C O R P O R A T E P R O F I L E

1-4-1 Jinnan, Shibuya-ku, Tokyo 150-0041, JapanPhone: 81-3-5456-4711Fax: 81-3-5456-4747http://nhkitec.com

as of April 2017

Content Production and Playout SystemContent Production and Playout System

Worldwide Engineering ServicesWorldwide Engineering ServicesContributing to the Development of Broadcasting Services All Over the World

As a member of the NHK* group, NHK Integrated Technology Inc. will practice thorough compliance, support the development of NHK and the broadcasting industry, and contribute to the formation of an enriching information society.

Highly E�cient Content Production and Playout System

01

Broadcasting NetworkBroadcasting NetworkRealizing an Optimal Broadcasting Network System

02

Architecture, Acoustics, and Antenna TowersArchitecture, Acoustics, and Antenna TowersResponding E ectively to Special Demands for Broadcasting Architecture

07

Development of Products and SystemsDevelopment of Products and SystemsDeveloping New Products and Systems for Broadcasting/Information Networks

08

05

Improving the Broadcasting- Receiving EnvironmentImproving the Broadcasting- Receiving EnvironmentHigh-quality Reception of All Types of Broadcasting Waves

04

Information and Communication NetworkInformation and Communication NetworkAdvanced Information Infrastructure for Disaster Prevention

03

Next-Generation Broadcasting SystemsNext-Generation Broadcasting SystemsIntegrating Solutions for a 4K/8K Super Hi-Vision Multi-display/Transmission System

06

NHK

INTE

GRAT

ED TE

CHNO

LOGY

*NHK: Japan Broadcasting Corporation

Charter of Ethics and Behavior• We will ful�ll its mission and responsibilities as a member of the NHK group.

• We will respond to the expectations and con�dence of its customers with high expertise according to “Customer First” principles.

• We will provide high-quality system services as a comprehensive technology company in the broadcasting �eld.

• We will practice thorough compliance by observing all laws, social rules, and standards expected of a responsible corporate entity.

• We will conduct fair and highly transparent business activities and transactions.

• We will create a safe, creative and vibrant working environment.

Management Philosophy

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Lyceum of the City of Havana in Cuba Multi-touch Display System at Lyceum in Havana

TV Transmitting Station on Mt. Asmai in Afghanistan

Worldwide Engineering ServicesContributing to the Development of Broadcasting Services All Over the World

Developing EWBS Reception Module to Enhance the Feature of ISDB-T Vietnam Television (VTV) Center Building 700m2 TV Studio at VTV Center

News Studio at VTV Center Sub-Control Room at VTV Center

[Simpli�ed EWBS System]

Virtual Studio at Indira Gandhi National Open University (IGNOU) in India

Control Room for the Virtual Studio at IGNOU

100 kW Medium Wave Antenna at Radio Tanzania

Transmitting Station Building at Radio Tanzania

NHK ITEC is branching out into wide-ranging consultancy services in Asia, Africa, Oceania, and Latin America through O�cial Development Assistance (ODA) and United Nations (UN) Assistance.

NHK ITEC has developed an EWBS reception module for the ISDB-T broadcasting standard based on a follow-up survey on ISDB-T di�usion contracted with the Japanese government. NHK ITEC is taking part in DiBEG activities to research and demonstrate the module in countries that have adopted ISDB-T. The EWBS module has already earned an ace-high reputation as an advance noti�cation tool to reduce damage by natural disasters.

The EWBS reception module is built into home TV sets and public displays. When the module receives an EWBS message, it outputs superimposed text signals and control signals for device power and sound.

ISDB-T: Integrated Services Digital Broadcasting - TerrestrialEWBS: Emergency Warning Broadcast SystemDiBEG: Digital Broadcasting Experts Group founded to promote ISDB-T in 1997

developed

Responsible Agency for Disaster Reduction

Warning/Alert Information

• Earthquake• TSUNAMI• Hurricane• Flood• Landslide, etc.

