Grandstream GWN7700M Multi-Gigabit Switch Series in Africa
Bring modern 2.5GbE connectivity to workstations, network storage, high-performance wireless access points and compact business networks with a quiet, plug-and-play switch family. The series combines five-port or eight-port multi-Gigabit copper connectivity with a dedicated 1G/10G SFP+ uplink, while the GWN7700MP option adds PoE+ output for selected powered endpoints. FourTeck supports model selection, cabling checks, uplink planning, quote preparation and regional delivery coordination for business buyers.
✓ 1G/10G SFP+ Uplink
✓ Fanless Metal Design
✓ PoE+ Model Available
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Quick Product Information
Grandstream
GWN7700M, GWN7700MP and GWN7701M
Unmanaged 2.5G multi-Gigabit network switches
Five or eight 100/1000/2500Mbps RJ45 ports
One SFP+ port supporting 1Gbps or 10Gbps connectivity
GWN7700MP provides four IEEE 802.3af/at PoE+ ports with a 57W total budget
Desktop or wall-mount deployment in a ventilated indoor location
Plug-and-play unmanaged operation; no VLAN or Layer 3 configuration interface
SMBs, home offices, branch sites, studios, labs and fast local storage networks
Configuration dependent; contact FourTeck for current options, warranty guidance and delivery coordination
Product Overview
Many small and mid-sized networks have reached a point where ordinary Gigabit Ethernet can become a practical bottleneck. Modern desktop computers, Wi-Fi 6 and Wi-Fi 7 access points, creative workstations, small servers and network-attached storage systems can often move data faster than a traditional 1Gbps connection allows. Replacing the entire network with a fully managed enterprise platform may be unnecessary for a compact office or specialist team. The Grandstream GWN7700M family addresses that middle ground by offering 2.5Gbps copper links in a simple unmanaged format.
The range includes three closely related choices. The GWN7700M provides five 2.5GbE RJ45 ports and one SFP+ uplink. The GWN7700MP uses the same copper-port count and uplink arrangement while adding PoE/PoE+ power on four ports, with a total PoE budget of 57 watts. The GWN7701M expands the desktop design to eight 2.5GbE RJ45 ports plus one SFP+ uplink. Counting the fibre interface, these are six-port or nine-port physical switch designs, although product summaries often describe them by their five or eight multi-Gigabit copper ports.
Each copper port automatically negotiates with connected equipment at 100Mbps, 1Gbps or 2.5Gbps. This matters when a business has a mixed estate containing older printers or controllers, standard Gigabit PCs and newer multi-Gigabit devices. Auto MDI/MDIX also removes the need to choose crossover cabling for ordinary connections. The SFP+ interface can operate at 1Gbps or 10Gbps, giving the switch a useful high-speed path to a compatible server, storage appliance, aggregation switch or fibre run.
Because this is an unmanaged family, there is no web console for creating VLANs, configuring trunks, applying access-control rules or monitoring individual users. That simplicity is an advantage where the aim is to expand fast local connectivity with minimal administration. It is equally important to recognise the boundary: businesses that require detailed segmentation, central switch management, link aggregation, stacking, advanced policy control or Layer 3 routing should consider a managed alternative instead.
For Africa buyers, the practical value lies in selecting the correct model around real endpoint needs rather than purchasing only by port count. FourTeck can help review whether PoE is required, whether existing Category cabling can support 2.5Gbps over the intended distance, which SFP or SFP+ transceiver is appropriate, and whether an unmanaged design matches the wider network. This review helps procurement teams avoid missing power budgets, incompatible optics, insufficient uplink capacity or the need for management features discovered only after delivery.
Key Business Benefits
The value of a faster switch is not limited to a larger number on a specification sheet. The right model can remove local data-transfer delays, simplify a compact installation and create a more balanced path between modern endpoints and the rest of the network. These business benefits explain where the series can contribute most effectively.
More Headroom Than Standard Gigabit
A 2.5GbE connection can carry substantially more traffic than a 1GbE port. This gives compatible workstations, access points and storage systems room to operate without immediately moving to a more expensive all-10GbE access layer. It is a practical step for teams handling large media files, backups, shared datasets, virtual machine images or many simultaneous wireless users.
