mobily are due to it being a leading company in the field of telecom and IT in Saudi Arabia, and out of its pursuit to implement the latest technologies for the benefit of its customers to enjoy high quality services in line with current and future technological developments.
“We are pleased to work with Mobily on this trial and support their plans to provide best-in-class broadband services to their subscribers,” said Tony Awad, Head of Mobily Customer Team, Nokia. “With this deployment, Mobily will be able to attract new customers who are currently unable to enjoy broadband services. Nokia FastMile will also allow them to minimize the deployment cost by utilizing the existing mobile infrastructure.”
The US Territory of Puerto Rico was recently hit by the strongest storm in almost 90 years. Knocking out the island’s electricity grid, 90 percent of cell phone sites stopped working, according to the US Federal Communications Commission. The recent string of monster storms in North America has drawn attention to the importance of critical communications and promoting public safety.
In the space of two months (August and September 2017), the southern United States and Caribbean region were slammed by three mega storms: Hurricane Harvey, Hurricane Irma and the most recent Hurricane Maria. Harvey caused at least 75 confirmed deaths; 1 in Guyana, and 74 in the US. As of September 27, Irma caused at least 124 deaths; while as of October 1 Maria caused at least 68 deaths.
Still recovering from Irma two weeks prior, approximately 80,000 people in Puerto Rico were left without power after Maria hit. Puerto Rico Electric Power Authority (PREPA) had struggled with increasing debt, reaching $9 billion even before the hurricanes, prompting them to file for bankruptcy. The island’s aging infrastructure left it vulnerable to damage from the storms. Consequently, mobile coverage was cut off.
When Maria finally subsided, in Puerto Rico’s capital, San Juan, cars were reportedly pulling up on the side of roads with occupants emerging holding their cell phones up in the air in search of network coverage. For miles, cell phones displayed a frustrating “No Service” message. This is in stark contrast to the US states of Texas and Florida that had cell service restored almost completely in storm-affected areas a week after Harvey and Irma hit.
The aftermath of the storms has drawn fresh attention to the importance of critical communications. Following the storms, the United States Federal Communications Commission urged Apple to activate the FM (frequency modulation) chips that are in iPhones to promote public safety.
Commission Chairman Ajit Pai released a statement applauding those companies that have “done the right thing” by activating FM chips in their phones in light of natural disasters hammering the country. “In recent years, I have repeatedly called on the wireless industry to activate the FM chips that are already installed in almost all smartphones in the United States,” said Mr. Pai.
He highlighted the importance of FM chips during natural disasters. When wireless networks go down during a disaster, smartphones with activated FM chips can allow people to get vital access to important information without an internet connection. “Apple is the one major phone manufacturer that has resisted doing so,” said Mr. Pai. “But I hope the company will reconsider its position, given the devastation wrought by Hurricanes Harvey, Irma, and Maria.”
According to the FCC, 89.3 percent of cell sites were out of service after Maria. All counties in Puerto Rico, except San Juan, had greater than 75 percent of their cell sites out of service. 29 out of the 78 counties in Puerto Rico had 100 percent of their cell sites out of service. On the US Virgin Islands, 69.8 percent of cell sites were out of service.
Since there were widespread power outages in Puerto Rico and the US Virgin Islands, the FCC received reports that large percentages of consumers were left without either cable services or wireline service (one company reported that 100 percent of its consumers were left out of service due to lack of commercial power).
In one of the few places that had connectivity on Puerto Rico, the Sheraton Puerto Rico Hotel & Casino, tourists reportedly overwhelmed the lobby to use the working cell service and Wi-Fi to connect with the outside world. With a cell phone penetration rate of nearly 100 percent, according to government data, Puerto Ricans have been heavily impacted by the lack of network services on the island.
Confidence in connectivity
Puerto Rico has five main mobile operators: AT&T, T-Mobile, Claro, Sprint and Open Mobile. Connectivity provided by operators is the backbone of relief efforts today. AT&T and Sprint both dispatched teams to restore coverage to the island. The companies also waived certain fees for customers to establish a way for people to contact their families and friends.
The electric grid fallout presented one of the biggest challenges to restoring connectivity to the island. “Power is essential to restoring wireless and wireline communications. Given the breadth of power outages across the islands, we’re deploying portable generators as quickly as allowed,” AT&T said.
Social media giant Facebook also pledged support for Puerto Rico. CEO Mark Zuckerberg announced $1.5 million in aid to organizations assisting in the island’s recovery from Maria, together with direct assistance from Facebook’s connectivity team in an effort to get people back online. The company also said it would donate Facebook ad space to share critical information with Puerto Rican users.
Facebook’s connectivity team previously came under the spotlight for ambitious technology initiatives like the Aquila drone, a high-altitude solar-powered aircraft designed to connect remote areas to the internet. Facebook is pushing forward with the Aquila program's progress to help bring the world closer together through connectivity.
