Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 1 “Giving Voice to 4G” Gartner Dataquest Akshay Sharma Research Director Feb. 2009 Option.

Slides:



Advertisements
Similar presentations
Voice over WiMax Development Trends Amnon Gavish VP TBU Business Development
Advertisements

Motorola General Business Use MOTOROLA and the Stylized M Logo are registered in the US Patent & Trademark Office. All other product or service names are.
White-Fi: What are the Applications ? By Akshay Sharma Research Director Communications Service Provider Technology - Gartner Feb 2012.
Towards Software Defined Cellular Networks
SIP & SS7 (SIP-02) Monday - 09/10/07, 10:00-10:45am.
GMI 2006 Carrier-Driven Interoperability February 2006.
UMA (Unlicensed Mobile Access) El Ayoubi Ahmed Hjiaj Karim.
Service Creation in the all-IP network Don Troshynski, Vice President, Global Solutions Architecture.
IP Multimedia Subsystem (IMS) James Rafferty, Cantata Technology August 10, 2006.
IP Multimedia Subsystem (IMS) 江培文. Agenda Background IMS Definition IMS Architecture IMS Entities IMS-CS Interworking.
IMS Workshop- Summary James Rafferty August
© Siemens January WiMAX – Experience Best Wireless Broadband Contents 1.Wireless Technologies – Roadmap 2.Wireless Access Technologies Roadmap 3.Wireless.
6 The IP Multimedia Subsystem Selected Topics in Information Security – Bazara Barry.
1 © 2006 Avaya Inc. All rights reserved. Avaya – Proprietary & Confidential. Technology Enabling the Avaya Vision Technology Enabling the Avaya Vision.
IMS – The future of Fixed Mobile Convergence EduCause Walt Magnussen Ph.D. 12 October, 2010.
All IP Network Architecture 2001 년 12 월 5 일 통신공학연구실 석사 4 차 유성균
Zafer Bilen Senior Test Engineer 22 October 2008
 3G is the third generation of tele standards and technology for mobile networking, superseding 2.5G. It is based on the International Telecommunication.
IMS- The Inevitable Choice for Telecom Operators Viet-Dung DAM The 2 nd VNTelecom Seminar Telecom Paris Tech, 05/ /05/2009.
Copyright© 2005 NTT DoCoMo, Inc. All rights reserved Localized Mobility Management for 3GPP All IP Network ~ with New Access Technology~ Katsutoshi Nishida.
Jim Grams Azaire Networks Chief Technology Officer WiFi and 3G Convergence Made Easy.
Colombo, Sri Lanka, 7-10 April 2009 Multimedia Service Delivery on Next Generation Networks Pradeep De Almeida, Group Chief Technology Officer Dialog Telekom.
LTE roaming – a whole new world Acme Packet 3 Session Border Control (SBC) category creator and leader with over 60% market share Mission: enable delivery.
Fixed Mobile Convergence
Mobile IP, PMIP, FMC, and a little bit more
1 3GPP TSG SA Chairman 3GPP TSG SA Chairman Stephen Hayes Stephen Hayes 3GPP presentation on Services Evolution Moscow, September 2008.
Confidential and proprietary material for authorized Verizon Wireless personnel only. Use, disclosure or distribution of this material is not permitted.
Introduction to IMS (IMS-01) IP Media Servers in IMS: MRF and MRFP Garland Sharratt VP Partner Development & Chief Architect Carrier.
IMS & QOS IMS Alphabet Soup and the need for Unified Policy Management Matt Tooley CableMatrix Technologies, Inc.
“Securing IP Multimedia Subsystem (IMS) infrastructures …,” M. Tsagkaropoulos UNIVERSITY OF PATRAS Department of Electrical & Computer Engineering Wireless.
Chapter 7- Mobile and Wi-Fi Networks Taking signals on and off the air Connections to other networks Need to manage spectrum Managing and billing for services.
Enabling the Gigabyte Lifestyle Liliane Offredo-Zreik The Sannine Group, LLC
5G MOBILE TECHNOLOGY.
