FAQ

A Distributed Antenna System (DAS) is a network of antennas installed throughout a building and connected to a common signal source. Instead of relying on distant cell towers, the DAS originates the wireless signal directly inside the facility. This central source channels the signal through the antenna network, ensuring seamless, high-quality coverage and eliminating dead zones.

Standard cellular signals can lose up to 90% of their strength when passing through modern, energy-efficient building materials like LEED-certified glass and concrete.

While carriers once funded these systems, property owners are now the primary stakeholders and owners of the infrastructure, much like HVAC or Wi-Fi systems.

Costs typically range from $0.75 per sq. ft. for basic coverage (e.g., warehouses) to over $5.00 per sq. ft. for high-density or complex environments like hospitals and stadiums.

Commercial buildings and modern condos often suffer from poor cellular reception because modern construction materials—like dense concrete, steel rebar, and Low-E energy-efficient glass—act as a "Faraday cage," blocking outside Radio Frequency (RF) signals from penetrating the walls. The most effective way to fix this is by installing an indoor cellular enhancement system, such as a Distributed Antenna System (DAS). Because every building's architecture is unique, we conduct a baseline RF site walk to determine the most cost-effective hardware solution to bypass these materials.

A neutral-host DAS is an enterprise-grade wireless network designed to broadcast signals from multiple major telecommunications carriers (such as Rogers, Bell, and Telus) simultaneously over a single, shared antenna infrastructure. This is vastly superior to single-carrier systems because it ensures that all residents, tenants, and emergency responders have seamless coverage, regardless of their personal mobile provider.

Bringing all major Canadian carriers into your building requires designing a carrier-approved neutral-host system and managing the highly complex integration and licensing process with each telecom provider. Linkwave Wireless handles this entire end-to-end carrier coordination process, ensuring your building's infrastructure meets the strict RF engineering standards required by Rogers, Bell, and Telus.

An Active DAS uses fiber optic cables or CAT6 cables to distribute cellular signals over massive areas like stadiums or large hospitals, whereas a Passive DAS relies on coaxial cables for smaller footprints. For condo corporations and mid-sized commercial buildings, Linkwave often utilizes proprietary hybrid DAS designs. This gives you the high performance and reliability of an Active DAS without the massive upfront CapEx costs.

An Emergency Radio Communication Enhancement System (ERCES) ensures that first responder radios work in critical areas like basements and stairwells, a life-safety requirement for securing a Certificate of Occupancy.

Linkwave anticipates evolving codes across North America, ensuring compliance with US standards (IFC/NFPA) and Canadian requirements (NBC/NFC/ISED).

Yes, a failed inspection due to improper shielding or uncertified design can halt a building's opening and result in significant lost revenue.

5G requires "Small Cell Densification," where smaller units with high capacity are integrated directly into a building's envelope and corridors rather than relying on distant towers.

It refers to pre-installing high-strand-count fiber optic cabling and designing robust riser paths during construction to avoid expensive retrofitting as technology evolves.

Buildings with certified high-quality wireless can command rental premiums of 3% to 5% and see higher tenant retention rates.

Private 5G offers the control of a LAN with the range of cellular technology. Unlike Wi-Fi, it uses hardware-based SIM authentication, making it nearly impossible for unauthorized devices to join.

P5G supports "Network Slicing," creating isolated data paths for Protected Health Information (PHI) that are invisible to other users, such as guests.

It enables automation at scale for autonomous fleets and provides ultra-low latency for robotics, reducing downtime and human lag.

We utilize specialized "Leaky Feeder" technology—a radiating cable that acts as a long antenna—to provide signals in deep-tier tunnels where standard RF fails.

We use advanced MIMO technology and "sectorization" to create micro-zones, ensuring 60,000+ fans don't compete for the same bandwidth.

Signal strength (loudness) does not guarantee signal quality; a network can show full bars but still suffer from congestion or high latency.

It is the process of identifying invisible disruptors—such as LED lighting or heavy machinery—that cause dropped packets and system resets in professional facilities.

Linkwave acts as a direct liaison with major carriers (e.g., Rogers, Bell, Telus), managing the technical design reviews and legal Right of Entry (REA) agreements.

Traditional Active DAS deployments can require massive upfront capital depending on the square footage and complexity of the venue. However, at Linkwave Wireless, we utilize hybrid designs and flexible funding models—shifting costs from CapEx to OpEx—to right-size the solution for your specific property. Because every building's RF footprint is unique, we cannot provide a one-size-fits-all price without an initial consultation.

