Public Questions & Answers

Yes, a correctly designed point-to-point link can carry normal business network traffic between locations. The expected applications, throughput, latency, security and resilience should be matched to the selected hardware and radio path. These links can suit campuses, farms, industrial sites, warehouses, temporary facilities and businesses with nearby buildings that need reliable connectivity. A point-to-point wireless link uses directional radios to carr…

Required capacity, line of sight, mounting permissions, frequencies, equipment, power and the need for redundancy should be confirmed after a physical survey. Pricing, availability, specifications, compatibility, lead times, service coverage and support arrangements can change, so decision-critical details should be confirmed directly with Pacific Telephone & Data.

The design should check clear line of sight, distance, mounting height, obstructions, radio interference, weather exposure, power, network capacity, structural mounting and access for future maintenance. Pacific can inspect both ends, verify the path, select suitable supported hardware, mount and align the radios, configure the network and test the completed link.

Buildings, terrain, trees, new structures, misalignment, interference and an inadequate mounting position can weaken a directional link. The path needs more than a casual visual check because the radio design and surrounding clearance also matter. A point-to-point wireless link uses directional radios to carry network traffic between two locations. It can connect separate buildings, extend a network across a site or provide a practical alternative where t…

A point-to-point wireless link uses directional radios to carry network traffic between two locations. It can connect separate buildings, extend a network across a site or provide a practical alternative where trenching fibre is not possible. Pacific can inspect both ends, verify the path, select suitable supported hardware, mount and align the radios, configure the network and test the completed link.

Wireless can be considered when buildings have a suitable line of sight and trenching fibre is impractical, disruptive or disproportionate to the requirement. Reliability, capacity, mounting, power, weather exposure and the long-term site plan still need assessment. These links can suit campuses, farms, industrial sites, warehouses, temporary facilities and businesses with nearby buildings that need reliable connectivity. A point-to-point wireless link us…

Pacific can assess whether an external or better-positioned GSM broadband antenna may improve 4G or 5G service in a low-coverage area. Results depend on the available carrier signal, site position, cable run, compatible equipment and local conditions, so a survey is important. Business Wi-Fi needs to provide stable coverage and capacity for the actual number of users and devices across the site. It often requires several managed access points connected to…

The business should agree which areas require service, the types and number of devices, expected applications, guest and staff separation, roaming needs and any critical performance expectations. Clear targets make the post-installation testing meaningful. A survey should consider floor plan, construction materials, interference, ceiling height, device density, roaming, guest access, staff security, outdoor areas, warehouses and where data cabling can rea…

Staff and guest Wi-Fi are normally separated through different network names and security policies, often with guest traffic isolated from internal business systems. The precise design depends on the switching, firewall, access-point platform and the access the business wants to permit. Business Wi-Fi needs to provide stable coverage and capacity for the actual number of users and devices across the site. It often requires several managed access points co…

Warehouses and high-density sites need more than a simple coverage check. Ceiling height, shelving, machinery, moving stock, device concentration, roaming paths and the wired connection to each access point can all change the design. A survey should consider floor plan, construction materials, interference, ceiling height, device density, roaming, guest access, staff security, outdoor areas, warehouses and where data cabling can reach each access point. P…

A managed wireless design is useful for offices, schools, hospitality sites, warehouses and remote locations where consumer routers cannot provide consistent coverage or administration. Pacific can survey the site, install business-grade access points, configure secure staff and guest networks and test coverage and performance in the areas that matter.

A coverage survey helps identify where access points are actually needed rather than relying on guesswork or the signal from a single consumer router. It considers the building, interference, user density and the areas where reliable roaming and capacity matter. A survey should consider floor plan, construction materials, interference, ceiling height, device density, roaming, guest access, staff security, outdoor areas, warehouses and where data cabling c…

The communications rack is the central point where many business network, phone, Wi-Fi, CCTV and security connections meet. A tidy rack makes those systems easier to understand and support. Pacific can tidy or upgrade racks, terminate and label patch panels, test cabling, trace unknown services and document the connections needed for future maintenance.

Before rack work starts, the parties should agree who manages switches, firewalls, internet services, server equipment, credentials, outages and configuration backups. This prevents a cabling or rack task from drifting into systems outside the agreed scope. A rack review should examine space, airflow, power, patching, cable management, labels, switch capacity, fibre terminations, equipment weight, access, security and the condition of existing links. Paci…

Pacific can tidy or upgrade racks, terminate and label patch panels, test cabling, trace unknown services and document the connections needed for future maintenance. A rack review should examine space, airflow, power, patching, cable management, labels, switch capacity, fibre terminations, equipment weight, access, security and the condition of existing links.

Rack work is valuable during office moves, network upgrades, fault investigations and situations where years of unrecorded changes have made the cabling difficult to follow. The communications rack is the central point where many business network, phone, Wi-Fi, CCTV and security connections meet. A tidy rack makes those systems easier to understand and support.

The rack is the point where many business systems depend on power, switching, patching and cable organisation. Poor airflow, overcrowding, unclear patching or inaccessible equipment can increase downtime and make routine changes unnecessarily risky. A rack review should examine space, airflow, power, patching, cable management, labels, switch capacity, fibre terminations, equipment weight, access, security and the condition of existing links. Pacific can …

Patch panels, outlets, fibre links, switches, important uplinks, power arrangements and other service connections should be labelled in a consistent way that matches the site records. Labels need to help the next technician trace a service without guessing. A rack review should examine space, airflow, power, patching, cable management, labels, switch capacity, fibre terminations, equipment weight, access, security and the condition of existing links. Paci…