Cisco Meraki C9300L-24UXG-4X-M Multigigabit Switch in Africa
Build a higher-capacity wired edge for modern offices, campuses and distributed business sites with a switch that combines eight multigigabit UPOE access ports, sixteen additional Gigabit Ethernet ports, four fixed 10G/1G SFP+ uplinks and central Meraki Dashboard administration. This model is designed for networks where high-speed Wi-Fi access points, powered endpoints, segmented user groups and remote operations need more headroom than a basic 1 Gigabit access layer can provide. FourTeck helps Africa-focused buyers review the complete requirement before purchase, including port use, PoE load, uplink optics, stacking, licences, cabling, rack power, resilience and project delivery needs.
✓ 8 × Multigigabit UPOE
✓ 4 × 10G/1G SFP+ Uplinks
✓ Configuration Guidance
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Check Africa Availability
Buying note: confirm the required Meraki licence edition and term, stacking kit, optics, copper cabling standard, secondary power supply strategy and actual UPOE endpoint demand as part of the same bill of materials. Availability and included accessories can vary by supply route and order scope.
Quick Product Information
Cisco Meraki / Cisco Catalyst
C9300L-24UXG-4X-M
Cloud-managed stackable multigigabit enterprise access switch
24 UPOE ports: 8 multigigabit plus 16 Gigabit Ethernet
4 fixed 10G/1G SFP+ uplinks
Cisco Meraki Dashboard with cloud-managed monitoring and configuration
1100W AC default PSU; 880W available PoE budget with primary supply
Optional hardware stacking kit; up to 8 switches, 320 Gbps stack bandwidth
Meraki Enterprise or Advanced; term and licensing model must be confirmed
Contact FourTeck for current options, quote preparation and delivery coordination
Product Overview
The C9300L-24UXG-4X-M sits in the enterprise access layer where ordinary user connectivity and higher-performance edge devices meet. Its value is not simply that it offers twenty-four copper ports. Eight of those ports support multigigabit speeds from 100 Mbps through 1, 2.5, 5 and 10 Gbps, while the remaining sixteen provide conventional 10/100/1000 Mbps access. This combination lets a network designer reserve faster copper links for wireless access points, specialist workstations, local devices or other endpoints that genuinely benefit from more than 1 Gigabit while continuing to serve standard phones, desktops, printers and operational devices without overbuying high-speed ports for every connection.
Power delivery is equally important in this model. Cisco documents UPOE capability up to 60W per supported port and an available PoE budget of 880W with the default 1100W primary power supply. That capacity can support a dense powered edge, but the actual bill of materials should still be calculated device by device. A Wi-Fi access point, PTZ camera, video endpoint, phone and sensor do not draw the same amount of power, and the maximum switch budget is not a reason to ignore per-port class, startup demand or redundancy planning. FourTeck can help buyers map endpoint quantities and expected consumption before a quotation is finalised.
The four fixed 10G/1G SFP+ uplinks provide a straightforward route to distribution switches, core infrastructure, servers or fibre-connected areas. Because the uplinks are fixed rather than modular, the buyer should confirm from the beginning that four SFP+ interfaces at these speeds fit the topology. Hardware stacking is optional and requires the correct C9300L stack kit. For larger access closets, stacking can create a more unified switching domain and provide substantial inter-switch bandwidth; for a single-switch branch, the same platform can operate without purchasing stacking components that are not required.
Operationally, the Meraki-managed persona is a major reason to select this SKU. Cisco Meraki Dashboard provides central configuration, topology visibility, historical client and port statistics, alerts, remote diagnostics, firmware scheduling and policy administration. This is useful for organisations that run several branches, campuses or remote facilities and want a common administrative workflow. A successful deployment still depends on correct VLAN design, authentication, uplink capacity, addressing, redundancy, cabling and licence management. FourTeck supports buyers across Africa by turning those dependencies into a clearer purchase requirement rather than treating the switch as an isolated hardware line item.
Key Business Benefits
A high-capacity access switch creates business value when its technical capabilities match real users, applications and operational responsibilities. The following benefits are most relevant when the C9300L-24UXG-4X-M is designed as part of a complete wired and wireless architecture.
◆ More Speed Where It Matters
Eight multigigabit ports let buyers place 2.5G, 5G or 10G copper connectivity at the edge without requiring every device to use the same speed. This is especially useful for newer wireless access points and high-throughput endpoints that can become constrained by a traditional 1G access port.
● Strong Powered-Edge Capacity
UPOE capability and a large primary PoE budget allow the switch to support demanding powered devices alongside ordinary network clients. Correct endpoint planning can reduce the need for local power adapters and simplify rack-to-edge power design, while still leaving room for future device additions.
↗ 10G Fibre Uplink Readiness
Four SFP+ uplinks give network designers multiple 10G/1G paths for distribution, core or server-side connectivity. Buyers can use the available interfaces for aggregation, resilient uplinks or separate network paths, subject to topology, optics and feature configuration.
