Actavo is building a state-of-the-art fibre optic network that delivers high speed broadband, TV, and fixed line services to customers on behalf of Cable Bahamas Limited (CBL) in the Bahamas. This project has strengthened CBL’s position as a telecommunications leader in the country.
Services Delivered
Survey
- Network plant infrastructure
- Pole and pole hardware information – GPS locations collected via GPS devices and photographic references
- Assessing and delineating between Single Dwelling Units (SDU) and Multi Dwelling Units (MDU) based on set criteria
- Delineating between home and commercial property
- Noting the scale and scope of gated communities
- Detailing addresses and associated mapping information to make construction easier
- Data recorded on GIS platform and live maps
- Survey data quality controlled and uploaded to design platform
Design
- Fibre route design
- Management of Design Control Request (DCR) process
- Production of detailed GIS compliant maps with aerial and underground plant information
- Production of detailed Bill of Materials (BOM)
- Detailed splicing matrices and Straight-Line Diagrams (SLD)
- Handover of .shp files on schedule
- Compatible design data
Construction
- Fibre to the Home network construction
- Cabling, splicing
- Bi-directional testing and troubleshooting
- Quality control
- Network handover – construction registers
- Back office support
- Material management
- Procurement and logistics
- Project management
Benefits to client
- Build partner with extensive experience in building fibre optic networks - Actavo has designed and engineered FTTx networks for numerous Telecom providers in the Caribbean.
- Competitive pricing
- SHEQ: all activities are underpinned by the company’s ISO 45001, ISO 9001, and ISO 14001-accredited Integrated Management Systems. Actavo prepares bespoke safety plans which were supplemented by a suite of standard operating procedures and method statements
- Quality: dedicated quality team who ensure all client requirements are met and in line with conditions for network handover