Telkom Indonesia presented on 4G networks in Indonesia. Key points included:
1) Indonesia has a large population with growing internet and mobile penetration, presenting opportunities for 4G networks and applications.
2) Telkom Indonesia is conducting LTE and HSPA+ trials and planning WiMAX deployment in 2010 as it moves toward 4G networks.
3) Indonesia allocated the 3.3 GHz and 2.3 GHz spectrum bands for WiMAX, designating operators and blocks. Frequency exclusivity and incentives are used to encourage investment in rural networks.
Mobile data traffic is growing year to year. Mobile operators are facing a different situation from voice legacy business. The growth of data traffic is not as high as one of revenue. They need to lower cost of Mbps to survive otherwise they will collapse.
Cisco Carrier Packet Transport System: Foundation for Next-Generation Transport Cisco Canada
The Cisco Carrier Packet Transport (CPT) System is the first Packet-Optical Transport System (P-OTS) built on standards-based Multiprotocol Label Switching Transport Profile (MPLS-TP) technology. It unifies both packet and transport technologies, giving service providers a strong foundation for the transport technologies, giving service providers a strong foundation for the next generation of transport. This P-OTS platform supports DWDM, OTN, Ethernet, and MPLS-TP integrated in a single system. And it smoothly interoperates with existing deployed IP MPLS networks.
Mobile data traffic is growing year to year. Mobile operators are facing a different situation from voice legacy business. The growth of data traffic is not as high as one of revenue. They need to lower cost of Mbps to survive otherwise they will collapse.
Cisco Carrier Packet Transport System: Foundation for Next-Generation Transport Cisco Canada
The Cisco Carrier Packet Transport (CPT) System is the first Packet-Optical Transport System (P-OTS) built on standards-based Multiprotocol Label Switching Transport Profile (MPLS-TP) technology. It unifies both packet and transport technologies, giving service providers a strong foundation for the transport technologies, giving service providers a strong foundation for the next generation of transport. This P-OTS platform supports DWDM, OTN, Ethernet, and MPLS-TP integrated in a single system. And it smoothly interoperates with existing deployed IP MPLS networks.
Technologies in the Networked Society, IP Networks in transitionEricsson Slides
Presentation by Ulf Ewaldsson, Senior Vice President, CTO, Head of Group Technology Ericsson, at Broadband World Forum, Amsterdam 2012.
For more information on 4th Generation IP for mobility and the cloud: http://www.ericsson.com/yourbusiness/telecom_operators/fixed-broadband-convergence
Carrier Ethernet – Driving True Convergence in Metro Networks
Speaker Andrea Spaccapietra, Head of Sales, IP and Broadband, Ericsson
Presentation from the Broadband World Forum, Amsterdam 2012.
For more information on 4th Generation IP for mobility and the cloud: http://www.ericsson.com/yourbusiness/telecom_operators/fixed-broadband-convergence
This presentation was shown at LTE World summit 2010 in Amsterdam illustrating Continuous Computing's LTE (Long Term Evolution) technologies and expertise. The presentation covers:
•Supporting early development of nontraditional products for use on LTE networks
•Building a broad ecosystem of devices in parallel with LTE deployment what should the role of the operator be?
•Removing business and technical barriers and defining new models to accelerate mass adoption of new services and devices
Mobile networks are now dominated by data. If we rewind back to a decade ago, smartphones and application stores were unheard of. Twitter and Facebook were not in existence and YouTube wasn’t as popular. Culturally, consumers are valuing the need to be socially connected in the present day Internet.
The traditional cellular network cannot cope with the increase in data and signaling traffic that is generated and thus is driving carriers in the direction of offload. The Phase 1 approach was centered on immediately relieving congestion on the network by encouraging offload to any available Wi-Fi hotspot. In this second part of the five part offload series, we draw attention to Direct Internet Offload. The concept of Direct Internet Offload is nothing new, but has taken a slight shift considering Wi-Fi’s popularity. And the flexibility to integrate them into mainstream network design offers transformative opportunities for carriers without losing sight of the commitment to make the user experience secure and controlled.
4th Generation IP for Mobility, Video and CloudEricsson Slides
Presentation by Jan Häglund PhD, VP Product Area IP & Broadband, Ericsson, from the Broadband World Forum, Amsterdam 2012.
For more information on 4th Generation IP for mobility and the cloud: http://www.ericsson.com/yourbusiness/telecom_operators/fixed-broadband-convergence
Managing Data Offloading Securely Over WLan Access Networks With I-WLanGreen Packet
Cellular operators are increasingly shifting their focus for alternative wireless access methods to manage data offload. Legacy cellular networks were designed for low bandwidth consumption and insufficient to cope with the growth of data requirements today. Although operators continuously upgrade their networks with greater capacity and advanced technologies, heavy investments for cell build is not an economical approach in the longer term.