EWBS Reception Module

TV Wave

Broadcasting Station

Superimpose

For Public Use For Consumer Use

[Public Display]

[Home TV]

[Public Speaker/Siren] [Alert Terminal]

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Countries and Projects-NHK ITEC has worked for-

1. Sudan• Project for Improvement of MW Radio Broadcasting Network (Sudan Broadcasting Corporation (SBC)): 1984-19872. South Sudan• Project for Institutional Capacity Development (South Sudan TV and Radio): 2012-3. Egypt• Project for Construction of Six October City New TV Center: 1985-19874.Uganda• Project for Improvement of TV Broadcasting Network (Uganda Broadcast Corporation (UBC)): 1985-1986• Project for Improvement of MW Radio Broadcasting Network (Uganda Broadcast Corporation (UBC)): 2006-20095. Kenya• Project for Modernization of Kenya Broadcasting Corporation (KBC): 1989-1995• Project for Expansion of FM Radio Broadcasting Network (Kenya Broadcasting Corporation (KBC))6. Tanzania• Project for Improvement of MW Radio Broadcasting Network (Radio Tanzania (RTD)): 1987-1990 (Phase-1)• Project for Improvement of MW Radio Broadcasting Network (Radio Tanzania (RTD)): 1990-1992 (Phase-2)• Project for Strengthening of MW Radio Broadcasting Network (Radio Tanzania (RTD)): 1999-2002• Project for Rehabilitation of TV Zanzibar (TVZ): 1994-19977. Zimbabwe• Project for Expansion of TV Broadcasting Network (Zimbabwe Broadcasting Corporation (ZBC)): 1989-19928. Ghana• Project for Improvement of Radio and TV Broadcasting Facilities (Ghana Broadcasting Corporation (GBC)): 1984-19869. Liberia• Project for Improvement of Educational TV Broadcasting Network (Liberia Broadcasting System (LBS)): 1984-198710. Senegal• Project for Improvement of Educational TV Broadcasting Center (Radio Television Senegal (RTS)): 1986-198811. Djibouti• Project for Improvement of TV Broadcasting Center (Radio Television Djibouti (RTD)):1990-199212. Cameroon• Project for Improvement of FM Radio Broadcasting Network (Cameroon Radio Television (CRTV)): 1991-1995• Project for Expansion of FM Radio Broadcasting Network (Cameroon Radio Television (CRTV)): 2006-2009

Afr

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Euro

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13. Mozambique• Project for Expansion of MW Radio Broadcasting Network (Radio Mozambique (RM)): 1992-199414. Ethiopia• Project for Consolidation of Educational Radio & TV Recording Studios (Educational Media Agency (EMA)): 2001-2003 (Phase-1)• Project for Consolidation of Educational Radio & TV Recording Studios (Educational Media Agency (EMA)): 2003-2005 (Phase-2)15. Tunisia• Project for Improvement of New TV Broadcasting Center (Tunisian Television (TT)):2009• Project of Equipment for New Broadcasting Center (Tunisian Television (TT)): 2013-16. DR Congo• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 201217. Côte d'Ivoire• Project for Supply of Program and Technical Materials (Côte d'Ivoire Radio diffusion Télévision): 2015- 2017

18. Pakistan• Project for Establishment of Educational TV Broadcasting Network (Pakistan Television (PTV)): 1989-1992• Project for Expansion of Educational TV Broadcasting Network (Pakistan Television (PTV)): 1994-1998• Project for Improvement of Equipment (Allama Iqbal Open University): 201019. Nepal• Project for Improvement of MW Radio Broadcasting Network (Radio Nepal (RNE)): 1979-1982 (Phase-1)• Project for Improvement of MW Radio Broadcasting Network (Radio Nepal (RNE)): 1988-1991 (Phase-2)• Project for I mprovement of SW & MW Radio Broadcasting Network (Radio Nepal (RNE)): 2005-2008 (Phase-1)• Project for Development of TV Broadcasting Service (TV Nepal (TVN)): 1987-198820. Bangladesh• Project for Construction of Radio Broadcasting Center (Radio Bangladesh (RB)):1980-1981• Project for Renewal of MW Transmitting Equipment (Radio Bangladesh (RB)): 1985-1988• Project for Expansion of MW Transmitting Equipment (Radio Bangladesh (RB)):1990-1993• Project for Improvement of TV Broadcasting Service (Bangladesh Television (BTV)):1993-199921. Myanmar• Project for Establishment of TV Broadcasting Center (Myanmar Radio and Television (MRTV)): 1982-1984• Project for Expansion of Broadcasting Equipment (Myanma Radio and Television (MRTV)): 2016-

