Technical Proposal for Telecoms & Networks Public Contracts
Fibre optic deployment and telecom infrastructure modernisation represent a massive market driven by the France Très Haut Débit plan. Local authorities and operators issue public contracts for FTTH deployment, structured cabling of public buildings, network maintenance and public initiative networks (RIP). These technical contracts require thorough knowledge of cabling standards, ARCEP regulations and civil engineering constraints.
Regulatory Framework: ARCEP, France THD Plan and Cabling Standards
The telecoms sector is governed by a regulatory framework that structures deployment, network sharing and quality standards.
ARCEP regulations and deployment zones
ARCEP governs FTTH deployment through two major decisions: 2009-1106 for very dense areas (ZTD) and 2010-1312 for less dense areas (ZMD). In ZTD, each operator can deploy its own network to the mutualisation point. In ZMD, a single operator deploys and shares via a street cabinet or building-entry mutualisation point. The proposal must demonstrate knowledge of these obligations.
France THD plan and public initiative networks
The France Très Haut Débit plan targets 100% fibre coverage. Public Initiative Networks (RIP) are contracts launched by local authorities for areas not covered by private initiative. These take the form of public service delegations, leases or works contracts. France THD subsidies cover 50-80% of costs in rural areas.
Cabling standards and compliance
NF EN 50173 is the reference standard for generic structured cabling, covering copper (Cat 5e to 8) and fibre optic (OS1, OS2, OM3, OM4, OM5). The proposal must specify fibre types used (G.652.D for long-distance, G.657.A2 for risers and drops), connectors (SC/APC for FTTH), splice protection enclosures and testing protocols (OTDR reflectometry, attenuation measurement, acceptance reports).
Fibre Optic Deployment: Civil Works, Cable Pulling and Connection
FTTH deployment is a complex project combining heavy civil engineering and precision connection work.
Civil works and infrastructure
Civil works represent 50-70% of total deployment cost. The proposal must detail: preliminary studies (utility surveys), trench types (micro-trench, traditional), duct and chamber installation, road crossings and reinstatement. DT/DICT (utility location) compliance and AIPR certification are mandatory.
Cable pulling and network architecture
GPON (or XGS-PON) architecture structures the network: NRO → transport → SRO/PM → distribution → PBO → drop → PTO. The proposal must present the cabling plan with cable sizing (72-720 fibres for transport, 6-48 for distribution), pulling technique (air-blown or mechanical), coiling in enclosures and fusion splicing. Duct fill rates must not exceed 50%.
Final connection and acceptance testing
Final connection (PBO to subscriber PTO) determines service quality. The proposal must describe: drop cable installation, PTO connection (SC/APC connector), compliance testing (bidirectional OTDR, optical power measurement), and acceptance report with attenuation values per section. Total attenuation below 28 dB between NRO and PTO is the GPON standard.
Structured Building Cabling and Network Maintenance
Beyond FTTH deployment, telecom contracts cover public building cabling and infrastructure maintenance.
VDI structured cabling (Voice-Data-Image)
VDI cabling of public buildings follows NF EN 50173. The proposal must present: LAN design (equipment room, backbone, horizontal distribution), component selection (Cat 6A minimum for copper, OM4 for fibre), cable pathways, patch panels and link certification testing (Class EA compliance).
IP telephony and unified communications
Voice-data convergence requires mastery of IP telephony (SIP, SRTP) and unified communications. The proposal must cover: network infrastructure sizing (QoS, voice VLAN), equipment selection (IPBX, gateways, terminals), redundancy and high availability, and SLA commitments (restoration time, 99.9% availability).
Preventive and corrective network maintenance
Network maintenance contracts require rigorous organisation: response time guarantees, restoration time guarantees, proactive supervision (NMS, SNMP), spare parts stock, 24/7 on-call. The proposal must present preventive maintenance plans and corrective organisation with escalation procedures.
Frequently asked questions
Related guides
Ready to win more public contracts?
Join SMEs that respond 3x faster to public tenders.
Start for free →1 free project • No commitment • Setup in 2 minutes