Grandstream GWN7624 In-Wall Access Point in Africa
Designed for hotels, serviced residences, offices, clinics, education facilities, and modern commercial spaces, the GWN7624 places fast dual-band Wi-Fi and useful Gigabit Ethernet connections exactly where users need them. Its in-wall format creates a clean room installation, while integrated PoE input and local powered ports help reduce extra adapters and visible cabling. FourTeck helps business buyers review coverage, client density, switching, cabling, management, and project quantities before quotation.
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Quick Product Information
Grandstream
GWN7624
In-wall dual-band Wi-Fi 5 access point
Hotels, offices, residences, clinics, classrooms, and commercial rooms
Room-level wireless access with local wired device connectivity
IEEE 802.11 a/b/g/n/ac
PoE 802.3af or PoE+ 802.3at; design dependent
Configuration review, quote assistance, delivery coordination, and warranty guidance
Product Overview
The Grandstream GWN7624 is built for situations where a conventional ceiling access point is not the most practical answer. In a hotel room, apartment, patient room, executive office, classroom, or small meeting space, users often need both reliable Wi-Fi and physical Ethernet connections for fixed equipment. Installing a separate access point and a separate small switch can increase cable runs, power requirements, visual clutter, and maintenance points. This in-wall unit brings those functions together in a compact format that can sit close to the devices and users it serves.
The wireless platform uses dual-band 802.11ac Wave 2 technology. The 2.4 GHz radio uses 2×2:2 MIMO, while the 5 GHz radio uses 4×4:4 MU-MIMO. Aggregate wireless throughput is rated up to 2.03 Gbps under suitable conditions. The design supports as many as 200 concurrent Wi-Fi clients per access point, although real project capacity depends on application demand, radio conditions, channel planning, client capability, and the wider network. For room-based installations, this balance can provide a strong experience for phones, tablets, laptops, televisions, voice devices, and other connected endpoints.
Wired connectivity is a major reason buyers consider this model. It has one Gigabit uplink Ethernet port that receives PoE or PoE+, plus three local Gigabit Ethernet ports. Two local ports can provide Power Sourcing Equipment output, with a stated maximum of 6 watts per port, allowing compatible low-power devices to receive both data and power. This can be useful for selected IP phones, room control endpoints, or other supported equipment. Power budget must be checked carefully because the access point has a maximum consumption figure of 25 watts and available PSE output depends on the upstream power source and deployment design.
The management architecture gives small sites and multi-location operators several choices. An embedded controller can manage up to 30 local GWN access points, while GDMS Networking supports cloud administration and GWN Manager supports on-premise software management for larger estates. FourTeck can help buyers decide whether the GWN7624 fits a new deployment, an upgrade, or a room-by-room expansion. The review should include building materials, wall box compatibility, cable routes, switching capacity, PoE budget, internet bandwidth, security policy, user numbers, roaming needs, and expected growth.
Key Business Benefits
A good wireless purchase should solve operational problems rather than simply add another radio to the network. The GWN7624 offers several practical advantages for organisations that need dependable room connectivity and a professional installation.
◆ Cleaner room installations
An in-wall access point can place connectivity close to the user without a ceiling-mounted device, desktop switch, or extra visible adapters. This is valuable in guest rooms, serviced apartments, clinics, executive spaces, and fitted offices where appearance and cable control are important. The result can be a neater installation that is easier for housekeeping, facilities, and IT teams to manage.
◆ Wireless and wired access together
Many rooms contain equipment that performs better on Ethernet, such as IPTV units, desk phones, computers, and fixed controllers. Three local Gigabit ports help serve those endpoints while the same device provides Wi-Fi. Combining access functions can simplify network planning, reduce the number of separate devices, and create a more predictable room design for repeat deployments.
◆ Support for real-time applications
Advanced quality-of-service functions can help prioritise voice, video, and other delay-sensitive traffic when the network is designed correctly. This matters in hospitality, healthcare, and office environments where clear calls, stable meetings, and responsive business applications are more important than raw speed alone. Proper VLAN and traffic policies remain essential to achieve the expected result.
◆ Flexible power planning
The uplink supports standard PoE and PoE+, allowing power and data to arrive through one Ethernet cable. Two downstream ports can provide limited PSE output to suitable devices. This may reduce local power adapters, but buyers must verify the PoE class, upstream switch budget, cable quality, and total load before deployment. Correct planning protects stability and avoids underpowered endpoints.
