Quick Product Information
A broad switching portfolio for small offices, medium businesses and enterprise environments. Buyers can choose unmanaged simplicity, cloud-manageable access switching, advanced Layer 2 functions, Layer 3 routing, PoE delivery and fibre or high-speed uplinks according to the selected model.
Best Fit
Suitable for workstations, printers, IP phones, wireless access points, cameras, servers and branch links. The correct option depends on device count, PoE demand, VLAN design, uplink bandwidth, management method and expected network growth.
| Field | Buyer Information | Planning Note |
|---|---|---|
| Brand | Grandstream | Confirm the exact GWN model on the quote. |
| Product Type | Unmanaged, Layer 2 Lite, Layer 2+, Layer 2++ and Layer 3 network switches | Management depth varies by family. |
| Port Choices | Multiple copper port densities with selected fibre, SFP or SFP+ uplinks | Based on selected model. |
| Power Options | PoE, PoE+ and selected PoE++ support, plus non-PoE choices | Power budget is configuration dependent. |
| Management | Local interface and selected central or cloud management methods | Not applicable to every unmanaged model. |
| Suitable For | Offices, campuses, hotels, retail, healthcare, warehouses and branch networks | Final design should reflect user and device demand. |
| Availability | Regional inquiry and project supply support | Subject to model, quantity and supplier status. |
Product Overview
A business network switch sits at the centre of daily digital activity. It connects computers to servers, carries calls from IP phones, moves camera traffic to recorders, links wireless access points to the wired network and creates the pathway through which printers, storage systems and cloud applications remain reachable. Choosing the wrong switch can introduce bottlenecks, insufficient ports, weak traffic control or an inadequate power budget. The Grandstream GWN switch portfolio addresses this challenge by giving buyers several levels of capability rather than forcing every organisation into one technical design.
For a compact office that only needs additional wired ports, an unmanaged GWN7700 model can provide straightforward Gigabit connectivity without a complex setup process. Environments that need segmentation, traffic prioritisation, monitoring and controlled administration can move to the managed GWN7800 family. More demanding networks can consider the newer Layer 2++ options, while medium and large organisations with routing, higher-speed aggregation and advanced policy requirements can evaluate GWN7810 or related Layer 3 models. PoE-capable versions help carry both data and electrical power to supported endpoints, reducing the need for a separate local power adaptor at every camera, access point or phone.
The portfolio is especially useful where networking and unified communications must work together. A company deploying Grandstream access points, IP phones or communication systems can build a more consistent operational environment when switching, wireless and voice endpoints are planned as one project. Central management on supported devices helps administrators review status, apply configuration, monitor devices and standardise branch deployments without treating every switch as an isolated appliance.
For African buyers, the practical value is choice. A small branch should not pay for functions it will never use, while a campus or hotel should not be limited by a basic switch that cannot support future segmentation, high device density or fibre uplinks. FourTeck helps translate the network requirement into a suitable model family by reviewing current ports, expected growth, PoE demand, traffic types, rack space, fibre needs and the technical skills available for ongoing management.
Key Business Benefits
◆ Right-Sized Connectivity
Different port densities let buyers align the switch with the real number of computers, phones, cameras and access points. This reduces unused capacity in small sites while leaving larger sites room for growth, spare ports and structured expansion.
⚡ PoE Deployment Flexibility
Selected models send data and power through the same Ethernet cable. This simplifies access point, camera and IP phone deployment, especially where electrical outlets are inconvenient or where central power protection is preferred.
↗ Scalable Uplinks
Fibre, SFP and SFP+ uplinks on selected managed models support cleaner links between floors, racks, buildings and core network equipment. Higher uplink capacity helps prevent access switches from becoming bottlenecks as traffic grows.
⚙ Easier Administration
Managed models give IT teams visibility and control that unmanaged switches cannot provide. Administrators can segment users, prioritise traffic, monitor ports and maintain more consistent settings across locations through supported management tools.
