Network Infrastructure Services in Dubai & UAE

Design and support for local and wide-area network environments connecting users, offices, branches and business systems.

Business-grade wireless infrastructure designed around coverage, capacity, user density, security and application requirements.

Secure connectivity between offices, remote users and network environments where VPN access is required.

Identify network bottlenecks, configuration issues, congestion and performance problems before recommending unnecessary infrastructure replacement.

Distribute internet traffic across multiple connections where business requirements call for greater connectivity flexibility and traffic management.

Structured copper network cabling for offices, access points, IP devices and other network-connected systems.

Fiber infrastructure for backbone, high-bandwidth and longer-distance connectivity requirements.

Professional installation and organization of network racks, cabinets, patch panels, equipment and cable management.

Structured copper and fiber connectivity for server rooms, data centers, racks and distribution environments.

Visibility into network availability, performance and infrastructure health to help identify issues before they become larger operational problems.

What actually needs to connect, and how much.

The workloads most sensitive to network quality.

What the network needs to protect and support.

Coverage and capacity across the site.

How locations and traffic types are organized.

Building for tomorrow, not just today.

A new office is an opportunity to build the network correctly from the beginning, coordinated with site survey, cabling design, rack planning, Wi-Fi and internet planning as part of the wider office IT setup.

If your existing network is slow, unstable or difficult to manage, CODE3 can first assess the current environment to identify the actual problem before recommending changes.

Relocation is an opportunity to review the network rather than simply disconnecting and reconnecting existing equipment — covering site survey, network design, cabling, rack planning and go-live support.

Connecting workstations, servers, switches, access points, IP phones, CCTV, access control and other IP-enabled devices through structured copper and fiber infrastructure.

Business Wi-Fi designed around building layout, coverage, user and device density, roaming, interference, capacity, security and PoE requirements.

Cat6, Cat6A and fiber optic cabling, data center cabling, patch panels, network outlets, cable management, labeling, testing and documentation.

Rack size, equipment placement, patching, cable routing, labeling and future capacity planned as part of the network infrastructure project.

Local connectivity between users, devices, servers and network systems within an office or facility.

Connectivity between offices, branches, data centers and other business locations.

Network architecture for organizations operating across multiple locations.

Connectivity between on-premises infrastructure and cloud environments.

A network capable of supporting internet access, DNS, routing, security, VPN, remote users and application traffic for Microsoft 365, SaaS platforms and cloud infrastructure.

Assessing connectivity, DNS, firewall policies, bandwidth and network performance where Teams, Outlook, SharePoint or OneDrive are experiencing network-related issues.

Considering QoS, bandwidth, network paths, switching, Wi-Fi and internet connectivity when designing infrastructure for real-time communication.

Visibility into device availability, network utilization, interface status, bandwidth, connectivity, performance and alerts — especially useful when businesses need more than user complaints to spot a problem.

Diagnosing the cause of performance issues — congestion, configuration problems, outdated infrastructure or capacity limitations — before recommending a complete replacement.

Consistent connectivity across headquarters, branch offices, retail locations, warehouses and remote offices, incorporating LAN/WAN, VPN, internet, security, Wi-Fi and centralized monitoring.

Structured physical and logical connectivity between servers, storage, switches and network systems, including cabling, fiber backbone, rack infrastructure and redundant links.

Cabling, racks, patch panels, switches and network equipment.

LAN, WAN, VLANs, routing and connectivity paths.

Access points, coverage, capacity and wireless performance.

Bandwidth, ISP connections, traffic and availability requirements.

Firewall connectivity, segmentation, remote access and security controls.

Latency, utilization, congestion, current capacity and likely future requirements.

Appropriately sized infrastructure covering firewall, switches, Wi-Fi, cabling, internet, VPN, network rack, monitoring and security, without unnecessary complexity.

Core and access switching, redundant connectivity, structured cabling, fiber backbones, enterprise Wi-Fi, VLANs, segmentation, multiple internet connections, centralized management and capacity planning.