Grandstream GWN7803 Layer 2+ Managed Switch in Africa
The Grandstream GWN7803 gives small and medium organisations a structured 24-port Gigabit switching platform with four SFP uplinks, central management options, traffic segmentation, service prioritisation and practical network protection. It is designed for buyers who need more control than an unmanaged switch can provide, but who still want a straightforward access-layer platform for offices, education sites, hospitality networks, clinics, retail operations, branch locations and mixed business environments. FourTeck helps turn the model name into a complete buying decision by reviewing port use, uplink media, rack placement, VLAN requirements, management method, cabling, connected device power and future expansion.
✓ 4 Gigabit SFP Uplinks
✓ Cloud or Local Management
✓ Africa Quote Assistance
Quick Product Information
Product Overview
A business network often begins with a small number of computers, printers and internet-connected devices. As the organisation expands, that simple network becomes responsible for far more: wireless access points, IP phones, cameras, servers, storage, payment systems, meeting rooms, guest access, cloud applications and connections between departments. An unmanaged switch can pass traffic, but it cannot give an administrator enough control over how those systems are separated, prioritised, monitored and protected. The GWN7803 addresses that gap by providing a managed access-layer platform with 24 copper Gigabit ports and four fibre-capable SFP interfaces.
The switch is useful where a single rack or communications room must serve a meaningful number of wired endpoints without moving immediately to a much larger chassis or aggregation platform. Twenty-four Ethernet ports provide room for staff workstations, printers, local servers, network recorders, uplinks to small edge switches and other business devices. Four 1 Gigabit SFP ports can support fibre connections to another rack, floor, building or distribution point when the chosen transceivers, fibre type and distance are correctly matched. This separation between access ports and uplink ports helps buyers plan a cleaner network rather than consuming copper user ports for every backbone connection.
Its Layer 2+ feature set is designed for structured switching rather than full enterprise core routing. Administrators can create VLANs for staff, guests, voice, surveillance, servers or building systems; apply quality-of-service rules to important traffic; manage multicast delivery; combine links for redundancy or additional capacity; and use static routing for selected network segments. Security functions such as 802.1X, DHCP snooping, IP Source Guard, ARP inspection, port security and access-control rules help reduce the risks created by open wall ports, unauthorised devices and poorly separated traffic.
For Africa buyers, the right purchase involves more than confirming that the model has 24 ports. The network design must consider whether connected devices need PoE, whether uplinks require multimode or single-mode fibre, whether existing switches use compatible VLAN and spanning-tree settings, whether a rack and UPS are available, and whether the organisation prefers local, cloud or on-premise management. FourTeck can help review these points before quotation so the switch, accessories and deployment plan match the real environment.
Key Business Benefits
The value of a managed switch is measured by the network problems it prevents and the operational control it gives to the IT team. The following benefits connect the technical design of the GWN7803 with practical business outcomes.
◆ Structured Network Segmentation
VLAN support allows one physical switch to carry several logically separated networks. A business can isolate guest internet access from staff systems, keep surveillance traffic away from normal user devices, separate voice endpoints from data traffic and place servers in a controlled segment. This improves organisation, limits unnecessary broadcast traffic and gives administrators a clearer foundation for firewall rules and troubleshooting.
✓ Better Use of Important Applications
Built-in QoS features help the network treat important traffic differently from ordinary background activity. Voice calls, video meetings, business applications and other delay-sensitive services can be prioritised while large downloads or less urgent transfers are controlled. Proper QoS does not create bandwidth, but it helps available capacity serve business-critical traffic more predictably during busy periods.
↗ Flexible Copper and Fibre Design
Twenty-four Gigabit copper ports support normal endpoint connections, while four SFP interfaces provide a practical path for fibre uplinks. This layout helps organisations connect communications rooms, floors or nearby buildings without forcing every link onto copper. Buyers can choose transceivers according to fibre type, distance and connector standards, allowing the same switch to fit different site designs.
⚙ Central Management Options
The switch can be administered through its local interface and common network-management methods, while Grandstream platforms provide cloud or on-premise visibility for broader GWN deployments. This is useful for organisations that want to review switch status, apply settings and maintain consistency across multiple devices or sites without treating every switch as an isolated unit.
