Product Overview

Connecting two buildings can look simple on a drawing and become difficult as soon as the installation team reaches the site. A public road may sit between offices. A warehouse may be separated from the administration block by a large yard. A farm, resort, campus, mine support area or construction compound may have network users and surveillance devices far from the main communications room. Extending cable over that distance can require trenching, permits, civil works, protection ducts, fibre termination and ongoing repair planning. A fixed wireless bridge offers another route by carrying Ethernet traffic over a directional radio link.

The Grandstream GWN7302 is designed for this type of structured outdoor connection. It is not simply a normal access point placed outside. Its directional antenna system, 5GHz radio, point-to-point and point-to-multipoint operating modes, TDMA technology and alignment tools are intended to create a focused link between known network locations. In a basic point-to-point design, one unit is installed at each end of the path. In a point-to-multipoint design, a central unit can communicate with several remote nodes within the supported topology, with the manufacturer listing a one-to-four arrangement.

The platform offers an aggregate wireless data rate of up to 2.4Gbps under supported 802.11ax conditions. This figure is a radio capability, not a promise that every application will receive that speed at every distance. Real throughput changes with channel width, interference, mounting accuracy, local radio rules, cable quality, environmental conditions and the distance between endpoints. For a buyer, the more useful question is whether the planned link can provide adequate capacity and stability for the actual workload, such as office traffic, CCTV backhaul, voice services, access-control data, cloud applications or branch connectivity.

Outdoor reliability is supported by an IP66-rated enclosure and an operating temperature range listed from -30°C to 60°C. Wall and pole mounting kits are included according to the manufacturer documentation, while signal-strength indicators and antenna-alignment tools help installers position the devices. The bridge includes one Gigabit Ethernet port for PoE input and a second Gigabit Ethernet port with PoE output capability. This can simplify selected installations where a nearby camera, speaker or other compatible powered device also needs network access, provided the total power design is checked carefully.

Management choices include the local web interface, GWN App, GWN Manager and GDMS Networking through the supported remote-management method. This flexibility matters for organisations with one link as well as system integrators responsible for several sites. FourTeck helps African buyers translate the model specification into a purchasing plan that covers quantity, topology, mounting, power, cabling, related switches, surge protection, installation environment and delivery requirements. The objective is to order a complete working solution rather than discovering missing components during deployment.

Key Business Benefits

A fixed wireless bridge should be evaluated by the operational problem it solves. The cards below connect the technical design with practical outcomes for IT, finance, facilities and project teams.

These benefits depend on good engineering. A wireless bridge cannot overcome blocked line of sight, poor mounting, unsuitable channel planning or an underpowered PoE arrangement. FourTeck therefore encourages buyers to consider the complete path and connected workload before approving the hardware quantity.

Product Highlights

The GWN7302 combines high-capacity 5GHz wireless transmission with a directional outdoor form factor. Its two internal 13.5dBi antennas use a 30-degree horizontal and vertical beamwidth, helping focus radio energy toward the intended endpoint. For buyers, this means alignment is a core part of installation. A directional bridge should not be mounted casually like a room access point; both ends must be aimed and tested carefully.

The supported channel widths include 20, 40, 80 and 160MHz. Wider channels can provide higher data rates, but they also require suitable spectrum conditions and regulatory support. In congested environments, a narrower channel may deliver more consistent behaviour than chasing the largest theoretical rate. The listed maximum transmit power also varies by country, frequency and modulation rate, so the final operating profile must respect local regulations.

The platform includes static or DHCP IPv4 addressing, VLAN support, TR-069 and SNMP management protocols, spectrum analysis and link-testing tools. These features give technical teams more control than a basic consumer bridge. They also make the product appropriate for managed business environments where documentation, monitoring and remote support matter.

Technical Specifications

Specifications describe the capability of the device, but they do not replace link planning. A five-kilometre maximum range is meaningful only when the endpoints have suitable line of sight, the Fresnel zone is sufficiently clear, antennas are aligned, permitted frequencies are used and interference is under control. A shorter link with heavy obstruction may perform worse than a longer link across open terrain.

Buyers should also distinguish radio rate from Ethernet application throughput. The wireless figure includes protocol behaviour and does not mean a single Gigabit port will deliver 2.4Gbps to one wired device. The dual Gigabit interfaces serve the bridge and PoE-out design, while real application performance remains shaped by the end-to-end network. FourTeck can help buyers prepare the correct questions for the installer and choose related switching, power and cabling products.