⚙ Centralised Operations
Meraki Dashboard management helps IT teams view switches, ports, clients, events and network topology from a common environment. Remote diagnostics and scheduled firmware operations can reduce routine travel to branch locations, provided that management access and operational ownership are properly governed.
◆ Growth Through Hardware Stacking
An optional stack kit allows up to eight compatible C9300L-M switches to participate in a 320 Gbps hardware stack. This can make capacity growth and multi-switch administration more structured in larger access closets where port count expands over time.
🔒 Segmentation and Access Control
Support for VLANs, 802.1X, RADIUS, access controls, DHCP snooping, Dynamic ARP Inspection and Adaptive Policy options gives network teams several tools to separate users and device classes. The strongest result comes from designing policy around business roles rather than enabling features without a governance plan.
✓ Better Troubleshooting Visibility
Remote ping, traceroute, cable testing, packet capture, event history and topology information can help support teams narrow down faults before dispatching engineers. This is valuable in distributed environments where physical access to every network room may not be immediate.
Product Highlights for Enterprise Access Networks
This switch is best understood as a mixed-speed, high-power access platform rather than a generic twenty-four-port device. The eight multigigabit copper interfaces can negotiate 100M, 1G, 2.5G, 5G or 10G and are particularly relevant for wireless infrastructure that would otherwise be limited by a single 1G Ethernet connection. The sixteen standard Gigabit interfaces keep the port mix practical for conventional endpoints. All twenty-four access ports support UPOE in this model, while the fixed SFP+ uplinks provide four 10G/1G fibre or supported direct-attach paths.
Cisco documents a standalone switching capacity of 272 Gbps and a forwarding rate of 202.38 Mpps, increasing to 592 Gbps switching capacity and 440.47 Mpps in the documented stacked performance figure. Those values are useful when comparing platforms, but a buyer should also look at the network design around the switch. Oversubscribed uplinks, low-grade copper, unsuitable optics or an underpowered distribution layer can prevent users from seeing the benefit of faster access ports.
Meraki Dashboard operation adds remote provisioning, firmware scheduling, historical per-port and per-client usage data, device fingerprinting, alerts, topology discovery, packet capture and searchable events. Layer 2 features include VLAN trunking, QoS, link aggregation, spanning-tree controls, LLDP/CDP, storm control and IGMP snooping. Layer 3 functions documented for the platform include static routing, OSPFv2, multicast routing, DHCP server and relay, with some functions dependent on software release or licensing. The practical procurement message is simple: hardware, licence tier, optics, stack accessories, power supplies and cabling should be quoted as one engineered package.
Technical Specifications
| Specification | C9300L-24UXG-4X-M | Buyer Note |
|---|---|---|
| Product role | Cloud-managed stackable enterprise access switch | Match to access-layer, branch or campus design. |
| Access ports | 24 UPOE ports | Calculate both data and PoE requirements. |
| Multigigabit ports | 8 × 10G/5G/2.5G/1G/100M | Use Cat6A where reliable multigigabit operation is a priority. |
| Gigabit ports | 16 × 1G/100M/10M | Suitable for conventional wired endpoints. |
| Fixed uplinks | 4 × 10G/1G SFP+ | Confirm fibre type, distance and supported transceiver. |
| PoE capability | UPOE, up to 60W per port; IEEE 802.3bt Type 3 support | Endpoint power class must be checked individually. |
| Primary PoE budget | 880W with default primary PSU | Leave operating headroom for growth and startup demand. |
| Default power supply | PWR-C1-1100WAC-P-M | Secondary PSU and local power cord requirements should be confirmed. |
| Power supply design | Dual hot-swappable capable | Redundancy depends on ordered secondary PSU and electrical design. |
| Hardware stacking | Optional; up to 8 switches, 320 Gbps stack bandwidth | Requires C9300L-STAK-KIT2-M for each switch intended for the stack. |
| Switching capacity | 272 Gbps standalone; 592 Gbps documented with stacking | Evaluate together with uplink architecture. |
| Forwarding rate | 202.38 Mpps single; 440.47 Mpps stacked | Published performance figure. |
| Management | Cisco Meraki Dashboard; dedicated management interface | Licence and Dashboard organisation planning required. |
| Licensing | Enterprise or Advanced; 1, 3, 5, 7 and 10-year terms documented; subscription licensing available | Confirm licensing model and existing organisation compatibility. |
| Rack format | 1U rack mount | Rack depth, airflow and cable clearance should be checked. |
| Dimensions | 1.73 × 17.5 × 19.2 in (4.4 × 44.5 × 48.8 cm) | Allow room for rear power and cable management. |
| Weight | 15.73 lb (7.13 kg) with default power supply | Useful for rack loading and shipment planning. |
| Cooling | 3 hot-swappable fans | Maintain appropriate rack airflow. |
| Operating environment | -5°C to 45°C; 5% to 90% humidity | Site conditions and enclosure design remain important. |
| Warranty reference | Cisco documentation lists full lifetime hardware warranty with next-day advanced replacement | Confirm applicable terms, territory and supply-route eligibility before purchase. |
Selecting the right configuration requires more than checking the port count. Start with a port schedule that identifies each endpoint, its expected data rate and its maximum PoE requirement. Mark the devices that can genuinely use 2.5G, 5G or 10G so the eight multigigabit ports are allocated deliberately. Next, define every uplink: destination switch, fibre type, distance, optic, target speed and whether link aggregation or physical path diversity is required. If several access switches will operate in one rack, decide whether hardware stacking is needed and include the correct stack kits and cables in the quote. Finally, review Meraki licensing, existing Dashboard organisation type, rack power, secondary PSU requirements, UPS capacity, copper cabling quality and acceptance testing. A configuration that is technically correct on paper can still fail operationally if licences, optics, power cords or rack accessories are omitted from procurement.
