RAIL and GSM-R

ATDI has a team specialized in Railways and GSM-R Radio Planning and Opto Communications

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ATDI offers services for Railways:

Radio-Planning (GSM-R, LTE-R, PMR)

Environmental analysis (human hazard, Natura 2000)

Frequency Planning

Cross-Border Coordination

Traffic analysis

Interference analysis

Intermodulations

Network optimization

Design, construction and implementation of the ERTMS/GSM-R radio subsystem

Design and Construction of fiber-optic cable network

Design and Construction of transmission systems

Site survey

Measurements

Cartography

 

PKPics

References:

PKP Polish Railway Lines S.A

“GSM-R radio planning for railway lines covered by the National Implementation Plan ERTMS in Poland”.

– 7 283,188 km of railway lines (1 128 BTS)

 

Consorcium NOKIA NSM – THALES

“Design, construction and deployment of the ERTMS / GSM-R radio subsystem, design and construction of fiber optic cables and the construction of teletransmission systems.

Construction of the infrastructure of the GSM-R system on the railway line E 20 / EC 20 on the section Kunowice-Terespol in the scope of:

Łowicz Główny – Terespol

– 600 km of design documentation related to the construction of new optocommunication cables and development of the teletransmission system (SDH technology)

 

AECOM for Croatia railway line

Propagation planning of the radio network on railway line  Goljak – Skradnik.     Croatia railway line

– 40 km of railway line, 3 tunnels

 

URS

Radio planning for the 800 MHz and 150 MHz band-switched radio network on the PKP PLK E 20 railway line at Sochaczew – Swarzędz

– 220 km of two-track railway lines

 

AD Consorcium NOKIA NSM – THALES

During the period from 12 November 2013 to 15 January 2016, ATDI as a subcontractor of THALES took part in the project “Design, construction and implementation of ERTMS / GSM-R radio subsystem, design and construction of fiber-optic cables and construction of teletransmission systems under the project. OPI & E 7.1-25 “Construction of the infrastructure of the GSM-R system according to NPW ERTMS on the E20 / CE20 railway line corridor F on the section Kunowice – Terespol” for the LOT Lowicz Glowny –  Terespol.

The project included:  (600,00 km railway lines).

The contract includes the design, assembly, construction and commissioning of the GSM-R BSS subsystem for the deployment section together with the necessary construction of new optocommunication cables, telecommunication transmission systems, hardware and software upgrades of the NSS subsystem, the accompanying and teletransmission infrastructure of the Ordering Party. The order also includes delivery of GSM-R mobile terminals, SIM cards and stationary terminals and dispatchers (FDS) with the necessary accessories.

ATDI was responsible for the design documentation for the part related to the construction of new optocoupler cables and the development of the teletransmission system.

The project concerned the implementation of the task on the following sections of railway lines:

– line No. 3 section Warsaw West – Łowicz Główny (E-20)

– line No. 2 section Warszawa East – Terespol (E-20)

– line no.11 Łowicz Główny section – Skierniewice (CE-20)

– line No. 12 section Skierniewice – Lukow (CE-20)

The following tasks were performed:

– construction of optical line telecommunication lines,

– development of STM-16 and STM-4 SDH telemetry transmitters for the transport layer,

– development of access layer devices for realization of the dispatching network,

– retrofitting of the 1350 OMS management system in the OC1 Warsaw central facility in the necessary licenses.

  1. Optical fiber optics cable lines

The signal transmission between BTSs and GSM-R BSCs is implemented in the SDH rings formed on the respective E 20 and C-E 20 lines, which act as a synchronous backbone network with automatic, alternating transmission.

SDH rings were made in the following relationships:

– line E 20 (line no. 3): OR Lowicz – adjusting West Warszawa

– line E-20 (line No. 2) can be adjusted to the east of Warsaw – OR Oleksin – OR Krynka – OR Puchacze – OR Terespol, two basic fiber optic cables and loop closure,

– line C-E 20 (lines 11 and 12): OR Łowicz – OR Piotrkowice – OR Pilawa – OR Łuków, in the basic fiber optic cable with closed loop transmission by the SDH system from the E 20 line.

1.1. Designated cable lines built under this investment task

Along the line No. 2 on the section ND Biala Podlaska – ND Terespol (TRB) and along the line No. 3 on the section ND Warszawa West – Łowicz Główny (building at 7 Dworcowa Street) was built fiber optic cables:

– basic cable – Z-XOTKtsd 48J (along track 1),

– closing cable – Z-XOTKtsd 48J (along track 2).

The Z-XOTKtsd 48J fiber optic cable has been built along the line NO. 11 on the section NW Skierniewice SKB – Łowicz Główny (building at 7 Dworcowa Street) and along the line NO. 12 on the section Skierniewice SKB – LCS Łuków.

Fiber allocation in fiber optic cables is as follows:

– fiber 1-2 main transmission ring SDH,

– fiber 3-4 GSM-R transmission between BTS and SDH,

– fiber 5-6 signaling to FDS terminals,

– fiber 7-12 GSM-R reserve,

– fiber 13-48 reserve.

The cables described above are external (Z), polyethylene (X), optoelectronic (OTK), dry (ts), dielectric (d) tubular, made of a multi-piece structure with loose twisted tubes around the dielectric central Endurance element (FRP rod – impregnated glass or aramid fiber), with 48 monomodal fibers (48J) according to ITU-T G-652.

