and products in ESDM sector . |
a . |
To facilitate IP development and acquisition by |
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4 . Developing and mandating standards |
industry , academic and R & D institutions . |
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4.1 . |
To curb inflow of sub-standard and unsafe electronic |
b . |
To set up a “ Fund of Funds " to create need based |
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products by mandating technical and safety standards |
“ Daughter Funds " for various innovation and |
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which conform to international standard . |
manufacturing stages . All Funds to be |
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a . |
To develop Indian standards to meet specific Indian |
professionally managed . |
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conditions including climatic , power supply and |
c . |
To give special thrust to innovation and R & D for |
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handling conditions etc ., by suitably reviewing |
Inclusive Products , Green Technologies , |
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existing standards . |
Convergence and Broadband Technologies . |
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b . |
To mandate technical standards in the interest of |
d . |
To promote entrepreneurship in ESDM sector in |
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public health and safety |
active collaboration with Industry , Industry |
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c . |
Set up an institutional mechanism within |
Associations and Academia |
||
Department of Information Technology for |
e . |
by ensuring availability of Angel Funds and Venture |
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mandating compliance to standards for electronics |
Capital Funds . |
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products . |
f . |
To set up Incubation Centers in the country for VLSI |
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d . |
To develop a National Policy Framework for |
and other ESDM related sectors in association with |
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enforcement and use of Standards and Quality |
Software Technology Parks of India ( STPI ) |
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Management Processes . |
/ Academic Institutions / Industry . |
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e . |
Strengthening the lab infrastructure for testing of |
g . |
To design and develop India Microprocessor for |
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electronic products and encouraging development |
diverse specific / strategic applications . |
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of conformity assessment infrastructure by private |
h . |
To provide for effective IP protection strategy |
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participation . |
especially semiconductor IP protection |
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f . |
Creating awareness amongst consumers against |
8 . Electronics in Other Sectors |
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sub-standard and spurious electronic products . |
8.1 |
Automotive Electronics : To develop a Centre of Excellence |
||
g . |
To build capacity within the Government and public |
for the development of Micro controller Units ( MCUs ), |
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sector for developing and mandating standards . |
Micro-electro mechanical systems ( MEMS ) and other |
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h . |
To actively participate in the international |
advanced electronic devices to enable India to |
||
development of standards in the ESDM sector . |
consolidate India ' s position as one of the global auto |
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5 . Cyber security |
hubs . |
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5.1 |
To create a complete secure cyber eco-system in the country , careful and due attention is required for creation of well defined technology and systems , use of appropriate technology and more importantly development of appropriate products & solutions . The |
8.2 |
Avionics : To support the growth of aviation industry by facilitating the development of research and development and outsourcing of engineering design and related software for avionics and Maintenance ,
Repair and Overhauling of avionics in the country .
|
|
priorities for action will be suitable design and |
8.3 |
LED : To encourage the usage of LED lighting solutions |
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development of indigenous appropriate products |
especially in rural markets through innovative products |
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through frontier technology / product oriented research , |
like solar LED lamps , public places like street lighting , |
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testing & validation of security of products meeting the |
traffic lights etc . to promote the manufacture of LED |
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protection profile requirements needed to secure the |
and LED lights . |
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ICT infrastructure and cyber space of the country . |
8.4 |
Industrial Electronics : To develop a Centre of Excellence |
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6 . Strategic Electronics |
for innovation in Industrial Electronics with focus on |
|||
|
6.1
To promote manufacturing capacities for sourcing
ESDM in strategic and core infrastructure sectors -
Defence , Atomic Energy , Space , Railways , Power ,
Telecommunications , etc . a .
To create long-term partnerships between domestic
ESDM industry with strategic sectors for sourcing electronic products domestically . b .
Defence offset obligations for electronic procurement to be met through ESDM products .
7 . Creating eco-system for vibrant innovation and R & D in ESDM sector including nanoelectronics
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8.5
8.6
|
making affordable standardized products which help
India to maintain its growth in industrial segments in which it has core competence , including textiles , food processing , steel , engineering and electrical gods like motors , compressors , inverters , etc .
Medical Electronics : To consolidate the design and development of affordable medical electronic device industry and to develop downstream manufacturing activities through sector specific cluster .
Solar Photovoltaic : To build manufacturing capacity of solar photo-voltaics to support the generation of 20
GW of solar power by 2020 .
|
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7.1 |
To create an Electronic Development Fund to promote
Innovation and IP and R & D , commercialization of products , etc . in the ESDM , nanoelectronics and IT sectors , including mobile applications by providing appropriate funding incentives to Industry / Academic /
R & D institutions .
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8.7
8.8
|
Information and Broadcasting : To create an eco-system for manufacture of set-top boxes and other broadcast equipment in the country as part of the digitalization of the broadcast network of the country .
Telecommunications : To support the development of manufacturing capacities within the country by
|
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