Configuration and Buyer Guidance
Begin with the workload at the edge. Count ordinary user devices separately from higher-speed infrastructure. An office may have twenty-four physical endpoints but still need this model because several Wi-Fi access points require multigigabit links and higher PoE, while another site with the same device count may be adequately served by a lower-cost 1G PoE switch. The decisive factors are traffic patterns, powered-device requirements, uplink architecture and management strategy, not the port number alone.
How many endpoints need multigigabit speed?
Identify Wi-Fi access points, high-throughput workstations or local devices that can exceed 1G. Reserve the eight faster copper ports for them rather than allocating ports randomly.
What is the real UPOE load?
Add the maximum power draw of phones, cameras, access points and specialist endpoints. Include growth headroom and decide whether a secondary PSU is part of the resilience plan.
Are the uplinks sufficient?
Map the four SFP+ uplinks to the distribution or core design. Confirm optics, fibre distance, aggregation and whether redundant physical routes exist.
Will the switch join a hardware stack?
The stack kit is optional, not automatically included. Include the correct C9300L stacking hardware and cables if the deployment uses a physical stack.
Which Meraki licence fits?
Enterprise and Advanced tiers have different feature sets. The licence model and existing Dashboard organisation can also affect compatibility, so renewal planning belongs in the initial purchase discussion.
Is the physical infrastructure ready?
Confirm rack depth, airflow, UPS capacity, earthing, power cords, patching, fibre management and Cat6A cabling where multigigabit reliability is required.
For quotation preparation, provide FourTeck with switch quantity, site count, number of mGig endpoints, full PoE device list, expected uplink speeds, fibre type, stacking requirement, desired licence tier and term, existing Meraki organisation details, destination country and deployment schedule. That information makes it easier to distinguish essential components from optional accessories and reduces the risk of an incomplete order.
Ideal Business Use Cases
The strongest use cases combine high powered-device density, faster edge links and a need for central visibility. The switch can serve ordinary clients as well, but buyers gain the most value when the mixed-speed port design solves a real access-layer requirement.
High-Density Wi-Fi Access
Campuses, hotels, large offices and education sites deploying high-performance wireless access points can use the multigigabit ports to avoid a 1G wired bottleneck. UPOE can also simplify power delivery where supported access points need more than standard PoE.
Converged Office Networks
A single access closet may connect desktops, phones, cameras, access points, meeting-room systems and building devices. The mixed port speeds and large PoE budget provide room to serve those different endpoint classes while keeping management centralised.
Distributed Enterprise Branches
Organisations with many branches can use Meraki Dashboard for common monitoring, policy workflows and remote diagnostics. Each branch should still be sized independently for device count, local traffic, uplink capacity, internet availability and physical support conditions.
Hospitality and Guest Services
Hotels and resorts may combine guest Wi-Fi, staff systems, IP phones, cameras, back-office devices and operational networks. A structured VLAN and policy plan can keep these functions separated while the multigigabit edge supports higher-capacity wireless infrastructure.
Education and Training Campuses
Schools, universities and training centres often combine dense wireless usage with administration, voice, security and laboratory networks. The switch can support that mix when port allocation, PoE demand, access control and uplinks are planned around actual building requirements.
Healthcare, Finance and Public Services
Environments with many managed endpoints and strong segmentation requirements can use the platform for controlled access, remote visibility and resilient network design. Final suitability depends on organisational policy, compliance responsibilities and the applications connected to the switch.
Cisco Meraki C9300L-24UXG-4X-M Multigigabit Access Performance
The defining performance feature is the eight-port multigigabit group. Modern wireless networks increasingly place more aggregate traffic behind a single access point, particularly where many users share high-capacity Wi-Fi radios. A 1G switch port can therefore become the narrowest point in an otherwise faster path. The C9300L-24UXG-4X-M lets compatible endpoints negotiate 2.5G, 5G or 10G over copper, giving the designer additional headroom without converting every edge run to fibre. The sixteen remaining 1G ports preserve sensible economics for ordinary devices that do not need extra bandwidth.
Published platform performance is substantial for an access switch: 272 Gbps standalone switching capacity and a 202.38 Mpps forwarding rate. Those numbers should be interpreted in the context of the complete design. Eight 10G-capable access ports can generate a large potential traffic load, but actual throughput also depends on endpoint capability, uplink aggregation, distribution switch capacity, server or internet destination speed and the traffic profile itself. Four 10G/1G SFP+ uplinks give designers useful options, yet a deployment that sends all traffic through one oversubscribed path may not realise the performance expected from the access side.