◆ Scalable administration
A small property can begin with the embedded controller, while a growing business can use cloud or on-premise management for multiple access points and sites. This gives IT teams a route to central configuration, monitoring, firmware control, and policy consistency without forcing every deployment into the same management model. The best option depends on security policy, staffing, internet access, and site count.
◆ Better project standardisation
Using a repeatable room access design can simplify procurement, installation, documentation, and replacement. Hotels and multi-unit properties can define a standard cable position, wall box, switch port profile, SSID structure, and device connection plan. This reduces variation between rooms and makes future support easier for internal teams, integrators, and service providers.
Product Highlights
The dual-band design gives compatible devices access to modern Wi-Fi 5 performance, with real throughput dependent on distance, interference, client capability, channel width, and network load.
The higher-capacity 5 GHz radio is suited to compatible modern clients and medium-density rooms where several users may be active at the same time.
One uplink and three local ports make the unit more than a wireless endpoint, supporting a practical combination of room Wi-Fi and Ethernet-connected equipment.
Eight SSIDs per radio provide flexibility for separating staff, guests, voice, management, and specialist device traffic when matched with suitable VLAN and security policies.
Security features include WPA3, WPA and WPA2 modes, enterprise authentication support, anti-hacking secure boot, digital signature protection, unique device certificates, and random default passwords. These controls support a stronger starting point, but the final security outcome also depends on password policy, authentication design, management access, firmware maintenance, switch configuration, firewall rules, and user onboarding.
The access point supports mesh networking and captive portals, which can be helpful for extending coverage or controlling guest access. Mesh should not be treated as a replacement for structured cabling where consistent performance is required. A wired uplink is normally preferred for predictable capacity, particularly in hotels and business buildings with many rooms. Captive portal design should also consider privacy, user experience, authentication method, and internet policy.
Coverage is specified up to 100 metres under suitable conditions, but this is not a room-count guarantee. Wall material, furniture, mirrors, reinforced concrete, metalwork, corridor shape, neighbouring networks, and transmitter limits all affect radio performance. A site survey or measured pilot is the best way to decide spacing and quantity. FourTeck can help buyers prepare the information needed for that review before a full rollout.
Technical Specifications
| Specification | Details |
|---|---|
| Brand and model | Grandstream GWN7624 |
| Product type | In-wall dual-band Wi-Fi 5 access point with integrated Gigabit Ethernet connectivity |
| Wi-Fi standards | IEEE 802.11 a/b/g/n/ac |
| Wireless performance | Up to 2.03 Gbps aggregate wireless throughput; actual performance varies by environment and client capability |
| MIMO | 2.4 GHz: 2×2:2 MIMO; 5 GHz: 4×4:4 MU-MIMO |
| Antennas | Internal antennas; 2.4 GHz gain 3 dBi and 5 GHz gain 5 dBi |
| Channel bandwidth | 2.4 GHz: 20/40 MHz; 5 GHz: 20/40/80 MHz |
| Coverage guidance | Up to 100 metres under suitable conditions; actual coverage varies by building and radio environment |
| Concurrent clients | Up to 200 Wi-Fi clients per access point, workload dependent |
| SSIDs | 16 total, with 8 per radio |
| Network interfaces | 1x Gigabit uplink with PoE/PoE+, 2x Gigabit local ports with PSE, 1x Gigabit local port |
| Power | PoE 802.3af / PoE+ 802.3at; maximum PSE output 6 W per supported port; maximum device consumption 25 W |
| Security | WEP, WPA/WPA2-PSK, WPA/WPA2 Enterprise, WPA3, secure boot, digital signature protection, unique certificate, random default password |
| Protocols and traffic control | IPv4, IPv6, 802.1Q, 802.1p, 802.1x, 802.11e/WMM, VLAN, TOS |
| Management | Embedded controller for up to 30 local GWN APs; GDMS Networking cloud management; GWN Manager on-premise controller for up to 3,000 GWN APs |
| Operating conditions | -10°C to 50°C; 5% to 95% non-condensing humidity |
| Dimensions | 135 x 86 x 38.5 mm |
| Mounting | In-wall mountable; site box, cabling, and local installation requirements must be checked |
| Regional availability | Configuration, quantity, delivery route, and warranty handling require confirmation |
Specification tables are useful for screening a product, but they do not replace deployment design. Buyers should first decide where each unit will be installed and which local devices will use the Ethernet ports. The upstream switch must provide the correct PoE level and sufficient total power for every connected access point. Where downstream PSE is required, the complete power path needs to be calculated so that the access point and attached equipment remain within supported limits.
