LTE ebook No 2 - exploring the cost of depoloymentDavid Swift
Part of a series of 7 ebooks explaining varrious aspect of LTE deployment and marketing in plain English for marketeers, business planners, network planners and mobile Operator management teams etc
Centralized-RAN technology improves the wireless experienceAmphenol Telect
Telect builds its C-RAN technology on a rack-and-stack option with all Telect-manufactured products. The Centalized-RAN solution includes our racks and cabinets, power distribution, fiber distribution, and horizontal and vertical cable management.
A presentation on Cloud RAN fronthaul, current deployment Options, benefits and challenges. This was presented in the
iJOIN Winter School "5G Cloud Technologies: Benefits and Challenges", Bremen, 2015-02-23
4G World Mobile Backhaul Summit. If you missed it in person, feel free to view it online.
Speakers:
Mark Casey, CFN Services, Incorporated
Mike Dodson, Utopian Wireless
Doug Smith, Digital Bridge
Dan Graf, Leap Wireless/Cricket Communications
If you have any questions please contact CFN Services at backhaul@cfnservices.com
With worldwide mobile backhaul connections increasing from 5 to 10 Mbps in 2009 to 50 Mbps by 2012, mobile operators, network equipment vendors and others must implement new strategies to cope with the influx. Fiber, copper, microwave, millimeter wave—each backhaul medium has its own advantages and limitations in terms of availability, cost to deploy, operational cost, speed/distance and regulatory considerations. What is the right strategy for today’s 3G and emerging 4G ecosystem, and is there any hope of leveraging today's backhaul assets for three (let alone five) years?
In this webinar, Jennifer Pigg, Yankee Group research VP, examines the mobile backhaul solutions operators are deploying today and the emerging strategies for tomorrow.
LTE ebook No 2 - exploring the cost of depoloymentDavid Swift
Part of a series of 7 ebooks explaining varrious aspect of LTE deployment and marketing in plain English for marketeers, business planners, network planners and mobile Operator management teams etc
Centralized-RAN technology improves the wireless experienceAmphenol Telect
Telect builds its C-RAN technology on a rack-and-stack option with all Telect-manufactured products. The Centalized-RAN solution includes our racks and cabinets, power distribution, fiber distribution, and horizontal and vertical cable management.
A presentation on Cloud RAN fronthaul, current deployment Options, benefits and challenges. This was presented in the
iJOIN Winter School "5G Cloud Technologies: Benefits and Challenges", Bremen, 2015-02-23
4G World Mobile Backhaul Summit. If you missed it in person, feel free to view it online.
Speakers:
Mark Casey, CFN Services, Incorporated
Mike Dodson, Utopian Wireless
Doug Smith, Digital Bridge
Dan Graf, Leap Wireless/Cricket Communications
If you have any questions please contact CFN Services at backhaul@cfnservices.com
With worldwide mobile backhaul connections increasing from 5 to 10 Mbps in 2009 to 50 Mbps by 2012, mobile operators, network equipment vendors and others must implement new strategies to cope with the influx. Fiber, copper, microwave, millimeter wave—each backhaul medium has its own advantages and limitations in terms of availability, cost to deploy, operational cost, speed/distance and regulatory considerations. What is the right strategy for today’s 3G and emerging 4G ecosystem, and is there any hope of leveraging today's backhaul assets for three (let alone five) years?
In this webinar, Jennifer Pigg, Yankee Group research VP, examines the mobile backhaul solutions operators are deploying today and the emerging strategies for tomorrow.
3G and LTE Enterprise Small Cell Architecture 2016David Chambers
Webinar slides with presentations from David Chamber/ThinkSmallCell and Amit Jain/Spidercloud contrasting the various Enterprise small cell architectures.
The webinar considered building size segmentation, 3G/4G technology mix, alternative approaches for distributed radio and controller functions, with a forward looking section covering LAA, MulteFire and shared spectrum
A Q&A session touched on the impact of Wi-Fi, how Enterprise IT departments look at co-existence of LTE/Wi-Fi, and whether small cells can be used to provide full multi-operator service.
