Emerging Trends in the Global ICT Industry

○

Pemanfaatan ICT

○

Industri ICT sebelum dan sesudah tahun 2000

○

Peluang dalam e-commerce

○

Kerawanan dalam ICT

○

ICT dalam era mobile phone

○

Peluang berbagai karir di era ICT

SMART HANDHELD DEVICES



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

Moreover, many regard CES as a leading

indicator of electronics industry trends.

After participating in CES, ITRI has

identified 10 new trends in the global ICT

industry

ULTRA HIGH DEFINITION



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

Jim Chung, Deputy General Director of

ITRI’s IEK, pointed out that of the

observed new trends, five are related to

components, four are consumer

electronics products and one belongs to

the infrastructure segment.



PELUNCURAN TELEVISI 4K OLED TV.

UKURAN 56 INCH.



SAMSUNG DAN LG DEMONTRASI 55

INCH CURVED DISPLAY.



HAMBARAN untuk OLED TV: BIAYA

TINGGI UNTUK LAYAR, keuntungan yang

rendah, product life rendah dan sulit

meningkatkan kualitas pada resolusi =

UHD.





2015 = 3,2 juta; 2017 = 5.95 juta.



Masa depan adalah televisi layar lebar.



Ada kebutuhan data besar untuk

analisis intelijen bisnis.



Divisi: manufaktur, kesehatan,

telekomunikasi, retail, energi,

transportasi, otomotif, keamanan dan

lain-lainya.





Membangun cloud applications.





Bisnis tablet akan mencapai 200 juta

dengan peningkatan pertahun 38%.



Tablet juga bisa masuk kedalam

shopping, logistik, pendidikan, social

media, hiburan, konseling kesehatan

dan jasa lainnya.



Peningkatan ini diprekdisikan sebesar

52%.



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

Peningkatan prosesor HP meningkat.

Quad-core menjadi standar untuk HP

yang terjangkau dan kencang.



2017, 600 juta HP di China.



Quad-core smartphone meningkat 55%.



3D IC



Iphone 5 masih menjadi primadona

karena desain lebih tinggi akibat proses

produksi yang lebih sederhana dan

penurunan komponen.



Teknologi layar sentuh juga akan

mendominasi masa depan.



In the touchscreen industry, the space

for simple add-on touchscreen makers

no longer exists, and manufacturers with

embedded touch technology are

expected to take the lead.



Teknologi sentuh mulai meningkat

sekitar 25%.

Peningkatan produk wireless

charging



Teknologi wireless charging mulai

meningkat. Banyak produk.



PMA power matters alliance: Google

AT&T dan Starbucks.



WPC wireless power consortium: Nokia

dan LG



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

Networked home appliances dan

management services



Handheld devices.



Growth engine adalah consumer

electronics products.



Smart handheld devices: smartphones,

tablets, ultra thin notebooks.



Lebur antara semua alat tersebut.



Kulkas pintar



Wireless thermometer



Wearable computing



Elektronik untuk health care, elektronik

mobil dan smart enery systems.



In addition, as innovation continuously

gives rise to new intelligent end

products, multiscreen linking services

will also



Penggunaan screen untuk service

platform dan content platform.



Dibutuhkan content industry untuk ICT.



SMART TV masih kekurangan kualitas

content.



Perusahaan global mengembangkan content

untuk video, social networking, shopping, dll.



Akan ada penggunaan NFC untuk

pengelolaan smart home appliances melalui

cloud computing.



Smart energy systems.





Teknologi wireless digital health

products.



Health care, automotive electronics,

smart energy systems.



Mobil lebih aman, nyaman dan enery

efficient.



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

Mobile and cloud computing are converging to

create a new platform—one that has the

potential to provide unlimited computing

resources.



Mobile devices are constrained by their

memory, processing power, and battery life.

But combined with cloud computing, data

processing and storage can happen outside of

mobile devices.



What IDC calls the "Third Platform" will allow

for better synchronization of data, improved

reliability and scalability, increased ease of

integration, anytime-anywhere access to

business applications and collaborative

services, rich user experiences, and an

explosion of new services.

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Ada kebutuhan konektivitas untuk fisik

dan digital.



Internet tagging antara internet dan

dunia nyata.



The Web of Things will produce large

volumes of data related to the physical

world, and intelligent solutions are required

to enable connectivity, inter-networking,

and relevance between the physical world

and the corresponding digital world

resources.