Radio planning should be based on room layout rather than the maximum coverage figure. In-wall units are often chosen to serve a room or a small defined area, not to broadcast through many heavy walls. A pilot installation can confirm signal strength, roaming behaviour, captive portal flow, voice quality, and wired device performance before the full quantity is approved. FourTeck can help buyers prepare a bill of materials that includes access points, PoE switches, cabling, patching, mounting items, rack equipment, surge protection, UPS support, and configuration services where required.
Configuration and Buyer Guidance
A successful GWN7624 deployment begins with the building plan. Count rooms, corridors, shared areas, wall types, and locations where fixed Ethernet devices need service. In a hotel, one unit may be planned per room or shared between selected spaces, but that decision should follow measurement rather than assumption. In an office, the access point may serve an executive room, meeting area, small department, or fitted workspace. The number of clients, application mix, and roaming expectations determine whether this model should work alone or as part of a wider wireless design.
1. Confirm the room role
List the expected users and devices. A guest room with IPTV and a desk phone has different needs from a classroom, clinic room, or meeting space. Define which endpoints will use Wi-Fi and which should remain wired.
2. Calculate PoE demand
Check the upstream switch standard, per-port power, total PoE budget, cable length, and downstream PSE requirement. Do not assume that every PoE switch will provide enough power for attached devices.
3. Review wall and box compatibility
The physical opening, cable entry, back-box depth, screw positions, wall finish, and maintenance access must suit the device. Coordinate early with electrical, fit-out, and low-voltage contractors.
4. Plan VLANs and SSIDs
Decide how guest, staff, voice, management, and specialist devices will be separated. Confirm switch tagging, DHCP scopes, firewall policies, authentication, and captive portal requirements before commissioning.
5. Select a management method
A single property may use the embedded controller, while multi-site operations may prefer GDMS Networking or GWN Manager. Consider internet dependency, administrator access, logging, backup, and change control.
6. Test before full rollout
Install a small pilot in representative rooms. Test signal, throughput, roaming, calls, television traffic, portal access, port power, and remote management under real conditions.
Warranty and support expectations should also be recorded. Confirm the regional product version, supplier warranty route, replacement procedure, firmware policy, and who will own configuration after installation. For larger projects, request a room schedule and quantity plan so the quotation includes the correct number of access points, switches, patch leads, cabinets, UPS units, and installation accessories. FourTeck can review this information and suggest a suitable purchasing route.
Ideal Business Use Cases
Hotels and serviced accommodation
Guest rooms often require Wi-Fi, IPTV connectivity, an IP phone, and a neat finish. The in-wall design can support a repeatable room standard while central management helps the IT team apply consistent settings across the property. Coverage and quantities should be validated with representative room testing, particularly where concrete, mirrors, fire doors, and corridor layouts affect radio behaviour.
Serviced apartments and residential complexes
Multi-unit properties can use room-level access points to provide a managed connectivity experience without placing desktop equipment in visible areas. Separate SSIDs and VLANs can support residents, staff, facilities systems, and guest access. The design must consider privacy between units, internet service policy, central switching, and who is responsible for user support.
Offices and meeting spaces
An executive office, meeting room, reception area, or fitted department may need both wireless and wired connections. Local ports can serve a desk phone, display, workstation, or room device, while the dual-band radios support mobile users. Network administrators can align access policies with the rest of the office LAN and apply traffic prioritisation for voice and collaboration.
Clinics and healthcare rooms
Consultation rooms, administration spaces, and patient areas may contain computers, phones, televisions, and mobile devices. A compact access point can reduce clutter and support segmented connectivity. Healthcare deployments should apply strict access control, secure authentication, documented VLANs, and appropriate firewall policies, with careful testing around medical equipment and building materials.
Education and training rooms
Classrooms, labs, tutorial rooms, and staff offices can benefit from local wireless coverage and Ethernet for fixed teaching equipment. Client numbers may rise quickly during lessons, so capacity should be assessed by active application use rather than only device count. The wider design should include content policy, secure authentication, bandwidth control, and central monitoring.