Configuration and Buyer Guidance

The first configuration decision is topology. A point-to-point link connects one network location directly to another and commonly requires two bridge units. A point-to-multipoint arrangement uses a central device to serve several remote nodes within the supported design. PtMP can reduce the number of central radios, but the shared wireless capacity, direction, distance and placement of each remote point must be evaluated together.

Capacity planning is especially important for surveillance. Count each camera stream, recording format, frame rate and expected peak usage rather than assuming every camera uses the same bandwidth. Where a remote building has office users, include normal internet, file transfer and video-conference demand. If the link carries business-critical traffic, consider how the site will operate if the radio path is interrupted by weather, accidental movement, new construction or power loss.

Power-over-Ethernet can make installation cleaner, but outdoor Ethernet should be planned as infrastructure. Use suitable cable, weather protection, grounding and surge measures for the environment. Verify that the selected PoE source can power the bridge and any downstream device. The listed PoE output differs depending on whether the unit receives PoE+ or suitable DC input, so a camera or speaker should not be added without checking its maximum demand.

For a useful quotation, provide quantity, intended topology, link distances, drawings or photographs where available, application type, existing switches, required PoE accessories, mounting environment, delivery location and project timing. FourTeck can then help match the product with related accessories and suggest alternatives where the site requirement calls for a different approach.

Ideal Business Use Cases

The bridge is most valuable where two or more known network locations need a focused outdoor connection. It is not intended to replace general indoor Wi-Fi coverage for phones and laptops. Its strength is backhaul: carrying network traffic from one fixed point to another so the remote site can use Ethernet switching, access points, cameras, phones or other connected systems.

Each use case needs its own design assumptions. A two-camera gatehouse and a remote office with twenty users do not create the same traffic pattern. A temporary construction link may value rapid relocation, while a hospital campus may prioritise redundancy, monitoring and documented change control. FourTeck can help the buyer frame these differences before the quotation is prepared.

Grandstream GWN7302 Long-Distance Link Performance

Long-distance wireless performance is created by the full link, not one specification. The radio, antennas, channel, mounting, path clearance and connected Ethernet network must work together. The GWN7302 uses two internal 13.5dBi directional antennas and supports Wi-Fi 6 data rates up to 2402Mbps at the radio level. TDMA technology helps schedule transmissions in a structured way, which is particularly relevant in PtMP arrangements where multiple remote nodes share a central endpoint.

The manufacturer lists up to five kilometres of coverage, with an explicit note that range varies by environment. At longer distances, small alignment changes can have a significant effect. A pole that moves in wind, an installation bracket that is not fully tightened, or a new obstruction in the path can reduce signal quality. Antenna alignment should therefore be treated as an engineering task. The built-in signal-strength LEDs, link test and alignment tool are useful, but installers should still document signal level, channel selection and performance after mounting.

Channel width influences the balance between capacity and resilience. A 160MHz channel can support high radio rates where spectrum is clean and permitted, yet it occupies more bandwidth and may be harder to use reliably in congested areas. A narrower 20 or 40MHz channel may provide lower peak speed but better coexistence. The correct setting depends on the required application throughput, local interference and regulatory domain. Auto-channel support can assist, although professional deployments may still need a deliberate frequency plan.

Line of sight is not only whether one building can be seen from another. Radio energy spreads through an area around the direct path. Trees, rooftops, cranes, terrain and future construction can intrude into that space. Seasonal vegetation should be considered for farms, resorts and campuses. Where the link is critical, a proper path survey is preferable to choosing equipment from straight-line distance alone.

FourTeck buyer guidance focuses on expected service rather than headline speed. Tell the team whether the link will carry video surveillance, office data, cloud traffic, voice or a mix. Also provide the existing internet speed and switch-port capacity. This allows the quotation conversation to reflect the actual network instead of assuming that the largest wireless number automatically solves every performance issue.

Grandstream GWN7302 Outdoor Reliability and Power Design

Outdoor networking hardware lives in a more demanding environment than equipment inside a communications cabinet. Heat, cold, dust, rain, moisture, cable movement, lightning-related surges and unstable mounting can all affect service. The bridge carries an IP66 weatherproof rating and a listed operating range from -30°C to 60°C. That provides a strong hardware foundation, but the enclosure rating does not make every cable, connector or installation method weatherproof automatically.

