Internet for Strata Buildings and Apartment Complexes in Australia: A Guide for Managers and Developers

Internet connectivity in a strata building is nothing like connecting a standalone house or single-tenancy office. A strata title property brings together dozens — sometimes hundreds — of independent lots under shared physical infrastructure, and the decisions made about that infrastructure during construction or refurbishment will govern what every resident and tenant can access for the next decade or more. Getting it right from the outset saves significant cost and frustration. Getting it wrong means expensive retrofitting, unhappy occupants, and a building that struggles to attract quality tenants.

This guide is written for strata managers, owners corporation committee members, and property developers who need a clear, practical understanding of how internet connectivity works in multi-dwelling buildings — without requiring a background in telecommunications.

Why Strata Internet Is Different from Single-Premise Connection

A freestanding home or a single-tenancy commercial premises has one occupant, one set of needs, and one physical connection point. The internet service provider (RSP) runs a service to that connection point and the occupant manages everything from there.

A strata building is structurally different. It may contain fifty apartments, ground-floor retail, a commercial office suite, common areas, and a basement carpark — all on the same title footprint, all sharing the same physical infrastructure. Every lot has its own occupant with their own connectivity requirements. The building's internal infrastructure — the communications room (MDF or IDF), the risers and conduits running vertically through the building, the horizontal cable runs to individual units, and the entry point where the carrier network meets the building — must support all of them simultaneously.

The critical distinction is that the infrastructure decisions made at the time of construction or major refurbishment are largely irreversible without significant expenditure. A developer who installs inadequate conduit sizing, omits a properly designed communications room, or uses substandard cable runs will create a problem that every subsequent owner, tenant, and strata manager must live with. The physical layer is foundational. Everything else — the services ordered over it, the speeds achieved, the providers available — depends entirely on what that physical layer can support.

This is why strata internet requires a fundamentally different planning approach. It is not simply a matter of ordering a broadband plan. It is an infrastructure discipline, and it needs to be treated as one.

How NBN Reaches Multi-Dwelling Units

The vast majority of apartment buildings in Australia are served by NBN through a technology called FTTB — Fibre to the Building. Under FTTB, NBN Co runs a fibre optic cable to the building's main distribution frame (MDF), which is typically located in the communications room in the basement or ground floor. From the MDF, the signal is carried to individual units using the existing copper telephone wiring already installed in the building — the same wiring that previously carried ADSL and PSTN services.

The last-leg copper component is where FTTB has its limitations. The technology used on that copper run is VDSL2, which delivers theoretical speeds of up to 100 Mbps download and 20 Mbps upload under ideal conditions. In practice, actual speeds vary depending on the length and condition of the copper between the MDF and the unit. Units close to the MDF on good-quality copper will get close to that ceiling. Units far from the MDF on aged or degraded copper will see noticeably lower speeds, sometimes significantly so.

For a deeper comparison of the different NBN technology types and what they mean for buildings, see our article on NBN FTTP vs FTTB.

Some newer apartment buildings — and a growing number of recently upgraded ones — are served by FTTP, or Fibre to the Premises. Under FTTP, the fibre run extends all the way from the street to the individual unit's network termination device (NTD), with no copper in the last leg at all. FTTP supports NBN's full speed tier range, including 250 Mbps, 500 Mbps, and 1000 Mbps plans, and is the superior technology for any building where high-speed connectivity is a priority.

The technology type assigned to a building is determined largely by what infrastructure was in place at the time NBN Co deployed to that area, and by whether the building was registered with NBN Co as a new development with FTTP specified. Existing buildings served by FTTB can apply for FTTP upgrades under NBN Co's upgrade programs, though timelines and eligibility vary.

NBN Developer Obligations for New Strata Buildings

Developers constructing new multi-dwelling buildings in Australia have legal and regulatory obligations to install NBN-ready infrastructure before construction is complete. NBN Co will not deploy to a new building that lacks the required pathways, spaces, and cabling infrastructure — meaning residents in an unregistered or non-compliant building may find they have no broadband access at all when they move in.

