Grandstream GWN7803PH Pro Layer 2++ Network Switch in Africa
Build a controlled, high-capacity access network for Wi-Fi, voice, surveillance and business endpoints with a 24-port managed switch designed for demanding PoE deployments. This model combines Gigabit edge connectivity, two 10Gbps SFP+ uplinks, a 400W power budget, traffic segmentation, advanced security controls and flexible local or remote management. FourTeck helps business buyers review power demand, uplink design, fibre modules, rack requirements and delivery needs before purchase.
Request QuoteCheck Africa Availability
Quick Product Information
Grandstream
GWN7803PH Pro
Layer 2++ managed PoE++ switch
24 × Gigabit Ethernet PoE
2 × 10Gbps SFP+
Up to 60W per port, 400W total
Web UI, GDMS Networking, GWN Manager, CLI and SNMP
Contact FourTeck for current options
Product Overview
A modern access switch does more than connect desktop computers. It may need to power wireless access points, IP telephones, surveillance cameras, video intercoms, paging devices and specialist endpoints while keeping voice, video, guest access, business applications and management traffic separated. This 24-port model is built for that type of mixed business environment. It gives network teams a practical combination of Gigabit copper connectivity, high-power PoE capability, 10Gbps fibre uplinks and managed traffic control in a rack-ready form factor.
The 400W total PoE budget is especially useful where ordinary PoE+ capacity may be restrictive. Devices that support IEEE 802.3bt can draw up to 60W on a port, subject to the switch budget and endpoint negotiation. That makes the unit suitable for higher-demand wireless equipment, PTZ cameras, display systems and other compatible powered devices. Intelligent power control helps administrators assign priorities and define output limits so that the available power can be managed according to business importance rather than left to chance.
Two SFP+ interfaces provide up to 10Gbps per uplink and can connect the access layer to a core switch, aggregation switch, server network or another building distribution point. This is important when many Gigabit endpoints share the same upstream path. The 88Gbps switching capacity and 44Gbps non-blocking throughput are designed to keep traffic moving without turning the uplink into an avoidable bottleneck when the network is correctly engineered.
Management flexibility is another major consideration. Administrators can use the embedded web interface for local control, GDMS Networking for cloud-based administration, GWN Manager for on-premise management, supported GWN routers, command-line tools and common monitoring protocols. This range gives an organisation the freedom to choose a management approach that matches its security policy, staff capability and site structure.
For Africa buyers, the product can fit office refresh projects, new Wi-Fi deployments, surveillance upgrades, hotel networks, education facilities and distributed business sites. FourTeck helps evaluate the endpoint count, PoE load, fibre distance, module type, rack power, environmental conditions and support expectations before a quote is prepared. This reduces the risk of selecting a switch only by port count while overlooking power, uplink, cabling or management requirements.
Key Business Benefits
◆ Higher-Power Endpoint Support
A 400W total PoE budget and IEEE 802.3bt support allow the network to serve compatible devices that require more power than standard PoE+. Businesses can reduce separate power adapters at the edge and simplify deployment of selected access points, cameras, intercoms and audiovisual endpoints. Proper load planning remains essential, and FourTeck can help calculate the expected draw before ordering.
◆ Fast Uplink Headroom
Two 10Gbps SFP+ interfaces create a stronger path toward core infrastructure than ordinary Gigabit uplinks. This can improve the design of busy floors, camera networks, Wi-Fi clusters and shared service environments. Fibre uplinks also support longer interconnection distances when matched with the correct optical modules and cabling.
◆ Better Traffic Separation
VLAN support helps isolate departments, guests, cameras, telephones, management systems and other device groups. Segmentation can improve control, simplify policy design and reduce unnecessary broadcast traffic. Voice VLAN and multiple classification options provide useful flexibility for mixed business networks.
◆ Predictable Application Priority
Quality of Service features help administrators prioritise delay-sensitive traffic such as voice, conferencing and selected video streams. Queue scheduling, traffic shaping and rate controls can protect important services when the network is busy, provided policies are planned and tested around actual application needs.
◆ Flexible Administration
Local, cloud, on-premise and command-line management options let IT teams align administration with internal policy. A single-site business may prefer the embedded interface, while a multi-site organisation may value central visibility. SNMP, logging, backup and diagnostic tools support routine monitoring and troubleshooting.