Cable entry should be sealed according to the installation guidance. Outdoor-rated Ethernet cable and suitable routing should be used where required. Drip loops, strain relief, grounding and surge protection should be evaluated for the site. A device placed high on a pole may have excellent line of sight but can become difficult to service safely. Mounting height should balance path clearance, security, wind exposure and future maintenance access.

The unit accepts IEEE 802.3af/at PoE input and can also use 24V DC within the documented input range. Its maximum own consumption is listed at 13W. The second Gigabit port provides PoE output, with a maximum of 13W when the bridge receives PoE+ and up to 25W when it receives suitable 24V DC/2A input. These figures must be interpreted as a power budget. The downstream camera, speaker or other device should remain within the supported output, including startup demand and cable loss.

For critical links, place the indoor power source and upstream switch on a suitable UPS. A radio link cannot pass traffic if either endpoint loses power. Where the remote side supports security or access control, consider the operational impact of an outage and whether backup power is required at both ends. Also confirm whether the PoE switch has enough total budget for all connected devices, not only one port.

FourTeck can help buyers identify compatible power accessories, PoE switching and related network products, but final electrical and lightning-protection design should be completed by qualified installers familiar with local conditions. This approach protects the investment and reduces avoidable site visits caused by incomplete outdoor preparation.

Grandstream GWN7302 Management, Security and Network Control

A business bridge must be manageable after installation. Staff changes, network redesign, security reviews and troubleshooting continue long after the installer leaves. The GWN7302 includes an embedded web interface for local administration and supports the GWN App, GWN Manager and GDMS Networking through the documented remote-management method. This range lets a small organisation manage a single link locally while giving system integrators and multi-site teams a path toward more centralised oversight.

GWN Manager is relevant for organisations that prefer an on-premise management platform, while GDMS Networking supports cloud-oriented administration. The best choice depends on IT policy, internet access, number of sites and the team responsible for operations. Buyers should decide who will own the credentials, firmware process, configuration backups and alerts. The bridge should not become an undocumented device known only to the original installer.

Security support includes WPA2-PSK and WPA3-PSK for the wireless link. Strong unique credentials should be used, and management access should be restricted to trusted network segments. Default passwords should not remain in service. VLAN support enables network administrators to carry segmented traffic across the bridge where the wider switching design supports it. This can be useful when a remote building requires separate staff, surveillance, voice and guest networks.

Quality-of-service support includes 802.11e/WMM, 802.1p, 802.1q and TOS. These capabilities can help preserve important applications such as voice or selected video traffic when the end-to-end network is configured consistently. A QoS setting on the bridge alone cannot correct congestion elsewhere. Switches, routers, firewalls and application markings should follow the same policy.

Operational documentation should include device names, IP addresses, mounting locations, connected switch ports, VLANs, channel settings, credentials ownership, firmware level and link-test results. FourTeck can help procurement teams include management requirements in the buying process so the selected supply supports long-term administration rather than only initial connectivity.

What Buyers Should Check Before Purchase

A model number does not confirm that a wireless bridge will fit the site. Before requesting a quote, buyers should confirm the physical path, the traffic requirement, the equipment at each end and the support expectations. FourTeck uses these details to help reduce wrong quantities, missing power components and deployment delays.

Accessories are often overlooked. A project may require PoE injectors or switches, outdoor Ethernet cable, surge protection, poles, brackets, patch cords, weatherproof junctions, UPS systems and a local access point or switch at the remote building. A bridge transports network traffic; it does not automatically provide complete indoor wireless coverage at the far end. If users need Wi-Fi there, plan a separate access point connected to the remote network.

Consider long-term ownership as well. Outdoor hardware needs inspection, firmware management, configuration records and occasional realignment after structural work. Vegetation and new construction can change the radio path. Critical links may need a backup route or spare unit strategy. The lowest hardware-only cost can become expensive if the site team must return because the order omitted power, mounting or protection components.