“Communication is critical during a disaster,” Zuckerberg said in a post after Hurricane Maria. “With 90 percent of cell towers on the island [Puerto Rico] out of service, people can't get in touch with their loved ones -- and it's harder for rescue workers to coordinate relief efforts.”
Recovery efforts have suffered in Puerto Rico as a result of its cell network outage. Utilizing social media proved immensely effective after fallout from Harvey in Texas, as people could publish posts that were quickly relayed to rescuers. Due to the lack of connectivity on Puerto Rico, in some remote areas people resorted to painting “Help” signs on roads and buildings, hoping that relief efforts would reach them.
The public safety community has long called for mobile broadband to support its mission to save lives. With the adoption of LTE mobile broadband technology, public safety networks can benefit from the advantages of fast and reliable broadband data and real-time video services, opening up new communications possibilities for rescue missions and disaster recovery situations.
In an effort to make mission-critical mobile broadband a reality, Nokia, for example, has a dedicated comprehensive technology and services portfolio called ViTrust. The portfolio includes rapidly deployable solutions for emergency and disaster recovery situations to establish coverage in remote areas, among other features.
The Finnish company recently expanded the portfolio with new services to help first responders take advantage of reliable and secure high-performance applications on their public safety devices. The services provide trouble-free continuity of operations for public safety agencies across a multi-vendor, multi-technology mission critical communications environment.
‘Care for public safety’, for instance, is a service Nokia introduced to ensure that the most demanding communications needs to public safety organizations are fulfilled. The company says it ensures that new network functionality and services interworking with multivendor LTE networks are available from day one.
One European operator is already using this service and seeing the benefits of reduced operational downtime risks, according to Nokia, with service levels stabilizing faster than before and fulfilling public safety requirements.
“The success of moving to broadband-based critical communications requires deep technological and operational expertise,” said Asad Rizvi, head of Nokia's global business development in Global Services. “Nokia has both, from our long history of working with agencies to our global service expertise in broadband.”
The public safety LTE market is expected to be valued at US$3,091.3 million by 2023, according to new market research published by MarketsandMarkets, growing at a compound annual growth rate of 25.7 percent from US$782.9 million in 2017. The factors that are driving the growth of this market, according to the report, are the rising demand for unmanned operations and remote surveillances, and elimination of connectivity issues between networks.
Nokia is to completely modernize the nationwide LTE network for Ukkoverkot, the Finnish private network operator offering wireless data communications services for infrastructure operators, the industrial IoT market, public safety authorities, the maritime industry and both residents and enterprises in remote areas.
The new network will be powered by Nokia's leading LTE solution, which provides superior network quality, capacity, security and reliability required for such specialized use cases.
"Ukkoverkot is totally focused on serving our customers, for whom connectivity means the world,” said Mikko Uusitalo, CEO of Ukkoverkot. “The agreement with Nokia enables us to roll out the most advanced public protection, IoT and campus network functions as they are available. The agreement with Finavia to develop their airport infrastructure on Nokia technology is clear testimony to the potential we have."
Founded in 2014, Ukkoverkot operates its own LTE-based mobile data network and a number of local private LTE networks, offering fast connections using the 450 MHz and 2.6 GHz spectrum bands.
Ukkoverkot's low-frequency nationwide network is largely reserved for the use of its industrial and public safety customers, which helps ensure exceptional network stability and reliability, while its high frequency network is reserved for private micro-operator networks. As a pure broadband operator, Ukkoverkot's network exclusively carries data services.
Starting in Q4 2017, Nokia will upgrade Ukkoverkot's older-generation network technology to Nokia's state-of-the-art LTE-based solution, which significantly improves network performance. This enables Ukkoverkot's customers in industrial IoT settings to capitalize on opportunities related to new Industry 4.0. applications, while critical communications and public safety operators can benefit from ultra-reliable, high-bandwidth services supporting all standardized public safety features.
Due to better propagation characteristics, low-band spectrum can provide a larger coverage area than high-band spectrum, which makes Nokia's 450 MHz LTE network solution ideal for delivering services in sparsely populated areas such as the Nordic countries.
This agreement highlights Nokia's growing momentum around the delivery of critical communications networks for customers outside of the traditional communications service provider market. Large industrial and public sector organizations are seeking robust, reliable and highly resilient networks to support services on which - in some cases - lives depend, and Nokia's solutions are ideally suited to addressing this challenge.
"With their LTE network based on Nokia's wide portfolio of technologies, Ukkoverkot brings the benefits of broadband data to the reach of new customer segments such as the industrial IoT market and public safety authorities,” said Thorsten Robrecht, head of Advanced Mobile Network Solutions at Nokia. “We are proud to team up with Ukkoverkot in its network modernization to ensure these customers can benefit from first-class network quality, and to prepare them for the services enabled by future 5G networks."