🔒 Stronger Network Control
Security and policy features on managed models can help restrict unwanted behaviour, separate business systems and reduce exposure between device groups. The exact controls depend on the model and should be mapped to the organisation’s network design.
● Better Project Cost Control
A broad family allows procurement teams to use simple switches where simplicity is enough and advanced switches where control is essential. This tiered approach can prevent both under-specification and unnecessary expenditure.
Product Highlights
The GWN range covers several deployment styles. Unmanaged models focus on rapid expansion of wired connectivity and generally require no switch configuration. They are a practical choice for simple office desks, compact retail locations, small camera networks or temporary work areas where advanced traffic controls are not required. The unmanaged family includes several port-count choices and PoE-capable versions, allowing basic endpoint power and connectivity to be added without introducing an administration burden.
Layer 2+ managed models introduce the controls needed for growing business networks. Depending on the selected model, these switches can support advanced VLAN design, traffic prioritisation, multicast handling, link aggregation, monitoring and security functions. Copper access ports are paired with dedicated uplinks on suitable models, enabling switches to connect back to a server room, core switch or fibre path. PoE versions use intelligent power allocation so the available budget can be directed to connected endpoints within supported limits.
The GWN7800 Pro generation expands the choice for demanding Layer 2 environments through faster uplink options, stronger processing resources and selected PoE++ support. This is useful where the access layer must serve a higher concentration of wireless access points, collaboration devices or other powered equipment. Layer 3 GWN7810 options go further by supporting routing-oriented designs, 10-gigabit SFP+ connectivity on applicable models and more advanced enterprise network functions.
Management is another important strength. Supported switches can be administered through a local web interface and compatible Grandstream central-management platforms. This gives network teams a path to standardise switch configuration alongside other GWN networking devices. Because capabilities vary significantly across the range, the model number must always be checked against the required port count, PoE budget, switching performance, uplink format and software features before purchase.
Technical Specifications and Series Comparison
| Specification Area | GWN7700 Family | GWN7800 / Pro Families | GWN7810 Layer 3 Family |
|---|---|---|---|
| Switching Level | Unmanaged | Layer 2+, Layer 2++ on selected Pro models | Layer 3 managed |
| Copper Ports | Multiple model options from compact to high-density Gigabit access | 8, 16, 24 or 48 ports across applicable models | 8, 16 or 24 Gigabit ports on the principal family models |
| Uplinks | Model dependent; selected multi-gigabit choices available in the wider range | Selected SFP, 2.5G SFP or 10G SFP+ options depending on model generation | 2 or 4 SFP+ ports on applicable models |
| PoE | PoE+ on designated models | PoE and PoE+ on designated models; PoE++ available on selected Pro products | PoE/PoE+ on designated models; selected ports on specific models support PoE++ |
| VLAN and QoS | Not intended for advanced policy configuration | Advanced VLAN and traffic-priority capabilities on managed models | Advanced segmentation, QoS and Layer 3 policy functions |
| Management | Plug-and-play operation | Local web interface and supported central-management methods | Web, command-line and supported central-management methods, model dependent |
| Security | Basic switching behaviour | Port, address, DHCP and traffic-protection controls on applicable models | Expanded access-control, routing and network-protection capabilities |
| Primary Fit | Simple offices, small branches and basic endpoint expansion | SMB access networks, Wi-Fi, voice, cameras and structured business LANs | Medium and larger networks needing routing, faster uplinks or advanced control |
| Final Specification | Configuration dependent. Confirm the exact model datasheet, firmware support, PoE budget, dimensions, power input, operating conditions and included accessories before ordering. | ||
The correct configuration is determined by more than port count. Buyers should calculate how many endpoints need power, the wattage class of those endpoints, the amount of traffic passing through each uplink and the number of spare ports needed for future additions. A switch with enough physical ports can still be unsuitable if its PoE budget, fibre interface or management feature set does not match the project. It is also important to confirm whether optical transceivers, patch leads, rack accessories and power protection are included or must be quoted separately. FourTeck can review these details and help create a more complete bill of materials.