Cabling deserves specific attention. Cisco recommends Category 6A for reliable multigigabit operation because longer bundles, interference and alien crosstalk can affect higher data rates. Buyers upgrading switches while keeping older horizontal cabling should therefore test the installed plant before assuming every run will sustain the desired speed. A cable certification exercise can be more valuable than purchasing faster switch ports that subsequently negotiate down. FourTeck can help include patching, optics and cabling considerations in the project discussion so the performance target is supported end to end.
Cisco Meraki C9300L-24UXG-4X-M UPOE Power and Resilience
Power delivery changes the economics of an access network because many endpoints depend on the switch for both data and electricity. This model supports UPOE up to 60W per port and Cisco documents an 880W available PoE budget with the default 1100W primary supply. That is suitable for deployments with a meaningful number of higher-power devices, but procurement should use a calculated load rather than a simple port-count assumption. Create a table of every powered endpoint, its expected maximum draw, the number of units and any planned expansion. The result should remain below the usable budget with enough headroom for practical operations.
The platform supports dual hot-swappable power supplies, which gives designers a route to power-supply redundancy when a second compatible PSU is ordered and the electrical environment is designed appropriately. Redundancy is only useful if the two power inputs themselves are considered. Connecting both supplies to the same overloaded power strip offers less protection than feeding them through properly planned protected circuits or UPS arrangements. For critical access closets, the quotation should therefore cover the second power supply, cord type, UPS capacity, power-distribution method and expected runtime rather than treating the PSU as a standalone accessory.
Cooling and rack preparation also affect resilience. Three hot-swappable fans are documented for the unit, and the switch occupies 1U while extending approximately 19.2 inches deep with the default power supply. Ensure the rack has adequate depth, front-to-back clearance, cable management and environmental conditions within the supported range. A network switch with ample electronic capacity can still become a single operational risk if installed in a congested cabinet with poor airflow, inadequate UPS protection or unmanaged power connections.
Cisco Meraki C9300L-24UXG-4X-M Cloud Management, Stacking and Policy Control
Meraki Dashboard management gives this switch a different operating model from a device purchased primarily for local command-line administration. Administrators can use the cloud interface for provisioning, switch and client visibility, configuration changes, event review, alerts, firmware scheduling and remote troubleshooting. Tools such as ping, traceroute, cable test, packet capture and topology discovery can shorten the path from a user complaint to a useful diagnosis. This is particularly valuable when one network team supports sites in several countries or when branch locations do not have dedicated network engineers on site.
For larger access layers, optional hardware stacking allows up to eight C9300L-M switches to be connected with dedicated 320 Gbps stack bandwidth. The stacking ports are not included by default on this model; the required C9300L-STAK-KIT2-M must be ordered for switches intended to participate in the stack. This detail matters commercially because omitting stack kits can delay deployment even when the switches themselves are correct. Buyers should define the physical stack topology, cable lengths, rack placement and spare strategy before the purchase order is issued.
Security and policy features include 802.1X and RADIUS authentication, MAC Authentication Bypass, DHCP snooping, Dynamic ARP Inspection, IPv4 and IPv6 access lists, port security and Adaptive Policy capabilities. The Dashboard environment also supports role-based administrator control and multi-factor authentication for management. These tools are not a substitute for a network security design. An organisation should decide which user and device classes exist, how guest traffic is isolated, where servers reside, which services each group may access and how authentication failures are handled. Licence tier can affect advanced features, so policy goals should be discussed before the licence is selected.
What Buyers Should Check Before Purchase
Before requesting a quote, verify that this exact model solves the network problem rather than choosing it only because the model appears powerful. Start with port roles. If most devices are standard 1G clients and there are no higher-power endpoints, a different access-switch configuration may be more economical. If the project includes high-performance access points, video endpoints, cameras or specialist devices that need multigigabit links or UPOE, the mixed 8 mGig plus 16 Gigabit layout can be a strong fit. The switch has four fixed SFP+ uplinks, so buyers who need a different uplink type or speed should compare alternative Catalyst or Meraki-managed models before ordering.
Configuration Fit
Confirm the number of 1G and mGig devices, UPOE requirement, uplink count, expected traffic and whether physical stacking is required. Do not assume every 24-port C9300L variant has the same power or interface mix.
Compatibility Check
Review current Meraki Dashboard organisation, licence model, VLAN design, authentication services, optics, fibre type and horizontal cabling. Existing Cat5e may not be the preferred choice for reliable higher-rate mGig operation.
Power and Rack Readiness
Check rack depth, airflow, cord type, UPS sizing, second PSU requirement and total endpoint wattage. A power-rich switch still needs correctly engineered electrical support.
Quote Preparation
Share quantity, destination, licence tier and term, optics, stacking kit, powered-device list, required warranty route and project schedule. Accurate requirements make alternative-model guidance much easier if the exact configuration is unsuitable.
