Ericsson Unleashes Gigabit LTE and Creates Hyperscale Cloud RAN
- Ericsson Networks Software 16B delivers extreme app coverage with industry’s first commercial Gigabit LTE supporting user download speeds of up to 1 Gbps
- New Elastic RAN establishes interconnected basebands for optimal coordination throughout the network as a foundation in Cloud Radio Access Network (RAN) deployment
- Ericsson Radio System portfolio complemented with new microwave backhaul products and new access radios supporting 4x4 MIMO and 256 QAM
- Commercial availability commencing Q2 2016 with live demonstrations featured at Mobile World Congress 2016 in Barcelona, Spain
Quote link: https://www.ericsson.com/en/news/2016/2/ericsson-unleashes-gigabit-lte-and-creates-hyperscale-cloud-ran
To improve both the performance and efficiency of today’s LTE technology, which will evolve to become part of 5G, Ericsson (NASDAQ: ERIC) announced new Ericsson Radio System software and hardware supporting 1 Gbps user peak rates and a hyper-scalable radio access network (RAN) architecture. With LTE subscriptions forecast to reach 4.1 billion by the end of 2021, a compound annual growth rate (CAGR) of 25 percent, and increased data consumption per subscription, operators are challenged to efficiently scale their networks while ensuring great app coverage for their customers. Ericsson’s newest hardware and software address LTE growth opportunities while supporting the operator’s evolution to 5G.
Caption: Ericsson launches new hardware, software and Cloud RAN capabilities to deliver extreme app coverage on the road to 5G
Networks Software 16B delivers Gigabit LTE
Ericsson Networks Software 16B harnesses a combination of powerful software features to deliver extreme app coverage, with user peak rates of up to 1 Gbps, through software enhancements to today’s commercial LTE networks. The combined features of Gigabit LTE, include:
- Three component Carrier Aggregation (CA) which enables the user to benefit from up to 60 MHz combined bandwidth from different spectrum bands simultaneously;
- 4X4 MIMO (multiple input multiple output) which doubles the number of unique data streams being transmitted to the user’s smartphone, thereby enabling up to twice the capacity and data throughput;
- LTE 256 QAM (quadrature amplitude modulation) encoding which packs more bits into the available spectrum; and
- Ericsson Lean Carrier, which increases both the data throughput received by end users, and overall system capacity by reducing the interference caused by excess reference signaling across the LTE network.
The combination of these features, which will be demonstrated live at MWC 2016, delivers up to a 100% increase in downlink peak data rates compared to three component CA alone.
Elastic RAN drives flexible, scalable Cloud RAN architecture
Baseband coordination is a key element in achieving high network performance, and Elastic RAN now extends the user experience and network performance and efficiency benefits of coordination, across the entire network. With Ericsson’s new Elastic RAN, every Ericsson Radio System LTE baseband unit can coordinate with any adjacent one, whether in a centralized, distributed or hybrid network architecture. This flexible, hyper-scalable architecture supports the operator’s migration to Cloud RAN.
Today, the benefits of most centralized baseband deployments are contained to a specific area. With Elastic RAN, LTE basebands are interconnected through high-performance Ethernet transport networks, enabling the complete network to operate as one unified coordination area. Elastic RAN ensures that capabilities such as Carrier Aggregation (CA) and Coordinated Multipoint (CoMP) can improve the user’s app coverage network wide irrespective of the baseband deployment scenario.
Ericsson Radio System access and backhaul products
The Ericsson Radio System, which launched in Q1 2015 and became generally available in Q3 2015, is now complemented with three new radio access products supporting 4X4 MIMO as well as new spectrum bands and spectrum re-farming:
- Radio 4415 with 4x40W output power supports 4x4 MIMO to increase capacity by doubling the available data streams
- Radio 2012 adds support for the 1.4 GHz Supplemental Downlink band, thereby adding capacity to the network
- Radio 2212 with 2x80W output power to facilitate spectrum re-farming as operators upgrade from 2G to 3G and LTE
Efficiently addressing user demand for extreme app coverage, both indoors and outside, will also drive requirements for multi-gigabit capacities and multi-band solutions in the backhaul. Ericsson is addressing this with new microwave additions to the Ericsson Radio System, including:
- MINI-LINK 6651, a compact indoor unit with a link capacity of 1.9 Gbps (using 4096 QAM and a 112 MHz channel), which is used for split mount deployments using an outdoor radio unit.
- MINI-LINK 6354, a two carrier all outdoor solution for traditional frequency bands, providing a capacity of 2.8 Gbps (using 4096 QAM and 112 MHz channels).
- Multi-band Booster, which provides a significant boost in performance and improved use of spectrum, by combining a wider high frequency channel with a narrow low frequency channel. One example is bonding of an E-band microwave radio, (70 and 80 GHz) together with a radio using a channel in the 23 GHz to enable 10 times more capacity than 23 GHz alone.
- High Performance Compact antennas for the current MINI-LINK 6363, MINI-LINK 6352 and Fronthaul 6392
Dragan Raguz, Head of Transmission, Tele2 Croatia, says: “Microwave backhaul continues to play a very important role in the evolution to 5G. Ericsson has once again demonstrated its leadership with Multi-band Booster enabling substantial increase in capacity and improved use of spectrum.”
Ken Rehbehn, Principal Analyst, 451 Research, says: “Ericsson has pulled together an impressive grouping of software features to enable the commercialization of 1 Gbps service levels on LTE, foreshadowing the extreme app coverage promised with 5G. Operators will also be impressed by how quickly the Ericsson Radio System, announced at MWC 2015, has become a foundation for technology innovation and has expanded to encompass new access and backhaul products.”
Arun Bansal, Senior Vice President and Head of Business Unit Radio, Ericsson, says: "Our latest combination of software, hardware and network architecture innovations supported on the Ericsson Radio System, ensure that our mobile operator customers can continue to delight their customers while driving network performance and efficiency improvements as they evolve to 5G. Gigabit LTE, Elastic RAN, and new radio access and microwave backhaul products are all designed to help our operators become the frontrunners in their markets.”
Ericsson at Mobile World Congress 2016
During Mobile World Congress 2016 in Barcelona, Ericsson will showcase its unique industry insights, the latest innovation and inspirational discussions that enable powerful new business opportunities. We are in the midst of the societal transformation we call the Networked Society: a society in which mobility, broadband and cloud empower every person and every industry to reach their full potential. Opportunity is everywhere, and companies are transforming according to the role they have chosen to play in the value chains and ecosystems of the Networked Society.
Join us in our Hall (Hall 2, Stand 2N60) to learn about 5G, the Internet of Things and cloud, and to discuss the impact digital transformation can have on people, business and society.
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