Configuration and Buyer Guidance
Begin with the endpoint list. Count computers, printers, access points, phones, cameras, recorders, servers, door controllers and any other networked devices. Add spare capacity for growth and maintenance. A practical design usually includes unused ports so that a failed cable can be moved, a new employee can be added or a future device can be connected without replacing the switch immediately.
1. Count Powered Devices
List every PoE endpoint and its maximum power requirement. Total port count and total switch power budget must both be sufficient.
2. Map Traffic Types
Voice, video, surveillance, guest Wi-Fi and business data may need separate VLANs and priority rules on a managed model.
3. Choose Uplink Speed
A fibre or 10-gigabit uplink may be important when many endpoints share the same path to servers, storage or the network core.
4. Review Management Skills
Managed switching adds control but also requires planning, documentation, secure administration and ongoing configuration ownership.
The installation environment also matters. Confirm whether the switch will sit on a desk, mount on a wall or operate inside a rack. Review ventilation, ambient temperature, dust exposure, electrical quality and UPS protection. For rack deployments, check rack width, available unit space, cable-management capacity, patch-panel layout and the location of fibre termination. High-PoE models can generate more heat, so airflow should not be treated as an afterthought.
Finally, confirm compatibility. The switch should support the required Ethernet speeds, transceiver types, VLAN design, endpoint power standards and management approach. Older cabling may limit performance even when the switch is capable of higher speed. A requirement review before quotation helps avoid missing modules, incompatible optics, inadequate power and unexpected installation work.
Ideal Business Use Cases
Corporate Offices
Connect user desks, printers, meeting-room systems, IP phones and access points while separating departments or guest devices on managed models. Uplinks can carry consolidated traffic back to servers, firewalls or a central rack.
Hotels and Hospitality
Support floor-by-floor access switching for wireless access points, phones, cameras and operational devices. PoE reduces local power requirements, while VLANs help separate guests, staff, voice and surveillance traffic.
Schools and Campuses
Create wired and wireless access for classrooms, laboratories, administration offices and security systems. Managed models can help apply segmentation, prioritisation and consistent device policies across multiple buildings.
Retail and Branch Networks
Connect point-of-sale terminals, staff devices, printers, cameras and wireless access points. Compact switches suit smaller branches, while central management can assist businesses that want repeatable settings across several locations.
Surveillance Infrastructure
PoE switches can power compatible cameras and carry video to network recorders. Buyers must size both the power budget and uplink bandwidth according to camera quantity, resolution, frame rate and recording design.
Warehouses and Industrial Sites
Provide connectivity for offices, scanners, cameras, access points and control devices. Fibre uplinks may help bridge longer distances or electrically noisy areas when paired with suitable optics and installation practices.
Other practical applications include clinics, call centres, apartment developments, government offices, training centres and professional service firms. The switch family is broad enough to support both simple edge connectivity and more structured enterprise designs, but the chosen model must match the exact workload and operating environment.
Grandstream GWN Switches: Port Density, Uplinks and Throughput
Port density determines how many endpoints can connect directly, but it does not describe the entire performance picture. A 24-port switch serving ordinary office computers may place a modest load on its uplink, while an eight-port switch connected to high-resolution cameras or busy access points may generate much heavier traffic. Buyers should therefore examine endpoint type, average traffic, peak traffic and where that traffic is going.
Copper Gigabit ports remain suitable for many desktops, printers, phones and cameras. Multi-gigabit ports are valuable where newer wireless access points or specialist devices can exceed one gigabit. SFP and SFP+ interfaces provide flexibility for fibre links, rack-to-rack connections and higher-capacity aggregation. The correct optical module must match fibre type, connector, wavelength, distance and the switch interface. A physically compatible module is not automatically the right module for every link.