Cloud Radio Access Network (C-RAN) has emerged as a promising solution to meet the ever-growing capacity demand and reduce the cost of mobile network components. In such network, the mobile operator’s Remote Radio Head (RRH) and Base Band Unit (BBU) are often separated and the connection between them has very tight timing and latency requirements. To employ packet-based network for C-RAN fronthaul, the carried fronthaul traffic are needed to achieve the requirements of fronthaul streams. For this reason, the aim of this paper is focused on investigating and evaluating the feasibility of Integrated Hybrid Optical Network (IHON) networks for mobile fronthaul. TransPacket AS (www.transpacket.com) develops a fusion switching that efficiently serves both Guaranteed Service Transport (GST) traffic with absolute priority and packet switched Statistical Multiplexing (SM) best effort traffic. We verified how the leftover capacity of fusion node can be used to carry the low priority packets and how the GST traffic can have deterministic characteristics on a single wavelength by delaying it with Fixed Delay Line (FDL). For example, for L1GE SM =0.3 the added SM traffic increases the 10GE wavelength utilization up to 89% without any losses and with SM PLR=1E-03 up to 92% utilization. The simulated results and numerical analysis confirm that the PDV and PLR of GST traffic in Ethernet network meet the requirements of mobile fronthaul using CPRI. For Ethernet network, the number of nodes in the network limits the maximum separation distance between BBU and RRH (link length); for increasing the number of nodes, the link length decreases. Consequently, Radio over Ethernet (RoE) traffic should receive the priority and Quality of Service (QoS) HP can provide. On the other hand, Low Priority (LP) classes are not sensitive to QoS metrics and should be used for transporting time insensitive applications and services.
Emerging Radio Technologies that are mmWave communications, Massive MIMO, Novel Waveforms and Multiple Access techniques etc. will provide ultra-high data rate traffic per user. However, only new Radio techniques implemented in lower layers of legacy networks could not guarantee the all 5G requirements, consequently the new network architecture along with new Radio technologies will emerge to fulfill all 5G requirements.
This was presented by Dr John Naylon, CTO of CBNL, at Mobile World Congress 2012.
This made up part of the Energy Efficient Networks session where industry experts discussed the energy efficiency challenges facing operators when deploying their networks.
This presentation analyses live customer data that clearly demonstrates the efficiencies intelligent data aggregation technologies can bring to mobile backhaul networks.
The data reveals that aggregation can reduce bandwidth requirements by a minimum of 40% whilst delivering an identical service.
The presentation also highlights how wireless point to multipoint network architecture dramatically improves spectral efficiency and power efficiency per link.
The introduction includes a short video of John highlighting the key points of the presentation and how point to multipoint wireless backhaul can help operators become more efficient, save costs and bring environmental benefits to their backhaul networks.
Efficiency and effectiveness video on demand over worldwide interoperability ...IJECEIAES
(WiMAX) is another solution for readiness broadband networks inside the region, covered or not, by alternative technologies like (ADSL) or cable through this paper by deploying many mobility patterns such as static, random and path for Video on Demand (VoD) over (WiMAX) Network. The performance of varied (QPSK) and (QAM) modulation techniques, by applying the (OPNET) simulator version 17.5. This work is finished in terms of the transmitted traffic and received traffic. Simulation result indicates that once nodes are moving by (SVC) code schema in (WiMAX). The result is an effective and attainable overall performance of (QPSK) which is better than (QAM) modulation technique.
This presentation provides and overview of deploying multipoint microwave to backhaul a small cell network and was presented bu Dr John Naylon, CTO at CBNL, at the Packet Microwave and Backhaul Forum 2012.
3G and LTE Enterprise Small Cell Architecture 2016David Chambers
Webinar slides with presentations from David Chamber/ThinkSmallCell and Amit Jain/Spidercloud contrasting the various Enterprise small cell architectures.
The webinar considered building size segmentation, 3G/4G technology mix, alternative approaches for distributed radio and controller functions, with a forward looking section covering LAA, MulteFire and shared spectrum
A Q&A session touched on the impact of Wi-Fi, how Enterprise IT departments look at co-existence of LTE/Wi-Fi, and whether small cells can be used to provide full multi-operator service.
Cloud Radio Access Network (C-RAN) has emerged as a promising solution to meet the ever-growing capacity demand and reduce the cost of mobile network components. In such network, the mobile operator’s Remote Radio Head (RRH) and Base Band Unit (BBU) are often separated and the connection between them has very tight timing and latency requirements. To employ packet-based network for C-RAN fronthaul, the carried fronthaul traffic are needed to achieve the requirements of fronthaul streams. For this reason, the aim of this paper is focused on investigating and evaluating the feasibility of Integrated Hybrid Optical Network (IHON) networks for mobile fronthaul. TransPacket AS (www.transpacket.com) develops a fusion switching that efficiently serves both Guaranteed Service Transport (GST) traffic with absolute priority and packet switched Statistical Multiplexing (SM) best effort traffic. We verified how the leftover capacity of fusion node can be used to carry the low priority packets and how the GST traffic can have deterministic characteristics on a single wavelength by delaying it with Fixed Delay Line (FDL). For example, for L1GE SM =0.3 the added SM traffic increases the 10GE wavelength utilization up to 89% without any losses and with SM PLR=1E-03 up to 92% utilization. The simulated results and numerical analysis confirm that the PDV and PLR of GST traffic in Ethernet network meet the requirements of mobile fronthaul using CPRI. For Ethernet network, the number of nodes in the network limits the maximum separation distance between BBU and RRH (link length); for increasing the number of nodes, the link length decreases. Consequently, Radio over Ethernet (RoE) traffic should receive the priority and Quality of Service (QoS) HP can provide. On the other hand, Low Priority (LP) classes are not sensitive to QoS metrics and should be used for transporting time insensitive applications and services.