The availability of Wi-Fi hotspots are highly accessible and appropriate for data offloading. Taking advantage of the unlicensed spectrum and better bandwidth utilization, data offloading can be achieved with lower cost per bit. In this paper, we present I-WLAN to effectively manage data offloading securely between 3GPP and non-3GPP networks. We will also be exploring the different network use scenarios of I-WLAN in enabling simple unified EAP authentication and subscriber policies.
Technologies in the Networked Society, IP Networks in transitionEricsson Slides
Presentation by Ulf Ewaldsson, Senior Vice President, CTO, Head of Group Technology Ericsson, at Broadband World Forum, Amsterdam 2012.
For more information on 4th Generation IP for mobility and the cloud: http://www.ericsson.com/yourbusiness/telecom_operators/fixed-broadband-convergence
Carrier Ethernet – Driving True Convergence in Metro Networks
Speaker Andrea Spaccapietra, Head of Sales, IP and Broadband, Ericsson
Presentation from the Broadband World Forum, Amsterdam 2012.
For more information on 4th Generation IP for mobility and the cloud: http://www.ericsson.com/yourbusiness/telecom_operators/fixed-broadband-convergence
This presentation was shown at LTE World summit 2010 in Amsterdam illustrating Continuous Computing's LTE (Long Term Evolution) technologies and expertise. The presentation covers:
•Supporting early development of nontraditional products for use on LTE networks
•Building a broad ecosystem of devices in parallel with LTE deployment what should the role of the operator be?
•Removing business and technical barriers and defining new models to accelerate mass adoption of new services and devices
Mobile networks are now dominated by data. If we rewind back to a decade ago, smartphones and application stores were unheard of. Twitter and Facebook were not in existence and YouTube wasn’t as popular. Culturally, consumers are valuing the need to be socially connected in the present day Internet.
The traditional cellular network cannot cope with the increase in data and signaling traffic that is generated and thus is driving carriers in the direction of offload. The Phase 1 approach was centered on immediately relieving congestion on the network by encouraging offload to any available Wi-Fi hotspot. In this second part of the five part offload series, we draw attention to Direct Internet Offload. The concept of Direct Internet Offload is nothing new, but has taken a slight shift considering Wi-Fi’s popularity. And the flexibility to integrate them into mainstream network design offers transformative opportunities for carriers without losing sight of the commitment to make the user experience secure and controlled.
4th Generation IP for Mobility, Video and CloudEricsson Slides
Presentation by Jan Häglund PhD, VP Product Area IP & Broadband, Ericsson, from the Broadband World Forum, Amsterdam 2012.
For more information on 4th Generation IP for mobility and the cloud: http://www.ericsson.com/yourbusiness/telecom_operators/fixed-broadband-convergence
Managing Data Offloading Securely Over WLan Access Networks With I-WLanGreen Packet
Cellular operators are increasingly shifting their focus for alternative wireless access methods to manage data offload. Legacy cellular networks were designed for low bandwidth consumption and insufficient to cope with the growth of data requirements today. Although operators continuously upgrade their networks with greater capacity and advanced technologies, heavy investments for cell build is not an economical approach in the longer term.
The availability of Wi-Fi hotspots are highly accessible and appropriate for data offloading. Taking advantage of the unlicensed spectrum and better bandwidth utilization, data offloading can be achieved with lower cost per bit. In this paper, we present I-WLAN to effectively manage data offloading securely between 3GPP and non-3GPP networks. We will also be exploring the different network use scenarios of I-WLAN in enabling simple unified EAP authentication and subscriber policies.
BRAC, an international development organisation based in Bangladesh, is the largest non-governmental development organisation in the world, in terms of number of employees as of June 2015
BRAC, an international development organisation based in Bangladesh, is the largest non-governmental development organisation in the world, in terms of number of employees as of June 2015
4G Business Readiness: LTE Opportunities and Challenges in Asia | www.solidi...Solidiance
LTE global growth is forecasted to be led by Asia Pacific with India and China as major drivers. In this whitepaper, Solidiance provides a snapshot of the likely changes Long Term Evolution will bring to Asia wireless communication operators and the mobile internet service providers. It compares the differences between LTE and WiMAX, as well as outlook of the LTE network adoption worldwide via the growth of 3G subscriber base from now, until 2013.
Other key takeaways included in this whitepaper are forecasts of 3G subscribers by region, worldwide LTE adoption data, mobile usage behaviour of several Asian countries, as well as the key challenges and opportunities of LTE adoption.
