Telecom Network Infrastructure Market 2014 - 2019

Telecom Network Infrastructure Market 2014 - 2019

The telecommunications infrastructure vendor market consists of a variety of companies that provide switching, transmission, signaling, database, content, applications, OSS/BSS systems, and other equipment, software, and services. In recently years, major infrastructure vendors have face many challenges including tightening carrier budgets, technology evolution, and business model evolution.

The telecom infrastructure market continues a transformation as new factors come into play such as network virtualization, cloud-based services, and the integration of the so called heterogeneous networks (HetNets). In this transformative and highly competitive environment, cost effective product and service delivery is of paramount importance as the market focuses increasingly on IP and wireless.

Telecom Network Infrastructure Market 2014 – 2019 addresses the telecom infrastructure vendor landscape including major investment drivers, significant players, solutions, market positioning, and forecast through 2019. The report also provides insights into threats and opportunities regarding infrastructure offerings.

The report covers the following topics:

  • Business Case for the telecom infrastructure applications: An assessment of the business case for the current solutions.
  • Technology Review: A review of the underlying technology supporting the infrastructure market
  • A Review of infrastructure Deployments: A review of major deployments by Carriers worldwide.
  • Market Analysis and Forecasts: A global and regional assessment of the market size and forecasts for the infrastructure market from 2014 to 2019
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Target Audience:
  • SDN and NFV vendors
  • Telecom OSS/BSS suppliers
  • Telecom network operators
  • Telecom software developers
  • Telecom application developers
  • Telecom infrastructure providers
  • Associations and Technology Groups
  • Corporate and Institutional Investors
  • Government and International Bodies
  • Service bureau/managed service providers

General Methodology

Mind Commerce Publishing's research methodology encompasses input from a wide variety of sources.

We rely heavily upon our Subject Matter Experts (SME) in terms of their market knowledge, unique perspective, and vision. We utilize SME industry contacts as well as previous customers and participants in our market surveys and interactive interviews.

In addition, we rely upon our extensive internal database, which contains modeling, qualitative analysis, and quantitative data. We review secondary sources and compare to our primary sources to update previous findings (for prior version reports) and/or compile baseline information for technology and market modeling.

We share preliminary models with industry contacts (select previous clients, experts, and thought leaders) to verify the veracity of initial modeling. Prior to final report production (analysis, findings, and conclusions), we engage in an internal review with internal SMEs as well as cross-expertise, senior staff members to challenge results.

We believe that forecasts should be prepared as part of an integrated process which involves both quantitative as well as qualitative factors. We follow the following 3-step process for forecasting.

Forecasting Methodology

Step 1 - Forecasts Input: The inputs for the present and historical revenues are derived from industry players. Financial and other quantitative data for individual sub-market categories are derived from original research and tested with interviews with major industry constituents.

Step 2 - Forecasting of Future Years: Mind Commerce extends forecasts based on a variety of factors including demand drivers as well as supply side data. Key success factors and assumptions are considered.

Step 3 - Validation of Data: The final step is to validate projections, which is accomplished in consultation with both internal and external industry experts, including both topic and regional experts. Adjustments are made to the forecasts based on factors identified throughout this process.