Apple launched the latest Apple Watch on September 12 at the grand unveiling of its new products at the newly inaugurated Steve Jobs Theater at Apple Park. While most of the attention at the launch was on Apple’s iPhone anniversary device, the iPhone X, the Californian tech giant’s Apple Watch Series 3 is impressive.
The new smartwatch has cellular capability allowing you to stay connected, make calls, and receive texts, without pairing with an iPhone. The third generation Apple Watch also features music steaming, a faster dual-core processor, and watchOS 4. Apple Watch Series 3 comes in two models, one with GPS and cellular, and one with just GPS, both featuring a 70 percent faster dual-core processor and new wireless chip.
Apple Watch Series 3 (GPS + Cellular) starts at US$399 and Apple Watch Series 3 (GPS) starts at US$329. In addition to silver or space gray aluminum, Apple Watch Series 3 now comes in a new gold aluminum, along with silver or space black stainless steel cases, which all pair with an assortment of new band colors and styles.
Soon, the combination of cellular and watchOS 4 will allow Apple Music users to stream 40 million songs right from their wrist. Beginning Friday, September 15, Apple Watch Series 3 (GPS + Cellular) will be available to order in 10 countries and territories, and Apple Watch Series 3 GPS will be available to order in 28 countries and territories. Both models are available in stores starting Friday, September 22.
“We believe the addition of cellular will transform the way people use Apple Watch, providing a new sense of freedom since they can stay connected with or without their iPhone,” said Jeff Williams, Apple’s chief operating officer. “Apple Watch Series 3 combined with the power of watchOS 4 is the ultimate device for a healthy life.”
Apple Watch Series 3 (GPS + Cellular) features a full LTE and UMTS cellular radio that automatically switches to cellular when it’s away from an iPhone. The smartwatch shares the same number as the iPhone it’s paired with, so there’s no need to provide an additional number. To help get customers started, participating carriers will offer special introductory cellular plans at launch.
Customers have the ability to make cellular calls directly with Apple Watch Series 3 (GPS + Cellular) and, when paired with AirPods, enjoy a fully wireless experience. Apple also pioneered an industry-first antenna design that uses the display itself as both a transmitting and receiving element for LTE and UMTS, while introducing a built-in eSIM that is over one-hundredth the size of a traditional SIM card, making over-the-air activation possible without compromising space.
The third-generation Apple Watch functions as a health and fitness companion with intelligent coaching features, water resistance 50 meters and a new barometric altimeter that measures relative elevation.
Powering Apple Watch Series 3 is the S3, Apple’s third-generation architecture featuring a faster dual-core processor, which allows for quicker app launch times and smoother graphics, and, for the first time, enables Siri to speak using the built-in speaker.
Apple designed a new custom wireless chip called W2, making Wi-Fi 85 percent faster and Bluetooth and Wi-Fi 50 percent more power efficient, while still providing all-day battery life and keeping the size virtually the same as before. Apple Watch Series 3 also features a barometric altimeter that assists with tracking activity, flights climbed and outdoor workouts, including elevation gain.
Apple’s new smartwatch operating system watchOS 4 features an updated Heart Rate app, giving even more insight to heart rate, including measurements during resting, workout, recovery, walking and Breathe sessions. You can also choose to receive a notification when their heart rate is elevated above a specific threshold while inactive.
Other watchOS 4 features include the proactive Siri watch face that displays the information users need most throughout the day, an enhanced Workout app with new interface, custom High Intensity Interval Training (HIIT) workout type and auto-sets for pool swims. With GymKit, users will soon enjoy the ability to connect to their favorite cardio equipment and experience two-way synchronization of data with just a tap, resulting in the most accurate information possible.
In addition, the redesigned Music app experience automatically syncs playlists like New Music Mix and Favorites Mix, along with your most listened to music. The Apple Watch Series 3 (GPS + Cellular) will soon be able to stream music, giving users access to any song from Apple Music, straight from the wrist. The new Radio app also enables listeners to access Beats 1 live or any Apple Music radio station while away from iPhone or Wi-Fi.
MegaFon, one of Russia’s leading telecom providers, posted positive results for Q2 2017, with revenue up 13.9 percent year-on-year (y-o-y) to reach RUB 89,689 million. OIBDA increased by 15.8 percent y-o-y to reach RUB 34,236 million. The company has denied recent press speculation regarding the possible resignation of its CEO Sergey Soldatenkov.
In an effort to reassure its shareholders, MegaFon said recent reports and media speculation published in Russian business daily Vedomosti on the possible resignation of the company’s CEO are inaccurate. Sergey Soldatenkov has the “full support” of the board of directors, the company said in a press release, who have been “encouraged by a number of improvements in performance.”