The core obligations include registering the development with NBN Co early in the design phase, engaging an NBN Co accredited contractor to design and install the internal communications infrastructure, and ensuring the building meets NBN Co's published development standards. These standards cover the sizing and routing of conduit runs, the design and dimensions of the communications room, cable pathway specifications, and connection point locations within individual units.

Two Australian Standards are particularly relevant. AS/NZS 3084 covers telecommunications pathways and spaces within buildings — it specifies how communications rooms should be sized and designed, how conduit runs should be routed, and how cable pathways should be managed. Compliance with this standard is not optional; it underpins the NBN Co development requirements and is referenced in building codes. The second is the suite of structured cabling standards (AS/CA S009 and related documents) that govern the performance of internal cabling systems.

For a detailed treatment of structured cabling requirements in apartment buildings, see our article on structured cabling apartments.

The practical risk for developers who do not engage with these requirements early is significant. Conduit that is undersized, communications rooms that do not meet dimension requirements, or cable pathways that are blocked or absent will all require costly rectification work — in some cases involving breaking into completed walls and floors. The cost of compliance during construction is a fraction of the cost of rectification after practical completion.

Beyond NBN Co, developers should also consider future technology readiness. Specifying FTTP rather than relying on FTTB copper distribution should be the default position for any new development targeting quality residential or commercial tenants. The infrastructure investment to support FTTP at build time is modest compared to the long-term benefit of providing each unit with fibre all the way to the NTD.

The Shared Infrastructure vs Individual Connection Decision

Once the physical infrastructure is in place, there is a fundamental design decision to make about how internet services will be delivered to individual lots. There are two broad approaches, and the right choice depends on the building type, ownership structure, and the priorities of the strata or owners corporation.

The first approach is individual lot connectivity. Each resident or tenant orders their own NBN service independently from their preferred retail service provider (RSP). The strata body is responsible for maintaining the building infrastructure — the MDF, the conduits, the internal cable runs — but it does not procure or manage the internet service itself. Residents choose Telstra, Aussie Broadband, TPG, or any other RSP, select their own speed plan, and pay their own monthly bill. The building's role ends at the infrastructure layer.

This approach preserves carrier independence — each occupant has genuine choice of provider and plan — which is a significant benefit in residential strata where owners have a strong interest in controlling their own telecommunications costs and provider relationships. It is also administratively simpler for the strata body, which has no role in billing, fault management, or service changes at the individual lot level.

The second approach is a building-wide managed service. The strata body or an appointed operator procures a wholesale or bulk internet connection for the building and delivers connectivity to all lots from that single arrangement. Residents connect to the building's network rather than ordering their own individual services. This model is sometimes called a building internet service or embedded network internet.

The managed service model simplifies the resident experience — there is no RSP to choose, no modem to configure, connectivity is simply available. However, it removes carrier independence. Residents cannot choose their own provider or switch if they are dissatisfied with the service. Speed and quality guarantees depend entirely on the building operator's infrastructure and upstream provider. These trade-offs should be considered carefully before committing to a managed model in an owner-occupied residential strata.

Pickle's approach to strata connectivity prioritises carrier independence where the building structure allows it — ensuring residents and tenants retain genuine choice rather than being locked into a single building-managed arrangement.

For a detailed discussion of carrier independence in building telecommunications, see our article on carrier independence building telecommunications.

Managed WiFi vs Individual NBN for Strata

The question of managed WiFi versus individual NBN services per unit comes up regularly in strata planning discussions, and the right answer is genuinely context-dependent.

Under an individual NBN model, each resident or tenant orders their own plan from an RSP of their choosing. Each unit has its own modem-router, its own connection, and its own billing relationship. Speed and performance are determined by the plan each occupant selects. There is no shared WiFi infrastructure managed by the building — each occupant manages their own network inside their own lot.

Under a building-wide managed WiFi model, the strata operator or an appointed service provider deploys a WiFi infrastructure throughout the building — including individual units — and residents connect to that network. The building manages a central internet connection, typically a high-capacity business-grade service, and distributes it across the managed WiFi system. Residents receive a login or pre-configured connection rather than their own RSP account.

