Grandstream GWN7700M Multi-Gigabit Switch in Africa
Upgrade a small office, creative workspace, branch network or high-performance home office with five copper ports that can negotiate up to 2.5Gbps and a dedicated SFP+ uplink for 1Gbps or 10Gbps fibre connectivity. This compact fanless switch is designed for buyers who want a straightforward plug-and-play path beyond ordinary Gigabit networking without adding a managed-switch learning curve.
✓ 1/10G SFP+ Uplink
✓ Quiet Fanless Metal Design
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Quick Product Information
Grandstream
GWN7700M
Unmanaged multi-gigabit Ethernet switch
5 × 100/1000/2500Mbps RJ45
1 × SFP+ supporting 1Gbps or 10Gbps
No; connected devices require separate power
Desktop or wall-mount
Selection, quote, delivery and warranty guidance
Product Overview
Many growing networks have reached an awkward middle stage. Standard Gigabit Ethernet remains adequate for ordinary internet browsing, basic cloud applications and simple printer traffic, yet it can restrict newer Wi-Fi access points, fast network-attached storage, media workstations and local backup jobs. Moving directly to a fully managed 10GbE platform may be more expensive and complex than the site requires. This switch addresses that middle ground by providing five multi-gigabit copper interfaces that can operate at 100Mbps, 1Gbps or 2.5Gbps, plus an SFP+ interface for a faster backbone connection.
Because the unit is unmanaged, deployment does not depend on a web console, controller account or command-line configuration. The installer connects the external power adapter, attaches compatible Ethernet devices, and allows auto negotiation to select a supported link speed. Auto MDI/MDIX also reduces cable confusion by handling transmit and receive pairing automatically. This simplicity is valuable for compact offices, specialist teams, small server rooms, retail back offices and branch sites where the main requirement is dependable local forwarding rather than policy-driven network control.
The metal enclosure, fanless cooling and modest physical footprint make the model suitable for a desk, shelf or wall position. A 45Gbps switching capacity provides the internal forwarding headroom expected for its five multi-gigabit access ports and SFP+ uplink. Support for a 4K MAC address table, 9KB jumbo frames, flow control, energy-efficient Ethernet, traffic priority handling and IGMP functions adds useful intelligence even though the product is not managed by an administrator.
For Africa buyers, the key decision is not simply whether the switch is fast. The surrounding infrastructure must be ready. End devices need 2.5GbE adapters to achieve more than 1Gbps, copper cabling must be in good condition, and the chosen SFP+ module or direct-attach cable must match the upstream equipment. FourTeck can help review these practical details, identify missing accessories and prepare a quotation that reflects the real deployment rather than the switch alone.
Key Business Benefits
The practical value of multi-gigabit switching appears when it removes bottlenecks from everyday work. These benefit cards explain where the hardware can contribute to a better business network.
◆ Faster Local Transfers
A 2.5GbE link can move substantially more local data than a 1GbE connection when both endpoints and storage can keep pace. This helps teams working with large design files, video assets, backups, virtual machine images or shared project folders spend less time waiting for transfers.
◆ Better Wi-Fi Uplink Headroom
Modern wireless access points can exceed the practical capacity of a single Gigabit uplink under combined client load. A compatible 2.5GbE wired connection gives the access point more room to serve users, provided the AP has its own power source because this model does not supply PoE.
◆ Simple Deployment
The unmanaged design removes software setup, account creation and policy configuration from the installation. This is useful when a business needs a fast network extension and does not require VLANs, link aggregation, remote monitoring or access-control policies at the switch.
◆ Flexible Backbone Choice
The SFP+ interface can link the device to a compatible core switch, server, router or aggregation point at 1Gbps or 10Gbps. Buyers can select fibre modules or a suitable direct-attach connection according to distance, equipment compatibility and site design.
◆ Quiet Workplace Operation
A fanless design eliminates fan noise and reduces one moving component from the enclosure. The unit can therefore sit in a meeting room cabinet, studio, reception back office or home workspace without adding the persistent sound associated with larger actively cooled switches.