Reliable indoor cellular coverage is a fundamental utility that directly impacts tenant retention, property value, and lease rates. By eliminating dead zones, commercial real estate owners remove a major deterrent for potential high-value tenants and ensure full compliance with critical life-safety codes, thereby protecting the long-term value of the asset.

We specialize in right-sizing the solution for residential buildings. Instead of a massive upfront capital expense, we offer creative alternatives such as a Converged Wireless Network, Phased Deployment, or Shared Cost solutions to deliver reliable cellular and public safety coverage exactly where residents need it most, without draining your reserve fund.

Yes. Linkwave offers a few financial models. This allows your Condo Corporation to shift the cost from a massive upfront CapEx to a predictable monthly operating expense (OpEx), providing instant improvements without levying special assessments.

Usually, no. Carriers reserve their capital for massive public venues. However, Linkwave engineers and installs neutral-host systems affordably, and we handle all the necessary coordination and approvals with the Canadian carriers to ensure your building's system is fully authorized and integrated.

Absolutely. We design scalable "phased approaches" that align with budget cycles. Phase 1 might prioritize life-safety zones like underground garages, while later phases target upper residential floors and amenity spaces.

Yes. In today's market, reliable cellular coverage is considered a fundamental utility. Poor connectivity or "No Service" areas act as a major deterrent for buyers, directly impacting property desirability. Furthermore, indoor wireless coverage is vital for tenant safety, ensuring residents can reliably reach emergency services (like 911) from anywhere in the building. By investing in indoor wireless solutions, Condo Boards eliminate common resident complaints, mitigate safety liabilities, and directly protect and enhance the building's overall market value.

Macro cell tower antennas installed on city streets or rooftops are deliberately tilted downward to serve street-level pedestrian and vehicle traffic. Because of this downward tilt, cellular signals often overshoot the upper floors of high-rise buildings, leaving residents on the 10th floor and above in complete dead zones. Our engineering team designs targeted RF solutions specifically to capture and distribute signals to these high-floor suites.

It sounds counterintuitive, but newer buildings usually have the worst cellular reception. Modern, LEED-certified construction relies heavily on Low-E (low-emissivity) energy-efficient window glass, heavy steel, and dense poured concrete. These sustainable materials are excellent for the environment but act as an impenetrable shield against cellular and public safety radio signals.

Wi-Fi calling is a temporary band-aid, not a building-wide solution. It is notoriously unreliable for moving residents; calls frequently drop the moment a tenant steps into an elevator, a stairwell, or the parking garage where Wi-Fi doesn't reach. More importantly, Wi-Fi networks fail immediately during power outages and cannot be used by emergency responders who rely on dedicated public safety radio frequencies.

Local fire codes and municipal building regulations increasingly mandate strict Emergency Responder Radio Coverage (ERRC) inside commercial and high-rise residential buildings. This ensures that Police, Fire, and EMS two-way radios function flawlessly in critical areas like underground garages, stairwells, and elevator cabs. In some jurisdictions in the USA and Canada, failing to meet these codes can already result in delayed occupancy permits or severe fines. As the industry expert, we see mandatory Emergency Responder Coverage eventually evolving into nationwide mandatory requirements.

Underground concrete parking garages are notorious for complete signal loss, creating a severe vulnerability for resident safety and property security. Linkwave designs targeted, low-cost RF coverage enhancements specifically tailored for high-risk, subterranean zones like parking levels, ensuring residents can always make a call from their vehicles.

Yes. A professionally designed DAS can have power redundancies. This ensures that even during a total building blackout, emergency communications and 911 cellular access remain online for first responders and residents.

Not necessarily. Linkwave Wireless specializes in non-invasive installation methods designed specifically for occupied condominiums and commercial towers. We strategically leverage existing building infrastructure—such as elevator shafts, telecom closets, and hallway drop ceilings—to deploy the network with minimal to no disruption to individual residential units.

The timeline depends on the square footage of the building and the chosen deployment model. However, by utilizing phased rollout strategies and our low-impact engineering methods, Linkwave can deploy life-safety and cellular systems much faster than traditional heavy-construction DAS providers, often starting with the most critical dead zones first.

Enterprise cellular solutions require ongoing monitoring to ensure strict carrier compliance, optimal RF performance, and immediate troubleshooting. Linkwave provides comprehensive managed services, proactive maintenance, and system monitoring so your property management team never has to worry about the network going down.