Simple Plug-and-Play Deployment
No switch operating system needs to be configured before basic use. A small business can connect power, attach compatible devices and allow the ports to negotiate link speeds automatically. This reduces deployment time for straightforward networks and makes the units suitable for teams that do not maintain a dedicated networking administrator at every branch or workspace.
Fast 1G/10G SFP+ Uplink
The dedicated fibre interface provides a path that can operate at 1Gbps or 10Gbps. A 10Gbps uplink is particularly useful when several 2.5GbE endpoints may be active at the same time, because it helps reduce the chance that a single 1Gbps upstream link becomes the next bottleneck. Optics, fibre type and distance must be selected separately.
Quiet Operation Near Users
The fanless metal enclosure supports quiet deployment on a desk, in a meeting-room cabinet, beside a network storage device or in a small office. Removing the fan also removes a moving part that would otherwise collect dust and create noise. The switch still requires normal ventilation and should not be enclosed in a hot, unventilated space.
Mixed-Speed Device Compatibility
Not every endpoint needs to be replaced at once. The copper interfaces recognise 100Mbps, 1Gbps and 2.5Gbps devices, allowing a phased network upgrade. This can protect existing investment in printers, phones, controllers and standard Gigabit computers while giving newer systems access to higher link speeds where they can use them.
Flexible Port and Power Choices
Buyers can choose compact five-port copper connectivity, the same format with four powered ports, or an eight-port copper model. This avoids paying for PoE when it is not required and gives small projects a clear way to match the switch to endpoint count. The correct choice should include future ports, power draw and uplink requirements rather than current devices alone.
Product Highlights That Matter in Daily Use
Choose a compact access layer for a few performance devices or a wider eight-device deployment.
Connect to a compatible backbone, server, storage unit or fibre path with the correct module.
Internal capacity differs by model and is sized around the available high-speed interfaces.
Useful for compatible storage and high-volume data environments when every device in the path is configured consistently.
The series includes a 4K MAC address table, automatic MAC learning and ageing, IEEE 802.3x flow control, energy-efficient Ethernet, 802.1p/DSCP quality-of-service handling and selected IGMP capabilities. These functions operate without presenting the buyer with a management interface. The result is more intelligent traffic handling than a basic electrical splitter, but not the policy control of a managed switch.
The GWN7700MP is the only PoE model in this family. Its first four copper ports support IEEE 802.3af/at power, with up to 30 watts available on an individual port and a 57-watt total budget across powered endpoints. The total budget is the key planning figure: four devices cannot all draw 30 watts simultaneously. Buyers should add the maximum power requirement of each phone, camera or access point and leave practical headroom.
LED indicators show link and activity status per port and power status for the device. The compact enclosure can sit on a desk or mount to a wall, helping small offices keep cabling organised. Metal construction gives a more robust physical platform than a lightweight plastic desktop switch, although the product remains an indoor access device and is not designed for outdoor exposure, uncontrolled heat, moisture or dust-heavy industrial conditions.
Technical Specifications
| Specification | GWN7700M | GWN7700MP | GWN7701M |
|---|---|---|---|
| Product format | Unmanaged multi-Gigabit switch | Unmanaged multi-Gigabit PoE+ switch | Unmanaged multi-Gigabit switch |
| 2.5GbE copper ports | 5 × 100/1000/2500Mbps RJ45 | 5 × 100/1000/2500Mbps RJ45 | 8 × 100/1000/2500Mbps RJ45 |
| Fibre uplink | 1 × SFP+; 1Gbps or 10Gbps | 1 × SFP+; 1Gbps or 10Gbps | 1 × SFP+; 1Gbps or 10Gbps |
| PoE output | Not included | Ports 1–4, IEEE 802.3af/at; up to 30W per port; 57W total budget | Not included |
| Switching capacity | 45Gbps | 45Gbps | 60Gbps |
| MAC address table | 4K entries | ||
| Jumbo frames | Up to 9KB | ||
| Port behaviour | Auto negotiation and Auto MDI/MDIX | ||
| Traffic features | IEEE 802.3x flow control, 802.1p/DSCP QoS, fixed storm control, IGMP snooping functions, MAC auto-learning and auto-ageing | ||
| Energy feature | IEEE 802.3az Energy Efficient Ethernet | ||
| Enclosure and cooling | Metal enclosure, fanless operation | ||
| Mounting | Desktop or wall mount | ||
| Power adapter | External 12VDC/1A | External 53.5V/1.22A | External 12VDC/1A |
| Maximum base-system consumption | 7.0W | 7.2W excluding connected PoE load | 9.7W |
| Operating conditions | 0°C to 40°C; 10% to 90% non-condensing humidity | ||
| Unit dimensions | 145 × 80 × 27mm | 145 × 80 × 27mm | 190 × 100 × 28mm |
| Unit weight | 0.30kg | 0.31kg | 0.52kg |
| Package contents | Switch, compatible external power adapter and quick installation guide | ||
| Compliance | FCC, CE, RCM and IC | ||
| Supply note | Availability, included regional power lead, warranty handling, optics and accessories are configuration and country dependent. Confirm the final bill of materials with FourTeck. | ||
How to read the specification table
The first decision is not simply five ports versus eight ports. Count all devices expected during the useful life of the switch, including the upstream connection if you do not plan to use the SFP+ interface. Next, separate devices that can use 2.5Gbps from equipment that will remain at 1Gbps or 100Mbps. A mixed-speed network is supported, but the purchase creates the most value when at least some endpoints can make use of the higher rate.