Fiber optic cables in the aforementioned cables used for SDH transmission are single mode fibers for transmitting in the II and III transmission windows, wavelengths of 1300nm and 1550nm respectively.

 

Gyprotranssignalsvyaz (GTSS SPB)

GSM-R network design using ICS telecom. Line TGV St Petersbourg-Moscou-Nijny Novgorod

 

Transtelecom (TTK)

Network design using ICS designer

 

INDRA (Spain)

Network design line TGV Médine – La Mecque (Saoudi Arabia)

 

INTRACOM (Greece)

GSM-R

 

Network Rail (UK)

Coexistence issues with GSM-R- ICS telecom

 

Ofcom (UK)

Network Rail and MOD spectrum interference issue (study)

 

MoD (UK)

Sharing and compatibility of GSM-R (GSM for Railways) and Ptarmigan (Mobile Secure Battlefield System – MoD) (Study).

 

Atkins (UK)

Measurement data for GSM_R systems for Cambrian, Newton Motherwell 2 other areas (Measurements)

 

Mott MacDonald (UK)

Spectrum usage issue in the GSM-R frequency bands (Study)

Proof of concept trial for Wireless Internet Protocol Connectivity to deliver operation wireless line side data.  This work was undertaken with Mott MacDonalds to study alternative technologies that might be used to deliver data to trains. The study compare GSM-R capabilities in terms of coverage and data throughput to alternative data centric systems. The project Narrative is:

Not Spot Modeling for Ofcom / Network rail

This consultancy was to identify areas of the rail network without Mobile coverage (GSM-R and commercial mobile) and determine best locations for extra sites to fill in not spots

  • Development of detailed methodology to improve cellular network coverage on trains
  • Phase I: coverage measurement study to identify coverage gaps along selected rail routes
  • Phase II: data collected overlaid on mapping pinpointing problem areas. Additional data such as train frequency and passenger data were incorporated to identify where improved coverage would yield greatest benefit
  • Phase III: creation of geospatial coverage model identifying weighting for each potential serving location and its ability to serve coverage to the gaps identified
  • Phase IV: assessment and recommendation of equipment

Deliverable: Full report and recommendations

 

RailCorp (Australia)

GSM-R project for NSW – ICS telecom

 

Huawei

RailCorp GSM-R project / UGL – ICS telecom

Huawei in NSW (used our tool for planning and delivering NSW GSM-R network)

 

UGL / RailCorp

GSM-R project / Winner of contract with RailCorp – ICS telecom

 

Parsons Brinckerhoff / Queensland Rail

Initial study: ETCS L2 Business Case – GSM-R Reference Design – GSM-R network coverage analysis report – (Study)

 

Railcorp Australia

Study I – GSM-R network coverage analysis report – Network dimensioning: RailCorp wishes to simulate the migration of its 400MHz analogue network to a 1800 MHz GSM-R digital network. In order to do so, the number of required base station must be evaluated. ATDI bases its evaluation the planning tool ICS Telecom, that is already owned by Railcorp.

Study II – Tuning Phase: measurement phase by making fake emission along the track and getting samples – 1 month of runs and measurement made. Data introduced after treatment in ICS telecom to get a tuned project.

Study III – DTRS Preliminary design – Verification of work made by UGL and Huawei based on information provided by RailCorp – Used better carto. See proposal RFP No. 106332LB

 

Ineo Suez (France)

TVG line Tours-Bordeaux – GSM-R network study – ICS telecom

TVG line Tours-Rennes – GSM-R network study – ICS telecom

 

Global Novicom (Kazakhstan)

Pre-design GSM-R Network Astana – Kokchetau with Nokia / Siemens – ICS telecom

 

Ancom (Romania)

http://www.scientificbulletin.upb.ro/rev_docs/arhiva/full52725.pdf – it is a small resume of a Ph.D thesis on GSM-R in which ICS Telecom was used as the technical analysis tool, and I think it can be used as a reference. The ICS Telecom license was owned by The Special Telecommunications Service (http://www.stsnet.ro/indexe.html) , a government institution (owner of 2 ICS Telecom licenses).

 

Siemens (Romania) owns 2 ICS licenses and was involved in several GSM-R projects. For Romania there was a pilot project on GSM-R in which Siemens Romania was involved, the equipments were Siemens.

 

TITA ICT

Conducting preliminary LTE-R planning

 

Perth Transport Authority (owns and runs public rail in Western Australia)

LTE-R and TETRA simulations along the rail

 

WSPGroup (Australia)

Compliance and technical response to tenders

 

Transport NSW (Australia)

Managing GSM-R network, handover analysis and coverage predictions

 

Cisco Australia

Mesh & WiFi planning along for light rail in Canberra

 

OTC (Australia)

planning LTE under-ground (tunnels) for mining related acitivities

 

BHP Billiton (Australia)

Coverage and throughput predictions on private rail in mining areas

Software:

Network Rail, UK – using ICST for rail communications (not GSM-R)

 

ANFR (France)

GSM-R intermodulation interference – iCS telecom and High resolution digital cartography

 

ConstraintDiag2

Tunel GSMR4 GSMR3 GSMR2 GSMR1

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