1 List Of Figures
2 Introduction
2.1 Executive Summary
2.2 Topics Covered
2.3 Key Findings
2.4 Key Questions Answered
2.5 Target Audience
2.6 Companies Mentioned
3 Telecom Infrastructure Overview
3.1 Industry Background
3.2 Types Of Services Provided By Telecom Vendor
3.2.1 Technical Services
3.2.2 Current Challenges
3.2.3 Possible Solutions:
3.2.4 Professional Services
3.2.5 Current Challenges
3.2.6 Possible Solutions
3.2.7 Managed Services
3.2.8 Managed Services Benefits
3.2.9 Issues And Key Concerns For Managed Services
4 Telecom Service Providers Overview
4.1.1 Changing Telecommunication Marketplace
4.1.2 Managed Services Business Models
4.1.3 Strategic Outsourcing
5 Current Trends In The Telecom-managed Services
5.1 M2m Managed Service
5.1.1 Mobile Operators And M2m
5.1.2 M2m And Big Data
5.1.3 Risk Management
5.1.4 Need For End-to-end Security
5.1.5 M2m Security Is Key To Industry Verticals
5.1.6 Privacy In M2m
5.2 Vendors Positions And Market Status 2014-2019
5.2.1 Regional Market 2013-2016
5.3 Zte And Huawei Market Place
6 Major Carrier Wifi And Small Cell Deployments
6.1 At&T Mobility
6.2 Eircom
6.3 Kddi
6.4 Korea Telecom
6.5 Sk Telecom
6.6 Optus Australia
6.7 Sfr France
6.8 Sprint
6.9 Reliance Communications
6.10 Softbank Japan
6.11 Telefonica O2 Uk
6.12 T-mobile
6.13 Tim Brasil
6.14 U.S Cellular
6.15 Verizon Wireless
6.16 Vodafone
6.17 Zain Bahrain
6.18 Zain Saudi Arabia
7 Network Function Virtualization
7.1 Nfv Functionality
7.1.1 Nfv Case Study
7.1.2 Architecture
7.1.3 Software-defined Networks
7.1.4 Market Assessment
7.2 Virtualization To Drive Telecom Infrastructure And Managed Services Consolidation
8 Lte
8.1 Lte Scope
8.1.1 Managed Services
8.1.2 European Sms Revenue And Usage Growth Is Slowing
8.1.3 Lte Infrastructure Sales To Grow:
8.1.4 Network Infrastructure Vendors Face Sales Drop
8.1.5 Small Cells Benefit 3g Networks More Than Lte
9 Self-organizing Networks
9.1 Self-organizing Networks Economic Benefits
9.1.1 Network Automation
9.1.2 Energy Savings
9.1.3 Lower Equipment Costs
10 Telecom Infrastructure Vendors Analysis
10.1 Wifi And Small Cell Vendors
10.2 Vendor Product Portfolio And Strategy
10.2.1 Rf Chipsets Lime Microsystems Maxim
10.2.2 Security Genband Stoke Acme Packet Safe-net
10.2.3 Test Actix Benetel Ercom Exfo Ixia Jdsu Keithley Rohde & Schwarz Testing Technologies
10.2.4 Rf Planning Ibwave Ranplan Red-m
10.2.5 Software Aricent Node-h Nomor Quortus Radisys
10.2.6 Rf Chipset Adi Bitwave Broadcom Cavium Freescale Qualcomm Texas Instruments
10.2.7 Dsl Vendors Advanced Digital Broadcast (Adb) Bewan Thomson 2-wire
10.2.8 Subsystems Contela Ip.Access Huawei Nec Juni
10.2.9 Femtocell Vendors Accelleran Purewave Airspan Askey Spidercloud
10.2.10 Vendors Nokia Siemens Networks Zte Ericsson Samsung Alcatel-lucent Adtran Argela Airvana Aptilo Networks Aruba Networks Cisco Devicescape Juniper Networks Motorola Solutions Ruckus Wireless Ubee-airwalk
10.2.11 Timing Iposi Pletronics Rakon
10.2.12 Femtocell Convergence Server Taqua
10.2.13 Withdrawn/Acquired Tatara Hay Systems Kineto Wireless Ubiquisys
10.2.14 Backhaul Athenawave Blinq Bluwan Bridgewave Cambridge Broadband Networks (Cnbl) Ccs Dragonwave Idirect Intracom Lightpointe Polewall Sub10 Systems Tarana Wireless Vubiq
11 Self-organizing Networks Vendors
11.1 Optimi Solutions
11.2 Ericsson Son Solution
11.3 Motorola
11.3.1 Motorola Swot
11.3.2 Strength
11.3.3 Weakness
11.3.4 Opportunities
11.3.5 Threats
11.3.6 Motorola Son Services
11.3.7 Features Of Motorola Son
11.4 Actix
11.4.1 Son By Actix
11.4.2 Actix Swot
11.4.3 Strength
11.4.4 Weakness
11.4.5 Opportunities
11.4.6 Threats
11.4.7 Client’s Feedback On Actix Son Solution
11.5 Nec And Actix Son
11.6 Huawei Son Solution
11.6.1 Phase 1 - Planning
11.6.2 Phase 2 - Deployment Transmission Setup Software And Configuration File Download Self Testing
11.6.3 Phase 3 - Optimization
11.6.4 Phase 4 - Maintenance
11.6.5 Huawei’s Son Analysis
11.7 Nokia-siemens Networks Son Solution