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BIG DATA SAMPAI EXTREME DATA



DATA: VOLUME, VELOCITY, VARIETY.



MASIH KURANGNYA ANALIS DATA

DAN SOFTWARE YANG MUDAH

UNTUK MENGUMPULKAN DAN

MENGOLAH DATA.



Teknologi 3D printing.



Mudah mencetak apa saja.



Fabrikasi digital: rancang, prototype,

produksi.



Online learning: new learning systems.



Massive Open Online Courses

(MOOCS)



Butuh identitas dan powerful systems.



Web forums, online meetups, keystroke

loggers.



Contextual: locatian based learning



Ubiquitous: pervasive dan embedded

technologies.



Mobile phone: multi tasking utk ticketing,

payment, audio video,



Butuh infrastruktur, backbones, high

speed relays, wireless charging.



Infrastruktur mobile lebih handal ketika

bencana.



Communication disaster.



Muncul masalah

privasi: pelanggaran privasi; pencurian

identitas



Digital health care



Penggunaaan inteligent data,

biomedical, metadata untuk penyebaran

penyakit dan kebiasaan kesehatan.



Electronic government: penggunaan ICT

dan untuk jasa, transaksi pemerintah

dan masyarakat.



Challenges emerging in this area focus

on e-government interoperability in

cloud computing, open government, and

smart city initiatives.



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

Scientific computing has already begun to change

how science is done, enabling scientific

breakthroughs through new kinds of experiments

that would have been impossible only a decade ago.



It is the key to solving "grand challenges" in many

domains and providing breakthroughs in new

knowledge, and it comes in many shapes and forms:

high-performance computing (HPC), high-throughput

computing (HTC), many-task computing (MTC), and

data-intensive computing.



Big data is generating datasets that are increasing

exponentially in both complexity and volume, making

their analysis, archival, and sharing one of the grand

challenges of the 21st century. Not surprisingly, it

becomes increasingly difficult to design and operate

large scale systems capable of addressing these

grand challenges.

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

I joined Intel, the US semiconductor giant, 12 years ago, at a time when

the technology industry was experiencing the first wave of what we now

call consumerisation.



By that, I mean PCs were moving from being a tool for the office into

the home and becoming part of people's personal lives.



At that time, the question among tech companies was, could you get

out ahead of that shift.



So Intel hired me and a number of other people like me to help it better

understand human beings.



Over the years, the team has grown to include people of a variety of

different stripes: anthropologists, sociologists, cognitive psychologists,

industrial designers, interaction designers and human factors

engineers.



And our role has evolved to thinking about a broader array of

questions.



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

Part of this is educational - explaining to a technology company what happens after

Moore's Law, in which technology gets progressively smaller, faster and cheaper.



But the job is mainly to help the people who design our products to better understand

those who will use them.



That involves getting out into the office, into the field, and into people's homes to ask

questions about where technology empowers them, where it frustrates them and to

learn about the diversity of experiences they are having with technology around the

world.

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

Indonesia is a fantastic example of that today. The proportion of the country's online

population using Facebook is one of the highest in the world.



Tablets are the next evolution in consumer electronics



But because of the issues they have with the quality of broadband, the majority of

people accessing the internet are doing it via their phones.



Back in 1998 when I started at Intel, computing was all

about the PC. Flash forward 12 years and we are in a

world where computing smarts are embedded in all sorts

of things - and the interesting question is, what's next?



One place where we expect to see a lot more computing

technology in the next few years is in cars.



There are nearly a billion of them on the planet and new

cars today already have somewhere between 12 and 24

computer chips in them.



We've been in Singapore, Malaysia, China and Australia

asking people to let us turn out the contents of their cars:

front to back, glove compartment, doors, in between the

seats, under the seats, boot (trunk) and everything.



We put it on a tarpaulin and photograph it, a little like an

archaeological dig.



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

We want to get a better understanding of the role that content plays in their lives and

where computing technology might intersect with that.



In Malaysia and Singapore, for example, we were surprised to find people kept "ang

pow" packets (envelopes of money given at Chinese New Year and thought to be lucky)

in their cars all year round.



In a sense, people there were using their cars to keep them socially safe, not just

physically safe.



Ultimately, my team's role is about making sure the product development processes

start from an understanding of what people care about when it comes to technology.



And that as an organisation, we are literally testing our silicon against that ideal at each

and every step of the way.



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