🔒 Layered Access Protection
Port authentication, DHCP protection, source validation, ARP inspection, access-control policies and port security give administrators several ways to reduce unauthorised access and local network abuse. These controls are most effective when they are planned with user roles, device types, firewall rules and documented exceptions rather than enabled randomly.
● Quiet Rack or Office Operation
The non-PoE GWN7803 uses a fanless design, which can be valuable in meeting rooms, reception areas, small offices or wall cabinets where fan noise is undesirable. It still needs suitable ventilation, clean power and an environment within the specified operating range. Quiet operation should never replace proper rack airflow and equipment-spacing practices.
Product Highlights
The Grandstream GWN7803 is positioned as a high-capacity member of the original GWN7800 Layer 2+ family. It provides 24 Gigabit Ethernet ports and four 1 Gigabit SFP ports, supported by a 56 Gbps switching capability, 28 Gbps total non-blocking throughput and a forwarding rate of 41.66 million packets per second. These figures show that the switch is designed to move traffic across all access and uplink interfaces without reducing the platform to a basic desktop switch.
The model is non-PoE. It does not provide electrical power to access points, IP cameras or IP phones through the Ethernet cable. That distinction is important because the GWN7803P is the PoE-capable variant. Buyers should choose the standard model when endpoint power is handled separately, when a dedicated PoE switch already serves powered devices, or when the connected equipment does not require PoE.
Technical Specifications
| Specification | Grandstream GWN7803 Details |
|---|---|
| Product class | Enterprise Layer 2+ managed network switch |
| Ethernet access ports | 24 × Gigabit Ethernet RJ45 ports |
| Fibre uplink ports | 4 × 1 Gigabit SFP ports |
| PoE capability | No PoE output on GWN7803; PoE is available on the GWN7803P variant |
| Switching capability | 56 Gbps |
| Total non-blocking throughput | 28 Gbps |
| Forwarding rate | 41.66 Mpps |
| Forwarding method | Store-and-forward |
| Memory | 128 MB RAM and 32 MB flash |
| Packet buffer | 4.1 Mb |
| Jumbo frame | Up to 10,240 bytes |
| MAC address table | Up to 8K MAC addresses |
| VLAN capacity | Up to 4K VLANs; port, IEEE 802.1Q, MAC, protocol and QinQ options |
| Layer 3 support | IPv4 and IPv6 static routing; DHCP server and relay functions |
| Link aggregation | Up to 8 aggregation groups |
| Spanning tree | STP, RSTP, MSTP and supported PVST/RPVST modes |
| QoS and ACL | Port priority, mapping, queue scheduling, shaping, rate limiting and Ethernet/IPv4/IPv6 access-control lists |
| Multicast | IGMP snooping, MLD snooping and multicast VLAN registration support |
| Security | 802.1X, MAC authentication, RADIUS, TACACS+, port isolation, port security, IP Source Guard, DoS protection, ARP inspection, DHCP snooping and loop protection |
| Management and monitoring | Web interface, console/CLI, SNMP, RMON, Syslog, LLDP/LLDP-MED, GDMS Networking, GWN Manager and supported GWN routers |
| Integrated power supply | 30 W |
| Fan | Fanless |
| Dimensions | 440 × 200 × 44 mm |
| Unit weight | Approximately 2.7 kg |
| Mounting | Desktop, wall or rack mounting; mounting hardware is included according to package specification |
| Operating environment | 0°C to 45°C; 10% to 90% relative humidity, non-condensing |
| Availability and warranty guidance | Dependent on supply route, seller terms, region and order quantity; confirm with FourTeck before purchase |
Choosing the correct configuration
The switch itself has a fixed port layout, but the full deployment remains configuration dependent. Buyers must decide which SFP modules match the fibre cable, distance and equipment at the far end; whether copper patch leads are Cat5e, Cat6 or another appropriate standard; whether the rack has enough depth, ventilation and power protection; and whether the network will be managed locally or through a central Grandstream platform. A non-PoE switch also requires separate planning for any powered endpoints. FourTeck can review the bill of materials so missing transceivers, patch cords, rack accessories or power components do not delay installation.
Configuration and Buyer Guidance
A switch should be selected from the network design, not simply from the number printed on the front panel. Before ordering, map every device that will connect during the first phase and every device expected during the next two or three years. Include computers, printers, servers, wireless access points, cameras, network video recorders, IP phones, access-control panels, uplinks and spare capacity. A 24-port switch can be an excellent fit when this count leaves sensible headroom; it can be restrictive when every port is already allocated on day one.