◆ Stronger Access-Layer Control
Security capabilities such as 802.1X, RADIUS, TACACS, DHCP snooping, source guard, ARP inspection, port isolation and storm control can help reduce common local-network risks. These tools are most effective when integrated into a documented security policy and supported by correct endpoint authentication.
Product Highlights
Connect workstations, phones, cameras, access points, printers and other Ethernet devices while retaining per-port control, monitoring and policy options.
Create high-speed uplinks to core switching, servers or building distribution using suitable fibre or supported copper modules.
Deliver up to 60W on a compatible port with a total budget of 400W, helping support demanding powered endpoints while reducing separate edge power supplies.
Use advanced VLAN, static routing, DHCP services, link aggregation, multicast controls, QoS and access policies for a more capable access layer.
The hardware platform provides 88Gbps switching capacity, 65.472 million packets per second forwarding and an 8.4Mb packet buffer. These values matter because a 24-port access switch can collect substantial traffic, especially when it serves high-resolution surveillance, dense wireless usage and multiple voice endpoints. Performance still depends on topology, uplink design, frame sizes, traffic patterns and policy configuration, so the switch should be treated as part of a complete network rather than as an isolated component.
The model supports IPv4 and IPv6 environments, jumbo frames, up to 4K VLANs, a 16K MAC address table and several spanning-tree options. Link aggregation can combine links for bandwidth and resilience within supported limits. Multicast controls help prevent unnecessary flooding when video or similar traffic is distributed to multiple receivers.
Some functions in the wider product family or documentation may be firmware-dependent, model-specific or marked for later availability. Buyers should confirm the required firmware feature before treating it as a project requirement. FourTeck can help separate currently supported capabilities from roadmap items and can identify related models when a feature is essential.
Technical Specifications
How to read these specifications
Port count alone does not determine whether a switch is suitable. Buyers should compare the total connected load, expected uplink traffic, required redundancy, fibre distance and management policy. For example, twenty-four powered devices may physically connect, but the combined wattage must remain within the 400W budget. A few 60W endpoints can consume the same power as many lower-draw phones or cameras, so a port-by-port power schedule is recommended.
The two SFP+ ports require suitable modules or direct-attach cabling, selected according to distance, fibre type, connector and the equipment at the far end. Rack airflow, stable AC supply, grounding and UPS planning also deserve attention. Specifications may change through firmware revisions or regional product updates, so FourTeck can confirm the final bill of materials and current documentation during quotation.
Configuration and Buyer Guidance
A reliable purchase decision begins with a simple network inventory. List every device that will connect now, then add realistic growth for the next few years. Separate powered endpoints from non-powered endpoints and record the expected wattage of each access point, camera, telephone, intercom or display. This makes it possible to test both port capacity and PoE capacity instead of assuming that twenty-four ports automatically support twenty-four devices at maximum power.
1. Calculate the PoE load
Use actual endpoint specifications where possible. Include startup draw, future devices and a practical reserve so the switch is not continuously operating at the edge of its power budget.
2. Design the uplinks
Confirm whether one or both 10G ports will be used, whether link aggregation is required and whether the upstream switch supports the same speed, module type and link configuration.
3. Define segmentation
Plan VLANs for users, voice, cameras, guests, building systems and management. Decide where routing and security enforcement will take place so the switch configuration fits the wider architecture.
4. Confirm optics and cabling
Select multimode or single-mode optics according to fibre distance and existing infrastructure. Check connector type, patch panels, cable category and compatibility at both ends.
5. Review rack power and cooling
Allow for the switch depth, fan airflow, grounding, UPS capacity and the maximum input draw when the PoE budget is heavily used. A high-power switch needs proper cabinet planning.
6. Choose the management model
Decide whether the site will use the embedded interface, cloud management, on-premise software or command-line administration. Consider access control, backups, logging and staff skills.
FourTeck can turn this information into a clearer quote request. Sharing the endpoint list, deployment location, desired uplink medium, cabinet type, power environment, existing firewall or core switch and target delivery date helps the team identify the correct model, optics, patching and project quantities. Buyers should also state whether they need pre-configuration, installation coordination or only equipment supply.