Retail, reception, and branch rooms
Small branches, reception spaces, consultation rooms, and customer areas may need dependable wireless access alongside wired terminals or phones. The GWN7624 can fit into a standardised branch design, but payment traffic, corporate traffic, guest access, and management interfaces should be separated and protected through appropriate switching and firewall policy.
The model is best viewed as a room-focused component inside a complete network. Internet service, firewall capacity, switching, cabling, DNS, DHCP, authentication, and monitoring must all work together. A strong access point cannot correct an undersized internet link, poor cable termination, weak PoE supply, congested upstream switch, or unsuitable placement. FourTeck can help buyers connect the product choice to the wider project requirement.
Grandstream GWN7624 Wireless Capacity and Room Coverage
The GWN7624 combines a 2.4 GHz 2×2:2 radio with a 5 GHz 4×4:4 MU-MIMO radio. This design gives newer compatible devices access to the higher-capacity 5 GHz band while retaining 2.4 GHz connectivity for devices that need it. In practical business use, the goal is not to force every user onto the maximum data rate. The goal is to maintain stable access for a realistic mix of laptops, phones, tablets, televisions, voice handsets, and room devices.
Up to 200 concurrent clients are supported, but that number is a platform limit rather than a promise that 200 users can run demanding applications at full speed. Client capability, airtime demand, channel width, neighbouring networks, interference, retransmissions, signal level, and application type all affect usable capacity. A room filled with idle phones has a different load from a training room where many users stream video or download large files. Capacity planning should therefore examine active use, not only registered devices.
The stated coverage figure reaches up to 100 metres under suitable conditions. In-wall placement changes the radio geometry compared with ceiling mounting. Furniture, bathroom walls, service shafts, mirrors, reinforced concrete, metal doors, and room orientation may reduce signal propagation. For hospitality and apartment projects, one access point may be intended primarily for the room where it is installed, with corridor and shared-area coverage handled separately. This often produces a more controlled experience than trying to reach many rooms from one distant access point.
A practical survey should measure signal strength in the intended room, adjoining areas, bathroom, corridor, and any balcony or work area that requires service. It should also test roaming between units and shared spaces. FourTeck can help buyers define a pilot plan so procurement decisions are based on the real building rather than a theoretical range figure.
Grandstream GWN7624 Gigabit Ports and PoE Design
The wired interface arrangement is one of the most useful features of this access point. A single Gigabit uplink carries network traffic and receives power from a compatible PoE source. Three local Gigabit ports can connect room devices, and two of those ports can provide PSE output. This creates a compact connection point for a room that may otherwise need a separate switch, additional power adapters, and more visible cabling.
A hotel room may connect an IPTV unit, an IP phone, and a guest or service Ethernet outlet. An office may connect a desk phone, a computer, and a display or room controller. A clinic room may connect a fixed workstation and communication endpoint while wireless devices use the access point. The correct arrangement depends on device power demand, traffic type, security policy, and whether local users should have access to a physical Ethernet socket.
The two powered local ports have a maximum stated output of 6 watts per port. That is suitable only for compatible low-power equipment. Buyers should compare the exact requirement of every downstream device and confirm whether the upstream switch provides 802.3af or 802.3at power. Cable length, conductor quality, termination, patch panels, and total switch PoE budget also matter. A switch with enough ports can still fail the design if its total power budget is too small for all access points and connected devices.
VLAN planning should be completed before installation. IPTV, voice, guest Wi-Fi, staff Wi-Fi, room automation, and management traffic may need different network segments. The switch port profile must allow the correct tagged and untagged traffic, while the firewall and DHCP services must support each segment. Port security and user access policy are particularly important if a local Ethernet socket is available to guests or visitors.
FourTeck can help buyers prepare a port and power schedule. This document should show the upstream switch port, PoE class, room number, local device connections, VLAN assignments, cable identifier, and expected load. A clear schedule makes installation, testing, support, and future replacement much easier.
Grandstream GWN7624 Security and Central Management
Wireless security begins with the access point but extends across the complete network. The GWN7624 supports WPA3 as well as established WPA and WPA2 modes, including enterprise authentication options. It also uses secure boot, digital signature controls, a unique security certificate, and a random default password per device. These features help protect the platform during initial deployment and ongoing operation.