22. China• Project for Improvement of TV Studio to Produce Japanese Educational Programs (China Central Television (CCTV)): 1987-1990• Project for Improvement of TV Broadcasting Equipment (Beijing Television (BTV)):1988-1991• Project for Improvement of TV Broadcasting Equipment (Xinjian Television (XJTV)):1992-1994• Project for Improvement of TV Broadcasting Equipment (Henan Television (HNTV)):1992-1994• Broadcasting Infrastructure Improvement Project (Jilin Province, Jinan, Shandong Province, Ningxia Hui Autonomous Region, Yunnan Province, Anhui Province)23. Philippines• Project for Establishment of Information-Education Network: 1988-1989• Project for Establishment of Digital Terrestrial Broadcasting Network (National Broadcasting Network (NBN)): 2008-2009• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 201724. Indonesia• Development Project for Nationwide Radio & TV Broadcasting Network (Radio Republik Indonesia (RRI) , Televisi Republik Indonesia (TVRI)): 1973-1989• Project for Expansion of Nationwide Radio & TV Broadcasting Network (Radio Republik Indonesia (RRI) , Televisi Republik Indonesia (TVRI)): 1989-1992 (Phase 1 &2 )• Project for Enhancement of Nationwide Radio & TV Broadcasting Network (Radio Republik Indonesia (RRI) , Televisi Republik Indonesia (TVRI)): 1993-2002 (Phase 1-3)• Project for Establishment of M ulti Media Training Center (MMTC) : 1982-1985• Project for Improvement of Overall News Editing & Dubbing System (Televisi Republik Indonesia (TVRI)): 1988-1990• Project for Improvement of Radio & TV Training Center (RTIC) : 1996-1998• Project for Improvement of TV Training Center (TVTC) : 1996-1998• Project for Improvement of Broadcasting Equipment at Jakarta News Division (Televisi Republik Indonesia (TVRI)): 2001-2004• Project for Expansion of MW Radio Broadcasting Network in the Remote Area (Radio Republik Indonesia (RRI)): 2005-200925. Malaysia• Project for Improvement of TV & FM Radio Broadcasting Network for the States ofSabah & Sarawak (Radio Television Malaysia (RTM)): 1980-198126. Thailand• Project for Construction of Sukhothai Thammathirat Open University (STOU): 1982-1983• Project for Establishment of Educational TV Broadcasting Station (ChanneI 11): 1986-198827. Sri Lanka• Project for Establishment of TV Broadcasting Network (Sri Lanka Rupavahini Corporation (SLRC)): 1981-1983• Project for Expansion of TV Studio for Educational Programs (Sri Lanka Rupavahini Corporation (SLRC)): 1983-1985• Project for Improvement of SW Radio Broadcasting (Sri Lanka Broadcasting Corporation (SLBC)): 1988-1990• Project for Improvement of Radio Studio Equipment (Sri Lanka Broadcasting Corporation (SLBC)): 1989-1992• Project for Improvement of Open University of Sri Lanka (OUSL) : 1991-1994• Project for Improvement of TV Broadcasting Equipment (Sri Lanka Rupavahini Corporation (SLRC)): 1996-1998• Project for Acquisition of Japanese TV Programs (Sri Lanka Rupavahini Corporation): 2014• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 201628. Afghanistan• Urgent Rehabilitation Support Project for Afghanistan National Radio & Television (ANRT) : 2002-2003• Project for Improvement of TV Broadcasting Facilities in Kabul (Afghanistan National Radio & Television (ANRT)): 2002-200529. lndia• Project for Improvement of Mass Communication Research Center (Jamia Millia Islamia University (JMIU)): 1990-1992• Project for Strengthening of Electronic Media Production Center (Indira Gandhi National Open University (IGNOU)): 2009-201330. Laos• Project for Construction of National TV Broadcasting Center (Lao National Television (LNTV)): 1991-199431. Vietnam• Project for Construction of New TV Broadcasting Center (Vietnam Television (VTV)):1999-32. Cambodia• Project for Improvement of National TV Broadcasting (National Television of Cambodia (TVK)): 1995-199733. Mongol• Project for Upgrading Preservation of the Stored Collection (National Museum of Mongolia): 2015-201634. Kyrgyz• Project for Improvement of Nationwide Radio & TV Network: 1993-1994• Project for Improvement of Program Production Equipment (Public Broadcasting Corporation): 2012