Ideal Business Use Cases
Office Wi-Fi and Unified Communications
A medium-sized office can use the switch as an access-layer foundation for ceiling-mounted wireless access points, IP phones, workstations and meeting-room systems. Voice VLAN and QoS controls can separate and prioritise communications traffic, while 10G uplinks provide headroom toward the core. Power planning should account for access-point radio load and any higher-power room devices.
IP Surveillance Networks
Camera deployments can benefit from central power, per-port monitoring and traffic isolation. The high PoE budget is useful where PTZ, heater-equipped or feature-rich cameras draw more power. Multicast controls and uplink capacity help manage video movement, but recording server bandwidth, storage capacity and retention policy must be planned separately.
Hotels and Multi-Floor Buildings
A switch can serve a floor or zone with access points, phones, cameras and building endpoints. Fibre uplinks connect back to a central distribution point while VLANs separate guests, staff, voice and facilities traffic. Cabinet location, environmental temperature, cable routes and backup power require careful site assessment.
Education and Training Facilities
Schools, colleges and training centres may connect classroom access points, IP phones, cameras, digital signage and staff devices through one managed platform. Segmentation supports different user groups, and central management can simplify oversight across multiple blocks. Endpoint density and peak wireless usage should guide the number of switches and uplinks.
Healthcare and Service Environments
Clinics and service facilities may require stable connectivity for administration, phones, surveillance, access control and wireless devices. Network segmentation and authentication help separate operational groups. The design must still follow the organisation’s safety, privacy and compliance requirements, and critical clinical systems may require additional architecture beyond an access switch.
Retail, Warehousing and Branch Sites
Retail and warehouse networks can use managed PoE for cameras, access points, phones, scanners and back-office equipment. VLANs separate point-of-sale, guest and surveillance traffic, while remote management can support distributed sites. The final design should consider WAN resilience, local UPS capacity and secure access for support teams.
Grandstream GWN7803PH Pro High-Power PoE++ Delivery
The most distinctive capability of this model is not simply that it has PoE. It is the combination of twenty-four powered ports, IEEE 802.3bt support, up to 60W on a compatible port and a 400W shared budget. That combination gives network designers more freedom when a project includes endpoints that exceed ordinary PoE+ requirements. Examples can include selected Wi-Fi access points, pan-tilt-zoom cameras, video terminals, lighting or control devices and other standards-compliant equipment.
A high total budget does not remove the need for planning. The switch distributes power across all active ports, so the sum of negotiated endpoint demand must remain within the available output. Administrators can define maximum power and port priority so that essential devices receive preference if the total request approaches the limit. This is valuable for sites where cameras, communications or access systems should remain powered ahead of less critical endpoints.
Cabling quality directly affects a PoE deployment. Long runs, damaged connectors, poor termination and unsuitable cable categories can create voltage drop, heat or unstable links. Buyers should use standards-compliant structured cabling, patch panels and connectors rated for the expected power. Bundle size and ambient temperature should be reviewed in high-density installations, particularly where many ports carry substantial current.
The practical business value is a cleaner edge deployment with fewer local adapters, simpler central backup and better visibility of power state. When the switch is connected to a correctly sized UPS, multiple network devices can remain operational during short power interruptions. FourTeck can help prepare a power schedule, identify required cable quality and determine whether one high-power switch or several distributed switches provide the better operational design.
Grandstream GWN7803PH Pro 10G Uplinks and Traffic Control
The two SFP+ interfaces are a major design advantage for a 24-port access switch. A single Gigabit uplink can become restrictive when many endpoints transmit at the same time, especially in wireless, video and file-transfer environments. A 10Gbps path provides more room for aggregated access traffic and can connect the switch to a core, aggregation layer, server network or nearby distribution point.
The correct module depends on the physical link. Short in-rack or adjacent-rack connections may use a supported direct-attach cable or compatible copper module. Building or campus runs commonly use multimode or single-mode fibre, selected by distance, existing fibre type and connector. Both ends must support the chosen speed and standard. Buyers should not assume that all SFP+ modules are interchangeable; module compatibility and thermal limits matter.