When several access switches connect to one core or when a single switch carries dense wireless, voice and surveillance traffic, uplink oversubscription should be reviewed. Link aggregation can increase resilience or capacity in supported designs, but it must be configured correctly at both ends. Layer 3 models may be considered when routing between VLANs, advanced control or faster enterprise aggregation is required.
FourTeck can help buyers map port count to real traffic rather than selecting only by the number printed on the chassis. This prevents a common problem: buying enough physical ports but not enough uplink capacity for the applications that depend on them.
Grandstream GWN Switches: PoE Planning and Endpoint Power
Power over Ethernet makes deployments cleaner by sending electrical power and network data through one cable, but PoE selection must be calculated carefully. Buyers should identify the power standard and maximum draw of each access point, phone, camera, intercom or other powered device. The total switch budget must be high enough for all connected endpoints, including periods when devices draw more power during startup or heavy operation.
A switch may have PoE on every copper port while still having a total power budget that is lower than the sum of the maximum per-port ratings. This is normal in many switch designs and means that not every port can necessarily deliver its maximum wattage at the same time. Intelligent allocation on applicable GWN models helps distribute available power, but it does not remove the need for accurate planning. Higher-power endpoints may require PoE++ rather than standard PoE or PoE+.
The power source should also be considered. A high-PoE switch can place a significant load on the electrical circuit and UPS. The UPS must be sized for the switch itself plus the powered endpoints, with enough runtime for the business requirement. In camera and voice deployments, central UPS protection can be a major operational benefit because endpoints may continue working during a short outage when the switch remains powered.
Before requesting a quote, provide FourTeck with the endpoint models or their PoE classes, the number of units, expected cable distances and desired backup runtime. This enables a more accurate switch recommendation and reduces the risk of devices failing to power after installation.
Grandstream GWN Switches: Management, Segmentation and Security
Managed switching gives an organisation the ability to shape how devices communicate. VLANs can separate departments, guests, phones, cameras, servers and building systems even when they share the same physical switch. This separation can improve control, simplify troubleshooting and support more deliberate security policies. The switch configuration must be coordinated with routers, firewalls, wireless access points and any other device carrying tagged traffic.
Traffic prioritisation is valuable when delay-sensitive applications compete with large downloads or backup traffic. Voice calls, video meetings and important business applications can be assigned suitable treatment through supported QoS policies. Multicast controls help manage traffic generated by video distribution and similar applications. Port security, DHCP protection, address binding and related functions on applicable managed models can reduce common local-network risks when configured correctly.
Central administration is particularly helpful for multi-site organisations and system integrators. Supported Grandstream platforms can provide a more unified view of switches and other networking devices, enabling configuration consistency and easier monitoring. However, central management should be protected with strong administrator credentials, appropriate access control, firmware planning and documented ownership. A management platform is not a replacement for a sound network design.
Unmanaged models remain appropriate when advanced control is unnecessary. The decision should be based on operational need: choose managed switching when the business requires visibility, segmentation, policy and future adaptability; choose unmanaged switching when a small, trusted environment only needs simple connectivity and the limitations are understood.
What Buyers Should Check Before Purchase
A model name alone is not enough to produce an accurate switch quotation. Buyers should confirm the operating role, number of endpoints, power requirement, uplink design, management level and installation environment. FourTeck uses these details to reduce the risk of choosing an apparently similar model that lacks a required feature or includes capacity the project will not use.
Configuration Fit
Confirm copper ports, spare capacity, uplink interfaces, PoE standard, total power budget and whether Layer 2 or Layer 3 functions are required.
Compatibility Check
Review cable category, fibre type, optical modules, firewall VLAN support, endpoint power standards and management-platform compatibility.
Environment and Accessories
Identify rack space, patch panels, cable managers, UPS capacity, ventilation, mounting hardware, transceivers and patch leads needed for deployment.
