ICT Broadband Plan and Green Technology RUDIANTARA 09.06.2015 “Indonesia Green Infrastructure Summit 2015”
Transcript
Slide 1
ICT Broadband Plan and Green Technology RUDIANTARA 09.06.2015
Indonesia Green Infrastructure Summit 2015
Slide 2
2 DEVICE Laptop Smartphone GPS Tracker Smart TV NETWORK
Central/Node (LTE, UMTS, GSM, FWA, BWA) Internet Protocol (SDH,
TDH, PABX, Optic Link, Microwave) Access (FTTX, BTS, BSC, RNC,
Repeater, VSAT) APPLICATIONS OS Social Media Game / Multimedia
Navigation Push Email ETSI TS 102 706 v.1.3.1 2013 Global Trend on
Broadband
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3 INDONESIA Broadband Roadmap 2013 Infrastructure Fixed
broadband: 15% household (1 Mbps), 30% building (100 Mbps), and 5%
population. Mobile broadband: 12% population (512 kbps) 2019 Urban
Infrastructure Fixed broadband: 70% household (20 Mbps), 100%
building (1 Gbps), and 30% population. Mobile broadband: 100%
population (1 Mbps) Rural Infrastructure Fixed broadband: 49%
household (10 Mbps), 6% population. Mobile broadband: 52%
population (1 Mbps) Utilization / Adoption: Monthly service price
is less than 5% monthly revenue Priority Sector: e-Government,
e-Education, e-Health, e-Logistic, e-Procurement User: Indonesian
Society Potential captive market: 4.5 million civil servants, 50
million students, 3 million teachers, 60 million household
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4 2019 2015 2018 2017 2016 2014 Dec, 2014 : 4GLTE on 900 MHz
May, 2015 : Start of Refarming 1800 MHz for 4G-LTE Nov, 2015 :
Finish of Refarming 1800 MHz for 4G-LTE Selection of 2300-2330 MHz
for 4G-LTE Selection of Block 11 & 12, 2.1 GHz Switch off
PCS1900 Refarming of 800 MHz for 4G-LTE Refarming of 700 MHz for
4G-LTE Refarming of 450 MHz for 4G-LTE Implementation of 2.3 GHz
for 4G-LTE 4G LTE ROADMAP IN INDONESIA
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Broadband as a Green Strategy: Understanding Hot The Internet
Can Shrink Our Carbon Footprint, Valley Vision, 2014 How can ICT
Broadband Help Emissions Reduction in Other Sectors
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6 Potential Emissions Reduction in INDONESIA Broadband
Development Broadband usage could reduce environment emission
(Green House Gas/GHG emission) up to 25%. Movement access
technology reduces 2% of GHG at 2009. e-Commerce energy consumption
saves 30% compared with traditional retail trade Conference and
long-range computing/calculating (teleconferencing and computing)
could replace transportation needs. ICT potentially saves CO2
emission up to 7,8 Gigaton at 2020 Usage of online newspaper
potentially saves 57.4 millions ton of CO2 emission in 10 years
ahead Indonesia Broadband Plan, 2014-2019