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SiteComms Australia
State planning guide

IT & Network Planning Guide

Is Your Network Ready for IP Paging?

IP paging systems rely on the site's data network. Establish what can be reused and what needs upgrading before agreeing a project budget. This guide helps schools and IT teams assess cabling, PoE capacity, switch ports, fibre links, multicast, SIP, VLANs, time synchronisation, resilience and remote management before the paging design is finalised.

Cat6 cablingPoENetwork switchesSIPMulticastVLANs

Last reviewed 19 September 2026For school IT teams and MSPs

Typical use

Checking whether existing network infrastructure can support an IP paging rollout

Best fit

School IT teams, MSPs, network providers and project consultants

Check first

Cabling, PoE, switch capacity, inter-building links and network design

Next step

Identify gaps before requesting a final system quote

Switch ports, buildings and links

  • Map proposed endpoints to switch locations and identify missing ports or inter-building links.
  • Check the exact manufacturer port-speed, topology and cabling requirements, rather than assuming all IP devices are interchangeable.
  • Record which network components are retained, upgraded or supplied by someone outside the paging quote.

Power over Ethernet and backup power

  • Check the proposed model’s PoE class and maximum demand against both per-port limits and the switch’s total power budget.
  • Include other powered devices, startup behaviour, intended audio output and planned additions in the assessment; do not use one generic wattage for every speaker.
  • Ask which switches, controllers, amplifiers and endpoints need backed-up power, how long the design will operate and how that will be tested.

Addressing, VLANs and access

  • Agree VLANs, DHCP reservations or static addressing with the network owner and document the chosen design.
  • Confirm administration access, DNS and time-server access, firewall rules and permitted remote-support methods.
  • Separate the operator role from administrator access; record who owns accounts, configuration backups and firmware maintenance.

Multicast, SIP and competing traffic

  • Ask the integrator to document multicast groups, IGMP requirements and any routing between subnets for the chosen platform.
  • Where phones initiate pages, confirm SIP registration, licensing, codecs and behaviour if the phone service is unavailable.
  • Agree traffic prioritisation with the IT team and test paging under realistic network load. A QoS setting alone is not a resilience guarantee.

Existing and new cabling

  • Inspect and test retained cabling; identify unsuitable routes, damaged runs, terminations and links beyond the selected cabling design’s limits.
  • Confirm suitable outdoor and inter-building protection, access equipment and any building-work approvals with the relevant specialists.
  • Identify who is responsible for communications cabling, test records and handover documentation. Do not assume cabling is included in endpoint installation allowances.

Timetables, time zones and calendar ownership

  • Set the project’s actual local time zone and a suitable time source; test time recovery after a reboot or network interruption.
  • Demonstrate ordinary days, alternate timetables, term breaks, local holidays and any applicable daylight-saving changes.
  • Assign a staff member to maintain calendar exceptions. A scheduler is not evidence of automatic Australian school-calendar updates.

Failures, recovery and coverage

  • Test loss of WAN, a switch, a controller, a phone service and local power separately. Record which workflows still function in each case.
  • Local audio storage does not by itself provide power, a working activation path or continued network delivery.
  • Define fault reporting, escalation and periodic testing. If wireless links are proposed, require an engineered design and demonstrate performance under the agreed failure scenarios.

Responsibility and acceptance

  • Name the network owner, paging integrator, cabler and day-to-day support contact, with clear boundaries between their responsibilities.
  • Include a practical test of live paging, scheduled audio, zone selection, authorised overrides and restore from backup.
  • Keep a network diagram, endpoint inventory, configuration backup and support record with the site owner.

Why this changes cost

Network readiness is one of the main cost drivers between otherwise similar quotes. Even a network-ready site needs design, configuration and testing; an unready site may also need switch upgrades, cabling and inter-building links. Our pricing guide reflects this split, and the ballpark calculator asks about it directly.

Technical and Australian cabling references

Apply the documentation for the exact selected products. Examples include the Algo 8301 guide for one SIP/multicast adapter and the Axis Audio Manager Edge manual for its network-audio environment; neither is a universal design standard. For Australian phone and data wiring, ACMA explains the role of a registered cabler. Confirm the registration, scope and documentation applicable to the work with the cabling professional.

Funding note for schools

Cabling and switch work tied to a paging upgrade may form part of the same property or capital project as the paging system itself. The applicable pathway varies by school sector and jurisdiction. See the funding pathways page for researched state and national pathways with official sources and clear limitations.

After the checklist

Once you know the network position, write the full project scope with the specification checklist so every quote you receive covers the same work. Project-owner and approval questions are in the requirements guide.

Continue planning your project

Last reviewed 19 September 2026. General guidance — always confirm specifics with your network administrator and installer.