4G LTE & IoT Technical & Business Perspective. oleh : Lingga Wardhana, ST, MBA

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1 4G LTE & IoT Technical & Business Perspective oleh : Lingga Wardhana, ST, MBA

About Me Lingga Wardhana, ST, MBA Educational Background : Electrical Engineering, Gadjah Mada University (2001 2006) MBA Program, Gadjah Mada University (2011 2014 ) Professional Experience : PT.

2 About Me Lingga Wardhana, ST, MBA Educational Background : Electrical Engineering, Gadjah Mada University ( ) MBA Program, Gadjah Mada University ( ) Professional Experience : PT. Siemens Indonesia, Network Optimization Engineer ( ) PT. Lexcorp Solution, RF Optimization Consultant ( ) PT. Nexwave, RF Optimization Consultant (2009) PT. Lintas Media Telekomunikasi, 3G RF Senior Optimization Consultant ( ) PT. Floatway Systems, Founder (2010 Present) Achievements : 1 st winner of Indosat Telco Project st winner of Indosat Wireless Innovation Contest 2007, Hardware Category 3 rd position in European Satellite Navigation Competititon 2009 for Regional Gipuzkoa/Spain ( Books : Belajar Sendiri Mikrokontroler AVR ATMega8535 (2006) Technopreneur (2010) Teknologi Wireless Communication dan Wireless Broadband (2010) 2G/3G RF Planning and Optimization for Consultant (2011) 4G Handbook Edisi Bahasa Indonesia (2014) Enterpreneurial MBA (2014)

3 WHAT is IoT Definition An infrastructure of interconnected objects, people, systems and information resources together with intelligent services to allow them to process information of the physical and the virtual world and react.

4 WHAT is IoT IoT Architecture

5 WHAT is IoT IoT Standard 3GPP (IoT over Cellular Networks) Release Rel-4 Spec version number (note 4) 4.x.y Tanggal functional freeze, dan spec penting pada release tersebut. (note 3) Mar-01 Low Chip Rate TDD (1,28 Mcps) i.e. TD-SCDMA GERAN concept established (EDGE/GPRS Iu interface) Bearer independent Circuit Switched network architecture (the MSC is split in Media Gateway and MSC server Multimedia messaging R00 9.x.y (GERAN) - initial (Note 1). R99 8.x.y (GERAN) March 2000 (closed June 3.x.y (UTRAN) 2011) R98 7.x.y early 1999 (closed December 2007) R97 6.x.y early 1998 (closed December 2007) R96 5.x.y early 1997 (closed June 2006) Ph2 4.x.y 1995 (closed June 2006) Ph1 3.x.y 1992 (closed prior to creation of 3GPP) Release Rel-10 Spec version number (note 4) 10.x.y Tanggal functional freeze, dan spec penting pada release tersebut. (note 3) June Introduction of LTE- Advanced Rel-9 9.x.y Dec-09 Rel-8 8.x.y December Introduction of LTE Rel-7 7.x.y Dec-07 Rel-6 6.x.y Mar-05 Jun-02 - Introduction of IMS, IP Rel-5 5.x.y core network, IP transport in UTRAN - Introduction of HSDPA - High Speed Downlink Packet Access

6 WHAT is IoT IoT Standard 2G/3G/4G (IoT over Cellular Networks) Operation over longer distances can be provided by GSM/3G/4G cellular communication capabilities for any IoT application 4G seems to be the best solution for sending high quantities of data, however the cost and power consumption may be too high for many applications and devices But it can be ideal for development of the gateway for sensorbased low-bandwidth-data implementations that send low amounts of data over the Internet A key products in this area are tiny CELLv1.0 and a series of implementation boards for use with the Raspberry Pi and Arduino platforms Standard: GSM/GPRS/EDGE (2G), UMTS/HSPA (3G), LTE (4G) Frequencies: 900/1800/1900/2100 MHz Range: 35 km for GSM; 200 km for HSxPA Data Rates : kps(gprs), kbps (EDGE), 384 Kbps-2 Mbps (UMTS), 600 kbps-10 Mbps (HSxPA), 1-30 Mbps (LTE)

7 WHAT is IoT IoT Long Range Standard LTE-M/eMTC (enhanced Machine Type Communications) / Narrowband (NB)-IoT

8 WHAT is IoT IoT Long Range Standard Sigfox Sigfox is located between WiFi and Cellular in terms of range It uses the ISM* bands with a very narrow spectrum The idea for Sigfox is that for many M2M applications that run on a small battery and only require low levels of data transfer, then WiFi s range is too short while cellular is too expensive and also consumes too much power. Sigfox uses a technology called Ultra Narrow Band (UNB) and is only designed to handle low data-transfer speeds of 10 to 1000 bps. It is low-power enabled and consumes only 50 mw, thus it may provide typical sand-by time of 20 years with a 2.5 Ah battery Standard: Sigfox Frequency: 900 MHz Range: km (rural), 3-10 km (urban environments) Data Rates: bps (1 Kbps) *ISM :Industrial Scientific and Medical band(433mhz, 868MHz, 902MHz)

9 WHAT is IoT IoT Long Range Standard LoRa LoRaWAN targets WAN applications and is designed to provide low-power WANs with features specifically needed to support low-cost mobile secure bi-directional communication in IoT, M2M and smart city and industrial applications It is optimized for low-power consumption and supporting large networks with many devices, data rates range from 0.3 kbps to 50 kbps. Standard: LoRaWAN Frequency: Various Range: 2-5km (urban), 15km (suburban environment) Data Rates: kbps.