Quote Preparation
Share the site type, device list, quantity, desired delivery location, preferred timeline, existing network and expected future expansion.
Warranty expectations should be discussed before ordering because handling can depend on the product source, region and applicable supplier terms. Availability may also vary by exact model, especially when a project requires high port density, large PoE budgets or specific uplink combinations. Procurement teams should ask whether the quotation includes tax, delivery, optics, rack accessories, installation and configuration, since these items are often separate from the switch itself.
For replacements, provide the current switch model and explain why it is being changed. A direct port-for-port replacement may not solve the original problem if the issue is uplink congestion, insufficient PoE, outdated cabling or poor network design. For bulk orders and standardisation projects, include the number of sites and the desired common configuration. This helps identify whether one model can serve every branch or whether different access and core roles need different products.
Long-term cost includes more than purchase value. Consider power use, rack space, optics, support skills, spare-unit strategy, firmware maintenance and the cost of downtime. A correctly sized managed switch can provide more control and scalability, while a simple unmanaged unit may be more economical for a small trusted location. FourTeck can help compare these trade-offs without forcing every buyer into the most complex option.
Africa Availability and Service Support
FourTeck supports network-switch inquiries across Africa with assistance for model selection, requirement review, quotation preparation, delivery coordination and warranty guidance. Because the GWN portfolio includes many variants, availability should be checked against the exact model rather than the family name alone. Port count, PoE capability, uplink type, management level, quantity and project timing can all affect sourcing.
Business buyers can share a device count, site drawing, existing switch list or simple description of the network problem. FourTeck can help turn that information into a more complete requirement covering switches, optics, rack accessories, patch leads, UPS capacity and configuration support. This is useful for a new office, an expanding branch, a wireless upgrade, an IP phone rollout, a surveillance project or the replacement of older networking equipment.
Delivery options and warranty handling vary by country, supplier route and order type. No stock status should be assumed until the exact model and quantity have been confirmed. For project orders, early inquiry is recommended so procurement, technical review and logistics can be aligned with the expected installation date.
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 review suitable GWN model families, quantities, deployment requirements and project-supply needs according to the intended business use.
Regional planning is especially important where equipment will be deployed across several branches. Standard port layouts, common VLAN templates, consistent access-point power and shared spare-unit plans can make maintenance easier. Buyers can use the FourTeck Kenya platform or the FourTeck Uganda platform for relevant regional inquiries, while the main FourTeck Africa website supports wider business requirements.
GCC, Middle East and Africa Availability
FourTeck Africa can support product inquiries for businesses across Africa while also guiding regional technology requirements through selected FourTeck platforms serving GCC and Middle East markets. Organisations with offices in the UAE, Saudi Arabia, Qatar, Oman, Bahrain and African business locations may require common network standards, repeatable switch configurations and coordinated purchasing for several sites.
Availability, delivery options, warranty handling and configuration support can vary by country, product model, supplier status and order quantity. A regional rollout should therefore begin with a shared technical standard: endpoint count, PoE demand, uplink design, management method, rack environment and approved accessories. This creates a consistent baseline while still allowing each site to adapt to local cabling, power and logistics conditions.
For requirements connected to Gulf markets, buyers can visit FourTeck UAE. For African projects, use the main FourTeck Africa contact channel so the team can review destination, quantity and technical scope before quotation.
Other Options Buyers May Consider
The right alternative depends on network scale and control requirements. The following Grandstream families cover common use cases within the wider switching portfolio. FourTeck can help buyers compare them without assuming that a higher model is automatically the better choice.
GWN7700 Unmanaged Series
Best for straightforward Gigabit port expansion in small offices and branches that do not need VLAN or central switch administration.
GWN7800 Layer 2+ Series
Suitable for SMB networks needing VLANs, QoS, monitoring, security features, uplinks and optional PoE for phones, cameras or access points.
GWN7800 Pro Series
Designed for more demanding Layer 2++ access networks that can benefit from faster uplinks, stronger processing and selected PoE++ options.