How many devices need PoE?
The GWN7803 does not power devices. Count every access point, IP camera, IP phone and other PoE endpoint. Decide whether those devices will use injectors, local adapters, a separate PoE switch or the GWN7803P. A mixed design may use this model for servers and user devices while a PoE model serves powered endpoints.
What will the uplinks connect?
Four SFP ports are useful only when the optics and fibre are compatible. Confirm whether the far-end switch uses 1 Gigabit SFP, which wavelength and connector are required, whether the run is single-mode or multimode, and how far the link must travel. Also confirm whether copper SFP modules are appropriate for any special connection.
Which traffic must be separated?
List the intended VLANs before deployment. Typical groups include staff, guests, voice, cameras, servers, printers and management. This list influences IP addressing, firewall rules, wireless configuration and trunk settings. A switch cannot create useful segmentation when the router or firewall is not prepared to route and control those networks.
How will the switch be managed?
Choose between direct local administration, cloud-based management, an on-premise platform or integration with a supported GWN router. Consider internet availability, internal security policy, administrator skills, multi-site visibility and backup of configuration files. The management method should fit the organisation’s support process.
Warranty and support expectations should also be clear before purchase. Ask who handles a fault, which documents are required, whether advance replacement is included, how firmware updates are managed and whether configuration assistance is part of the quotation. For project orders, provide site location, quantity, target installation date, rack details, existing switch brands, firewall model, SFP requirements and any approved network diagram. This information allows FourTeck to prepare a more accurate product and accessory recommendation.
Ideal Business Use Cases
The GWN7803 is an access switch for environments that need managed Gigabit connectivity, network separation and fibre uplink flexibility without a PoE requirement on every port. Its best use depends on the design around it.
Corporate and Professional Offices
Connect employee computers, printers, file servers, meeting-room equipment and office infrastructure while separating departments, guests and management traffic. QoS can support voice and conferencing, while SFP uplinks can connect another floor or communications room. The non-PoE design suits sites where access points and phones receive power elsewhere.
Schools and Training Centres
Create separate networks for administration, teaching staff, labs, student devices, surveillance and guest access. Fibre uplinks can connect blocks or floors, subject to correct optics and distance. Administrators can control ports, monitor traffic and reduce the risks created by open classroom or laboratory connections.
Hotels and Hospitality Sites
Support reception systems, back-office computers, property applications, network recorders, staff services and uplinks to wireless or room-distribution switches. VLANs can keep guest, operational, payment and surveillance traffic separated. The final design should coordinate with the firewall, wireless platform and any PoE access layer.
Retail, Clinics and Service Locations
Connect POS terminals, staff systems, printers, servers, storage and monitoring devices while giving sensitive business applications a more controlled network segment. Link aggregation and spanning-tree functions can support resilient designs where downtime affects customer service, billing, patient administration or daily transactions.
Branch Offices and Multi-Site Networks
Use the switch as the local access layer for a branch that connects to a central firewall, VPN router or wide-area service. Central management can help standardise settings across sites, while VLAN and access controls keep local device groups organised. Each branch still needs a documented IP plan and consistent uplink design.
Surveillance and Building Systems
The switch can carry traffic from cameras, recorders and building-control devices when those endpoints have separate power or connect through PoE edge switches. Multicast and VLAN functions help contain traffic, but surveillance bandwidth, recording resolution, uplink capacity and storage design must be calculated before deployment.
Grandstream GWN7803 Traffic Performance and Uplink Design
A 24-port access switch must handle many simultaneous conversations. A computer may be reaching a cloud application, a backup job may be writing to network storage, a recorder may be receiving camera streams and a meeting room may be carrying real-time audio or video. The GWN7803 provides a 56 Gbps switching capability and 28 Gbps non-blocking throughput, which aligns with the full-duplex capacity of its 24 copper Gigabit ports and four 1 Gigabit SFP ports. This gives the platform the internal capacity expected for its interface layout.
Performance still depends on topology. If twenty-four endpoints all reach a server through one 1 Gigabit uplink, that uplink becomes the shared limit even though the switch fabric can process more. Network designers should therefore identify traffic paths rather than judging only the switching figure. Servers that exchange large files may connect directly to access ports, while several SFP links can be used for separate destinations or link aggregation where both ends support the same configuration. Fibre uplinks can also improve distance and electrical isolation between network areas, but they do not automatically increase speed beyond the 1 Gigabit rating of these SFP ports.