10 WHAT is IoT Resume of IoT Standard

11 WHAT is IoT IoT Segmented Market and Its Projection Indonesia Market Projection Rp 21 Trillion on 2021 with major impact on manufacturing, retail, transportation, mining, agriculture & Telecommedia*. *Source : Frost and Sullivan; press clippings; other public sources; Delta Partners analysis

12 OVERVIEW INDUSTRI TELEKOMUNIKASI SELULER Alokasi GSM 900MHz, DCS 1800MHz, 4G Licensed GSM 900, 4G 900 Licensed DCS 1800, 4G 1800

13 OVERVIEW INDUSTRI TELEKOMUNIKASI SELULER Alokasi 3G 2100 MHz Licensed 3G 2100 Available Available

14 Why iot Business Driven Jumlah Subscriber Telkomsel, Indosat Ooredoo, XL Sumber : Laporan Tahunan PT. Telekomunikasi Seluler, PT Indosat Tbk, PT XL Axiata Tbk

15 Why iot Business Driven Penurunan Pertumbuhan Subscriber Operator Telekomunikasi Seluler di Indonesia

16 Why iot Service Expansion

17 Why iot High Productivity Using IoT

18 Who is IoT Player Indonesian Ecosystems

19 Who get benefit from IoT IoT Business Models

20 When we get benefit from IoT The Timeline (Dekade 90-an)

21 When we get benefit from IoT The Timeline (Dekade 2000-an)

22 When we get benefit from IoT The Timeline (Dekade )

23 When we get benefit from IoT The Timeline (2018, 2019 and Next)

24 Where to Sell IoT Solutions IoT Deployment around The World

25 How to develop IoT systems Narrowband (NB)-IoT Module - Ublox

LoRa : 5 ~ 10km Applications : Wireless Alarm and Security Systems Home and Building Automation Automated

26 How to develop IoT systems Dragino LG01 LoRa OpenWrt IoT Gateway 868 MHZ 433 MHZ 915 MHZ You can find it in : Features : Internet connection via LAN, WiFi, 3G or 4G LoRa band available at 433/868/915/920 Mhz Max range in LoRa : 5 ~ 10km Applications : Wireless Alarm and Security Systems Home and Building Automation Automated Meter Reading Industrial Monitoring and Control Long range Irrigation Systems GPS tracker,etc Price : Rp ,00

How to develop IoT systems GSM IoT M2M Modem DTU Features : Quad band 850/900/1800/1900Mhz GSM GPRS Module inside 3G UMTS/HSDPA/4G Modules are optional Applications : Wireless Alarm and

27 How to develop IoT systems GSM IoT M2M Modem DTU Features : Quad band 850/900/1800/1900Mhz GSM GPRS Module inside 3G UMTS/HSDPA/4G Modules are optional Applications : Wireless Alarm and Security Systems Home and Building Automation Automated Meter Reading Industrial Monitoring and Control Long range Irrigation Systems GPS tracker,etc Price : Rp ,00 You can find it in :

outdoor use; Long stand time with internal battery; Applications : Solar Energy

28 How to develop IoT systems LoRa Inclinometer wireless inclinometer sensor with LoRa communication ZCT600ML-GW Features : IP65, aluminium housing, suitable for outdoor use; Long stand time with internal battery; Applications : Solar Energy CT-Scan Machine 2G/3G/4G Antenna Tilt Load Moment Indicator Price : - You can find it in :

29 How to develop IoT systems LoRa smart parking sensor for on-street and off-street intelligent parking management monitoring Price : US $5-199 / Piece You can find it in :

How to develop IoT systems Ultransonic Level/Liquid Sensor Intergrated with LoRa/ GSM/GPRS/WIFI Features : Measurement Range : 30~ 300mm Applications : 12 Meters

30 How to develop IoT systems Ultransonic Level/Liquid Sensor Intergrated with LoRa/ GSM/GPRS/WIFI Features : Measurement Range : 30~ 300mm Applications : 12 Meters Bitumen Tank 2,5 Meters Diesel Tank 2 Meters Underground Tank Food Garner River Water Level Parkir Occupation Human Height Price : US $ / Piece You can find it in :

How to develop IoT systems Wireless Pressure Transmitter Lora Sensor Features : CS-iPT608 Wireless pressure transmitter is the terminal of the measuring system with battery supply, wireless

31 How to develop IoT systems Wireless Pressure Transmitter Lora Sensor Features : CS-iPT608 Wireless pressure transmitter is the terminal of the measuring system with battery supply, wireless communication function and LCD display. Using the embedded Zigbee Wireless communication module uses a 2.4GHz RF transceiver meet Zigbee protocol standard, as well as CSMA / CA anti-collision mechanism effectively avoid channel blocking send data at the same time and data loss. Using single battery, low consumption design, and working life of batterycould be reach more than half a year. Price : US $ / Piece You can find it in :

Thank You Lingga Wardhana Phone : +628562893622 Email : lingga.

32 Thank You Lingga Wardhana Phone : lingga.wardhana@floatway.com Website : Facebook :

The benefits of NB-IoT

The benefits of NB-IoT GRUPPO TELECOM ITALIA 5G World London, 29 th June 2016 Ivano Collotta TIMLab Portfolio&Project Management Contents Tech/business positioning of NB-IoT Short term market opportunities in Italy vs overlay