Visit www.solidiance.com for more insights on how we can help you position and grow your business in Asia Pacific.
Leveraging IMS for VoLTE and RCS Services in LTE Networks Presented by Adnan ...Radisys Corporation
ETSI Workshop – RCS VoLTE and Beyond
Kranj, Slovenia
October 11, 2012
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Determine the required delivery characteristics of a packet stream and how a Traffic Management (TM) module can offload compute-intensive tasks. Hear more about the latest innovations in both DPI & TM solutions.
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This presentation discusses market trends and its impact on Network infrastructure, Cisco carrier Ethernet Transport Architecture, Cisco carrier Ethernet portfolio and TCO Leadership.
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Convergence of digital information has been initiated a couple decades ago. Practically, almost all networks have now been utilising Internet Protocol. However, networks, applications, and contents managements vary by the nature of service types: IMS, SDP, IPTV, etc. Should another convergence be arranged to unify the management of the entire network for optimal results?
Mobile Data Offloading, webinar, held on October 4, 2012. Presenters: Jeff Sharpe, Sr. Product Marketing Manager, Renuka Bhalerao, Principal Systems Architect and Michael Thomas, Principal Systems Architect
ET02 - Meetings
Orario 09.30 – 12.00
Sala AVORIO
HOSTED
EASY RIDER PROJECT
Achieving a sustainable and safe mobility trough the integration of vehicles and infrastructures
A cura del CENTRO RICERCHE FIAT
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4G Mobile: Opportunities and Challenges in Indonesia
1. Kuncoro Wastuwibowo, PT Telekomunikasi Indonesia
Arief Hamdani Gunawan, PT Telekomunikasi Indonesia
4G International Forum, Sheraton Taipei, 13 July 2010
3. Introduction to Indonesia
Population 240m
• #4 Population in the World
Internet user 35m (15% of population)
• #5 Internet market in Asia (after PRC, Japan, India, Korea)
• #1 Facebook users in Asia (24m, #3 in the world after US & UK)
• #1 Twitter users in Asia
Mobile penetration 150m (63%)
• 80% in youngsters
• Opera Mini user #1 in the World (just beating Russia)
Credit card owner 11.5m in 2008
4. Opportunities!
Great potential of user-generated
content
Growing interests in developing Internet
& mobile applications
Open, fresh market to accept new way of
conversation & transaction
5. Telkom Indonesia: Brief
A public company Expands its business in
(NYSE:TLK, IDX:TLKM, 2009 to include
LSE:TKID), owned 51% by telecommunications,
the government of the information, media, and
Republic of Indonesia. education.
Market share in GSM 51%
(through its subsidiary
Forbes-684 in 2010
Telkomsel), and in CDMA
2000 1x 60%.
6. Telkom Indonesia, Toward 4G Network
Telkomsel (subsidiary)
• Carries out GSM/3G network throughout Indonesia
• Started the R&D and trial of LTE in Jakarta.
• Started the R&D and trial of HSPA+ in Bali and Sumatra
• Partner: Ericsson, NSN, ZTE, Huawei
TelkomFlexi
• Carries out FWA business with CDMA 2000 1x
• Trial of EVDO in East Java. Start implementation in
Q4/2010.
(WiMAX)
• Started deploying WiMAX in Indonesia (scheduled
Q4/2010)
15. Indirect Approaches
Indigo
• “Indigo” is a platform to attract & support more
development of local content & application through
partnership, incubation, aggregation.
IPTV
• Next step after “broadband network”
• Creating contexts for mobile broadband (4G) network.
SDP
• Facilitating existing services to grow beyond their
traditional platforms
• Facilitating the new services
16. SDP-Centric Framework Integration
Web 2.0 3rd Party Content & Application
Common IT Centric Part OSS / BSS
Enablers 3rd Party Content
Service
Orchestration Gateway Administration
Map Order
interface Content mgmt
SOA Security
SOA Registry Discovery
Governance
Identity Policy Device Service
mgmt Administration Independence provisioning
Location / Enterprise Service Bus Charging &
presence billing
Customer
Messaging Network Centric Part
self care
App App App App App App OSS / BSS
Customer Customer
data Gateway care
Service Brokering
Service
IVR Network Abstraction monitoring
Online Protocol & Resource Adaptors Service
charging assurance
Devices Network
PC Mobile TV IMS Client PSTN Mobile DSL IPTV IMS
24. The Right Time - Relative Adoption
4G
3G
2G
Rysavy Research projection based on historical data.