◆ Mixed-Speed Compatibility
Auto negotiation allows older 100Mbps or 1Gbps equipment to share the same switch with newer 2.5GbE devices. A business can upgrade selected workstations, storage systems or access points first instead of replacing every connected endpoint at the same time.
Product Highlights
The five RJ45 interfaces are the central strength of this model. Each one can negotiate 100Mbps, 1Gbps or 2.5Gbps, allowing the switch to support both current and legacy devices. The additional SFP+ slot is not counted among those five copper interfaces, so the physical design provides six network connections in total. That distinction matters when planning the number of endpoints and the uplink path.
Internal forwarding capacity suited to the model’s multi-gigabit access and uplink design.
Useful where connected equipment and applications are configured to benefit from larger Ethernet frames.
IEEE 802.3az support helps reduce link power use during lower activity periods.
Flow control, 802.1p/DSCP priority handling and IGMP functions support orderly forwarding.
It is equally important to understand what is not included. This is not a PoE switch, so cameras, access points and IP phones need separate power or suitable injectors. It is not a managed switch, so administrators cannot create VLANs, configure trunks, view port statistics, apply access-control lists or manage the unit remotely. Buyers who need those functions should consider a managed or PoE-capable alternative rather than trying to make an unmanaged model perform a role it was not designed to handle.
Technical Specifications
| Specification | GWN7700M Details |
|---|---|
| Product Type | Unmanaged 2.5G multi-gigabit network switch |
| Copper Ports | 5 × RJ45 ports supporting 100/1000/2500Mbps |
| Fibre Port | 1 × SFP+ port supporting 1Gbps or 10Gbps connectivity |
| Port Behaviour | Auto negotiation and Auto MDI/MDIX |
| Switching Capacity | 45Gbps |
| MAC Address Table | 4K entries |
| Jumbo Frame | Up to 9KB |
| Traffic Features | IEEE 802.3x flow control, 802.1p/DSCP QoS, IGMP Fast-Leave, IGMP Snooping, route-port auto-learn and member-port query refresh |
| Energy Feature | IEEE 802.3az Energy Efficient Ethernet |
| PoE | Not supported |
| Management | Unmanaged; no administrative configuration required |
| Enclosure and Cooling | Metal enclosure; fanless operation |
| Mounting | Desktop or wall-mount |
| Power Adapter | External 12VDC / 1A |
| Maximum Base-System Consumption | 7.0W |
| Operating Environment | 0°C to 40°C; 10% to 90% non-condensing humidity |
| Dimensions | 145 × 80 × 27mm |
| Unit Weight | 0.3kg |
| Package Contents | Switch, power adapter and quick installation guide |
| Compliance | FCC, CE, RCM, IC and UKCA |
How to Read These Specifications
The 45Gbps figure describes aggregate switching capability, not the speed of one endpoint. An individual RJ45 connection tops out at 2.5Gbps, while the SFP+ uplink can operate at 10Gbps with compatible equipment. Real transfer performance also depends on storage speed, network adapters, protocol overhead, cable quality and the performance of the sending and receiving systems.
Jumbo frames only provide a benefit when the devices along the complete traffic path are configured consistently. The switch can pass larger frames, but it does not configure servers or clients. Similarly, priority and IGMP functions operate according to built-in behaviour rather than administrator-created policies. Buyers requiring granular control should choose a managed platform.
Configuration and Buyer Guidance
Start by listing the devices that will connect directly. A five-port access layout can fill quickly when a workstation, NAS, server, Wi-Fi access point and router are all attached. Decide whether the SFP+ port will be reserved for an uplink or connected directly to a storage or server interface. If more copper endpoints are likely within the next year, an eight-port model or a larger managed switch may avoid an early replacement.
1. Check Endpoint Speed
Confirm that computers, storage systems and access points have 2.5GbE interfaces. A 1GbE endpoint will connect normally but will not gain a 2.5Gbps link.
2. Plan the Uplink
Identify the upstream port type, distance and medium. Select an SFP/SFP+ module or direct-attach cable that both devices support.
3. Review Power Needs
This unit does not power connected endpoints. Include local adapters, PoE injectors or a separate PoE switch where cameras, phones or access points require network power.