A strong quote request should include the buyer organisation, quantity, topology, coordinates or basic site plan, endpoint photographs, distance, intended applications, current network equipment, preferred management method, installation responsibility, delivery country and required timeline. FourTeck can use this information to prepare clearer product guidance and identify a suitable alternative when the bridge is not the right fit.

Africa Availability and Service Support

FourTeck supports product inquiries across Africa with assistance for model selection, bridge quantity, topology review, quotation requests, delivery coordination and warranty guidance. Availability may vary according to supplier status, regional order code, quantity, delivery route and project timing. Buyers should request a current commercial offer rather than relying on an unverified stock assumption.

For fixed wireless projects, the team can help organise the purchasing conversation around link distance, point-to-point or point-to-multipoint design, required throughput, PoE source, related switches, outdoor cabling and accessories. FourTeck can also help identify products needed at the remote end, such as access points, cameras, network switches, routers, UPS protection or structured cabling services. Final deployment design remains dependent on site conditions and qualified installation.

Project buyers may request one link, a multi-site rollout or a bill of materials for several facilities. Providing quantities, delivery locations and expected deployment phases helps the sales team discuss supply timing and alternatives more clearly. Warranty handling can depend on the source and destination, so buyers should confirm the applicable terms before order approval.

Contact FourTeck Sales

Africa Country and Regional Coverage

Businesses across Africa, including Kenya, Uganda, Nigeria, Ghana, Tanzania, Rwanda, Ethiopia, South Africa, Zambia, Botswana, Senegal and nearby regional markets can contact FourTeck for product availability, configuration guidance and quote assistance. The team can help buyers review bridge quantities, related outdoor networking options, power accessories, delivery requirements and project supply needs according to the intended business use.

Regional environments can differ in radio regulation, climate, import process, service access and installation resources. FourTeck therefore works from the specific destination and project requirement rather than assuming that one order arrangement applies everywhere. Buyers managing several countries should provide a consolidated bill of materials and separate delivery locations so the purchasing route can be discussed clearly.

Start with the FourTeck Africa technology portal or contact the sales team for direct assistance. The page avoids unverified local stock claims; current availability should be confirmed for the required quantity and destination.

GCC, Middle East and Africa Availability

FourTeck Africa can support inquiries for businesses across Africa while also guiding procurement conversations that involve GCC and Middle East decision makers. A regional head office in the UAE, Saudi Arabia, Qatar, Oman or Bahrain may need to approve networking equipment for a facility or project in an African market. In these cases, clear product identification, endpoint quantity, destination and support expectations help keep the purchasing process consistent.

Availability, delivery options, warranty handling and configuration assistance may vary by country, product source, selected quantity and project schedule. Multi-region buyers should share the complete bill of materials, delivery addresses and required documentation before requesting a final offer. FourTeck can then guide the most appropriate regional contact path without claiming that every item is held locally.

Other Options Buyers May Consider

A complete outdoor link may include more than the bridge. Buyers may also need indoor access points, PoE switches, security appliances, UPS protection or professional network services. The following FourTeck pages help procurement teams continue the discussion around related requirements.

These products are not direct replacements for every bridge requirement. Indoor access points distribute Wi-Fi locally, while a fixed wireless bridge carries traffic between fixed locations. FourTeck can help buyers distinguish these roles and build a bill of materials that includes the correct device at each part of the network.

Why Buyers Choose FourTeck

Business networking purchases often fail because the hardware order is separated from the deployment question. A bridge may arrive without the second endpoint, suitable PoE power, outdoor cable, surge protection or the switch needed at the remote site. FourTeck helps procurement and technical teams discuss these dependencies before a quote is finalised.

FourTeck’s role is especially useful when the buying team and installation team are different. Procurement may know the approved model and budget, while the technical team understands the path and connected systems. Bringing these details together reduces incomplete quotations and last-minute changes. It also helps decision makers compare the total deployment requirement rather than comparing only the price of one device.

The team can support a single-site inquiry or a multi-location project. For larger requirements, share a bill of materials, site list, expected phases and whether configuration or installation support is required. Where a selected product is not suitable, FourTeck can discuss a related option rather than forcing the wrong model into the project.

No supplier can guarantee radio performance without understanding the environment. FourTeck therefore presents the manufacturer specifications together with practical buyer questions. This gives customers a clearer basis for planning, approval and deployment while keeping final engineering decisions tied to the real site.

Frequently Asked Questions