Warranty expectations should be checked against the actual supply route. Cisco’s current documentation lists a full lifetime hardware warranty with next-day advanced replacement, but applicability, replacement logistics and service process can depend on territory and purchase conditions. Ask for those terms to be confirmed with the commercial offer. The same applies to licence renewal responsibilities: determine who owns the Dashboard organisation, which licensing model is in use and who will manage future renewal dates. Long-term cost includes licences, optics, UPS batteries, support effort and any future expansion switches, not only the initial hardware price.
Practical Questions Business Buyers Ask About This Switch
The questions below focus on selection, compatibility, deployment and commercial preparation. They are designed to help technical and procurement teams identify missing information before the switch is quoted or installed.
Is this model mainly for ordinary desktops or high-performance edge devices?
It can serve both, but its strongest fit is an access layer that combines standard 1G clients with a smaller group of devices needing multigigabit speed or higher PoE. Eight ports can operate at up to 10G over copper, while sixteen ports provide conventional Gigabit access. If every endpoint is basic 1G and low-power, compare a simpler model before paying for capability that may remain unused.
How many high-speed Wi-Fi access points can I connect?
The switch has eight multigigabit ports, so up to eight access points can receive mGig copper connectivity if those ports are allocated for wireless. Actual suitability also depends on each access point’s Ethernet interface, PoE requirement and aggregate traffic. A design with more than eight mGig APs may require another switch, a higher-density model or a different port allocation strategy.
Do I need Cat6A cabling for the multigigabit ports?
Cisco recommends Category 6A for reliable multigigabit operation because cable length, bundling, interference and alien crosstalk can affect higher data rates. Existing Cat5e may negotiate some mGig speeds in certain conditions, but a buyer should not assume every installed run will sustain the target rate. Cable testing and plant condition should be part of an upgrade plan.
Is the 880W PoE budget enough for my devices?
It may be, but the answer comes from a load calculation. Add the maximum power requirement of every access point, phone, camera, sensor and other powered endpoint, then include sensible growth headroom. The switch supports up to 60W UPOE per port, yet total available budget still matters. FourTeck can review the endpoint list before quotation so power demand is not estimated from port count alone.
Does the switch include everything needed for hardware stacking?
No. Cisco documents that C9300L stacking ports are not included by default. Each switch intended for a hardware stack needs the C9300L-STAK-KIT2-M, which includes the required stack adapters and a 50 cm stack cable. If rack placement requires different cable lengths, supported spare stack cables should be added. Omitting the stack kit is a common bill-of-materials risk.
Which licence should I request with the hardware?
Catalyst 9300-M licensing is offered in Enterprise and Advanced tiers, with documented terms of 1, 3, 5, 7 and 10 years, and subscription licensing options are also available. Advanced features include capabilities such as Adaptive Policy and NetFlow v10. The correct choice depends on the network policy, existing Meraki organisation and licensing model, so licence selection should happen before the final quote.
Can I use the four SFP+ uplinks for redundancy?
The four 10G/1G SFP+ interfaces give designers enough ports to build multiple uplink paths, but redundancy depends on the surrounding topology, distribution switches, link aggregation design and physical fibre routes. Simply connecting two cables does not automatically create a resilient architecture. Define failure scenarios first, then select optics and configuration that support the intended recovery behaviour.
What should I check if I am replacing an older Catalyst or Meraki switch?
Document the old switch’s port use, VLANs, trunk configuration, PoE load, fibre uplinks, transceiver types, link aggregates, spanning-tree role, authentication settings and management method. Then map those requirements to the new platform instead of copying configuration blindly. Also review the current Meraki licensing model and whether any existing organisation-level edition rules affect the replacement.
Will cloud management work well for a branch with limited local IT staff?
Central Dashboard visibility can be especially useful for branches because engineers can review ports, clients, topology, events and several diagnostic tools remotely. The branch still needs dependable internet reachability, correct physical installation, documented escalation procedures and someone able to handle hardware or cabling tasks when remote actions are not enough. Cloud management reduces some operational friction; it does not remove physical network responsibilities.
What information produces a more accurate quotation?
Provide switch quantity, project destination, required delivery stage, port schedule, number of mGig endpoints, full PoE device list, expected uplink speeds, fibre type and distances, required optics, hardware stacking plan, secondary PSU requirement, licence tier and term, existing Dashboard organisation details and any installation scope. This lets the quotation include necessary accessories instead of presenting only the base chassis.
What if the exact model is unavailable or too large for the requirement?
Use the requirement as the decision anchor. A 24-port PoE+ model may fit when multigigabit speed and 60W UPOE are unnecessary; a 48-port UXG variant may fit when more copper capacity is needed; another Catalyst or Meraki switch family may suit a different uplink or stacking plan. FourTeck can review alternatives against the same port, power, management and licence criteria.
What long-term costs should procurement include?
