Project Description
DESIGN PROJECT for OPTICAL NETWORK OTN 10GB, GSM-R NET, ACTIVE EQUIPMENT, CABLING, ACTIVE SUPERVISION, ROUTING – INSTALLATION & COMMISSIONING
Problem: Need for modern railways telecom infrastructure proceed over SDH optical move to design a new low & medium Rail Electrical Substation, new OTN optical network with IP-MPLS-TP new Active component, new structured cabling, new GSM-R component over lines, over 350km of high.
Solution: Designed new project with HLD & LLD schemas Design Electrical Low & Medium Substation Rack in over-line shelter Design OTN Optical IP-MPLS-TP Network Design GSM-R Shelter and pole with 900Mhz Antenna for Rail communications Design all over Shelter on line with Oak, structured cabling, Fiber tap Design OSPF Active Component Design Active Rail Supervision for control Installation & Commissioning.
SC4T deliver modern RAIL Network Services for:
- Transmission Network Infrastructure for Rail-Track with Fiber Optics & Copper cabling (OTN -> SDH -> IP-MPLS-TP);
- ERTMS Signalling Condition with Level passing with cold Rail Sensors, Turn-Out condition Monitor, Dragging Equipment Detection and Track Circuit Monitoring design infrastructure,
- All IoT Sensors for all Security Services for RailTrack,
- GSM-R design projects,
- Medium voltage Energy IoT Sensors controlled projects Studies, strategies analysis (cost/benefit – traffic),
Why move from SDH to IP-MPLS-TP ?
- ERTMS Railways Active Supervision Automatic Compliant
- SPVA BMS Supervision with Video, Access Control & Automation
- Increase Rail Security
- Permit Automation over each Shelter
- New environment for Video Surveillance, Access Control, Fire Control, Automatic Trains Block, Central Scada control,
- Permit correct Train-to-Ground voice communications
- Permit Voice & Sound & Passenger Information Systems integration with other services
- Increase Technology availability
- Permit to move over FRMCS over 5G from GSM-R
- Migration from old SDH Optical Network Technology