For the PoE model, compare each endpoint’s maximum input requirement with the 57W total budget. A low-power desk phone and a compact access point may fit easily, while several high-performance wireless access points or cameras with heaters and illuminators can exceed the available budget. The non-PoE models are a better value when all devices have their own power supplies or when a separate PoE injector is already part of the design.
The SFP+ port does not include a universal transceiver. Fibre type, connector, wavelength, distance and the far-end equipment must all match. For short in-rack connections, a compatible direct-attach cable may be appropriate; for building links, suitable optical modules and fibre are required. FourTeck can review these details before quotation so the switch arrives as part of a workable connection rather than as an isolated component.
Configuration and Buyer Guidance
A well-matched switch should support the business workflow, not merely provide the required number of sockets on the day it is purchased. Begin by listing every endpoint that will connect: computers, Wi-Fi access points, NAS units, servers, printers, IP phones, cameras, media appliances and upstream network equipment. Mark the current link speed of each device and note planned upgrades during the next two or three years. This quickly shows whether five copper ports are adequate or whether the eight-port model offers safer expansion.
Will users move large design files, video, backups, virtual machines or shared datasets, or is the network mainly email and ordinary office traffic?
Which endpoints genuinely support 2.5GbE, and do their operating systems and drivers already recognise that link rate?
Will the switch connect upstream at 1Gbps or 10Gbps, and is the correct SFP+, fibre or direct-attach component available?
Do endpoints need PoE, and does their combined maximum power draw fit within the 57W budget of the GWN7700MP?
Cabling deserves equal attention. 2.5GBASE-T was designed to work in many existing structured cabling environments, but actual performance depends on cable category, installation quality, termination, length, interference and patch leads. A poor cable may negotiate down to 1Gbps or create intermittent faults. For important installations, test the channel and replace low-quality patch cords rather than assuming every existing cable can sustain the new rate.
Also decide whether unmanaged operation is acceptable. This family does not provide an administrative interface for VLAN creation, port security, spanning-tree tuning, link aggregation, central monitoring or per-port configuration. Where segmentation, audit visibility, redundancy or policy enforcement is mandatory, select a managed switch. Where the priority is simple local speed with automatic operation, the unmanaged approach can reduce administration and deployment effort.
Finally, share the delivery country, quantity, preferred model, PoE endpoint list, uplink requirement and expected warranty handling with FourTeck. This information supports a more accurate quotation and allows compatible optics, cables, mounting needs and alternatives to be discussed before the order is approved.
Ideal Business Use Cases
The series works best in compact environments where higher local throughput is valuable but full switch management is not required. The following examples show how the available models can fit real business requirements.
Small Creative and Media Teams
Editors, photographers, designers and production teams often move files that are many gigabytes in size. Connecting 2.5GbE workstations to a compatible NAS can reduce waiting during project transfers, previews, backups and shared-media access. A 10Gbps SFP+ connection to storage or the core network helps multiple users share the uplink more effectively.