Managed WiFi is well suited to certain building types. Build to Rent (BTR) developments, where a single entity owns and manages all units, benefit from the operational simplicity of a centrally managed system. Student accommodation and serviced apartment buildings, where occupants have short tenancies and do not want the complexity of setting up their own internet service, are natural candidates. Co-living and purpose-built affordable housing developments frequently use managed WiFi for the same reasons.

In owner-occupied residential strata, the calculus is different. Individual lot owners typically want control over their own internet service — the ability to choose their RSP based on price, support quality, or brand preference, and to upgrade or downgrade their plan without needing to negotiate with a building manager. Managed WiFi in owner-occupied strata also raises governance questions: who is responsible when the service degrades? What recourse do owners have if they are dissatisfied? How are speed guarantees enforced?

For properties where managed WiFi is the right fit, see our detailed article on managed WiFi strata.

There is also a hybrid model worth considering: building-wide managed WiFi deployed in common areas only, while individual units retain their own NBN connections. This gives residents the best of both worlds — personal connectivity in their unit, and seamless WiFi in the gym, lobby, and amenities areas without needing to use mobile data.

Common Area Internet — What Strata Buildings Need

Even in a building where every individual lot has its own independent NBN service, the common areas of the building still require dedicated internet connectivity. The lobby, gym, rooftop terrace, meeting rooms, mailroom, and common corridors need WiFi coverage for residents and their guests. Beyond general-purpose WiFi, a growing number of building systems depend on internet connectivity to function.

Access control systems — the card readers, fobs, and mobile credentials that control entry to the building — increasingly communicate over IP networks and require internet connectivity for cloud-based management, remote access, and event logging. CCTV systems need connectivity for remote monitoring and off-site storage. Intercom systems, particularly modern IP video intercoms, require internet to support mobile app integration and remote answering. Building management systems (BMS) that monitor and control HVAC, lighting, lifts, and other building services often require internet connectivity for remote management and fault alerting.

The common area internet connection should be treated as a separate, dedicated service from any residential internet provision. It should be a business-grade connection — typically a business NBN service or, where NBN is not suitable, a fixed wireless internet connection — with appropriate uptime guarantees and technical support. It should not be shared with or dependent on the residential internet services in the building.

Separating the common area connection from residential services also simplifies network security. Building systems (CCTV, access control, BMS) should be on dedicated network segments with appropriate firewalling and access controls, isolated from the general-purpose WiFi used by residents and visitors. This network segmentation is a basic security discipline that becomes considerably harder to enforce if the building systems are sharing infrastructure and connectivity with residential internet.

The common area internet service is typically procured by the owners corporation or strata manager and funded through the administrative fund. It is an ongoing operational cost that should be included in the strata budget, not treated as a one-off capital item.

Internet for Commercial Strata (Mixed-Use and Office Buildings)

Mixed-use strata buildings — those containing both residential apartments and commercial tenancies such as retail, hospitality, or office space — present more complex telecommunications requirements than purely residential strata.

Commercial tenants have significantly different connectivity needs from residential occupants. A professional services firm occupying an office floor may require a business-grade internet service with a formal service level agreement (SLA) guaranteeing uptime, response times for fault resolution, and compensation for outages. They may require static IP addresses for VPN endpoints, remote access infrastructure, or hosted services. They will likely require higher upload speeds than a residential occupant — the 20 Mbps upload ceiling on FTTB is often inadequate for businesses using cloud-based systems, video conferencing at scale, or uploading large files regularly.

For commercial tenants with demanding requirements, business-grade services over dedicated fibre or enterprise ethernet are often more appropriate than the residential NBN infrastructure serving the upper floors of the building. The communications infrastructure in a mixed-use building must be designed to accommodate both, which typically means ensuring the MDF has capacity for multiple carrier entry points and that cable pathways to commercial floors are sized for higher-grade cabling if needed.

In a commercial strata building — an office tower or mixed-use commercial complex where multiple businesses each hold their own strata lots — the situation is similar in principle to residential strata but with higher baseline requirements across the board. Each tenancy will typically want its own internet service with its own SLA, and the building's infrastructure must be capable of supporting multiple simultaneous high-capacity connections without congestion or interference.