Plan beyond the chassis. Consider licence renewals, optics, additional stack hardware, secondary power supplies, UPS batteries, cabling remediation, spare strategy, support effort and possible future access switches. A model with strong technical capacity can be cost-effective when it avoids an early replacement, but only if its extra ports, PoE capability and management features are actually used by the environment.
How This Multigigabit Switch Fits Common Business Requirements
Some buyers start with a technical model number, while others begin with a problem such as slow wireless uplinks, insufficient PoE capacity or difficult branch management. Matching the requirement to the platform is the safer route because it keeps commercial decisions connected to measurable network needs.
Need Faster Wired Uplinks for Wi-Fi
Choose this class of switch when selected access points can use more than 1G and the existing copper plant is suitable for higher rates. The eight mGig ports create a focused upgrade path without forcing every user port into a higher-speed category.
Need More Power at the Edge
UPOE and an 880W primary PoE budget are useful where several devices need substantial switch-supplied power. Confirm individual endpoint demand and total load so the power architecture supports both current devices and planned expansion.
Need Central Branch Visibility
Meraki Dashboard operation can help a central IT team monitor sites, ports and clients without relying on a local engineer for every routine check. This is especially relevant to distributed organisations with repeatable branch standards.
Planning a Network Refresh
When replacing older switches, compare actual port utilisation, uplinks, power demand, VLANs and authentication policy before selecting the replacement. A refresh is an opportunity to remove obsolete assumptions rather than recreate the old design unchanged.
Expanding an Existing Meraki Environment
Existing organisations should confirm the current licence model and edition before adding hardware. Dashboard architecture, network templates and policy requirements should be reviewed so the new switch fits the operating standard already in place.
Preparing a Complete Project Quote
A useful request includes hardware, licences, optics, stack kits, power supplies, cables, UPS needs and destination information. Providing a complete requirement reduces later additions and lets FourTeck identify a related model when the requested configuration does not fit.
Africa Availability and Service Support
FourTeck supports Cisco Meraki switching enquiries across Africa with assistance that begins before the commercial offer. Buyers can share their site count, access-port requirements, mGig demand, PoE endpoint list, fibre uplinks, licence preferences and existing network environment so the requested model can be reviewed against the actual use case. This is particularly useful for projects where switch hardware forms only one part of a wider deployment involving wireless access points, cameras, voice, security appliances, structured cabling, UPS systems and rack infrastructure.
Availability can vary according to regional SKU, supplier status, licence selection, order quantity, destination and project timing. FourTeck therefore treats availability as a current quotation item rather than a permanent stock claim. Delivery coordination can be discussed once the destination, quantity, packaging requirement and supporting accessories are known. Where a project is phased, the commercial schedule can also identify which switches, licences and accessories are required in each stage so deployment readiness is easier to manage.
Warranty guidance should be confirmed for the selected supply route. Cisco documentation provides a published warranty reference for the platform, but the practical replacement process and applicable conditions should be understood before purchase. FourTeck can also help buyers review alternatives if this exact switch is not the correct technical fit. The objective is to provide a workable bill of materials that aligns switching capacity, cloud management, power, cabling and lifecycle planning with the buyer’s operating environment.
Africa Country and Regional Coverage
Africa-focused network procurement often combines technical standardisation with very different site conditions. A regional enterprise may want one switching architecture for headquarters, branches, warehouses, hotels or public-facing facilities, but each location can have a different endpoint count, fibre path, rack arrangement, power environment and support model. FourTeck helps buyers prepare a common technical baseline while still allowing site-specific quantities and accessories to be reviewed before an order is placed.
The review can include access-port allocation, multigigabit demand, UPOE load, uplink optics, hardware stacking, Meraki licensing, VLAN and authentication requirements, UPS sizing, rack depth, copper category and project documentation. Availability, lead time, suitable configuration, accessories, licence terms, warranty route and delivery arrangements may vary by model, order quantity, supplier status, destination and project scope. A complete request therefore gives procurement teams a clearer basis for comparing offers and reduces the risk that a low initial chassis price excludes required components.
The dedicated guidance below focuses on Tanzania, Libya and Seychelles because buyers in those markets may have different operational priorities and deployment patterns. The technical product remains the same, but the project plan should reflect the organisation’s site scale, network dependencies, local facilities and rollout responsibilities. Buyers can also explore the Cisco Meraki networking portfolio for Africa or contact FourTeck when a broader switching, wireless or security architecture needs to be considered together.
