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Managed & PoE+ Network Switches

Enterprise Layer 2/3 Switching, High-Wattage PoE+ & High-Speed Fiber Aggregation

High-Speed Ethernet Switching

Enterprise Layer 2 & Layer 3 Switches For Office & CCTV Networks

A-FORWARD supplies, configures, and deploys high-throughput Ethernet switches for corporate offices, commercial campuses, call center facilities, and IP surveillance networks. Network switches form the vital distribution layer of your IT infrastructure—connecting workstations, servers, wireless access points, VoIP phones, and CCTV cameras with zero latency bottlenecks.

Our hardware engineers handle rack mounting, patch panel termination, VLAN configuration, Spanning Tree loop prevention, Quality of Service (QoS) prioritization, and PoE power budget management.

We procure, configure, and integrate genuine Layer 2 and Layer 3 switches compatible with industry standards from Cisco, Aruba, Dell Networking, Ubiquiti UniFi, and TP-Link Omada.

8 / 16 / 24 / 48-Port Gigabit & Multi-Gigabit Options
High-Wattage PoE / PoE+ Power Delivery (Up to 740W Budgets)
10G & 25G SFP+ High-Speed Fiber Uplinks
Advanced Layer 2+ / Layer 3 Dynamic Routing & VLANs
Enterprise Switch Rack Installation
Switching Architecture

Enterprise Switching Hardware Built For Every Workload

Select the port count, PoE capacity, and management tier engineered to support your workstations, servers, and connected smart devices.

CCTV, VoIP & Wi-Fi Access Points

High-Wattage PoE+ Switches

Power over Ethernet switches that supply both high-speed data and electricity over a single network cable to IP cameras, VoIP phones, and wireless APs.

  • IEEE 802.3af/at PoE+ (15.4W to 30W per port)
  • High total power budget (up to 740W)
  • Smart PoE scheduling & auto-reboot detection
  • Extended distance PoE mode for long-run cameras
Request Switch Specs
Corporate Offices & Workstations

Enterprise Managed Access Switches

Full Layer 2+ managed switches delivering gigabit desktop connectivity, access control security, and complete network visibility.

  • 24-Port and 48-Port Gigabit RJ45 configurations
  • 802.1Q VLAN segmentation and Guest isolation
  • Port Security (802.1X / MAC address locking)
  • Web, CLI, and centralized SNMP management
Request Switch Specs
Data Center & Multi-Floor Uplinks

Core & Distribution Fiber Aggregation

High-density Layer 3 switches with dedicated 10G/25G SFP+ optical ports engineered to aggregate traffic between server racks and building floors.

  • 10GbE / 25GbE SFP+ ultra-low latency uplinks
  • Layer 3 static routing, OSPF, and DHCP server
  • LACP (Link Aggregation) for redundant bandwidth
  • Redundant hot-swappable power supplies and fans
Request Switch Specs
Network Performance

Engineered For Zero Latency, Isolation & Resiliency

VLAN Traffic Segmentation

Separate sensitive accounting data, VoIP voice packets, CCTV video feeds, and employee devices into isolated virtual broadcast domains.

LACP Link Aggregation

Combine multiple physical Ethernet ports into a single logical high-bandwidth channel for multiplied throughput and instant link redundancy.

Spanning Tree Loop Prevention

RSTP/MSTP protocols automatically prevent catastrophic network loops caused by accidental duplicate patching.

QoS Voice & Video Priority

Prioritize jitter-sensitive VoIP phone calls and live video conferences ahead of standard background network file transfers.

Deployment Roadmap

Switch Deployment & Cabling Methodology

1
Port Count & PoE Sizing

Audit total active endpoints (desktops, printers, IP phones, access points, and cameras) and calculate total peak PoE wattage consumption.

2
Rack Installation & Patching

Mount switches inside 19-inch cabinets, dress structured Cat6/Cat6A cabling, and route tidy patch cables to numbered patch panels.

3
VLAN & Security Staging

Configure subnetting, assign tagged/untagged VLANs to designated ports, establish uplink trunks, and apply port security baselines.

4
Stress Testing & Handover

Perform line-speed throughput tests, verify PoE wattage delivery, document port mapping tables, and deliver management credentials.

Switching FAQs

Common Questions About Managed & PoE Switches

Unmanaged switches are simple plug-and-play devices with no settings. Managed switches allow network administrators to configure VLANs, monitor port bandwidth, prioritize traffic (QoS), restrict unauthorized devices, and troubleshoot issues remotely.

PoE+ (Power over Ethernet) transmits electrical power alongside data over a standard Cat6 cable. This eliminates the need for separate power adapters and electrical outlets near ceiling-mounted Wi-Fi access points, IP CCTV cameras, and desk VoIP phones.

SFP+ ports allow high-speed fiber optic connections between switches and servers. This ensures that when 48 users on a switch send data simultaneously, the uplink backbone to the server room does not become a bottleneck.

Yes. We configure dedicated Surveillance VLANs on your switches, ensuring heavy video streaming data does not slow down office computers or expose camera feeds to unauthorized workstations.

Provide your required port count (e.g., 24 or 48 ports), number of PoE devices, and rack setup details through our contact form for an exact quotation.
Infrastructure Ecosystem

Related Hardware & Network Solutions

Enterprise Routers

High-throughput edge routers and multi-WAN firewalls providing gateway routing to your switches.

Explore Routers
Enterprise Servers

High-performance compute servers connected via 10GbE switch ports.

Explore Servers
Security & Surveillance

IP camera networks powered directly by high-wattage PoE+ switch infrastructure.

Explore Surveillance

Need High-Speed, Managed Switching For Your Facility?

Consult our network engineers to size your port count, calculate PoE budgets, and build a non-blocking enterprise LAN.

Request Switch Quotation