NEW DELHI: ETS-Lindgren and Anritsu Company continue years of successful collaboration on 5G test capability with verification of stand-alone (SA), dual-connection (EN-DC), and several carrier aggregation combinations within ETS-Lindgren’s EMQuest EMQ-100 Antenna Measurement Software using Anritsu’s Radio Communication Test Station MT8000A.
The additional 5G connection modes and band scenarios allow the construction of tests mimicking network settings particular to an individual wireless carrier. As smartphones, modules, and base stations utilizing 5G transceivers continue to expand to new applications and form factors, over-the-air (OTA) testing provides confirmation that the device will perform well in the intended network and use case.
“Adapting the link settings to match the dozens of 5G network configurations found worldwide was an important milestone,” said James Young, Director, Business Development with ETS-Lindgren.
“The device manufacturers gain critical insight on antenna and radio performance from these radiated tests, as all the discrete systems come together in the final form. EMQuest EMQ-100 and MT8000A now link to commercially available 5G devices driven by different chipsets in SA mode. This collaborative work between ETS-Lindgren and Anritsu is critical for our test lab customer base who rely on the test system to handle whatever link settings are available on the chipset,” he added.
Anritsu Wireless Market Development Manager Keyvan Yasami added, “Our collaboration with ETS-Lindgren addresses SA and carrier aggregation testing needs to create a solution that helps test labs and OEMs keep current with the expanding requirements of global operators, regulatory bodies, and industry standards issued by CTIA and 3GPP. We will continue to work with fellow market leaders such as ETS-Lindgren to ensure maximum utilization of 5G test equipment and chambers.”
ETS-Lindgren’s EMQuest EMQ-100 offers a wide range of fully parameterized test methods for measuring basic antenna performance metrics, as well as testing both radiated and conducted performance of various wireless devices. Flexible in its design, the EMQuest EMQ-100 can be used to analyze antennas in SA applications, or to test an embedded antenna system and radio module against any of the industry standard OTA radiated performance test requirements.
Anritsu’s MT8000A test platform supports the latest 5G technologies, including wideband signal processing and beamforming required by 5G NR enhanced mobile broadband (eMBB). The MT8000A all-in-one platform supports FR1 and mmWave band (FR2) signaling RF tests covering 400 MHz to 7.125 GHz, as well as the 28 GHz and 39 GHz 5G NR bands.
The MT8000A supports both non-stand-alone (NSA) and SA modes and is the first 5G NR test platform to support 5G NR channel models implemented via digital baseband fading. It can also be paired with the LTE-A Radio Communication Analyzer MT8821C to provide a natural upgrade path to 5G for existing LTE customers.
5G roamers to surpass 200 million by 2026
NEW DELHI:A new Juniper Research study has found that the global number of roaming subscribers using 5G services will increase from 4.5 million in 2021 to 210 million in 2026.
As the international travel industry recovers from the COVID-19 pandemic, it recommends that operators must now focus on increasing 5G roaming support to accommodate the future rise in demand for data when roaming over 5G networks.
The new research, 5G Roaming Strategies: Future Outlook, Opportunities & Market Forecasts 2021-2026, urges roaming vendors to develop 5G-enabled roaming features such as:
Steering of roaming
These services will support the management of an increasing number of 5G roaming connections, the rise in demand for 5G roaming data, and help operators to maximise 5G roaming monetisation.
For more insights, download our free whitepaper: The Rise of the 5G Roaming Empire
5G Roaming Data to Represent 115 Million Hours of 4K Video by 2026
The report predicts that, as 5G roaming proliferates, vendor competition around the 5G-enabled roaming services mentioned above will intensify. Subscribers will expect comparable levels of bandwidth and latency when roaming over 5G to home network connectivity, and roaming vendors must accommodate this demand via value-added services.
The study projects that global roaming data traffic from 5G subscribers will increase from 2.6 PB in 2021 to 770 PB by 2026; representing enough data to stream 115 million hours of 4K video from platforms such as Netflix.
5G Technology to Necessitate Roaming Overhaul
In addition, the research found that this anticipated rise in data will necessitate the establishment of novel agreements that explicitly cover 5G roaming data, and provide roaming subscribers with comparable user experiences whilst roaming.
Research author Scarlett Woodford noted “As demand for international travel returns, operators must adjust to the significant uptake of 5G subscriptions during the pandemic. A failure to provide 5G roaming capabilities in key travel destinations will diminish brand reputation amongst subscribers and lead to churn to competitors”
Ericsson signs $8.3 billion 5G deal with Verizon
NEW DELHI:Ericsson said that it has signed $8.3 billion agreement with Verizon to provide its industry-leading 5G solutions to accelerate the deployment of Verizon’s world-class next-generation 5G network in the U.S.
Niklas Heuveldop, President and Head of Ericsson North America, says: “This is a significant strategic partnership for both companies and what we’re most excited about is bringing the benefits of 5G to U.S. consumers, enterprises and the public sector. We’re looking forward to working with Verizon to leverage solutions like Cloud RAN and our Street Macro, adding depth and versatility to 5G network rollouts across the U.S.”
“With this new agreement, we will be able to continue driving innovation and widespread adoption of 5G,” said Kyle Malady, Chief Technology Officer for Verizon. “We are pleased to continue this work through our long-standing relationship with Ericsson.”
Under this $8.3 billion USD agreement, Verizon will deploy Ericsson’s 5G MIMO C-band, low-band and millimeter wave (mmWave) solutions to enhance and expand Verizon’s 5G Ultra Wideband coverage, network performance and user experience. Ericsson’s technology solutions, including Massive MIMO, Ericsson Spectrum Sharing and Ericsson Cloud RAN, complement the high-performing Ericsson Radio System portfolio to support 5G services. Ericsson’s industry-leading software functionality provides end-users with the speed and performance they expect from 5G networks.
In 2020, Verizon was the first communications service provider to receive a commercial 5G mmWave Street Macro base station from Ericsson’s award-winning new state-of-the-art U.S. smart factory in Lewisville, Texas. Ericsson is committed to building and accelerating the nationwide build-out of 5G across the country.
JioPhone Next, co-developed with Google, to be most affordable smartphone globally: Mukesh Ambani
The feature phone market registered a 14 per cent y-o-y growth during the quarter driven by strong shipments of JioPhone under its new model and subsequent promotions, as per Counterpoint.
Source: Press Trust of India
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