QoS, rate limiting and traffic shaping help maintain predictable behaviour when links become busy. These tools should be applied from a service policy: which applications require low delay, which transfers can wait and which user groups need limits? Incorrect priority settings can move congestion rather than solve it. FourTeck can help buyers review uplink count, expected traffic, server placement and whether a higher-speed SFP+ aggregation switch would be more suitable for the core of a larger network.
Grandstream GWN7803 VLAN, Routing and Service Control
VLANs are among the most important reasons to choose a managed switch. They allow the same physical cabling and switch hardware to carry several separate logical networks. A port can be assigned to one VLAN for a normal endpoint, or configured as a tagged trunk that carries multiple VLANs to another switch, access point, firewall or virtualisation host. The GWN7803 supports a broad range of VLAN methods, voice VLAN functions and up to 4,000 VLAN entries, giving administrators enough flexibility for typical small and medium business designs.
Segmentation must be completed at the routing and security layers. Creating a camera VLAN does not by itself prevent staff devices from reaching the cameras if the upstream router permits unrestricted inter-VLAN traffic. The firewall or routing device should define which networks can communicate, which services are allowed and where internet access is permitted. The switch’s static routing functions can serve selected Layer 3 needs, but many organisations will still use a dedicated firewall or router as the main policy point.
QoS helps these logical networks share physical links. Voice packets can receive priority, surveillance traffic can be controlled, guest bandwidth can be limited and important server traffic can be protected from less urgent transfers. Multicast snooping can reduce unnecessary replication of multicast streams by forwarding them only toward interested ports. This is particularly useful when video or media applications would otherwise flood every connection in the same broadcast domain.
A successful configuration begins with a simple written plan: VLAN number, name, subnet, gateway, DHCP source, permitted destinations, tagged uplinks and untagged access ports. FourTeck can review this information with the wider network design so the switch settings match the firewall, access points and connected devices.
Grandstream GWN7803 Security and Management
Managed access ports can become enforcement points rather than passive sockets. The GWN7803 includes controls for authenticating users or devices, validating address information, limiting learned MAC addresses, inspecting ARP behaviour, filtering traffic and protecting DHCP operations. These features can reduce risks such as an unauthorised device connecting to an open port, a rogue DHCP service giving clients false network settings, or spoofed address information disrupting local communication.
802.1X and RADIUS integration can support identity-based network access where the organisation has the required authentication infrastructure and administrative skills. Port security and sticky MAC functions can provide a simpler control for fixed devices. DHCP snooping, IP Source Guard and ARP inspection work best as coordinated protections because each relies on trusted port definitions and reliable address-binding information. Enabling them without understanding the traffic path can block legitimate users, so staged testing and documentation are important.
The management layer is equally important. Local web access and CLI options support direct administration, while SNMP, Syslog, RMON, LLDP and diagnostic tools help monitoring platforms and technicians understand device status. GDMS Networking and GWN Manager can provide central control for organisations using a wider Grandstream network. Administrators should restrict management access to a dedicated VLAN, use strong credentials, prefer secure protocols, back up configuration files and define who may change settings.
Security is not a one-time switch setting. Firmware, administrator accounts, unused ports, logs, VLAN membership and authentication policies need periodic review. FourTeck can help buyers define a practical management method and handover checklist so the switch remains supportable after installation.
What Buyers Should Check Before Purchase
Before requesting a quote, buyers should confirm the required configuration, usage environment, compatibility needs, warranty expectations and delivery location. The same switch can be a strong fit in one project and the wrong fit in another. FourTeck helps review these details so the selected equipment matches the business requirement instead of being chosen only by model name or headline price.
Correct Model Selection
Confirm that the requirement is for the non-PoE GWN7803. Projects that need the switch to power cameras, phones or access points should review the GWN7803P or a mixed-switch design. Also compare required uplink speed: this model uses 1 Gigabit SFP, not 10 Gigabit SFP+.
Compatibility Check
List the firewall, router, access points, servers and switches that will connect. Confirm VLAN tagging, spanning-tree mode, link aggregation method, management platform and SFP compatibility. For fibre links, provide cable type, connector, distance and the model at the opposite end.
