LAN Design & Switching
Core, distribution, and access-layer design with managed switching, VLANs, stacking, link aggregation, redundancy, PoE, QoS, and scalable port capacity.
Zetlan designs, implements, monitors, and supports secure network infrastructure for offices, branches, campuses, data centers, cloud environments, and remote teams.
Every layer is designed together so users, applications, devices, servers, and sites communicate securely and predictably.
Core, distribution, and access-layer design with managed switching, VLANs, stacking, link aggregation, redundancy, PoE, QoS, and scalable port capacity.
Secure branch and internet connectivity using static or dynamic routing, dual ISP, BGP/OSPF, MPLS integration, VPN, failover, and application-aware path selection.
Wireless surveys, access-point placement, controller or cloud management, roaming, guest access, authentication, capacity planning, and interference optimization.
Centralized policy, multiple-link utilization, application steering, encrypted overlays, branch visibility, automated failover, and simplified remote-site operations.
Standards-based copper and fiber cabling, pathways, patch panels, racks, labeling, testing, certification, documentation, and organized cable management.
VLAN and zone architecture, network access control, role-based access, guest isolation, device profiling, microsegmentation, and least-privilege connectivity.
Hybrid-cloud connectivity, site-to-site VPN, private circuits, data-center fabrics, server and storage networks, load-balancer integration, and resilient uplinks.
Voice VLANs, IP telephony readiness, SIP connectivity, QoS, call-quality troubleshooting, video conferencing, and Microsoft Teams network optimization.
Device health, interface utilization, latency, packet loss, configuration backup, syslog, NetFlow, alerts, capacity trends, and SLA reporting.
We convert business, application, security, location, and capacity requirements into a practical architecture with clear standards and implementation details.
Plan your network projectBandwidth, latency, QoS, uplinks, traffic paths, and application requirements.
Redundant devices, links, power, providers, routing, and tested failover.
Segmentation, authentication, management protection, logging, and access policy.
Address plans, modular capacity, standards, spare ports, and growth roadmap.
Flexible support options combine proactive maintenance with responsive help when users or critical services lose connectivity.
Fast diagnosis, configuration assistance, user connectivity support, and vendor coordination.
Engineer visits for physical faults, cabling, replacement, expansion, and complex troubleshooting.
Scheduled health checks, firmware review, backups, housekeeping, capacity analysis, and risk reporting.
Structured triage, escalation, workaround, restoration, root-cause analysis, and preventive actions.
Changes are planned, approved, tested, documented, and handed over with clear rollback and support arrangements.
Sites, users, applications, devices, traffic, pain points, security, and growth.
Topology, addressing, VLANs, routing, Wi-Fi, cabling, resilience, and BOQ.
Stage, configure, install, migrate, test, optimize, and validate.
Diagrams, configurations, test results, asset details, training, and support.
Our engineers can assess your environment and prepare an architecture, bill of quantities, rollout plan, and support model.
Talk to a network engineer