Traffic control features help make use of the available capacity. VLANs divide the network into logical zones, while Quality of Service identifies and prioritises selected traffic. Link aggregation can combine supported links for additional bandwidth or resilience, and spanning-tree protocols help prevent loops in redundant topologies. IGMP and MLD snooping can reduce unnecessary multicast flooding, which is particularly useful in surveillance, streaming and audiovisual environments.
These capabilities deliver the greatest benefit when the topology is documented. The network team should define which device performs inter-VLAN routing, where access control policies are enforced, how uplink failure is handled and how management traffic is protected. FourTeck can help buyers align optics, cabling and related equipment with the planned architecture so the uplink specification translates into real performance rather than remaining an unused feature.
Grandstream GWN7803PH Pro Security and Management
Managed access networks need visibility and control. The switch supports local administration through its embedded web interface, central cloud management through GDMS Networking, on-premise control through GWN Manager, management from supported GWN routers and command-line access. This allows a business to choose between simple site-level operation and a more centralised multi-site approach. SNMP, RMON, syslog, LLDP and diagnostic tools provide additional information for monitoring platforms and support teams.
Access security can be strengthened through 802.1X, MAC authentication, RADIUS and TACACS integration. Port security, sticky MAC controls, isolation, source guard, DHCP snooping and ARP inspection help reduce several common local-network threats. DoS protection, storm control and loop protection add safeguards against disruptive traffic conditions. These functions do not replace a firewall or endpoint security platform, but they create useful enforcement points at the wired edge.
Operational management is equally important. Configuration backup, firmware control, time synchronisation, event logging, CPU and memory monitoring, fan alarms and temperature alerts help administrators maintain a healthier platform. Remote management should be protected with strong credentials, limited administrative access, secure protocols and appropriate separation from user traffic. Default settings should be reviewed before production deployment.
A buyer should decide who will administer the device, where configuration records will be stored and how changes will be approved. Multi-site organisations should also define naming, VLAN, firmware and monitoring standards before rollout. FourTeck can assist with pre-sales guidance and help identify whether local web administration, cloud management or on-premise control best matches the organisation’s policy and support model.
What Buyers Should Check Before Purchase
Before requesting a quote, buyers should confirm the full deployment requirement rather than relying on the model name alone. The information below helps avoid common problems such as insufficient PoE budget, incompatible fibre modules, missing rack accessories, undersized backup power or a management approach that does not fit internal policy.
Configuration Fit
Confirm that twenty-four access ports are enough after allowing for growth. Prepare a port map showing endpoint type, speed, VLAN, power requirement and business importance. Where many devices are planned, consider whether a 48-port model or multiple distributed switches would simplify cabling and resilience.
PoE Budget Check
Add the maximum expected draw of all powered devices and retain practical headroom. Check whether each endpoint uses 802.3af, 802.3at or 802.3bt and whether it needs more than 30W. Include future access points, cameras or control devices in the calculation.
Optics and Cabling
State the required uplink distance, fibre type, connector and equipment at the far end. Confirm whether transceivers, patch leads, direct-attach cables or media conversion are needed. For copper access ports, review cable category, length and PoE suitability.
Rack and Power Environment
Check cabinet depth, ventilation, grounding and available rack units. Size the UPS for the switch’s potential load, not just its idle draw. Confirm plug type, input voltage, distribution capacity and whether external redundant power support is part of the requirement.
Compatibility and Policy
Verify interoperability with the core switch, firewall, authentication servers, monitoring platform and existing Grandstream environment. Document required VLAN, routing, QoS, multicast and access controls. Features marked as pending in documentation should not be treated as guaranteed project functions.
Warranty and Support Expectations
Ask how warranty handling applies to the destination and purchasing route. Decide whether the project needs installation, pre-configuration, remote assistance, spare units or only product supply. Support scope should be written into the quote where required.
Project and Bulk Supply
For multi-site or bulk orders, provide quantities by location, required dates and any standard configuration. Phased delivery may be more practical than one shipment. Ask for suitable alternatives if project timing or model availability changes.
Quote Preparation
Share the device list, PoE wattage, uplink medium, rack location, delivery country, quantity and target schedule. Clear inputs help FourTeck identify the correct switch, optics, patching, UPS capacity and related accessories without unnecessary revisions.