4. Confirm Control Requirements
Choose a managed switch instead when the network needs VLANs, port isolation, link aggregation, monitoring, authentication or remote administration.
Cable quality is another practical factor. Short, properly terminated Cat5e links may support 2.5GbE in suitable conditions, while Cat6 or better cabling can provide a stronger deployment margin. Existing cable routes should be tested when they run near electrical interference, pass through old patch panels or have unknown termination quality. For fibre, connector type, wavelength, module type and maximum distance must match the link design.
Finally, consider uptime and environmental conditions. The switch uses one external power adapter and does not provide redundant power. Business-critical installations may place it on a suitable UPS and keep a documented spare strategy. It should operate in a ventilated indoor position within its temperature and humidity limits. FourTeck can help review the equipment list, port plan, cabling, SFP+ choice and support expectations before the order is finalized.
Ideal Business Use Cases
This model is most effective in compact networks where a few important devices need more than Gigabit throughput and advanced switch administration is unnecessary. The following examples show appropriate deployment patterns rather than promises of identical performance in every environment.
Creative and Media Workstations
Designers, editors and production teams can connect high-performance computers to shared storage at 2.5GbE. The improvement is most visible when files are large and the NAS or server can deliver sustained throughput beyond 1Gbps.
Small Office Wi-Fi Backhaul
A multi-gigabit access point with a separate power source can use a 2.5GbE uplink to reduce the chance that wired backhaul becomes the limiting factor during busy wireless activity.
Network Storage and Backup
A compact NAS with a 2.5GbE interface can serve several office devices, while the SFP+ path connects the switch to a faster aggregation point. Backup windows may shorten when disks, processors and software are also capable.
Branch Office Upgrade
A small branch can modernize key wired links without deploying a controller or configuring a managed access layer. This suits sites with a clear flat-network design and centralized security at the router or firewall.
High-Speed Lab or Test Bench
Technical teams can connect a limited number of servers, test systems and workstations when they need quick multi-gigabit connectivity without building a permanent managed topology.
Professional Home Office
Consultants, developers and content professionals can use faster wired links between a workstation, local storage, router and server while keeping the equipment quiet and physically compact.
The switch is less suitable for a large campus, a security-camera rollout requiring PoE, a segmented corporate network, a call centre needing voice VLAN controls, or an environment where every port must be monitored. In those cases, managed switching and an appropriate PoE budget provide a stronger foundation. Correctly matching the product to the environment protects the buyer from saving money at purchase but creating limitations during deployment.
Grandstream GWN7700M: Multi-Gigabit Performance
The central performance advantage is not simply a higher number on the port label. Multi-gigabit Ethernet provides a practical upgrade path over existing copper infrastructure for devices that have moved beyond 1GbE. A 2.5Gbps link offers up to two and a half times the raw line rate of Gigabit Ethernet, though actual application throughput is lower because of protocol overhead and endpoint limitations.
In a file-transfer environment, the switch can forward traffic quickly, but the storage system still needs fast disks or solid-state storage, sufficient processing power and a capable network interface. One slow hard drive can remain the bottleneck. In a wireless environment, a 2.5GbE access-point connection helps only when client demand, radio capacity and upstream bandwidth justify it. Buyers should therefore view the switch as one component in a performance chain rather than a standalone speed guarantee.
The 10Gbps-capable SFP+ port gives the five copper ports a useful aggregation path. For example, several 2.5GbE endpoints can share a 10Gbps uplink to a core switch or server without forcing all traffic through a 1Gbps bottleneck. The actual design should still account for simultaneous workloads, traffic direction and the limits of the upstream device. For a compact unmanaged switch, this access-and-uplink combination is a strong fit for targeted upgrades where simplicity matters as much as speed.
Grandstream GWN7700M: Plug-and-Play Deployment
Unmanaged switching is valuable when the network design is intentionally simple. There is no management IP address to assign, no administrator password to maintain, no configuration backup to store and no firmware policy that must be coordinated before basic forwarding begins. The switch learns connected MAC addresses automatically and forwards frames according to its built-in logic.