35. UAE• Project for Improvement of TV Studio Equipment at Abu Dhabi: 1982-198336. Yemen• Project for Improvement Educational TV Broadcasting Equipment (Yemen General Corporation for Radio and Television (Sana'a)): 1993-1995• Project for Upgrading of TV Broadcasting Equipment (Yemen General Corporation for Radio and Television (Aden)): 1997-1999

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37. Syria• Project for Improvement of Educational TV Broadcasting Equipment (Broadcasting & Television Authority (BTA)): 1994-1996

38. Mexico• Project for Enhancement of Educational TV program Production Equipment (Televisa): 1987-198839. Honduras• Project for Establishment of National TV Broadcasting Station: 1987-1988• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 201740. Dominican Republic• Project for Expansion of National TV Broadcasting Station (Radio Television Dominicana (RTVD)):1991-199341.Panama• Project for Construction of SW Radio Broadcasting Facilities (Association Panama de Radiodiffusion): 1984-198542. Colombia• Project for Improvement of Radio & TV Broadcasting Network (Instituto Nacional de Radio y Television (INRAVISION): 1983-198443. Peru• Project for Improvement of National TV Broadcasting Station (Instituto de Radio y Television Peruana (IRTP)): 1994-1997• Project for Establishment of Digital Terrestrial TV (ISDB-T ) Network (Instituto de Radio y Television Peruana (IRTP)): 2009• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 2009, 2016• Project for Improvement of Equipment for Digital TV Broadcasting: 2014-201744. Chile• Project for Improvement of Radio & TV Broadcasting Network (Television Nacional de Chile): 1983-1984• Project for Establishment of Digital Terrestrial TV (ISDB-T) Network: 2009• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 201045. Argentina• Project for Development of Telecommunication & Broadcasting Networks in the Province of Mendoza: 1986-1987• Project for Establishment of Digital Terrestrial TV (ISDB-T) Network: 2009• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 200946. Paraguay• Project for Establishment of Educational TV Broadcasting Network: 1992-1993• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 201147. Brazil• Project for Establishment of Digital Terrestrial TV (ISDB-T) Network: 2007-200948. Cuba• Project for Improvement of Audiovisual Equipment (Office of Historian of the City of Havana): 2015-201649. Jamaica• Project for Improvement of Exhibition and Audiovisual Equipment (Institute of Jamaica): 2015-201750. Ecuador • Project for Supply of Equipment of Digital Terrestrial Television (CIESPAL): 2015-201751. El Salvador• Project for Donation of Television Programs Related to the Japanese Culture (Televisión de El Salvador): 2015-201652. Costa Rica• Promotion of Digital Terrestrial Broadcasting System (ISDB-T): 2017

53. Marshall Islands• Project for Improvement of Radio Broadcasting Service (Marshall Islands Broadcast Corporation (MIBC)): 1987-198854. Papua New Guinea• Project for Establishment of FM Radio Broadcasting Network (National Broadcasting Corporation (NBC)):1981-1983• Project for Improvement of SW Radio Broadcasting (National Broadcasting Corporation (NBC)): 1987-1988• Project for Rehabilitation of National Radio Broadcasting Station at East New Britain (National Broadcasting Corporation (NBC)):1996-1998• Project for Development of Facilities for Education Media Programs (Ministry of Education): 1999-2001• Project for Improvement of Radio Broadcasting Equipment (National Broadcasting Corporation (NBC)): 2002-200555. Fiji Islands• Project for Improvement of Program Production Studio Equipment (Fiji Broadcasting Corporation (FBCL)): 1977-197956. Australia• Project for Improvement of Satellite Communication Facilities: 1985-1986

57. Russia• Project for Modernization of Radio & TV Broadcasting Network: 2003-200458. Kosovo• Kosovo Independent Media Support Project (Radio Television Kosovo (RTK)):2001-2003• Project for Capacity Development (Radio Television of Kosovo): 2015-

Oce

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Broadcasting NetworkRealizing an Optimal Broadcasting Network System

Constructing a Broadcasting Network• Constructing main/relay transmitting stations• Creating optimal service areas and e�cient networks• Constructing very-low-power digital TV relay stations• Surveying and analyzing the propagation characteristics of various broadcasting radio waves

Community Broadcasting Station, Event Broadcasting StationO�ering network techniques all over the country

ACSES: Automatic Content Selector by Earthquake early warning Signal

One-Segment Broadcasting in Limited Area SystemsA digital terrestrial broadcasting system for independent television broadcasting to mobile terminals in limited areas such as campuses, stadiums, shopping malls, etc.

