The U7 Pro XG brings WiFi 7, a 10 GbE PoE+ uplink and a silent metal-heatsink design to UniFi’s flagship ceiling AP line. Full specs, an interactive 3D model, comparisons and FAQs.
A home lab is one of the best investments an IT professional can make. It provides a safe environment to learn new technologies, prepare for certifications, and test configurations before deploying them in production. This guide covers hardware options from mini PCs to used enterprise servers, hypervisors like Proxmox and ESXi, networking gear from MikroTik and Ubiquiti, and budget tiers to help you build the lab that fits your goals.
Manually configuring switches and routers one by one is slow, error-prone, and impossible to scale. Network automation using Ansible playbooks and Python libraries like Netmiko and NAPALM lets you define your desired network state in code, push configurations consistently across hundreds of devices, and detect drift before it causes outages. This guide helps Australian IT resellers and their engineering teams take the first practical steps toward automating network operations.
Traditional networking embeds intelligence into every switch and router, requiring box-by-box configuration that is slow and error-prone. Software-Defined Networking changes this by separating the control plane from the data plane, centralising intelligence in software controllers that program forwarding across the entire fabric. This article explains SDN architecture, key protocols, leading vendor solutions, and how Australian resellers can position SDN for campus networks.
Nothing undermines confidence in a new phone system faster than poor call quality. Choppy audio, robotic voices, and dropped calls are almost always caused by network issues, not the VoIP platform itself. For resellers deploying UCaaS, Teams Phone, or any SIP-based solution, understanding network requirements for crystal-clear VoIP is essential. This article covers codec bandwidth, jitter, latency, packet loss thresholds, QoS, VLANs, PoE, and testing tools that validate readiness before go-live.
Designing a business WiFi network means choosing an architecture: self-organising mesh, on-premises controller, or cloud-managed access points. Each approach offers different trade-offs in cost, scalability, roaming performance, and management complexity. This article breaks down mesh networking concepts, compares leading vendor platforms from Ubiquiti, Aruba, and Cisco Meraki, and explains the roaming standards that keep users connected as they move through a building.
When fibre is unavailable or too expensive to provision, wireless broadband fills the gap. Australian businesses now face a choice between 5G fixed wireless access, NBN fixed wireless, and traditional fibre for primary or failover connectivity. This guide compares latency, throughput, reliability, and cost across these options, with a focus on real-world use cases such as remote sites, pop-up offices, and automatic WAN failover.
IPv4 addresses have been exhausted globally, and the Asia-Pacific region has been feeling the pinch for years. IPv6 — with its vast 128-bit address space — is the inevitable successor, yet adoption in Australian business networks remains patchy. This guide explains why IPv6 matters now, how dual-stack deployment works, address planning fundamentals, transition mechanisms like NAT64 and DNS64, and a practical roadmap for when and how to start planning.
Link Aggregation bundles multiple physical network links into a single logical connection, increasing throughput and providing failover if a cable or port fails. Whether you are connecting a server with dual NICs to a switch or linking two switches together, LACP (802.3ad) is the industry-standard protocol that makes it work. This guide covers static vs dynamic LAG, MLAG and vPC for multi-chassis aggregation, practical use cases, and common mistakes.
VLANs have long been the primary tool for segmenting networks, but they were designed for traffic management, not security. Modern threats move laterally — once inside a VLAN, an attacker can reach every device in that segment. Microsegmentation enforces granular security policies between individual workloads regardless of network location. This guide explores east-west traffic control, software-defined microsegmentation, and practical implementation strategies for Australian businesses.