Administrators should still apply a documented security baseline. Change administrative credentials, restrict management access to trusted networks, use secure authentication, review firmware updates, back up configurations, and keep device inventories current. Guest traffic should be isolated from business systems. Staff access should follow the organisation’s identity and password policy. Voice, IPTV, building systems, and payment devices may require dedicated VLANs with narrow firewall rules.
Management flexibility supports different business sizes. The built-in controller can manage up to 30 local GWN access points without a separate controller appliance. This can suit a small hotel, office, clinic, or property where local administration is preferred. GDMS Networking provides a cloud management route for distributed sites, while GWN Manager supports on-premise control for larger deployments. The choice should consider internet availability, data policy, administrator skill, site count, reporting needs, and the organisation’s change-management process.
Central management can improve consistency because SSIDs, radio settings, security policies, and firmware can be reviewed across many access points. It also helps support teams identify offline devices and configuration differences. However, tools do not replace accurate documentation. Every access point should still be mapped to a room, cable, switch port, and installation record.
For multi-property or multi-branch projects, FourTeck can help buyers discuss the preferred management route before purchase. That conversation can include administrator roles, remote access, standard templates, site naming, backup policy, firmware maintenance, and the handover information needed by the customer’s IT team.
What Buyers Should Check Before Purchase
Choosing by model name alone can lead to missing accessories, incorrect power design, unsuitable placement, or unexpected compatibility issues. Before requesting a quote, prepare the main project facts so FourTeck can review whether the selected access point matches the building and business requirement.
Configuration fit
State the number of rooms, access points, users, SSIDs, local Ethernet devices, and expected applications. Explain whether the project is a new installation, replacement, or expansion. This helps confirm whether Wi-Fi 5 is suitable or whether a newer Wi-Fi 6 in-wall model should also be considered.
Compatibility check
List the switch models, firewall, VLAN design, cabling category, wall box, IP phones, televisions, and any device expected to draw power from the access point. Confirm regional radio requirements and the management platform already used by the organisation.
Availability and warranty
Ask for the current supply route, expected lead time, product region, order quantity conditions, warranty period, and replacement process. Availability can change, so it should be confirmed for the exact project rather than assumed from a general listing.
Power and accessories
Confirm whether the existing PoE switch has enough per-port and total budget. Include patch leads, cabinets, UPS protection, surge protection, mounting hardware, labels, and test equipment in the project plan. Power adapters should not be assumed to be included.
Deployment support
Decide who will conduct the survey, install cabling, fit the wall units, configure SSIDs, create VLANs, test roaming, and hand over documentation. Clarify whether the quotation should include configuration assistance or equipment supply only.
Long-term operating cost
Consider switch capacity, power consumption, support time, firmware maintenance, replacement spares, and future client standards. A lower initial hardware cost may not be the best choice if the site expects rapid growth or a long refresh cycle.
For a useful quotation, send the delivery country and city, quantity, room or floor plan, preferred timeline, existing switch details, intended local devices, management preference, and warranty expectation. Where possible, include photographs of the wall box and current cabling. FourTeck can then review whether the GWN7624 is the correct option, identify missing items, and suggest a suitable alternative when the project requires newer wireless capability, a different mounting format, or greater client density.
Africa Availability and Service Support
FourTeck supports business enquiries for the Grandstream GWN7624 across Africa with assistance that goes beyond simply naming the device. Buyers can request help reviewing the intended room layout, user density, cabling, PoE switching, local Ethernet requirements, management method, security design, and project quantity. This is useful for hospitality developments, office fit-outs, residential properties, clinics, schools, and branch deployments where the access point must form part of a wider network plan.
Availability may vary according to the regional product version, supplier status, order volume, delivery destination, and requested timeline. FourTeck does not recommend treating an online listing as confirmation of immediate supply. The quotation process can identify the current sourcing route, expected lead time, suitable alternatives, and any accessories needed for a complete deployment. For larger projects, phased delivery or pilot quantities may be discussed before the full order.
Configuration support can include pre-sales review of SSIDs, VLAN requirements, PoE budget, switch compatibility, management platform, captive portal direction, and downstream device connections. Installation and commissioning requirements should be described clearly so the quotation can distinguish equipment supply from survey, installation, configuration, testing, and handover services.