Renovating the Existing Systems of Transmitting Stations Renewing of existing equipment at TV and AM/FM radio relay transmitting stations

Temporary Disaster FM StationA temporary FM broadcasting station to soften the physiological stresses su�ered by the victims of disasters such as storms, heavy rains, �oods, earthquakes, or large-scale �res.

Digital Signage SystemA signage system to display NHK real-time news, disaster information, and various other character content when a disaster occurs.

Disaster Prevention Information StationA system that functions as a Wi-Fi hotspot in normal times, and automatically switches to o�ine disaster information displays to provide information on nearby emergency evacuation sites,etc. when disconnection from the Internet is detected.

24/7 Maintenance for Transmitting Stations• Periodic maintenance and emergency maintenance at times of disaster or failure• A nationwide centralized monitoring system

NHK ITEC will create an optimal service area and optimal network e�ciency by integrating solutions for all processes from design and construction to operation and maintenance.

Information and Communication NetworkAdvanced Information Infrastructure for Disaster Prevention

NHK ITEC will be constructing an information network capable of providing information on diverse topics such disaster prevention measures, regional education, and welfare enhancement. Optimal response to public needs will be considered in all phases of network development and operation from the technical consultation to the design, construction, and maintenance.

Constructing an Antenna Tower

Maintenance of a Digital TV Transmitter Dispatching Engineers to a Relay Station during an Emergency

Area Simulation Software for Digital Terrestrial Broadcasting

Constructing a Relay Station

Temporary Disaster FM Station in Kumamoto

[Gap Filler System with a Power Supply Function in Disasters]

Photovoltaic Panel

Surveillance Camera

Wi-Fi Hotspot Device

Power System with Batteries

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A system that detects earthquake early warning (EEW) signals broadcast by NHK FM radio (in response to EEW announcements by the Japan Meteorological Agency) and automatically switches from the current programming broadcast to disaster information announcement.

Disaster Prevention Information Station

ReceivingPoint

Transmitting Point

BackupPower

Backup Power

Distributor

TransmittingAntennaReceiving

Antenna

FM Radio Receiverfor air monitoring

Air MonitoringAntenna

DTTB Head Amplifier for Retransmitting System

DTTB Transmitter

Low-Power FM Radio Waves

During aPower Cut..

Power supplies from vehicles etc. besides installed batteries.

Only one broadcast wave receivable

DTTB: Digital Terrestrial Television Broadcasting

12 Segment Broadcastfor Public Space TV set

1 Segment Broadcastfor Mobile Device

During aPower Cut..

Retransmissionof all broadcast

waves at Ordinary Times

Retransmissionof all broadcast

waves at Ordinary Times

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Transmission Tower “Tokyo Skytree” Bullet Train “Shinkansen” Fact-�nding Site Survey Transmitting Point for a Gap Filler System

[Outline of the Gap Filler System]

Improving the Broadcasting-Receiving EnvironmentHigh-quality Reception of all types of Broadcasting Waves

TV Receiving System• Optimal receiving systems for BS, CS, and digital terrestrial broadcasting integrating failsafe countermeasures against interference• Optimal receiving systems inside buildings such as o­ces, apartment houses, schools, hospitals, and hotels.• Gap �ller ISDB-T system for �lling areas not directly reached by digital terrestrial broadcasting signals.• AM/FM radio re-transmission system for enclosed places such as tunnels, underground shopping malls, etc.

Technical Consultation for Broadcasting Receiving Environment• Prediction/simulation and fact-�nding site surveys of radio wave interference caused by frequency overlaps, urban development, etc.• Selection survey of receiving points for CATV network, gap �llers, etc.