Auto negotiation helps each copper port select a common speed with the connected device. This allows a 100Mbps printer, a 1GbE desktop and a 2.5GbE NAS to operate on the same unit at their respective link rates. Auto MDI/MDIX removes the old need to choose between straight-through and crossover cables for common Ethernet connections. LED indicators give a quick visual reference for device power and port link or activity.
Simplicity does not remove the need for planning. An unmanaged switch joins devices to the same Layer 2 forwarding environment and cannot be used to create isolated VLANs. It cannot report detailed traffic statistics, shut down a problem port remotely or enforce user authentication. A buyer should select it because those functions are not required at this point in the network, not because they were overlooked.
Installation quality still matters. The power adapter should be connected to a stable supply, ideally protected by a suitable UPS where downtime matters. Cables should be labelled and tested, airflow around the metal enclosure should remain clear, and the uplink should be documented for future support. FourTeck can help turn a simple product into a clean deployment by reviewing these practical details before installation.
Grandstream GWN7700M: Fibre Uplink and Quiet Design
The SFP+ interface provides flexibility that many small copper-only switches do not offer. It can operate with a compatible 1Gbps SFP or 10Gbps SFP+ connection, allowing the unit to link across a rack, room, floor or building design where fibre is preferred. A short direct-attach copper cable may also be suitable between compatible SFP+ ports in the same cabinet. Module compatibility, connector type, fibre mode, wavelength and distance must be checked before ordering.
A 10Gbps uplink can aggregate traffic from several 2.5GbE devices more effectively than a standard Gigabit uplink. This is useful when a small group of workstations needs access to a central storage server or when the switch extends from a faster core. The uplink is not a managed trunk in the administrative sense; the unit forwards traffic without configurable VLAN tagging or link-aggregation controls. The upstream network must therefore match the intended flat or pre-defined traffic design.
The physical design also supports placement outside a dedicated data centre. With no internal fan, the switch does not add mechanical noise to a quiet office or studio. The metal case offers a robust compact enclosure, and desktop or wall mounting allows the installer to position it near the devices it serves. Fanless equipment still needs reasonable ventilation, especially in enclosed cabinets or warm environments.
Together, the fibre option and quiet chassis make the model useful at the edge of a faster network. Buyers can place multi-gigabit copper near users or devices, then carry aggregated traffic through a suitable backbone. FourTeck can assist with SFP+ selection, patch leads, fibre type, rack placement and power-protection planning so the final link is complete.
What Buyers Should Check Before Purchase
Before requesting a quotation, confirm the real network role. Buyers sometimes select a switch by port speed while overlooking port count, power delivery, management or uplink compatibility. This model is ideal when five copper endpoints are enough, 2.5GbE is useful, a 1/10G SFP+ uplink is desirable, and a flat unmanaged network is acceptable. It is not the correct choice when the project needs PoE, VLAN creation, stacking, remote monitoring or multiple redundant uplinks.
Configuration Fit
List every direct connection and reserve capacity for growth. Decide whether the SFP+ interface is an uplink, server link or storage link. Confirm that five RJ45 ports remain sufficient after the router, AP, NAS and workstations are counted.
Compatibility Check
Verify endpoint network adapters, cable category and SFP+ compatibility. A module that fits physically may still use the wrong wavelength, fibre type or vendor coding for the upstream device.
Power and Accessories
Include any required SFP/SFP+ module, fibre patch lead, direct-attach cable, Ethernet patch cords, wall-mount hardware, UPS protection and separate endpoint power supplies or PoE injectors.
Warranty and Delivery
Ask how warranty handling applies to the proposed supply source and destination. Confirm delivery location, quantity, lead time and any documentation required for project procurement.
Long-term usage cost is influenced by more than the switch price. A missing transceiver, unsuitable cable route or separate PoE requirement can change the project budget. Conversely, buying a complex managed unit may add unnecessary cost when the network only needs a few fast local links. A clear requirement list helps FourTeck recommend either this model or a more suitable alternative.
For the most useful quotation, share the destination country and city, quantity, connected device list, required link speeds, upstream switch or router model, cable distance, fibre type if known, PoE requirement and expected future growth. Also state whether the project is a new installation, a replacement, a branch standardization exercise or a larger rollout. These details reduce compatibility mistakes and make accessory planning more accurate.