Rack, Power and Environment
The switch is a 1U-width device approximately 440 mm wide and 200 mm deep. Check rack depth, mounting space, cable-management clearance, ventilation, earthing and UPS capacity. Fanless operation is quiet, but the cabinet still needs airflow and an operating environment within the specified temperature and humidity range.
Accessories and Add-ons
A complete order may require SFP transceivers, fibre patch cords, copper patch leads, a patch panel, rack PDU, UPS, labels and cable organisers. These items are not interchangeable. Verify quantities and technical standards so the installation team receives a usable bill of materials rather than a switch without the parts needed to connect it.
Deployment and Handover
Decide whether the switch will arrive unconfigured, receive a standard template or be configured for the final site. A useful handover should include management address, administrator ownership, VLAN list, port map, uplink settings, configuration backup, firmware record and support contact.
Availability, Warranty and Project Supply
Ask for current availability, lead time, warranty route and delivery terms for the destination. Bulk or multi-site orders should include quantity by location, desired schedule and whether all units need identical configuration. When the requested model is unavailable, FourTeck can discuss a comparable alternative without changing the design blindly.
Provide the required quantity, delivery country and city, connected-device count, number of PoE devices, expected VLANs, uplink type, fibre distance, rack availability, management preference, installation date and any existing network diagram. This reduces assumptions, helps identify missing accessories and makes it easier to recommend the correct model or alternative.
Africa Availability and Service Support
FourTeck supports product enquiries across Africa with assistance for model confirmation, configuration review, quotation preparation, delivery coordination and warranty guidance. Availability can change according to supplier status, selected quantity, destination, required accessories and project schedule. For this reason, the product page does not present an unverified stock promise. Buyers can contact the sales team for a current response based on the actual requirement.
Support can begin before purchase. FourTeck can help determine whether the standard non-PoE model is appropriate, identify the required SFP modules, review port and VLAN plans, consider rack and UPS needs and discuss whether a PoE or higher-speed alternative would fit better. This pre-sales review is especially useful for organisations that are replacing an older switch, opening a new branch, standardising several sites or expanding a network that was built without clear documentation.
Delivery coordination depends on location, transport method, order size and import conditions. Warranty handling also depends on the supply route and seller terms, so buyers should request written guidance with the quotation. FourTeck can help keep the procurement conversation clear by aligning the product, accessories, regional requirements and support expectations before an order is approved.
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 guidance, configuration support and quotation assistance. The team can help buyers review suitable switch models, SFP options, cabling requirements, rack placement, PoE needs, deployment services and project quantities. Regional support is coordinated according to the buyer’s destination, timeline and technical scope rather than through repeated location-specific product claims. Organisations with branches in several countries can share a site-by-site equipment list so FourTeck can help standardise the required switch, accessories and configuration approach where practical.
GCC, Middle East and Africa Availability
FourTeck Africa can support product enquiries for organisations across Africa while also guiding regional technology requirements through selected FourTeck platforms serving GCC and Middle East markets. This can help companies that operate branches, warehouses, hotels, professional offices or project sites across more than one region and want a consistent approach to switching, wireless, firewall, cabling and support planning.
Regional requests may involve the UAE, Saudi Arabia, Qatar, Oman and Bahrain alongside African operations. Availability, delivery routes, warranty handling and configuration services can vary by country, order quantity and supplier source. FourTeck therefore reviews each requirement individually rather than presenting one delivery promise for every market. Buyers should provide the destination, quantity, target date, switch role, connected-device count and accessory list.
For wider regional assistance, buyers can visit FourTeck Africa, review support through FourTeck Kenya or FourTeck Uganda, and explore wider regional services through FourTeck UAE. The appropriate team can help coordinate the next step according to the destination and project scope.
Other Options Buyers May Consider
A managed switch should fit the port count, PoE load, uplink speed, management platform and wider security architecture. Buyers comparing the GWN7803 may also consider the following FourTeck pages and product directions. These are not automatic replacements; each option serves a different network design.
Grandstream GWN7803P Direction
Best for projects that need 24 managed Gigabit ports with PoE/PoE+ power for access points, phones or cameras. Confirm power budget and endpoint requirements before selection.
FortiSwitch FS-124F-POE
A managed PoE access-switch option for businesses building a Fortinet-centred branch or security environment. Compare management, uplinks, PoE budget and licensing context.