Integrated Playout System• Total playout system for BS/CS and digital terrestrial broadcasting• Content production and playout system for datacasting

Monitoring and Master Control Operating• Monitoring and master control operation of CS digital broadcasting and HITS (Headend in the sky) network.

Up-to-date Program Production System• HDTV studio system, Non-linear editing system, HD virtual video system• Sound mixing system, Public Address (PA) system• Remote control HD camera system, etc.

NHK ITEC applies the very latest technologies through all stages of work with customers, from technical consultation and design to construction and maintenance, to guarantee customers high-quality reception of all types of broadcasting waves (TV, radio, data, etc.).

Content Production and Playout SystemHighly E­cient Content Production and Playout System

In every phase of technical consultation, design, construction, and maintenance, NHK ITEC builds optimal, highly operable systems for content production and playout tailored to customer demands.

Sub-Control Room for an HDTV Studio Remote Control HD Camera

Audiovisual System for Conference Facility Monitoring and Operation of a Master Control System

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Gap Filler System

Receiving Equipment

Receiving Equipment Gap Filler System

① for Areas Unreachable by Radio Waves

④ for Underground Shopping Malls③ for an Alternative to CATV

② for Measures against Radio Wave Shade

Receiving Equipment

Gap Filler System Receiving Equipment

Mobile Devices adapting the One-Segment Broadcast System

9 10

Broadcasting station building and transmitting station buildingDesign, construction, supervision, maintenance and other related engineering services for broadcasting station buildings and transmitting station buildings.

Power supply and electrical installations, air-conditioning, water supply, and drainage systemsRenewal of ancillary equipment and facilities for broadcasting buildings such as power supplies, electrical installations, air-conditioning systems, water supply and drainage systems, etc.

Research and examination of the structural strength and earthquake resistance of existing broadcasting buildingsExamination of the structural strength of existing broadcasting buildings to assess earthquake resistance and draw up plans for structural reinforcement when necessary.

Next-Generation Broadcasting SystemsIntegrating Solutions for a 4K/8K Super Hi-Vision Multi-display/ Transmission System

NHK ITEC contributes to Next-Generation Broadcasting Systems such as a 4K/8K transmission systems responsive to practical customer demands.

Architecture, Acoustics, and Antenna TowersResponding E�ectively to Special Demands for Broadcasting Architecture

Multiple engineering services for architecture, acoustics and antenna towers based on rich experience in broadcasting engineering.

4K Remote Control Camera

4K Encoder

Camera Controller

4K Decoder

TV Matsumoto Cablevision

Camera Control

4K Video Transmission

Mt Yarigatake

2K Video Streaming

8K Super Hi-Vision Multi-Vision System in NHK Kyoto Broadcasting Station

8K Super Hi-Vision Multi-Vision SystemNHK ITEC’s 8K Super Hi-Vision Multi-vision system composed of plural slim-bezel displays and 22.2 multichannel sound delivers “high-presence” viewing with big-screen impact.

Multipurpose hall and studioAcoustic design and commissioning for multipurpose halls such as concert halls, theaters, and conference centers; total engineering services for studios (planning, design, new construction or renovation, etc.).

Antenna TowersDesign and construction of broadcasting antenna towers, including inexpensive self-supporting truss towers.

4K Super Hi-Vision Wireless Transmission SystemA wireless transmission system that compresses 4K signals by H.265 on a 5 GHz band. Japanese CATV operator TV Matsumoto Cablevision recently used the system to deliver 4K live video of Mt. Yarigatake online.

8K Super Hi-Vision Device (all components compliant with the ARIB STD-B58 Standard)

Optical Interface Unit

The optical interface unit enables the transmission of up to sixteen 3G-SDI signals through a single optical cable to realize a compact, reliable 8K Super Hi-Vision system.

Routing Switcher

6 inputs/6 outputs (@120 Hz frame rate), 12 inputs/12 outputs (@60 Hz frame rate)

Signal Generator

An 8K still image (TIFF format) can be converted into any video format conforming to the ARIB STD-B 56 Standard or output as an 8K still image on an interface conforming to the ARIB STD-B 58 Standard.