11.7.1 Nsn Son Analysis
12 Digital Media Infrastructure Vendors
12.1 Multicast Video
12.2 Multimedia Broadcast Vendors Landscape
12.3 Lte Multicast Business Cases
12.3.1 Mobile Tv End-user Benefits Business Model
12.3.2 Digital Radio End-user Benefits Business Models
12.3.3 Video On Demand End-user Benefits Business Model
12.3.4 Connected Car End-user Benefits Business Models
12.3.5 Fixed Lte Quadruple Play End-user Benefits Business Model
12.3.6 Wireless Emergency Alerts End-user Benefits Business Model
12.3.7 E-newspapers And E-magazines End-user Benefits Business Model
12.3.8 Firmware/Os Updates End-user Benefits Business Model
12.4 Digital Media Infrastructure Key Players
12.4.1 Ericsson Mission/Vision Services Strategy Activities Ericsson Lte Broadcast Solution Package The Solution Analysis
12.4.2 Alcatel-lucent
12.4.3 Qualcomm Broadcast Solution Package The Solution Analysis
12.4.4 Total Telecom
13 Nfv Vendors Assessments
13.1 Intel
13.1.1 The Solution
13.2 Commscope
13.2.1 The Solution
13.3 Nextg Networks / Crown Castle
13.4 Te Connectivity
13.4.1 The Solution
13.5 Arista
13.5.1 The Solution
14 Fifth Generation (5g) Technology
14.1 What Is 5g Technology?
14.2 What 5g Technology Offers
14.3 5g Mobile Networks
14.4 5g Technology Research Requirements
14.5 Osi Layers In The Typical 5g Design
14.5.1 Physical Layer
14.5.2 Network Layer
14.5.3 Open Transport Protocol (Ota) Layer
14.5.4 Application Layer
14.6 5g Enabling Technologies
14.6.1 Network Functions Virtualization (Nfv)
14.6.2 Cooperative Communication Functions Multi-hop Caching
14.6.3 Automated Network Organization Self-configuration Automatic Neighbour Relation (Anr) Self-healing Self-organization
14.6.4 Advanced Traffic Management
14.7 Challenges To 5g Technology
14.7.1 Broad Variation Of Requirements And Service Characteristics
14.7.2 Standardization
14.7.3 Network Challenges
14.7.4 Mobile Device Challenges
14.7.5 Application Challenges
14.8 Future Outlook
14.8.1 Future Of Mobile Traffic
14.8.2 Evolution Of Safety-critical Domains
14.8.3 Growth Of Mobile Cloud-based Applications
14.8.4 Sixth Generation (6g)
14.9 5g Companies And Solutions
14.9.1 China Mobile 5g Contribution 5g Base Station Optimization Test And Measurement Solutions
14.9.2 Deutsche Telekom 5g Contribution
14.9.3 Ntt Docomo 5g Contribution Ntt Docomo And Alcatel-lucent Ntt Docomo And Ericsson Ntt Docomo And Fujitsu Ntt Docomo And Nec Ntt Docomo And Nokia Ntt Docomo And Samsung
14.9.4 Sk Telecom 5g Contribution
14.9.5 Broadcom 5g Contribution
15 Telecom Infrastructure Market 2014-2019
15.1 Global Telecom Infrastructure Market 2014-2019
15.1.1 Us Telecom Infrastructure Market 2014 - 2019
15.1.2 Europe
15.1.3 Asia Pacific
15.1.4 Middle East And Africa
15.2 Telecom Infrastructure Market By Category 2014 - 2019
16 Conclusions
Figure 1: LAN Architecture and Components
Figure 2: LAN Architecture and Component Topography
Figure 3: Service Delivery Platform
Figure 4: M2M Managed Services
Figure 5: Regional Managed Service Market
Figure 6: KDDI’s 3M Strategy Vision
Figure 7: LTE E-UTRAN Infrastructure Network Elements
Figure 8: Network Virtualization Architecture
Figure 9: SDN and Cloud Infrastructure Data Center Consolidation
Figure 10: NFV and SDN
Figure 11: SON Use Cases
Figure 12: SDN-enabled Intel Open Network Platform Switch Reference Design
Figure 13: ToR Switch based on the Intel ONP Switch Reference Design
Figure 14: 5G Specifications
Figure 15: 5G Mobile Phone Concept
Figure 16: 5G Mobile Terminal Network Layer
Figure 17: Global Telecom Infrastructure Market 2014 – 2019
Figure 18: Telecom Infrastructure Market in the US 2014 – 2019
Figure 19: Telecom Infrastructure Market 2014 – 2019
Figure 20: Asia Telecom Infrastructure Market 2014 – 2019
Figure 21: Telecom Infrastructure Market in the ME and Africa 2014 - 2019
Figure 22: Telecom Infrastructure Market by Category 2014 – 2019

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