FortiSwitch FS-108F
A compact managed-switch option for smaller branches, counters or focused edge requirements where eight access ports may be sufficient.
FortiSwitch FS-524D
A larger managed-switch direction for networks that need different uplink and distribution capabilities. It should be reviewed against the full architecture rather than compared only by port count.
Network and Cabling Services
Switch performance depends on correct racks, patch panels, fibre, copper cabling, VLAN design, firewall policy and documentation. Review FourTeck service support for a complete deployment.
Business Network Security
VLANs become more useful when a firewall controls traffic between them. Buyers planning segmentation can review firewall options and secure branch guidance from FourTeck.
Why Buyers Choose FourTeck
Technology procurement becomes easier when the supplier understands how the product will be used. FourTeck supports buyers who need more than a model number and a generic quotation. The team can discuss the site, device count, traffic, cabling, power, rack, management, security and future-growth requirements that influence the correct switch choice.
FourTeck does not need to force the same switch into every project. A buyer may require PoE, 10 Gigabit uplinks, stacking, Layer 3 routing, outdoor protection or a different management ecosystem. By discussing these differences before purchase, the team can help reduce model-selection errors, missing accessories and avoidable changes during installation. This consultative approach supports SMB buyers, enterprise procurement teams, resellers and system integrators that need a practical route from requirement to deployment.
Frequently Asked Questions
What is the GWN7803 used for?
It is used to connect and manage wired devices in a structured business network. Typical connections include computers, printers, servers, network recorders, routers and uplinks to other switches. Its VLAN, QoS, security, multicast and management functions make it suitable for organisations that need more control than an unmanaged switch provides.
Does the GWN7803 provide PoE power?
No. The standard GWN7803 is the non-PoE model, so it does not power access points, IP phones or cameras through Ethernet cables. Those devices need separate power, PoE injectors, another PoE switch or the GWN7803P variant. Buyers should calculate the number and power requirement of all PoE endpoints before choosing between models.
How many ports are available?
The switch provides 24 Gigabit Ethernet RJ45 ports for access connections and four 1 Gigabit SFP ports for fibre or compatible modular uplinks. The total physical interface count is 28, but the SFP ports require suitable transceivers and cabling. Confirm the far-end device, fibre type, connector and distance before ordering optics.
Can FourTeck help with configuration?
FourTeck can discuss configuration requirements such as VLANs, access and trunk ports, uplinks, link aggregation, management access, QoS and security controls. The exact service scope should be agreed in the quotation. Buyers should provide an IP plan, connected-device list, firewall details and preferred management method so the configuration can be prepared accurately.
Is the switch available across Africa?
FourTeck supports enquiries from African business markets and can help check current supply options for the requested destination. Availability can vary by quantity, supplier status, delivery route and project timing. Contact the sales team with the destination, required units and target installation date to receive current guidance rather than relying on an unverified stock statement.
What information is needed for a quotation?
Share the quantity, delivery location, number of connected devices, PoE requirements, uplink type, fibre distance, VLAN plan, rack details, management preference and installation schedule. Also mention required SFP modules, patch cords, UPS or configuration service. These details help FourTeck prepare a quotation that covers the usable deployment rather than the switch alone.
Can it be managed from the cloud?
The GWN7800 series supports Grandstream central management options including GDMS Networking and GWN Manager, alongside local web and command-line administration. The preferred method depends on internet availability, security policy, the number of sites and the wider Grandstream environment. Administrators should secure management access and maintain configuration backups regardless of the chosen platform.
Is it suitable as a network core switch?
It can serve small business distribution or selected routing needs, but larger networks may require a dedicated Layer 3 aggregation switch with higher-speed SFP+ or QSFP uplinks, greater routing scale and additional resilience features. FourTeck can review expected traffic, server links, building uplinks and growth plans to determine whether the GWN7803 belongs at the access layer or whether another core platform is needed.
Can businesses request bulk or multi-site supply?
Yes, businesses, resellers and project teams can request multiple units or supply across several sites. Provide quantity by location, target dates, accessory requirements and whether every switch should use the same configuration template. FourTeck can then review regional coordination, packaging of accessories, documentation and alternative models if the requested quantity is not available through one supply route.
Need Help Choosing the Right Managed Switch?
FourTeck can help review the required port count, PoE demand, uplink media, VLAN plan, rack environment, management method, accessories, warranty route and delivery destination before your procurement team approves the order.
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