Africa Availability and Service Support
FourTeck supports product inquiries across Africa with practical assistance before an order is placed. The process can include model confirmation, quantity review, network-role assessment, compatibility checks, accessory planning, quotation preparation, delivery coordination and warranty guidance. Availability may vary according to supplier status, requested quantity, destination and timing, so the current position should be confirmed through a formal inquiry.
For this switch, useful pre-sales information includes the number of connected devices, which endpoints support 2.5GbE, whether the SFP+ interface will use fibre or direct-attach copper, and whether any connected equipment needs PoE. FourTeck can also help buyers identify when an unmanaged model is appropriate and when a managed, higher-port-count or PoE-capable switch would provide a better long-term result.
Delivery planning may involve order quantity, product source, freight method, destination handling and project deadlines. Warranty expectations should be reviewed together with the exact quoted supply route rather than assumed from a general product listing. This gives procurement teams clearer documentation and helps technical teams understand the support path before deployment.
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 availability checks, configuration guidance, quotation assistance and delivery coordination. One combined inquiry can cover the switch, SFP+ module, fibre or copper patching, UPS protection and suitable alternatives where the requested model does not match the project.
Regional requirements differ in delivery route, power conditions, support expectations, project scale and documentation. Sharing the destination, quantity, required timing and technical environment helps the team prepare a more relevant response. For multi-branch companies, FourTeck can also discuss standardizing a common port layout and accessory set while allowing for local infrastructure differences.
GCC, Middle East and Africa Availability
FourTeck Africa can support product inquiries for businesses in African markets while guiding wider technology requirements through selected FourTeck platforms serving GCC and Middle East customers. Companies with operations in the UAE, Saudi Arabia, Qatar, Oman, Bahrain or multiple regional locations can discuss product selection, compatible accessories, supply planning and deployment expectations through the appropriate regional contact route.
Availability, delivery options, warranty handling and configuration support can vary by country, selected product, order quantity and supplier source. A multi-country project should therefore begin with a shared technical standard: required port count, copper link speed, fibre uplink type, cable specification, power protection and any need for managed features or PoE. This helps prevent different branches from receiving equipment that looks similar but behaves differently.
Buyers can explore the FourTeck Africa platform, regional information through FourTeck Kenya and FourTeck Uganda, or wider Gulf support through FourTeck UAE. The right channel depends on the delivery and support requirement.
For regional procurement, provide a country-by-country quantity list and identify whether the same switch, transceiver and cable standard should apply everywhere. FourTeck can help organize the discussion around technical consistency, availability and practical deployment rather than treating each item as an isolated purchase.
Other Options Buyers May Consider
A related model may be more suitable when the project needs additional ports, PoE power or centralized administration. The options below are useful comparison directions. Final specifications and availability should be confirmed during quotation.
Grandstream GWN7701M
Consider the eight-port multi-gigabit version when five copper ports are too limited but unmanaged simplicity is still preferred.
Grandstream GWN7700MP
Review the PoE-capable multi-gigabit option when access points, phones or cameras need power from the switch.
Grandstream Managed GWN Switches
Choose a managed family when VLANs, monitoring, policy control, aggregation or more structured administration is required.
Multi-Gigabit PoE Switches
A multi-gigabit PoE platform is preferable for Wi-Fi access points when one cable must carry both data and power.
10GbE Aggregation Switches
Larger sites may need multiple SFP+ interfaces, redundant uplinks and managed aggregation rather than one compact edge uplink.
The correct alternative depends on which limitation matters. More endpoints require more ports; powered devices require an adequate PoE budget; segmented networks require management; and resilient backbones may require redundant uplinks. FourTeck can compare these needs before recommending a model, helping the buyer avoid both under-sizing and unnecessary complexity.
Why Buyers Choose FourTeck
Business technology procurement is easier when the supplier understands how the product will be used. FourTeck supports buyers who need more than a model number by helping translate a practical requirement into a complete equipment discussion. For a network switch, that can mean checking endpoint speeds, port count, PoE demand, uplink type, cable distance, transceiver compatibility, power protection and future expansion.