Warranty guidance depends on the selected supply route and country. Buyers should confirm the warranty period, return procedure, technical support route, and documentation required for service. FourTeck can help clarify these points before purchase so procurement teams understand both the product and the support process.
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 suitable models, related access points, PoE switching requirements, deployment quantities, management options, and project supply needs based on the building and business use.
Regional projects can differ significantly. A hotel renovation may require room-by-room replacement without disrupting guests. A new apartment complex may need coordinated cabling and wall-box preparation before finishing work. A multi-branch business may need a standard configuration that can be repeated across locations. A school or clinic may need stronger access controls and clear separation between staff, guest, and specialist devices. Providing these details at the enquiry stage helps FourTeck prepare a more relevant response.
Delivery coordination depends on the destination, quantity, import conditions, and available supply route. Buyers should provide the exact location, preferred timeline, and whether the request is for a pilot unit, replacement, bulk rollout, or complete wireless project. This allows the quotation to address product supply, accessories, shipping, and support requirements in one structured conversation without creating repeated country-specific product pages.
GCC, Middle East and Africa Availability
FourTeck Africa can support product enquiries for organisations operating across Africa while also guiding regional technology requirements through selected FourTeck platforms for GCC and Middle East markets. Businesses with offices, hotels, residences, retail branches, or project sites in the UAE, Saudi Arabia, Qatar, Oman, Bahrain, and African markets may need consistent wireless standards with country-specific delivery, radio, warranty, and support arrangements.
A regional rollout should begin with a common design document. This can define the preferred access point family, SSIDs, VLANs, security policy, switch requirements, naming standard, management platform, and handover format. Country-level differences can then be recorded separately, including allowed radio settings, sourcing route, local installation practice, power infrastructure, and warranty handling. This approach gives the organisation consistency without assuming every location is identical.
Availability, delivery options, warranty handling, and configuration support may vary based on country, selected model, supplier status, and order quantity. Buyers can use FourTeck Africa for Africa-focused enquiries, FourTeck Kenya and FourTeck Uganda for local market guidance, or FourTeck UAE for selected GCC requirements.
For cross-border procurement, send a location list, quantity per site, target schedule, and whether central or local management will be used. FourTeck can then help structure the enquiry around the actual rollout rather than treating each site as an unrelated purchase.
Other Options Buyers May Consider
The correct alternative depends on wireless generation, mounting style, client density, local port requirements, and future refresh plans. Buyers who are standardising a new project may also review newer Wi-Fi 6 in-wall models, compact access points with integrated switching, or ceiling units for shared spaces. The following Grandstream options can be discussed with FourTeck as part of a project comparison.
Grandstream GWN7661
An in-wall Wi-Fi 6 option for buyers who want a newer wireless generation while retaining a room-focused deployment format. Review client capability, local port needs, PoE design, and project budget.
Grandstream GWN7661E
A newer in-wall access point that may suit projects prioritising Wi-Fi 6 performance and long-term client refresh. Final choice should consider management, radio plan, Ethernet needs, and availability.
Grandstream GWN7604
A compact Wi-Fi 6 access point with integrated Ethernet switching for locations that need flexible placement and local device connectivity. Confirm whether its mounting approach fits the room design.
Grandstream GWN7625
A Wi-Fi 5 indoor access point for shared office, corridor, and common-area deployments where ceiling or general indoor placement is more appropriate than an in-wall room unit.
Grandstream GWN7660
A Wi-Fi 6 indoor access point that may fit offices and common areas requiring a modern general-purpose wireless platform rather than local room Ethernet ports.
FourTeck can help compare these models without assuming that the newest device is automatically the correct one. Existing client standards, project lifetime, installation format, switch capability, local port demand, budget, and availability all influence the decision. A mixed design may use in-wall units in rooms and ceiling units in lobbies, corridors, meeting areas, and shared spaces.
Why Buyers Choose FourTeck
Business technology procurement becomes easier when the supplier understands how the product will be used. FourTeck supports customers who need more than a part number. The team can help turn a building plan, room schedule, user requirement, or upgrade problem into a structured equipment enquiry. This reduces the risk of selecting an access point that does not match the mounting environment, power budget, local device connections, management method, or expected client load.
Guidance for access points, PoE switches, firewalls, racks, cabling, UPS systems, and related network components.