The design of the communications room and distribution infrastructure in a commercial strata building should reflect these higher demands. This is an area where engaging a qualified telecommunications consultant early in the design process pays dividends.

How Pickle Serves Strata Buildings

Pickle is an Australian business telecommunications provider with deep experience in strata and multi-dwelling connectivity. We work with strata managers, owners corporations, and property developers across Australia to design and deliver internet solutions that meet the specific requirements of multi-tenancy buildings — whether that means supporting individual unit connections over existing NBN infrastructure, deploying common area connectivity and managed WiFi for amenities, or designing building-wide solutions for BTR and managed building operators.

Our approach is grounded in the principle that the infrastructure layer and the service layer should both be done properly. We do not recommend solutions that lock residents or tenants into arrangements that limit their choices, and we work with building managers to ensure that common area connectivity is reliable, secure, and appropriately separated from residential services.

If you are a strata manager, owners corporation committee member, or property developer dealing with internet connectivity challenges in a multi-dwelling building, we are glad to help. Contact Pickle on 1300 688 588 or email [email protected] to discuss your building's requirements.

Frequently Asked Questions

Q: Can residents in an apartment building choose their own internet provider?

A: In most cases, yes. Under the standard NBN model for apartment buildings, each lot has its own connection point in the building's communications room, and individual residents can order an NBN service from any retail service provider of their choosing. The building's role is to maintain the physical infrastructure; the resident's choice of RSP is entirely independent. The exception is buildings operating a managed or embedded network internet model, where the building operator provides internet directly and residents do not have a separate RSP relationship. In those buildings, carrier independence is reduced or removed.

Q: What NBN technology do most apartment buildings in Australia get?

A: Most existing apartment buildings in Australia are served by FTTB — Fibre to the Building. Under FTTB, NBN Co's fibre runs to the building's MDF, and the final connection to each unit is made over the existing internal copper wiring using VDSL2 technology. The maximum speeds achievable on FTTB are approximately 100 Mbps download and 20 Mbps upload. Newer apartment buildings, or buildings that have been specifically designed or upgraded to support it, may be served by FTTP — Fibre to the Premises — which extends the fibre all the way to each individual unit and supports NBN's full speed tier range including gigabit plans.

Q: Does a strata building need a separate internet connection for common areas?

A: Yes, and it is strongly recommended. Common areas — lobby, gym, meeting rooms, rooftop terrace — need WiFi coverage that is separate from individual unit internet services. Beyond general WiFi, building systems including access control, CCTV, intercoms, and building management systems increasingly rely on internet connectivity for remote management and monitoring. A dedicated common area internet connection ensures these systems remain operational regardless of what individual residents do with their own services, and allows appropriate network segmentation to keep building systems isolated from general resident traffic.

Q: What should developers specify for internet infrastructure in a new apartment building?

A: Developers should register the development with NBN Co early in the design phase and engage an NBN Co accredited contractor to design the internal telecommunications infrastructure. The building should meet AS/NZS 3084 requirements for communications rooms and cable pathways. FTTP — Fibre to the Premises — should be specified as the target NBN technology rather than relying on FTTB copper distribution. Conduit runs should be sized for future expansion, communications rooms should meet NBN Co dimension and equipment standards, and cable pathways to individual units should support the structured cabling standards required for full NBN speeds. Planning these elements into the design from the outset is far less expensive than retrofitting after construction.

Q: Is managed WiFi a good option for a residential strata building?

A: It depends on the building type and ownership structure. For Build to Rent developments, student accommodation, or serviced apartment buildings where a single operator manages all tenancies, managed WiFi can be an excellent choice — it simplifies connectivity for occupants and reduces the complexity of individual RSP relationships. For owner-occupied residential strata, managed WiFi is generally less suitable. Individual lot owners typically want control over their own internet service, including the ability to choose their RSP and negotiate their own plan. A managed WiFi arrangement removes that independence and can create governance challenges for the owners corporation. A common middle ground is deploying managed WiFi in common areas only, while individual units retain their own NBN connections.