Assistance for individual purchases, replacement requirements, branch upgrades and project quantities.
Practical review of whether unmanaged, managed, PoE or higher-port-count switching fits the site.
A clearer quotation path based on quantity, destination, accessories and requested timing.
Regional planning that considers destination, supply route and project schedule without making unconfirmed stock claims.
Support in understanding the warranty route associated with the exact quoted product source.
Alternative models can be reviewed when the original request lacks ports, PoE, management or required uplink options.
FourTeck’s role is to help reduce avoidable procurement gaps. A switch may require a transceiver, a fibre patch lead, compatible network adapters, a UPS or a different PoE design. Addressing these details before delivery can reduce installation delays and support calls. It also helps procurement teams compare quotations on a complete-solution basis rather than comparing only the headline hardware.
Buyers can learn more about FourTeck technology services, review the company support approach, or contact the team with a requirement list. The most useful inquiry explains the desired business outcome, not only the product name.
Frequently Asked Questions
What is this switch mainly used for?
It is used to connect up to five copper Ethernet devices at negotiated speeds of 100Mbps, 1Gbps or 2.5Gbps, with a separate SFP+ interface for a 1Gbps or 10Gbps uplink. It suits compact offices, storage networks, high-performance workstations, Wi-Fi backhaul and branch environments that need faster wired connections without managed-switch configuration.
Does it provide Power over Ethernet?
No. The GWN7700M does not provide PoE power. Access points, IP phones, cameras and other powered devices need their own adapters, suitable PoE injectors or a separate PoE switch. Buyers should include this requirement in the quotation request because power accessories can affect both the equipment list and the final deployment layout.
Can I configure VLANs on this model?
No. It is an unmanaged switch and does not provide an administrative interface for creating VLANs, configuring trunks, monitoring ports or applying access policies. It can forward existing Ethernet traffic, but businesses that need segmentation or remote control should choose a managed switch designed for those functions.
Will every connected device run at 2.5Gbps?
Only devices with compatible 2.5GbE interfaces and suitable cabling can negotiate a 2.5Gbps link. Older 100Mbps and 1GbE equipment will connect at its supported rate. Actual application speed also depends on storage, processors, drivers, protocols and the performance of the device at the other end of the connection.
What should I use in the SFP+ port?
Use a compatible 1Gbps SFP module, 10Gbps SFP+ module or suitable direct-attach cable according to the upstream device, distance and medium. Confirm connector type, fibre mode, wavelength and supported module behaviour before purchase. FourTeck can help review these details when the switch and uplink accessories are quoted together.
Is the fanless design suitable for an office?
Yes, the fanless design avoids mechanical fan noise and makes the unit suitable for quiet offices, studios and professional home workspaces. It should still be installed in a ventilated indoor location, kept within the specified temperature range and protected from moisture, dust buildup and unstable power conditions.
Is it available for business buyers in Africa?
FourTeck accepts Africa product inquiries and can check current availability based on quantity, destination and supplier status. Because availability can change, buyers should request a current quotation rather than assume stock from a general product page. Delivery coordination and warranty guidance can be discussed with the exact supply proposal.
Can FourTeck help confirm the correct model?
Yes. Share the number and type of connected devices, required speeds, PoE demand, uplink equipment, cable distance and need for managed features. FourTeck can review whether this five-port unmanaged model fits or whether an eight-port, PoE-capable or managed alternative would be more suitable.
What information should I provide for a quote?
Provide the destination, quantity, required timing, connected device list, uplink device model, preferred fibre or direct-attach method, approximate cable distance and any accessory needs. Also state whether the project requires installation, configuration guidance, UPS protection, PoE equipment or a managed network design.
Can businesses request bulk or multi-branch supply?
Yes. Businesses can submit quantity lists for one site or several branches. A multi-branch request should identify each destination, required quantity, common technical standard and expected delivery schedule. FourTeck can use this information to discuss availability, accessory consistency, delivery coordination and suitable alternatives where necessary.
Need Help Choosing the Right Network Switch?
FourTeck can help review port count, endpoint speeds, SFP+ compatibility, PoE needs, cabling, accessories, availability, warranty guidance and delivery requirements for your business location.
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