Africa Availability and Service Support
FourTeck supports network equipment inquiries across Africa with practical assistance before and during the purchasing process. Support can include model selection, PoE load review, uplink planning, compatible accessory guidance, quote preparation, delivery coordination and warranty-route clarification. The aim is to help buyers order a complete and suitable bill of materials rather than discovering missing optics, unsuitable cabling or power limitations during installation.
Availability can vary according to supplier status, order quantity, destination, project timing and product revision. FourTeck does not rely on an unverified stock claim in this page. The sales team will check the current position when an inquiry is received and can discuss related models when the requested option does not match the required schedule or technical design.
Delivery coordination may include guidance on shipment method, destination details, documentation and project phasing. Buyers should provide the exact delivery country, city, site contact, quantity and target date so the quotation can reflect the actual requirement. Warranty handling may depend on the source and region, and the applicable process should be confirmed in writing before purchase.
Africa Country and Regional Coverage
Businesses across Africa, including Kenya, Uganda, Nigeria, Ghana, Tanzania, Rwanda, Ethiopia, South Africa, Zambia, Botswana, Senegal and other regional markets, can contact FourTeck for availability checks, configuration guidance and quote assistance. Coverage is handled as one regional service process rather than through repetitive location-specific product claims.
Each inquiry is reviewed around the actual destination, quantity, deployment environment and delivery requirement. A multi-site education project may need phased quantities and standardised settings, while a hotel or office project may need optics, rack accessories, UPS sizing and compatible wireless equipment. FourTeck can help organise these requirements into a clearer supply plan.
Regional buyers may also use the FourTeck Kenya platform, the FourTeck Uganda platform or the main FourTeck Africa website for regional inquiry routing. Final options remain subject to quotation and the applicable supply channel.
GCC, Middle East and Africa Availability
FourTeck Africa can support business inquiries in African markets while selected FourTeck platforms can guide requirements across GCC and Middle East locations. Organisations with operations in Africa, the UAE, Saudi Arabia, Qatar, Oman or Bahrain may need a consistent equipment standard but different delivery, power, warranty and documentation arrangements in each country.
A regional project should identify quantities and destination sites separately. It should also state whether the same firmware, VLAN plan, optics, rack accessories and power design will be used everywhere. Standardisation can simplify support, but local infrastructure may require different fibre modules, plug arrangements, UPS sizing or shipment documentation.
Availability, delivery options and warranty handling vary by country, selected configuration, supplier status and order quantity. FourTeck can help route the inquiry through the appropriate regional platform and prepare a more consistent technical requirement. Buyers with Middle East needs can also review FourTeck UAE, while Africa requirements can be submitted through the regional contact page.
For the fastest review, provide a site list, required quantities, target dates, endpoint power schedule and uplink design. This allows the sales team to check model suitability and discuss alternatives before procurement deadlines become restrictive.
Other Options Buyers May Consider
The correct switch depends on port density, endpoint power and uplink requirements. A lower-power model may be more economical when all devices use standard PoE+, while a 48-port model can reduce rack count in larger installations. Buyers should compare the complete project rather than selecting a model solely because it belongs to the same series.
GWN7803PL Pro
A 24-port alternative for projects that need PoE+ rather than the higher 60W-per-port capability. It can suit offices with access points, phones and standard-powered endpoints where a 250W budget is sufficient.
GWN7806PH Pro
A 48-port high-power model for denser deployments that need more copper ports, more SFP+ uplinks and a substantially larger PoE budget. It may suit larger floors, campuses or consolidated camera networks.
GWN7802P Pro
A 16-port option for smaller sites or distributed cabinets where fewer access ports are needed. It can reduce unused capacity while retaining managed switching and high-power PoE capability.
Grandstream Wireless Access Points
Pair the switch with compatible business access points after reviewing radio design, client density, uplink speed and power requirements. A wireless survey is recommended for coverage-sensitive sites.
Network UPS and Power Protection
A high-power PoE switch should be matched with a correctly sized UPS. Runtime depends on switch load, connected endpoints and battery design, not only the switch’s idle consumption.