Emerging Radio Technologies that are mmWave communications, Massive MIMO, Novel Waveforms and Multiple Access techniques etc. will provide ultra-high data rate traffic per user. However, only new Radio techniques implemented in lower layers of legacy networks could not guarantee the all 5G requirements, consequently the new network architecture along with new Radio technologies will emerge to fulfill all 5G requirements.
This was presented by Dr John Naylon, CTO of CBNL, at Mobile World Congress 2012.
This made up part of the Energy Efficient Networks session where industry experts discussed the energy efficiency challenges facing operators when deploying their networks.
This presentation analyses live customer data that clearly demonstrates the efficiencies intelligent data aggregation technologies can bring to mobile backhaul networks.
The data reveals that aggregation can reduce bandwidth requirements by a minimum of 40% whilst delivering an identical service.
The presentation also highlights how wireless point to multipoint network architecture dramatically improves spectral efficiency and power efficiency per link.
The introduction includes a short video of John highlighting the key points of the presentation and how point to multipoint wireless backhaul can help operators become more efficient, save costs and bring environmental benefits to their backhaul networks.
Efficiency and effectiveness video on demand over worldwide interoperability ...IJECEIAES
(WiMAX) is another solution for readiness broadband networks inside the region, covered or not, by alternative technologies like (ADSL) or cable through this paper by deploying many mobility patterns such as static, random and path for Video on Demand (VoD) over (WiMAX) Network. The performance of varied (QPSK) and (QAM) modulation techniques, by applying the (OPNET) simulator version 17.5. This work is finished in terms of the transmitted traffic and received traffic. Simulation result indicates that once nodes are moving by (SVC) code schema in (WiMAX). The result is an effective and attainable overall performance of (QPSK) which is better than (QAM) modulation technique.
This presentation provides and overview of deploying multipoint microwave to backhaul a small cell network and was presented bu Dr John Naylon, CTO at CBNL, at the Packet Microwave and Backhaul Forum 2012.
This is a company overview of tw telecom. It contains company history, financials, products & services, competetive advantages, and technology deployment.
Moid Kunwer -Technical Authority, EMEA Group, Motorola ; speaks on "Wimax and its introduction in Pakistan" at the event "Are you online" organised by Zumbeel
Moid Kunwer Technical Authority, EMEA Group, Motorola ; speaks on "Wimax & its introduction in Pakistan" at the event "Are you Online" organised by Zumbeel
Mobile Trends And Transformation - Arun BansalEricsson
Mobile Trends And Transformation presentation from MWC 2015 media group briefing
Arun Bansal SVP and Head of Business Unit Radio, Ericsson
Mobile World Congress in Barcelona 2015
The world is going wireless. For many years we have been discussing mobile broadband and always-on services and applications. This is maturing to reality with new devices in different shapes and forms such as mobile devices, tablets and netbooks. The introduction of LTE (Long Term Evolution) is the technology behind the compelling user experience required for their success. New industry initiatives such as VoLTE and VoLGA are allowing for real-time multimedia communication yet there are many challenges for realizing this technology.
The webinar will discuss the future of voice and SMS services, supplementary and Advanced Services in the era of all IP mobile networks, network architecture issues and interconnectivity with Legacy and current 2G and 3G access.
Deployment challenges and migration solutions will be covered as well as LTE network elements with the underlying standard IP Multimedia Subsystem (IMS) network infrastructure and endpoint devices. Speakers will discuss the development tools required, from the basic building blocks of IMS protocol stacks to the intricate details of application deployment. IMS standardization and interoperability efforts to overcome growing complexities of this new network architecture will be discussed as well.
By attending this webinar, you will learn:
• LTE and IMS market and technology trends
• Challenges in building Next Generation core and endpoint devices
• Unique requirements for Voice over LTE
• RADVISION solutions for LTE networks
Who should attend:
• Developers, architects
• Product Managers
• CTOs, VP R&D
• Marketing executives
Segments – Core Network Devices, SBCs, Media Gateways, Media Servers, Terminal End Points, and any other device that can connect to NGN/IMS Networks
Similar to Nec presentation wireless backhaul (20)
1. Wireless Broadband BusinessWireless Broadband Business
Growth StrategyGrowth Strategy
January 20, 2011
Shunichiro TEJIMA
Associate SVP and Executive General Manager
Network Platform Operations Unit
NEC Corporation
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