Derwiser successfully delivered a structured campus networking solution for the Atal Bihari Vajpayee Institute of Public Service and Innovation in Mauritius. The project involved deploying reliable horizontal connectivity, a high-speed fiber backbone, and organized server room infrastructure to support the institute’s academic and administrative digital ecosystem.
Envisioned as a premier institution for public service training and innovation, the campus required a stable, scalable, and performance-driven network infrastructure capable of supporting day-to-day operations while remaining ready for future expansion.
Project Overview
The Atal Bihari Vajpayee Institute of Public Service and Innovation is designed as a knowledge-driven campus supporting training, governance programs, and institutional capacity building. To enable seamless digital operations across classrooms, offices, and centralized IT facilities, a well-structured and future-ready network architecture was essential.
Derwiser was entrusted with delivering a solution that ensured:
- Reliable access-layer connectivity
- High-speed backbone communication
- Structured and organized server room infrastructure
Project Requirements
Based on the campus IT planning and operational requirements, the project outlined the following expectations:
- 1 Gbps copper connectivity for horizontal access to end users
- 10 Gbps backbone connectivity over Single Mode Optical Fiber
- Structured cabling for academic, administrative, and common areas
- Centralized server room / data centre readiness
- Stable and consistent network performance across the campus
- Infrastructure designed to support future scalability
The network was expected to support:
- Academic and training applications
- Administrative and institutional IT systems
- Core switching and centralized servers
- Future digital and innovation-driven initiatives
Derwiser’s Approach
Derwiser adopted a structured and application-focused design methodology, ensuring that the network infrastructure aligned with the institute’s functional needs and long-term vision.
The solution was planned with:
- Clear separation between horizontal access connectivity and backbone infrastructure
- Use of copper cabling for reliable and cost-effective access-layer deployment
- Single Mode Optical Fiber for high-speed backbone communication
- Organized rack-based infrastructure for centralized IT operations
This approach ensured ease of deployment, operational stability, and scalability without over-engineering the solution.
Derwiser Solutions Delivered
Horizontal Connectivity – Cat6 Copper Cabling
Derwiser supplied and deployed Cat6 copper cabling to establish horizontal connectivity across the campus. The solution delivers 1 Gbps performance to user endpoints, supporting routine academic and administrative workloads.
Key delivery aspects:
- Reliable access-layer connectivity
- Consistent performance across multiple user locations
- Suitable for structured campus cabling environments
- Supports current operational requirements with scope for future upgrades
Backbone Infrastructure – Single Mode Optical Fiber (SM OFC)
For backbone connectivity, Single Mode Optical Fiber (SM OFC) was implemented to interconnect buildings and core network elements, enabling 10 Gbps data transmission across the campus.
Key delivery aspects:
- High-speed backbone communication
- Low signal attenuation over longer distances
- Stable and reliable inter-building connectivity
- Scalable backbone architecture for future bandwidth growth
Server Room & Data Centre Infrastructure – Racks
Derwiser supplied network and server racks for the server room and data centre, forming the backbone of centralized IT operations.
Key delivery aspects:
- Structured mounting of networking and server equipment
- Organized cable routing and equipment layout
- Improved accessibility for maintenance and operations
- Enhanced overall system organization and reliability
Outcome
The completed deployment resulted in a stable, well-structured, and performance-driven campus network infrastructure, meeting the institute’s immediate operational needs.
The solution enabled:
- Seamless 1 Gbps access connectivity across campus facilities
- Reliable 10 Gbps backbone performance on fiber
- Organized and centralized server room infrastructure
- Improved operational efficiency and network reliability
- A scalable foundation for future digital initiatives
Key Highlights
✅ Cat6 Copper Cabling for 1 Gbps Horizontal Connectivity
✅ Single Mode Optical Fiber Backbone Supporting 10 Gbps
✅ Structured Server Room & Data Centre Rack Deployment
✅ Scalable Campus Network Architecture
✅ Delivered by Derwiser for Long-Term Reliability
Conclusion
The campus network infrastructure delivered by Derwiser at the Atal Bihari Vajpayee Institute of Public Service and Innovation, Mauritius, stands as a robust and future-ready institutional deployment. By combining reliable copper access connectivity, a high-speed fiber backbone, and organized data centre infrastructure, Derwiser enabled a digital foundation that supports the institute’s mission today and is prepared for tomorrow.