“Shareholders are satisfied with the company’s development and support the management and specifically Mr. Sergey Soldatenkov,” said Mr. Streshinsky, Chairman of the Board of Directors at MegaFon. “Competent implementation by the company’s management of the new strategy made it possible to turn around negative sector trends in 2Q 2017, and the situation in the company’s business and on the market has shown the first signs of improvement.”
According to the press release, the Board of Directors is looking forward to Mr. Soldatenkov “leading the company forward in implementation of its 2020 development strategy.” In May, MegaFon announced a new strategy for its development over the next three years, to transform from a traditional telecom operator into an integrated digital services provider.
In terms of financials, Mr. Soldatenkov said the company has “reached a turning point where we see signs of recovery in our overall mobile revenue which has been declining during the previous quarters.” Mobile data and VAS services were the strongest revenue drivers, he said, as customers “continue to recognize the high quality of our 4G/LTE network.” MegaFon is also focused on increasing efficiency and improving margins, he added.
In August, MegaFon became one of the first operators in Europe to launch a commercial Gigabit LTE network in partnership with Nokia. The peak data download speed reached 979 Mbps using Nokia Air Scale. The test was conducted using Sony’s Xperia XZ Premium smartphone, using the Qualcomm Snapdragon X16 LTE modem, which was the first commercial mobile device in Europe which supports Gigabit LTE.
Nokia Flexi Multiradio modules were used as the base station, which are equipped in most of the sites of the Moscow MegaFon branches, and the Nokia AirScale system module is already in place in order to support the path to 5G.
The demonstration, according to Nokia’s vice president, Eastern Europe, Demetrio Russo, was “another important step towards the launch of MegaFon’s 5G network.”
Russo noted that Nokia was “excited by the cooperation involved in this project, the successful implementation of which will make it possible for MegaFon to offer its subscribers a unique experience of using modern broadband services during the transition to 5G.”
In June, during the Saint Petersburg Economic Forum, together with Huawei, MegaFon demonstrated the operation of a 5G network at 35Gbps, achieving what was then the absolute record in Russia for mobile internet speed.
Ericsson has enhanced its global 5G radio offering by introducing a new radio product, AIR 3246, for Massive Multiple Input Multiple Output (Massive MIMO). The product supports both 4G/LTE and 5G New Radio (NR) technologies and is Ericsson’s first 5G NR radio for frequency division duplex (FDD).
The product launch, according to the Swedish telecom equipment manufacturer, will enable operators – especially in metropolitan areas – to bring 5G to subscribers using currently available mid-band spectrum and boost capacity in their LTE networks.
Ericsson’s 5G Platform includes three previously launched time division duplex (TDD) radios capable of supporting 5G and Massive MIMO, as well as core, transport, digital support and security elements. The company claims to have the most complete 5G portfolio in the industry, serving the needs of the first movers in 5G.
“We now expand the 5G platform that we introduced last February,” said Fredrik Jejdling, Head of Business Area Networks at Ericsson. “The new radio will enable operators to enhance 4G capacity for their subscribers today and be ready for 5G tomorrow, using the same hardware. We also complement the products with a set of network services, simplifying the journey to 5G for our customers.”
Bridging from 4G to 5G
People are watching, sharing and streaming video and music more than ever. As such, the demands on a sufficient speed are ever increasing. Ericsson analyzed 4G network performance statistics from metropolitan areas around the world, and found that the probability of a smart device suffering from insufficient speed can be as high as 20 percent during peak hours.
Massive MIMO, Ericsson claims, is a key technology to bridge from 4G to 5G, adding intelligent capacity and boosting user experience.
“Just as carrier aggregation has been key to adding needed capacity to mobile broadband networks, Massive MIMO has the potential to be the primary capacity enabler in the next upgrade phase, providing a smooth transition towards 5G,” says Stefan Pongratz, Senior Director at the Dell’Oro Group.
“With an expected 2021 installed base of 10M LTE macro radios in high traffic and metro areas, service providers are expected to capitalize on the improved spectral efficiency made possible with Massive MIMO,” Pongratz added.
FDD Massive MIMO is part of a trial with T-Mobile US, on three sites in Baltimore, Maryland. This will be the first time that standardized Massive MIMO will be used to carry commercial LTE traffic using mid-band FDD spectrum.
Neville Ray, Chief Technology Officer for T-Mobile, said the operator is “racing forward at breakneck pace with Ericsson’s next-gen tech that advances LTE today and paves the way for 5G tomorrow.”
Massive MIMO on FDD can increase network capacity up to three times and bring up to five times better user throughput, boosting performance for the end users. Today’s global base is primarily on FDD technology and devices, which separates uplink and downlink streams on different radio frequencies.
Commercially available in the second quarter 2018, AIR 3246 will be part of Ericsson Radio System. Ericsson’s 5G platform comprises the 5G core, radio and transport portfolios, together with OSS, BSS, network services and security.