Pre-sales review of quantity, SSIDs, VLANs, security, management, local ports, and power requirements.
A clear route for confirming product, accessories, delivery destination, quantity, and support scope.
Regional enquiry support based on destination, supplier route, order size, and project timing.
Help clarifying the warranty route, documentation, return process, and support expectation before purchase.
Useful comparison when Wi-Fi generation, mounting, density, port count, or availability changes the preferred choice.
FourTeck supports small and medium businesses, enterprise teams, resellers, integrators, contractors, hospitality groups, schools, healthcare organisations, property developers, and public-sector procurement. The aim is to help the buyer submit a complete requirement so quotations are easier to compare and projects are less likely to be delayed by missing switches, power, cables, mounting items, or configuration work.
For the fastest review, share the site type, location, quantity, floor or room plan, existing network equipment, intended devices, preferred management method, target date, and whether installation support is required. This gives the sales and technical teams enough context to provide practical guidance.
Frequently Asked Questions
What is the GWN7624 mainly used for?
It is designed to provide room-level dual-band Wi-Fi and local Gigabit Ethernet connectivity in environments such as hotels, serviced apartments, offices, clinics, classrooms, and commercial properties. Its in-wall format supports a neat installation, while three local Ethernet ports can connect fixed devices such as phones, televisions, computers, or room equipment.
Does the access point support Wi-Fi 6?
No. The GWN7624 is a Wi-Fi 5 access point using IEEE 802.11ac technology. It can still suit many room-based business deployments, especially where client devices and budgets align with Wi-Fi 5. Buyers planning a new long-life rollout should also compare current Wi-Fi 6 in-wall models before final selection.
How many devices can connect at the same time?
The platform supports up to 200 concurrent Wi-Fi clients per access point. Practical capacity depends on what those clients are doing, their radio capability, signal quality, interference, and upstream bandwidth. A survey or pilot should test real applications because idle devices place a much lower demand on airtime than active video, voice, or large file transfers.
Can it power other network devices?
Two local Gigabit ports can provide PSE output, with a stated maximum of 6 watts per port. Only compatible low-power devices should be connected. The upstream PoE switch, cable path, total power budget, and downstream device requirement must all be checked before installation. Do not assume every IP phone or endpoint will be supported.
What management options are available?
The embedded controller can manage up to 30 local GWN access points. GDMS Networking provides cloud-based management, while GWN Manager offers an on-premise software controller for larger environments. The preferred option depends on site count, administrator access, internet reliability, security policy, reporting needs, and the organisation’s support model.
Is the GWN7624 available for Africa projects?
FourTeck accepts enquiries for Africa projects and can help confirm the current supply route, product region, quantity, lead time, delivery coordination, and warranty guidance. Availability is not assumed and should be checked for the exact destination and project date. Buyers can also request suitable alternatives when timing or specification requirements change.
Can FourTeck help plan the correct quantity?
Yes. Quantity planning should consider room layout, wall materials, shared areas, client density, local wired devices, and roaming. FourTeck can review floor plans, room schedules, and project requirements, but a measured survey or pilot remains the best method for confirming final placement and coverage in the actual building.
What should be included in a quote request?
Provide the destination, quantity, site type, room or floor plan, expected users, local Ethernet devices, current switch model, PoE requirement, preferred management method, target date, and whether installation or configuration support is needed. This information helps FourTeck identify missing accessories and prepare a more complete response.
Are bulk and multi-site requests supported?
Businesses, resellers, integrators, hotel groups, property developers, schools, and multi-branch organisations can submit bulk or project enquiries. A location-by-location quantity plan is helpful. FourTeck can discuss phased supply, pilot units, alternative models, accessories, delivery coordination, and warranty expectations according to the project scope.
Does the unit replace a complete network design?
No. The access point depends on a suitable firewall, switch, PoE budget, cabling, internet service, VLAN design, DHCP, DNS, security policy, and management process. It can simplify room connectivity, but overall performance and protection come from the complete network. FourTeck can help buyers review related equipment and deployment needs.
Need Help Planning Your In-Wall Wi-Fi Project?
FourTeck can help review product availability, access point quantities, PoE switching, room connectivity, management options, warranty guidance, and delivery requirements for your business location. Share your site type, quantity, destination, and project timeline to begin.
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