Cisco Meraki C9300L-24UXG-4X-M Multigigabit Switch in Tanzania
For Tanzanian enterprises, public-sector teams, education institutions, healthcare organisations, financial services, resellers and system integrators, the Cisco Meraki C9300L-24UXG-4X-M Multigigabit Switch in Tanzania can be considered where an access layer must support both standard business devices and a smaller set of higher-bandwidth, higher-power endpoints. A practical purchasing exercise should begin with the building or campus plan rather than the switch model. Document every access point, phone, camera, workstation, printer and operational device; then identify which connections genuinely require 2.5G, 5G or 10G copper. If the network is being refreshed alongside newer Wi-Fi infrastructure, cable quality should be tested because the value of multigigabit switching depends on the horizontal plant being able to sustain the intended rate. Power planning is equally important: list each PoE device and its maximum demand, then decide whether the default 880W primary PoE budget provides adequate growth margin and whether a secondary hot-swappable PSU is part of the continuity design. Tanzanian projects with several switches in a rack should also decide early whether hardware stacking is required and include the correct stack kits rather than treating them as post-installation accessories. FourTeck can help review fibre uplink distances, SFP+ requirements, Meraki licence edition and term, rack depth, UPS capacity, cable standards and delivery destination as one quotation package. Where existing Meraki equipment is already in service, share Dashboard organisation details, current licence model, VLAN structure and connected-device counts so compatibility can be discussed before ordering. Availability, warranty route and delivery arrangements should be confirmed against the final bill of materials and project scope rather than assumed from the model name alone.
Cisco Meraki C9300L-24UXG-4X-M Multigigabit Switch in Libya
A Libya network project should treat access switching as part of an operational continuity plan, especially when offices, service locations, industrial support facilities, education sites or distributed branches depend on centrally managed connectivity. Buyers evaluating the Cisco Meraki C9300L-24UXG-4X-M Multigigabit Switch in Libya should first define which connected services are critical and which failure scenarios the design must tolerate. The four fixed 10G/1G SFP+ uplinks can support resilient paths when the surrounding distribution topology and fibre routes are designed for that purpose, while optional hardware stacking can provide a structured approach for larger access closets. Neither feature should be assumed to create resilience automatically; the project needs compatible optics, correct stack kits, appropriate cable lengths, protected power and a documented recovery plan. The 24 UPOE access ports are useful for converged edge devices, but a detailed power schedule should distinguish ordinary PoE phones from access points, cameras or specialist endpoints with higher draw. Meraki Dashboard management can support remote visibility and diagnostics, which may reduce routine dependence on local troubleshooting, yet the site still needs clear procedures for physical cabling, power and hardware intervention. Quote preparation should therefore include quantities, site roles, mGig endpoints, PoE demand, fibre type and distance, existing Meraki organisation details, required licence tier and term, secondary PSU strategy, rack and UPS information, and any installation responsibilities. FourTeck can use that information to review compatible configurations, accessories, warranty guidance and delivery coordination without making assumptions about local inventory or fixed delivery dates. For multi-stage projects, align the bill of materials with site readiness so racks, power, structured cabling and upstream network equipment are prepared before the switch rollout begins.
Cisco Meraki C9300L-24UXG-4X-M Multigigabit Switch in Seychelles
Hospitality groups, government departments, schools, healthcare providers, financial institutions, retailers, tourism-related organisations and professional services in Seychelles often operate compact equipment rooms or several distributed sites where remote manageability and careful space planning are important. The Cisco Meraki C9300L-24UXG-4X-M Multigigabit Switch in Seychelles can suit these environments when the network must combine fast wireless uplinks, powered devices and central cloud administration in a 1U platform. A hotel, for example, may need multigigabit connections for selected access points while using standard Gigabit ports for phones, back-office devices and cameras; a financial or government office may prioritise segmented staff, guest, security and operational networks with clear administrative control. The switch’s power capacity is useful, but a compact site should still calculate endpoint wattage, UPS load and cooling rather than assuming that available UPOE budget solves every electrical requirement. Remote Dashboard tools can help a central team inspect clients, port history, events, topology and several diagnostic functions across multiple properties, but long-term support also benefits from labelled cabling, documented VLANs, spare optics, clear administrator ownership and an escalation process for physical faults. Before requesting a quotation, provide the number of sites, switch quantities, required mGig ports, powered-device list, fibre or copper uplink design, Meraki licence preference, stack requirement, rack dimensions and destination details. FourTeck can then assist with configuration review, accessory planning, warranty guidance and delivery coordination. Where space, capacity or power requirements differ from this model, a related Cisco Meraki option can be considered so the final purchase fits the operating environment instead of forcing every site into the same hardware profile.
Related Models and FourTeck Solutions for Similar Requirements
A related model may be a better choice when port density, PoE class, uplink design or management scope differs from this 24-port multigigabit requirement. The options below are useful starting points for requirement comparison rather than direct claims that one model is universally better.
C9300L-24P-4X-M
Consider this 24-port PoE+ Meraki-managed variant when 1G access is sufficient and the project does not require the UXG model’s multigigabit/UPOE profile.
C9300L-48UXG-4X-M
A higher port-density UXG model can fit larger access closets that need more copper ports while retaining multigigabit UPOE and fixed 10G/1G SFP+ uplinks.
Cisco Meraki Wireless Infrastructure
When the switch is being purchased to support faster access points, review the wireless design, AP Ethernet speed, PoE draw, coverage plan and licence requirements at the same time.
Meraki Technical Support
Existing environments may need configuration review, troubleshooting, migration planning or Dashboard support before new hardware is added.
Government Network Planning
Public-sector projects can combine switching, wireless, security, segmentation and remote operations in a wider architecture with documented governance requirements.