High-Performance Wi-Fi Edge
Modern access points may provide more than 1Gbps of aggregate wireless capacity. A 2.5GbE wired port helps prevent the access point’s Ethernet connection from limiting available throughput. The GWN7700MP can power selected compatible access points, provided their individual requirements and the combined 57W budget are respected.
Branch Office Speed Upgrade
A branch with a few performance users can add multi-Gigabit access without introducing a managed platform at the edge. The compact enclosure can sit in a small communications area, while the SFP+ interface provides a fast link back to a larger switch where compatible infrastructure exists.
Server and Lab Connectivity
Development labs, test benches and technical support teams may need several systems connected to a fast local server or storage target. The eight-port GWN7701M offers more copper density, while 9KB jumbo-frame support can benefit certain controlled data-transfer environments when every device in the path is configured consistently.
Compact Surveillance or Voice Edge
The PoE+ model can support a small group of compatible cameras, phones or other powered endpoints. Buyers must calculate the total power draw and confirm that unmanaged switching is acceptable for the security and voice design. Larger camera deployments or networks needing VLAN control normally require a managed PoE platform.
Professional Home Office
Consultants, architects, engineers and remote production staff may use a fast workstation, local backup appliance, high-capacity wireless access point and internet router in one workspace. A fanless desktop switch creates a quiet connection point while supporting a gradual move from Gigabit to 2.5GbE devices.
This product family is not intended to replace a managed campus core, a rugged outdoor switch or a high-density rack platform. Its strongest role is as a simple, fast access switch serving a limited number of endpoints. Clear boundaries help buyers obtain the benefit of multi-Gigabit connectivity without expecting enterprise control functions that are outside the design.
Grandstream GWN7700M Multi-Gigabit Performance
The most important technical advantage is the ability to connect ordinary Ethernet devices at three different copper speeds: 100Mbps, 1Gbps and 2.5Gbps. This allows the switch to act as an upgrade bridge between older equipment and newer systems. A legacy printer may remain at 100Mbps, a standard office computer may operate at 1Gbps and a modern workstation or access point can negotiate at 2.5Gbps. The business does not have to refresh every endpoint simultaneously.
A 2.5GbE port is especially useful where a single device regularly exceeds the practical throughput of Gigabit Ethernet. Examples include a NAS serving large files, a Wi-Fi access point carrying many active clients or a workstation reading project data from central storage. Actual application speed remains dependent on disks, processors, protocol overhead, cabling and the receiving system, but the network link is less likely to be the first limiting factor.
Switching capacity is 45Gbps for the five-copper-port models and 60Gbps for the eight-copper-port model. These figures describe the internal traffic-handling capability, not the guaranteed speed of every application. They matter because several devices may communicate simultaneously. The dedicated 10Gbps-capable SFP+ interface also gives the design a stronger upstream path than a 1Gbps-only uplink.
For procurement teams, the correct question is therefore not simply “Is 2.5G faster?” It is “Which devices, workflows and upstream links can use the additional capacity?” FourTeck can help map those requirements so the selected model improves the right part of the network rather than moving the bottleneck to storage, cabling or the core switch.
Grandstream GWN7700M SFP+ Uplink and Deployment Flexibility
The SFP+ interface is a major differentiator in a compact unmanaged switch. It can provide a 1Gbps or 10Gbps connection, allowing the unit to reach a compatible aggregation switch, server, storage platform or remote location over suitable media. This is particularly valuable when several 2.5GbE copper devices may exchange traffic with resources elsewhere in the network. A 10Gbps uplink offers more aggregate headroom than a conventional 1Gbps connection.
However, SFP+ is a physical module format rather than a promise that any optical component will work. The buyer must match the transceiver or direct-attach cable to the switch, the device at the far end, the fibre type, connector, wavelength and distance. Single-mode and multimode optics are not interchangeable, and a 10Gbps link requires compatible components at both ends. For an existing fibre run, provide FourTeck with the current optic details and link distance before quotation.
The metal enclosure supports desktop and wall-mount installation. Its small size is useful in reception areas, studios, meeting rooms, compact branches and near a network storage unit. Wall mounting can keep cables away from a desk surface, but the power adapter, cable bend radius and ventilation space still need to be planned. The operating temperature range is 0°C to 40°C, so the switch should be installed indoors in a controlled environment rather than in a sealed roof space, outdoor box or overheated cabinet.