Acoustic Design of Concert Hall Transmission Station & Antenna Tower

Power Supply System Announcement Booth in a Radio Station

[Simplified 8K Super Hi-Vision Multi-Vision System]

[Simplified 4K Super-HiVision Wireless Transmission System]

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Development of Products and SystemsDeveloping New Products and Systems for Broadcasting/Information Networks

Company Prole

Headquarters1-4-1 Jinnan, Shibuya-ku, Tokyo 150-0041Phone: 81-3-5456-4711 Fax: 81-3-5456-4747

Representative (President & CEO)Mr. Tatsuhiko INOUE

Establishment23rd July 1969

Capital fund300,000,000 yen

Sales32,700,000,000 yen(as of the �scal year 2015)

Trade Name

(Abbr. : NHK ITEC)

International DepartmentNHK ITEC

1-4-1 Jinnan, Shibuya-ku, Tokyo 150-0041Phone : 81-3-5456-4757 Fax : 81-3-5456-4746

Main StockholdersNHK

A�liated companies of NHK

Electronic Manufacturers

Main BankMizuho Bank, Ltd.

Employees783 (as of 31st March 2017)

Registrations, Permits, and Certi�catesRegistered with the Japan International Cooperation Agency (JICA) on the �elds of broadcasting, communication, and architect. Registered with the Japan Bank for International Cooperation (JBIC), the World Bank(WB), the Asian Development Bank (ADB), and the Government of Malaysia on the �elds of broadcasting, architecture and audiovisual education.

Construction Industry authorized by the Ministry of Land, lnfrastructure and Transport in Japan, under the registration number 4340

First class architect o�ce

ISO9001 with registration number JQA-QM3349

Organization Chart

Contact

Stockholders’ General Meeting

Board of Directors

Executive Board

Auditor for Executive Board

Internal Audit Bureau

Sales Promotion & Planning Department

President & CEO

Corporate Administration Bureau

Corporate Planning Division

Finance Division

General A�airs & Risk Management Division

Planning Section

Accounting Section

Procurement Section

General A�airs Section

Risk Management Section

Image & Information Business Department

Architectural Department

International Department

Kanto Branch O�ce

Kansai Branch O�ce

Chubu Branch O�ce

Chugoku Branch O�ce

Kyushu Branch O�ce

Tohoku Branch O�ce

Hokkaido Branch O�ce

Shikoku Branch O�ce

Sta� Administration BureauHuman Resources Division

Broadcasting & Communication Network Department

Sta� Relations & Safety Management Division

8K Super Hi-Vision Device• Optical Interface Unit • Routing Switcher• Signal Generator

Passive Relay Optical Transmission SystemA passive relay device that can optically modulate received broadcast waves and transmit them to transmission points in terrestrial broadcasting networks. By keeping the interval between receiver and the transmitter apart at the relay transmitting station, we can suppress the wraparound of radio waves and construct highly reliable broadcasting relay networks.

Digital Signage SystemDigital signage system with a compact display device capable of displaying any text (NHK news, emergency earthquake bulletins, tsunami warning/caution, etc.) through the Internet. Compatible in English, Spanish, Portuguese, Chinese, and Korean.

Statutory Recording DeviceArticle 5 of the Broadcast Law in Japan stipulates that broadcasters must preserve all broadcast content continuously for three months after broadcast. We developed a statutory recording device enabling the preservation of up to two transport stream signals including video, audio, data, and EPG.

VOD SystemIn combination with VOD system, our statutory recording device can deliver the preserved content by VOD streaming.

Mobile Wireless Transmission SystemBy developing an encoder with a control function linked to �uctuating transmission rates in the 5 GHz band Wi-Fi network, we have developed a stable wireless transmission tool using OB-VANs, etc. at low cost.(Jointly developed with Explorer Inc. through joint research with NHK Science & Technology Research Laboratory)

Receiving Device (Rack Mount Type)

Receiving Device (Pole Mount Type)

Transmission Device

NHK News

Free Text

Warning/Alert

Transmission Device

Optical CableReceiving

Device

Sneak Path

Receiving Antenna

TransmissionAntenna

Radio Waves fromMain Transmitting Station

Router

DistributionServer

Any text input by user

Internet

NHK News Source

Warning/Alert

Compact Display Device

Router

Router

Router

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Offi

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Information System Management Section

[Passive Relay Optical Transmission System]

[Outline of Digital Signage System]

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