June 2006 Roles of Session Border Controllers in IMS Networks CANTO - June 2006.
2 VoIP Mobility & Security Scott Poretsky Director of Quality Assurance Reef Point Systems Securing Fixed-Mobile and Wireless VoIP Convergence Services.
Completing the Convergence Puzzle: A Survey and A Roadmap IEEE Wireless Communications ‧ June 2009 DJAMAL-EDDINE MEDDOUR, USMAN JAVAID, AND NICOLAS BIHANNIC,
IP Multimedia Subsystems By Vamsee K Pemmaraju. Agenda IMS Example IMS Example Overview Overview Basic Principles Basic Principles Architecture Architecture.
1 FMC: Driving the Transition to IMS Ken Kuenzel VP and Founder Covergence Inc.
Greg Pisano Director, Market Development Brooktrout Technology.
LTE Architecture KANNAN M JTO(3G).
1 Presentation_ID © 1999, Cisco Systems, Inc. Cisco All-IP Mobile Wireless Network Reference Model Presentation_ID.
1© Nokia Siemens Networks Confidential Realities of LTE Deployment Bill Payne Head of Innovation Team CTO Office.
Teachers Name : Suman Sarker Telecommunication Technology Subject Name : Mobile & Wireless Communication-2 Subject Code : 9471 Semester :7th Department.
1 Presentation_ID © 1999, Cisco Systems, Inc. Cisco All-IP Mobile Wireless Network Reference Model Presentation_ID.
INTRODUCTION. 1.1 Why the Internet Protocol Multimedia Subsystem 1.2 Where did it come from?
October 11-13, 2006 San Diego Convention Center, San Diego, CA IMS Deployment Experience Keith Bhatia Chief Business Officer IP Unity.
Telecom in Transition Global Telecommunications is in a time of dramatic transition –Traditional telephone service was just about voice –We now live in.
1 Presentation_ID Mobile Wireless Internet Forum (MWIF)
Implementing VoIP in a wireless world Herman Abel Product Manager Aculab (booth 402) Phone:
Colombo, Sri Lanka, 7-10 April 2009 FORUM ON NEXT GENERATION STANDARDIZATION (Colombo, Sri Lanka, 7-10 April 2009) Session Moderator Ghassem Koleyni An.
Ασύρματες και Κινητές Επικοινωνίες Ενότητα # 9: Σύγκλιση Σταθερών και Κινητών Επικοινωνιών (Fixed-Mobile Convergence) Διδάσκων: Βασίλειος Σύρης Τμήμα:
Enabling Converged Services Changing the Way the World Communicates Jim Dondero Vice-President Global Solutions Marketing CANTO, June 21st.
September 28, 2006 Page 1 3GPP2 MMD Status for IMS Workshop Jack Nasielski
Long Term Evolution (LTE) and System Architecture Evolution (SAE)
© 2007 Level 3 Communications, LLC. All Rights Reserved. 1 Beyond SIP Trunking What’s Next ? September 11, 2007 Michael Remacle.
1 Presentation_ID © 1999, Cisco Systems, Inc. Cisco’s Position on All-IP Wireless Networks Presentation_ID.
Intelligent Interconnects in the VoIP Peering Environment John Longo VP Product Marketing & Management, NextPoint.
By Suman(1RV12LDC29).  Long Term Evolution (LTE) promises higher data rates, 100Mbps in the downlink and 50Mbps in the uplink in LTE’s first phase, and.
Long Term Evolution (LTE) By – Abhijit Kaul Nitin Khanna Sahana Mallya Vaibhav Malik.
TECHNICAL SEMINAR S V Suresh 08731A1254 By. 1 st GENERATION:  Introduced in 1980  Analog cellular mobile,Data speed 2.4kbps  1G mobiles- AMPS,NMT,TACS.
LONG TERM EVOLUTION DANISH HASRAT (091042) DEEPAK SINGH (091043) GAURAV THAWANI (091052) NILESH SINGH (091079)
LTE Long Term Evolution
Long Term Evolution (LTE) and System Architecture Evolution (SAE)
LTE Long Term Evolution
Long Term Evolution (LTE)
“Giving Voice to 4G” Gartner Dataquest Akshay Sharma Research Director
Don Troshynski Technical Director
Accelerating IMS Deployment
“Giving Voice to 4G” Gartner Dataquest Akshay Sharma Research Director
IMS & Wireline to Wireless Convergence
Presentation transcript:

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 1 “Giving Voice to 4G” Gartner Dataquest Akshay Sharma Research Director Feb Option 2. Intro Title Page

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 2 Panel Akshay Sharma (Moderator) Research Director - Carrier Network Infrastructure, Converged Infrastructure Gartner Kevin Mitchell Director, Solutions Marketing Acme Packet Jeff Thompson CEO Towerstream Payam Maveddat Vice President of PLM and Marketing Mavenir Systems, Inc.

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 3 Comments In the US: both AT&T and Verizon own parts of the 700 Mhz spectrum and have committed to LTE. According to: Verizon will deploy a Femtocell LTE trial by year end, “We expect that LTE will actually be in service somewhere here in the U.S. probably this time next year,” said Dick Lynch, executive vice president and chief technology officer of Verizon Communications “Dick Lynch CLEAR – Xohm – ClearWire: VoIP over WiMAX Light Reading - VOIP - Clearwire Breaks Into VOIP Market - Telecom... Jan 22, Using Nortel servers, Clearwire is now offering VOIP services over its own network infrastructure.

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 4 Issues with VoIP over Mobile WiMAX? Mobile WiMAX supports a Break-then-Make handoff approach. Make-Before-Break is optional QoS metrics are granular. SLA, Quality of Experience metrics at the end-2-end App-level needed Inter-ASN roaming needs definition What about roaming across Carrier-managed Spectrum and Enterprise-managed Unlicensed Spectrum ? Devices ? Now Nortel, ALU have slowed R&D Coverage / Capacity / etc.

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 5 But VoIP over Fixed WiMAX is Good

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 6 VoIP IMS ?

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 7 VoIP Peering Partner’s Network Wholesale Customers PSTN Access Network #1 Access Network #2 UE Subscribers to Verizon IMS-based Services Verizon IP/MPLS Network Session Management Transit Routing Decomposed Access Functions Decomposed Access Functions Decomposed Access Functions MGCF IM-MGW Network Routing Subscriber Data UE Verizon IMS Architecture IMS “Core” Shared Media Resources Shared Billing Services Network Policy Policy and QoS Control Subscriber Data AS Subscriber Data AS Subscriber Data AS Subscriber Data AS … Service Orchestration

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 8 Newer Opportunities for LTE and IMS Sector Peak Data Rate HSPA+LTE 5MHz 11Mbps22Mbps 5MHz R.7 22/28Mbps R.8 42Mbps 43Mbps 20MHz NA86Mbps 20MHz NA173Mbps LTE has functions such as: The MME (Mobility Management Entity) supporting intra-RAN mobility and handovers. IMS supports the VCC supporting seamless handoffs across access methods such as WiFi, 2G, 3G, and fixed access.  with likely sporadic LTE deployments, the IMS VCC supporting seamless handoffs to WiFi, 2G, and 3G radio access networks is likely required

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 9 Newer Opportunities for LTE and IMS LTE has functions such as: LTE has defined the Serving Gateway (S-GW) and the PDN Gateway (P- GW). The S-GW and P-GW are core network functions for the LTE Radio Access Network based access. They both act as the Policy Enforcement Points (PEP) for dynamic QoS and policies. IMS supports a Policy Decision Function (PDF) which can be within the CSCF that manages the QoS over the media plane, whereby IMS supports the Common Open Policy Service (COPS) protocol for policy control over Quality of Service (QoS) signaling protocols. LTE supports both the S-GW and P-GW having Diameter interfaces to control the Policy and Charging Enforcement Function (PCEF) within the S-GW and P-GW functions. IMS supports the Diameter interface as well.

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 10 Newer Opportunities for LTE/WiMAX and IMS LTE/WiMAX will require regulatory features such as Legal Intercept and Emergency Services for multimedia in both the wireless and wireline space, along with Mobile IP solutions (Foreign Agent and Home Agent) LTE/WiMAX will require carrier hosted solutions that promise future convergence with VoIP, IPTV, with Presence and Location-based services, which IMS: IP Multimedia Subsystems coupled with applications servers can provide. Additionally LTE/WiMAX will require the following which are provided by IMS applications servers: ENUM User authentication Peer-to-peer video sharing Voice call continuityVoice call continuity to alternate access methods Push to talk Rich Communication Suite

Entire contents © 2009 Gartner, Inc. All rights reserved. | Page 11 Panel Questions -What are the architecture and infrastructure choices for incumbent and greenfield mobile operators for voice services? -Where should service providers locate session-oriented service delivery intelligence and control—in the core or the edge? What’s right and wrong about each approach? -What are the requirements for secure and interoperable wireless services? Does IMS deliver all that's necessary? What additional issues must be considered for FMC and blended wireless-wireline access networks? -What are the optimal technology choices relative to product availability, cost, functionality and scalability in terms of performance and capacity?