Managed Network Switches
Compare alternative port counts, uplink speeds, power budgets and management platforms when the project requires a different balance of cost, density or interoperability.
Why Buyers Choose FourTeck
Technology procurement often fails because the quote lists a product but not the complete requirement. FourTeck approaches the inquiry from a business and deployment perspective. The team can review the intended use, endpoint count, PoE load, uplink design, rack environment, destination and project schedule before confirming an option.
Current availability is checked during the inquiry process, with alternative model guidance where appropriate.
Buyers can discuss port density, power budget, optics, cabling, rack and management requirements.
Clear project inputs are converted into a more complete equipment and accessory request.
Destination, quantity, schedule and shipment requirements are reviewed before confirmation.
The applicable route and support expectations can be clarified in the quotation process.
Single-site purchases, multi-site rollouts, reseller requirements and bulk quantities can be reviewed.
FourTeck does not need to present an unverified price, stock promise or delivery claim to be useful. The value comes from matching the product to the business requirement, identifying related components and setting realistic expectations around sourcing and delivery. This is particularly important for managed networking, where an incomplete bill of materials can delay installation even when the main switch arrives on time.
Frequently Asked Questions
What is this switch mainly used for?
It is designed for managed business networks that need twenty-four Gigabit access ports, high-power PoE and fast fibre uplinks. Common deployments include office Wi-Fi, IP telephony, surveillance, education, hospitality and branch infrastructure. VLAN, QoS, multicast, security and monitoring functions help administrators control mixed endpoint traffic.
How much PoE power can it provide?
The model supports IEEE 802.3af, 802.3at and 802.3bt, with up to 60W on a compatible port and a maximum total PoE output budget of 400W. The total connected load must remain within that shared budget, so buyers should prepare a port-by-port power schedule before deployment.
Are the SFP+ modules included?
The switch provides two SFP+ slots, but the required optical modules or direct-attach cables should be confirmed as part of the bill of materials. Selection depends on link distance, fibre type, connector, speed and the equipment at the far end. FourTeck can help identify suitable options during quotation.
Can FourTeck help with configuration planning?
Yes. Buyers can share their endpoint list, VLAN requirements, PoE wattage, uplink design, rack environment and management preference. FourTeck can review the requirement, highlight missing accessories and help determine whether this model or a related option is the better fit. Final installation scope should be stated in the quote.
Can the switch be managed remotely?
It supports several management methods, including the embedded web interface, GDMS Networking cloud management, GWN Manager on-premise software, supported GWN routers, CLI and SNMP-based monitoring. The chosen method should follow the organisation’s security policy, access-control standards and backup process.
Does the switch replace a firewall or router?
No. It provides advanced Layer 2++ functions and static routing capabilities, but a business still normally needs an appropriate firewall or router for internet connectivity, advanced security policy, VPN, WAN resilience and other gateway services. The switch should be positioned within a complete network architecture.
Is it available for delivery in Africa?
FourTeck supports inquiries across Africa, but current availability depends on supplier status, destination, order quantity and project timing. Contact the sales team with the required quantity and delivery location. The team will check the current position and can discuss related alternatives when necessary.
What warranty support is available?
Warranty handling can vary by source, destination and purchasing route. FourTeck can provide guidance on the applicable process during quotation. Buyers with formal support requirements should request that the expected warranty route, response process and any spare-unit strategy be included in the commercial discussion.
Can businesses request bulk or project supply?
Yes. Multi-site organisations, resellers, integrators and project buyers can submit quantity requirements by location and target date. It is helpful to include standardised optics, rack accessories, firmware expectations and configuration needs. Phased delivery or alternative models can then be discussed around the project schedule.
What information should I provide for a quote?
Provide the quantity, delivery country, endpoint count, PoE wattage, uplink speed and distance, fibre type, rack location, UPS requirement and desired management method. Also state whether you need transceivers, patch leads, installation coordination or pre-configuration. Clear information helps FourTeck prepare a more complete response.
Need Help Choosing the Right Network Switch?
FourTeck can help review port count, PoE demand, 10G uplinks, optics, rack power, warranty guidance and delivery requirements for your business location. Share your project details for a configuration-focused quotation.
Reviews
There are no reviews yet.