GWN7810 Layer 3 Series
A stronger fit for medium and larger networks that need routing functions, 10-gigabit uplinks, advanced control and enterprise segmentation.
Why Buyers Choose FourTeck
FourTeck approaches switch supply as a network-design decision rather than a box-moving exercise. The first step is understanding what must connect, how devices are powered, where traffic travels and what the business expects to add later. This buyer-focused process can reveal requirements that are easy to miss, such as a fibre module, larger PoE budget, higher uplink speed, additional rack space or a need for managed VLANs.
Guidance for single devices, branch upgrades and project quantities.
Help comparing ports, PoE, uplinks and management functions.
A clearer bill of materials with relevant accessories and notes.
Regional inquiry support based on destination and order scope.
Clarification based on product source and applicable terms.
Support for optics, racks, UPS, cabling, access points and phones.
This support benefits both technical and non-technical buyers. IT teams can discuss detailed feature requirements, while procurement staff can receive a clearer explanation of why a particular model or accessory is needed. FourTeck can also help identify alternatives when a requested model is unsuitable or unavailable, while keeping the business requirement at the centre of the recommendation. Visit the FourTeck technology services page for related infrastructure support.
Frequently Asked Questions
What are Grandstream GWN network switches used for?
They connect wired business devices such as computers, servers, printers, IP phones, cameras and wireless access points. The portfolio includes simple unmanaged switches and advanced managed models, allowing buyers to choose according to port count, PoE demand, segmentation, uplink speed and administration requirements.
Which GWN switch family should a small office choose?
A small trusted office that only needs extra ports may consider an unmanaged GWN7700 model. A site requiring guest separation, voice prioritisation, monitoring or central administration should evaluate a managed GWN7800 option. The final choice depends on endpoints, growth, PoE and technical control requirements.
Can a GWN switch power access points, phones and cameras?
PoE-designated models can power compatible endpoints through Ethernet cabling. Buyers must verify the supported PoE standard, per-port limit and total power budget. The combined demand of all devices should remain within the switch capability, with suitable allowance for startup and peak use.
Are Grandstream GWN switches available in Africa?
FourTeck supports inquiries across Africa. Availability depends on the exact model, port density, PoE option, quantity, supplier status and destination. Share the required model or project details so the team can check suitable options, prepare a quotation and coordinate delivery guidance.
Can FourTeck help with switch configuration?
FourTeck can help review configuration requirements such as VLANs, PoE planning, uplinks, management approach and compatibility with firewalls, access points and other infrastructure. The scope of hands-on installation or configuration should be confirmed during the quotation and service discussion.
Do I need an unmanaged, Layer 2+ or Layer 3 switch?
Choose unmanaged switching for simple connectivity with no need for segmentation or monitoring. Layer 2+ suits many business access networks that need VLANs, QoS and control. Layer 3 is appropriate when routing, advanced policy or higher-capacity enterprise aggregation is part of the design.
Are fibre modules included with the switch?
Optical transceivers are often selected separately because fibre type, speed, wavelength, connector and distance vary by project. Confirm what is included in the quotation. FourTeck can help identify suitable modules and patch leads after reviewing both ends of the fibre connection.
What information is needed for a switch quote?
Provide the number and type of connected devices, PoE requirements, preferred port count, uplink speed, fibre needs, rack location, management level, quantity, delivery destination and expected timeline. Existing switch models or a network diagram can make the recommendation more accurate.
Can businesses request bulk or multi-branch supply?
Yes. Include the number of locations, quantity per site, common configuration, rollout schedule and any spare-unit requirement. FourTeck can help review whether a standard model fits every branch or whether different access and core roles require separate switch families.
Need Help Choosing the Right GWN Switch?
FourTeck can help review port count, PoE budget, uplink speed, management requirements, accessories, availability and delivery needs for your office, branch or network project.