A flexible physical design does not remove the need for a clean network plan. Buyers should document the uplink path, power source, surge protection approach, cable labels and endpoint locations. These modest steps make a simple unmanaged deployment easier to support and reduce confusion when the network grows.
Grandstream GWN7700M Quiet Reliability and Traffic Handling
Fanless cooling is valuable in environments where networking equipment sits close to people. There is no fan noise during calls, recording work, concentrated office tasks or overnight use. The absence of a mechanical fan also removes one common wear component. Reliability still depends on sensible placement: the metal enclosure needs airflow around it, the external power supply should remain accessible, and the switch should be protected from moisture, unstable power and excessive dust.
The units include automatic MAC address learning and ageing, a 4K address table and IEEE 802.3x flow control. Flow control can help a receiving port signal a transmitting device during congestion, reducing avoidable packet loss in supported full-duplex conditions. Quality-of-service handling based on 802.1p and DSCP markings can preserve existing priority information where present, although an unmanaged switch does not offer a console for creating a custom enterprise policy.
Storm control is fixed to monitor broadcast, multicast and unknown-unicast traffic at the specified threshold. IGMP snooping functions can help the switch treat multicast traffic more efficiently in compatible environments. These features offer practical background traffic handling, but they should not be confused with the detailed diagnostics, reporting and configuration available on a managed switch.
Energy Efficient Ethernet helps reduce consumption when link conditions allow. Base-system maximum consumption is modest for each non-PoE model, while the PoE unit’s total electrical demand rises according to the devices it powers. For locations using a UPS, calculate the switch, power adapter and connected PoE loads together. FourTeck can help buyers include the switch in a wider power and continuity plan rather than treating its low base consumption as the full load.
What Buyers Should Check Before Purchase
A model name alone does not define a successful switch purchase. Before requesting a quote, buyers should confirm the number and speed of endpoints, PoE needs, upstream connection, cabling condition, management expectations, installation environment and future expansion. FourTeck can review these details so the selected product matches the business requirement rather than creating missing accessories or compatibility problems during deployment.
Correct Model Selection
Choose GWN7700M for five non-PoE copper endpoints, GWN7700MP when up to four compatible devices require PoE+, or GWN7701M when eight copper ports provide a better expansion margin. Include spare ports for planned devices and service testing.
Compatibility Check
Confirm that network adapters support 2.5GbE, that drivers are current and that the cable channel is suitable. For the SFP+ link, identify fibre type, connector, distance, speed and far-end hardware. Do not assume an optic from another platform will be compatible.
PoE Budget and Accessories
List the maximum wattage of every powered endpoint. The GWN7700MP supplies up to 30W on an individual supported port but only 57W in total. Include patch leads, wall-fixing materials, optics, fibre jumpers, rack shelves or surge protection where the project requires them.
Management Expectations
This is an unmanaged product. It does not provide user-configurable VLANs, port mirroring, link aggregation, central switch monitoring, access-control lists or Layer 3 routing. Select a managed alternative when these functions are part of security, compliance or support requirements.
Environment and Power
Plan an indoor location within the supported temperature and humidity range. Leave ventilation around the fanless enclosure, provide stable power and consider a suitable UPS where network continuity matters. The PoE model’s connected load must be included in UPS runtime calculations.
Availability and Warranty
Supply position can differ by model, country and quantity. Ask which regional power lead is included, how warranty claims are handled, whether replacement options are available and whether delivery requires additional time for optics or project quantities.
Long-Term Fit
Consider whether the network will soon need more than eight 2.5GbE devices, redundant uplinks, VLAN segmentation or central management. In that case, a managed or higher-density platform may avoid an early replacement even if the compact switch meets today’s immediate count.
Quote Preparation
Provide the required model, quantity, delivery destination, endpoint list, PoE wattage, uplink speed, fibre details, preferred accessories and target deployment date. For project supply, include whether units will be delivered to one site or distributed across several locations.
These checks reduce the risk of buying an undersized model, omitting an optical module, exceeding the PoE budget or discovering that the network needs managed controls. They also allow FourTeck to suggest a suitable alternative where the requirement falls outside the scope of a compact unmanaged switch.