Saturation of 2G < LTE Introduction Timing < Saturation of 3G
(after 2010) (before 2020)
25. Deployment Scenarios for LTE
Scenarios Today LTE Deployment
Important Prerequisites:
GSM GSM
GSM
to LTE LTE •Technology maturity
•Demand
3G1X •Frequency allocation
3G 1X
EV-DO Rev A/B
3G 1X LTE
CDMA Pessimistic Scenario Optimistic Scenario
to LTE Other:
3G 1X
3G 1X •Efficiency
EV-DO Rev A/B
EV-DO Rev A
LTE •Scalability
GSM
GSM
GSM UMTS
UMTS UMTS LTE
W-CDMA Pessimistic Scenario Optimistic Scenario
to LTE GSM
GSM
UMTS
UMTS
LTE
The LTE introduction for wireless operator
26. System Architecture Evolution
3GPP
IP Access
(HSPA, HSPA+)
S3/S4
LTE / SAE S2
EUTRAN EPC
S1
S2
Non 3GPP
WLAN 3GPP
IP Access
IP Access
(EV-DO Rev A/B)
The S2, S3, S4 interface enable SAE to provide flexibility
27. SAE Support for Rural Areas
3GPP Suitable to support:
IP Access Existing GSM/W-CDMA in rural areas
(HSPA, HSPA+)
S3/S4
LTE / SAE S2
EUTRAN EPC
S1
Suitable to support: S2
•(Optimizing) current wireline
Non 3GPP
infrastructure WLAN 3GPP
•High reliability
IP Access
IP Access
•New wireless deployment (EV-DO Rev A/B)
Suitable to support:
Existing CDMA in rural areas
The S2, S3, S4 interface enable SAE to provide flexibility
28. Most Mobile Data Use Occurs Indoors
Source: Informa’s Mobile Access at Home Report
31. WiMAX Regulation
BWA
(Broadband Wireless Access)
3.3 GHz allocation (migration) 2.3 GHz allocation
3.3 GHz implementation 2.3 GHz implementation
Bidding
Ex post policy Ex ante policy
32. Frequency Exclusivity
There are three principal economic justifications
for relying on exclusive licenses:
1. Spectrum scarcity: views spectrum as an
Spectrum
economic good and focuses on the role of
scarcity
markets in allocating that good.
2. Investment incentives: focuses on the need
to provide users and providers with
Investment Interference appropriate incentives to invest in network
incentives management equipment and services.
3. Interference management: recognizes that
even when spectrum is not “scarce,” it may
be necessary to coordinate user behavior to
allow users to share spectrum without
adversely impacting or “interfering” with
each other.
34. WiMAX Zone
2.3 GHz and 3.3 GHz
1. North Sumatera 8. Bali & Nusa Tenggara
2. Central Sumatera 9. Papua
3. South Sumatera 10. Maluku & North Maluku
4. Banten & Jabotabek 11. South Sulawesi
(Jakarta, Bogor Tangerang, Bekasi) 12. North Sulawesi
5. West Java
13. West Kalimantan
6. Central Java
14. East Kalimantan
7. East Java
15. Riau Islands
38. 2.3 GHz Operators
8 Operators (15 Zone – 15 MHz )
Zone Operators
1. North Sumatera FIRST
MEDIA
BERCA
2. Central Sumatera BERCA
BERCA
3. South Sumatera BERCA
BERCA
4. Banten & Jabotabek FIRST
MEDIA
INTERNUX
5. West Java COMTRONICS +
ADIWARTA
PERDANIA
INDOSAT
6. Central Java TELKOM
COMTRONICS +
ADIWARTA
PERDANIA
7. East Java COMTRONICS +
ADIWARTA
PERDANIA
TELKOM
39. 2.3 GHz Operators (cont’d)
8 Operators (15 Zone – 15 MHz )
Zone Operators
8. Bali & Nusa Tenggara BERCA
BERCA
9. Papua TELKOM
WIMAX
INDONESIA
10. Maluku & North Maluku TELKOM
WIMAX
INDONESIA
11. South Sulawesi BERCA
BERCA
12. North Sulawesi TELKOM
JASNITA
13. West Kalimantan BERCA
BERCA
14. East Kalimantan BERCA
BERCA
15. Riau Islands BERCA
WIMAX
INDONESIA
40.
41. Presenters
Kuncoro Wastuwibowo Arief Hamdani Gunawan
• Telkom Indonesia • Telkom Indonesia
• Multimedia Division • Telematics Regulatory
(Senior Service Creation Analyst) (Senior Officer)
• IEEE Communications Society • IEEE
• Indonesia Chapter (Chairman) • Indonesia Section (Vice Chairman)
• Internetworking Indonesia • IEEE Communications Society
• Editor • Indonesia Chapter (Past Chair)