Airport and Large-Site Networking
High-density public environments require careful capacity, segmentation, resilience and wireless planning rather than a switch-only purchase decision.
FourTeck can compare the requested model against alternatives using the same criteria: access-port count, mGig requirement, per-port power, total PoE budget, uplink type, stacking, Dashboard operation, licence tier, rack power and long-term expansion. This avoids choosing a larger or more expensive platform solely because it appears higher in a product family.
Why Business Buyers Choose FourTeck
Enterprise switching purchases can fail at the detail level: a missing optic, incorrect licence tier, overlooked stack kit, insufficient UPS capacity or incompatible cable plant can delay a project even when the main hardware model is correct. FourTeck approaches the enquiry as a complete business requirement. Buyers can provide site and device information, and the review can separate the base switch from licences, transceivers, stack accessories, secondary power supplies, patching and related infrastructure that may be required for deployment.
Current supply options can be reviewed against the exact SKU, quantity and destination.
Port roles, PoE load, stacking, optics and licence selection can be considered together.
A clearer technical request helps procurement compare complete commercial offers.
Delivery arrangements are discussed based on destination, order scope and supplier status.
Applicable warranty terms and replacement route can be reviewed before order confirmation.
Switching can be aligned with wireless, security, structured cabling, UPS and project needs.
This approach is useful for SMB, enterprise, public-sector, education, hospitality, healthcare, financial-services, reseller and system-integration buyers. It does not depend on claiming permanent stock, guaranteed delivery dates or a one-size-fits-all configuration. The goal is to help the customer request the correct technical package and understand which elements remain configuration dependent. For wider infrastructure planning, visit the FourTeck Africa technology site or use the contact page for a project-specific discussion.
Frequently Asked Questions
What is the C9300L-24UXG-4X-M used for?
It is an enterprise access switch for connecting users, wireless access points, phones, cameras and other edge devices. Its key differentiators are eight multigigabit UPOE ports, sixteen additional Gigabit ports, four fixed 10G/1G SFP+ uplinks and Meraki Dashboard management. It fits environments that need a mixture of standard access and higher-speed, higher-power edge connectivity.
Is the switch available for Africa projects?
FourTeck supports Africa-focused enquiries and can review current supply options, quantities, licence requirements, accessories and delivery coordination. Availability may vary by supplier status, order quantity, destination and selected configuration. Request a current quotation rather than relying on a permanent stock assumption.
Does it support 10 Gigabit copper access?
Yes. Eight access ports are multigigabit interfaces that support 100M, 1G, 2.5G, 5G and 10G speeds. The other sixteen copper ports support 10/100/1000 Mbps. Cable quality and distance affect reliable higher-rate operation, and Cisco recommends Cat6A for multigigabit deployments.
How much PoE power is available?
Cisco documents an 880W available PoE budget with the default primary 1100W power supply, and the model supports UPOE up to 60W per port. The correct design should total the maximum draw of all powered endpoints and leave headroom for growth rather than assuming every device consumes the same amount.
Can FourTeck help with Meraki licensing?
Yes. Buyers can request guidance on Enterprise versus Advanced licensing, available term lengths and the existing Dashboard licensing model. Licence selection should be aligned with required features and organisation compatibility. Final licensing terms and commercial conditions should be confirmed in the quotation.
Does the switch include a hardware stacking kit?
No. The C9300L stack ports are not included by default. Cisco specifies the C9300L-STAK-KIT2-M for switches intended to join a hardware stack. The kit includes two stacking adapters and a 50 cm stack cable; other supported cable lengths can be considered where rack layout requires them.
What optics should I order for the SFP+ uplinks?
The answer depends on uplink speed, fibre type and distance. Cisco supports multiple 1G and 10G transceiver options for the C9300L platform. Provide the destination switch model, fibre type, connector, distance and required speed so compatible optics can be included in the bill of materials.
Can this switch be used in a redundant power design?
The platform supports dual hot-swappable power supplies, so a second compatible PSU can be part of a resilience plan. The electrical design should also consider separate protected feeds or UPS paths, cord type and total load. Redundancy depends on the complete power architecture, not only the presence of a second PSU slot.
What warranty guidance is available?
Cisco’s current documentation lists a full lifetime hardware warranty with next-day advanced replacement for the Catalyst 9300L-M line. Buyers should still confirm the applicable terms, territory, replacement process and supply-route eligibility in the commercial offer because practical service conditions can vary.
Can businesses request bulk or multi-site supply?
Yes. For bulk or multi-site requirements, provide a site schedule showing switch quantities, port needs, PoE load, licence terms, optics, stacking and destination information per location. FourTeck can use that structure to prepare a clearer project quotation and discuss phased delivery coordination based on the final scope.
Need Help Choosing the Right Cisco Meraki Switch?
Send FourTeck your switch quantity, mGig requirements, PoE device list, uplink design, stacking plan, licence preference and delivery country. We can help review the technical fit, identify required accessories, discuss current availability, provide warranty guidance and prepare a business quotation aligned with the project scope.
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