Africa Availability and Service Support
FourTeck supports business inquiries for this multi-Gigabit switch family across Africa with assistance that begins before the quotation. Buyers can share their endpoint count, PoE requirements, uplink design and deployment environment so the requested model can be checked against the actual use case. This is especially helpful for series products where several closely related variants appear similar but differ in port density and power delivery.
Availability may vary according to model, selected accessories, order quantity, supplier position and destination. The GWN7700M, GWN7700MP and GWN7701M should therefore be quoted as distinct choices rather than treated as one interchangeable stock item. SFP or SFP+ modules, fibre patch leads, copper patch cords, UPS protection and mounting accessories may also have separate availability and lead times.
FourTeck can coordinate a configuration review, commercial quotation, delivery planning and warranty guidance. For bulk orders or distributed projects, buyers should provide a site list, quantity per site and preferred delivery sequence. For a single office, a simple port and cable schedule is normally sufficient. Warranty terms and claim procedures can depend on the supply route and country, so these should be confirmed on the final quotation rather than assumed from another market.
No unverified stock or delivery promise is made on this page. Contact the FourTeck team for the current position, a model-specific offer and practical assistance with the complete connection requirement.
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, model guidance and quote assistance. Support can cover a single compact office, a reseller requirement, a technology refresh or a multi-location rollout where the same basic connectivity standard is needed at several sites.
Regional planning should account for destination-specific delivery arrangements, import processes, power accessories and warranty handling. A project may also require different quantities or accessories at each site. Providing these details early helps FourTeck prepare a clearer bill of materials and coordinate the commercial response around the real deployment instead of offering only a bare switch.
Use the FourTeck Africa platform for regional product support, or visit the Africa contact page to submit the required model, quantity, destination and network notes.
GCC, Middle East and Africa Availability
FourTeck Africa can support product inquiries for businesses across Africa while related FourTeck platforms assist selected requirements across GCC and Middle East markets. Buyers with operations spanning Africa, UAE, Saudi Arabia, Qatar, Oman or Bahrain can describe the complete regional project so model consistency, accessories, documentation and delivery requirements can be reviewed together.
Cross-region projects should not assume that every unit ships with the same power lead, warranty process or delivery timetable. The network design may be common, but local conditions can affect the final supply arrangement. For example, a central technical team may standardise on the eight-port non-PoE model while some branch offices need the PoE version for access points. A consolidated requirement makes those differences visible before purchase.
Availability, delivery options, warranty handling and configuration support vary according to country, model, selected accessories, supplier status and quantity. FourTeck can help separate the technical standard from the regional commercial details, producing a clearer plan for each destination.
Other Options Buyers May Consider
A compact unmanaged 2.5G switch is a strong fit for simple high-speed access, but different projects may need more ports, central management, outdoor protection or a separate wireless layer. The following FourTeck navigation options help buyers explore related categories without forcing an unsuitable product into the design.
Managed Network Switches
Best for businesses needing VLANs, port monitoring, security controls, link aggregation, spanning-tree management or central administration.
Grandstream Networking
Useful when building a wider Grandstream environment around switching, routing, wireless access and communications endpoints.
Wireless Access Points
Consider compatible 2.5GbE-capable access points where wireless capacity is the reason for upgrading the wired edge.
Business Routers and Firewalls
Choose the upstream platform according to internet speed, VPN users, security policy, site-to-site connectivity and management needs.
UPS and Power Protection
Protect the switch, router, storage and PoE endpoints against short power interruptions where network availability is important.
Configuration Assistance
Share the endpoint list and network diagram when you need help deciding between unmanaged, managed, PoE and higher-density alternatives.
Suitable alternatives should be selected by required functions rather than price alone. A managed switch may cost more but can be essential for segmentation and support visibility. A non-PoE model may be more economical when endpoints have local power. A higher-density switch may reduce device count where expansion is expected. FourTeck can compare these trade-offs against the project brief.
Why Buyers Choose FourTeck
Technology procurement is easier when the supplier helps translate a model number into a complete, usable requirement. FourTeck supports that process by discussing the connected devices, speed targets, PoE load, uplink path, accessories, location and quantity before the final quotation. This approach is valuable for networking products because a missing optic, wrong fibre type or underestimated power budget can delay an otherwise simple installation.
Assistance for single devices, office upgrades, reseller requirements and project quantities.
