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Office of Electronic Communications
Inventory of Telecommunications Infrastructure
in Poland
Article 29 of Broadband Act
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Act of 7 May 2010 to promote the development of telecommunications services and networks,
called Broadband Act:
Allows local government units and public utility units:• building and exploitation of telecommunications infrastructure;• supplying telecommunications network/providing access to telecommunications
infrastructure;• provision of telecommunications services (under certain conditions);
Facilitates access to infrastructure of public utility units for building up public telecommunication networks (using synergies);
Requires the President of the OEC draw up a inventory of existing telecommunications infrastructure and public telecommunications networks on the territory of Poland (in electronic form);
Facilitates telecommunications companies access to buildings in order to provide telecommunications services;
Regulates property of elements of telecommunications infrastructure; Makes impossible creating non-location telecommunications infrastructure rules in local
zoning plans and grants the President of OEC the right of appeal of illegal provisions of the local zoning plans;
Lays down specific rules regarding the localization of regional broadband networks.
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Other reasons
• increase investment in the telecommunications sector;• accelerate investments co – financed by EU funds;• removal of barriers to investments in telecommunications infrastructure;• accelerate the construction of new generation networks (NGA/NGN).
The realization of these demands is the enactment of
The Act of 7 May 2010 to promote of the development of telecommunications services and networks, called Broadband Act.
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Article 29 of the Broadband Act
Provides a legal basis of drawing up the inventory of existing telecommunications infrastructure and public telecommunications networks on the territory of Poland (in electronic form) with a separate indication of coverage of the country by:
• optic links;• wireless networks;• building to enable collocation.
Obligated to forward the President of the OEC of data on telecommunications infrastructure are :
• state and local government entities (with exceptions);• public utility units;• telecommunications companies;• Chief Land Surveyor.
Commits to ongoing review and update the inventory, not less frequently than once a year.
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Pursuant to Article 29 section 7of Broadband Act Minister of Home Affairs and Administration issues:
Regulations of the 28 January 2011 on the inventory of existing telecommunications infrastructure and public telecommunications networks, which defines:
The scope of the information collected through the inventory;
The scope of the inventory data published in the Information Broadband Infrastructure System;
The detailed scope and manner of presentation of inventory – inventory maps:• route of backbone and distribution telecommunications networks, indicating the type of
technology which has been used;• location of telecommunications hubs, • location of transmission systems, • location of points of contact between the public telecommunications network;• location of collocation buildings;• location of other existing telecommunications infrastructure, indicating the type of
technology which has been used. The method of date delivery to the President of the OEC.
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The Information Broadband Infrastructure System (SIIS)
It’s a computer system for gathering, processing, presentation and share information about telecommunications infrastructure, public telecommunications networks and buildings to enable collocation;
implemented within The Information Broadband Infrastructure System Projectand Poland Broadband Portal (SIPS). The Project is implemented by: • Institute of Communication (Polish research unit), • Office of Electronic Communication • Ministry of Infrastructure
and is funded by the 7th priority axis of the Operational Programe Innovative Economy 2007 - 2013 ;
For big and medium telecoms – XML with detailed XSD structure
For small telecoms– Electronic forms
Format of input data about infrastructure
Access
Distribution
Backbone
Nodes
Network model implemented in regulation
Addresses supplied byaccess network
Connections ( mainly FO )
Connection notinvented
Node type: Backobone
Distribution
Access
Location: Adres Geographical coordination
Tra
ns
mis
sio
n t
ec
hn
olo
gy
Node
Uti
liza
tio
n
ATM
n2
n4
Nu
mb
er.
of
Inte
rfa
ce
s
…
SD
H FR
EE
US
ED
STM1
SM4
STM16
STM64
n1
n3
Tra
ns
mis
sio
n t
ec
hn
olo
gy
Uti
liza
tio
n
ATM
Eth
ern
et
Nu
mb
er.
of
Inte
rfa
ce
s
……
Tra
ns
mis
sio
n t
ec
hn
olo
gy
Uti
liza
tio
n
Eth
ern
etO
t her
s
Nu
mb
er.
of
Inte
rfa
ce
s
……
Tra
ns
mis
sio
n t
ec
hn
olo
gy
Uti
liza
tio
n
Oth
ers
Nu
mb
er.
of
Inte
rfa
ce
s
…
Uti
lizat
ion
Relation - logical connection between nodes
Th
rou
ghtp
ut
N1 Mb/s
N2 Mb/s
N3 Mb/s
Bel
ongs
to Acess
Distribution
Backbone
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Nodes and logical relations
Node A Node B
Node C
Physical network
Junction e.g. splice for FO (geographical coordination)
Number of pairs Utilization
Network 1
Network 2
Network NInterconnect Node:• Location ( address )• Transmission Medium ( FO, RL, Cable ...)• Transmission technology ( ATM, SDH, PDH, Ethernet …)• Throughput
Network Interconnection
Access and distribution network on the map
Węzeł Dostępowy
Kabel Światłowodowy
Obszar oddziaływania węzła
Adresy zasilane z węzła
Złącze rozgałęźne
Coverage of access network
White, gray and black spots
City border
White spot
February 2011 - System SIIS ready to use
March 2011 - more than 9000 state and local government entities, telecom operators and public utility units were asked about „broadband data”
May 2011 - formatting, clearing and validation of received data
30 of June 2011 - First report of Office of Electronic Communications about broadband telecom infrastructure
July – November 2011 – new version of SIIS with improved data input functionality, dedicated functionality for reports and presentation of infrastructure on the maps.– We would like to deliver a searchable and interactive website ( like Broadband map
in Germany) that allows user to view broadband availability every neighborhood in Poland.
Inventory Project status and future plans
Benefits:– Speed up investment in telecom sector – Optimize utilization of public money and UE founds
• Right defined white and gray pots
Reports:– How is my community connected?– Type of technology available– Broadband availability across demographic characteristic (density population, age,
education, …)– Broadband provider service area– Maximum speed Internet availability
Analyses– Broadband availability in urban versus rural areas
• Percent of population with access to given speed in rural and urban– Differences in technology availability (wireless versus wire line)
And many, others depending on our needs
Benefits, reports and analyses based on infrastructure inventory