Review of port count, endpoint speed, PoE draw, management needs and uplink media.
A model-specific commercial response based on quantity, destination and accessory requirements.
Regional planning that considers destination, project structure and available supply routes.
Clarification of applicable support and claim processes on the final quotation.
Guidance toward managed switches, access points, routers, optics, cabling or power protection when required.
FourTeck does not rely on unverified claims of permanent stock, universal delivery time or guaranteed lowest pricing. Instead, buyers receive a current response based on the exact model and location. This supports more reliable procurement and gives decision-makers a documented basis for comparing offers.
The best result is a network component that fits the wider design. By sharing a simple topology or device list, customers give the FourTeck team enough information to identify obvious gaps and prepare a more complete quotation. The final technical approval remains with the buyer or appointed integrator, but the pre-sales discussion can significantly reduce avoidable selection errors.
Frequently Asked Questions
1. What is the GWN7700M series used for?
It is used to connect a small number of wired devices at 100Mbps, 1Gbps or 2.5Gbps without configuring a managed switch. Typical endpoints include workstations, network storage, servers and high-performance wireless access points. A dedicated SFP+ port provides a 1Gbps or 10Gbps uplink to compatible network equipment.
2. Which models are included in the family?
The family includes GWN7700M with five 2.5GbE copper ports, GWN7700MP with five 2.5GbE ports and PoE+ on four ports, and GWN7701M with eight 2.5GbE copper ports. All three include one SFP+ interface that can support a 1Gbps or 10Gbps connection with suitable components.
3. Does the switch require configuration?
No configuration is required for basic operation. The switch automatically learns connected MAC addresses, negotiates port speeds and handles ordinary forwarding. This also means buyers do not receive a web console for creating VLANs, configuring trunks, setting access-control rules or monitoring ports. Choose a managed switch when those functions are required.
4. Can it power access points, phones or cameras?
Only the GWN7700MP provides PoE output. Its first four ports support IEEE 802.3af/at, with up to 30 watts available on one supported port and a 57-watt total budget. Check the maximum power requirement of every endpoint and confirm the combined load before ordering. The GWN7700M and GWN7701M do not provide PoE.
5. Is an SFP+ module included?
The standard package includes the switch, power adapter and quick installation guide; the required optical module or direct-attach cable should be confirmed separately. Module selection depends on speed, distance, fibre type, connector and the far-end device. Provide these details to FourTeck so a compatible option can be included in the quotation.
6. Will existing Ethernet cables support 2.5Gbps?
Many properly installed structured cabling channels can support 2.5GBASE-T, but performance depends on cable category, length, termination quality, interference and patch leads. A damaged or low-quality cable may negotiate at a lower speed or behave unreliably. Test important links and replace questionable patch cords during the upgrade.
7. Is the series available for Africa projects?
FourTeck supports inquiries across Africa, but current availability varies by model, quantity, supplier position, accessories and destination. Submit the required variant, order quantity and delivery location for a current response. Regional power leads, warranty handling and delivery timing should be confirmed on the final quotation.
8. Can FourTeck help choose between GWN7700M and GWN7701M?
Yes. The choice depends on copper endpoint count, future expansion, PoE needs, physical placement and the uplink plan. FourTeck can review a device list or small network diagram and explain whether the five-port, powered five-port or eight-port model is the better fit, or whether a managed alternative is more appropriate.
9. Does the product support jumbo frames and traffic priority?
The family supports jumbo frames up to 9KB and recognises 802.1p/DSCP quality-of-service markings. Jumbo frames benefit only compatible end-to-end environments and should be applied consistently across the traffic path. Because the switch is unmanaged, buyers cannot build detailed custom prioritisation policies through a local administration interface.
10. Can businesses request bulk or multi-site supply?
Yes. Provide the quantity per model, destination list, required accessories, preferred delivery sequence and target deployment period. For multi-site projects, identify locations needing PoE separately from those using non-PoE models. FourTeck can coordinate the inquiry and prepare a clearer commercial response for the complete requirement.
Need Help Choosing the Right Multi-Gigabit Switch?
FourTeck can help you review port count, PoE load, SFP+ connectivity, cabling, warranty guidance, current availability and delivery requirements. Send the model, quantity, endpoint list and destination to receive a tailored business quotation.