Cisco Meraki MS390 Series in Africa
Plan an established Meraki access or campus network with a switching family designed around centralized cloud administration, physical stacking, high-speed uplinks, multigigabit access options and enterprise PoE requirements. The MS390 family includes 24-port and 48-port models ranging from standard Gigabit Ethernet through multigigabit and UPoE/802.3bt variants. Because Cisco has already ended new sales of the series, FourTeck helps buyers distinguish between installed-base expansion, replacement requirements, remaining sourcing options and cases where a current Cisco Meraki-managed successor should be considered instead.
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Quick Product Information
Cisco Meraki
MS390
Cloud-managed Layer 3 access/campus switch family
24 or 48 access ports, model dependent
1GbE through multigigabit depending on SKU
Non-PoE, PoE+, UPoE/802.3bt depending on model
480 Gbps physical stacking
Modular 10/40GbE options
Meraki Dashboard
24-port or 48-port Meraki license; tier and term dependent
End-of-sale; support lifecycle continues to March 28, 2032
Configuration, quote, delivery and warranty guidance
Product Overview
The MS390 family was created for enterprise access networks that need more than simple edge connectivity. A modern campus switch may have to connect ordinary user workstations while also carrying high-bandwidth wireless access points, IP telephony, surveillance, building systems, meeting-room equipment and operational devices. It may be expected to provide local Layer 3 services, supply significant PoE power, connect to distribution infrastructure at 10 or 40 Gigabit speeds and remain manageable across several locations. Cisco Meraki combined this type of switching hardware with the Meraki cloud operating model so administrators could monitor and configure the wired access layer from the same dashboard used for other compatible Meraki technologies.
The series contains nine principal hardware models. The standard MS390-24 and MS390-48 provide 24 or 48 Gigabit Ethernet access ports. PoE+ versions add power for compatible endpoints. UPoE/802.3bt variants increase the available per-port power class for devices that demand more than traditional PoE+. Multigigabit models add faster copper access rates for equipment such as higher-capacity wireless access points. All models use modular uplinks, allowing buyers to choose supported 10GbE or 40GbE modules according to the upstream network design, and each model includes dedicated hardware stacking connectivity that contributes to a 480 Gbps stack bandwidth.
For an organization that already operates MS390 switches, these characteristics can still be relevant when a failed unit has to be replaced, a stack has to remain internally compatible, a project has standardized documentation around this platform or a specific accessory set is already deployed. The important difference today is lifecycle. Cisco ended sales of the MS390 Series in March 2025. A new greenfield project should not automatically select the platform simply because its specifications look appropriate. The procurement team should first establish whether the requirement is truly tied to an installed MS390 environment or whether a current Meraki-managed Cisco switching family offers a cleaner long-term path.
FourTeck supports Africa buyers by turning that lifecycle question into a practical technical review. Share the exact existing model numbers, serial context where relevant, stack design, port usage, PoE endpoints, uplink module, transceivers, license tier, current dashboard organization and target replacement date. FourTeck can then help distinguish a same-family requirement from a modernization project, prepare a clearer bill of materials and identify suitable related Cisco Meraki options. This is particularly valuable for enterprises, schools, hospitals, hotels, financial institutions, government environments, system integrators and managed service teams where the wrong switch can affect many dependent services at once.
Key Business Benefits
The value of an enterprise switch comes from how well it fits the operating environment, not from a single bandwidth figure. The MS390 design combines cloud administration, high-density access, power delivery, stacking and modular uplinks in ways that can still be useful for organizations maintaining established deployments.
◆ Centralized Operations
Dashboard-based management gives network teams a common place to review switch status, ports, clients, configuration and supported operational data. For distributed organizations, this can reduce the need to manage every access switch as an isolated appliance and can help standardize how remote sites are administered.
✓ High-Capacity Stacking
A 480 Gbps physical stack can support coordinated growth across compatible MS390 members. The business advantage is not simply extra ports; it is the ability to design a larger access layer with a common operational structure, while high-speed inter-switch communication supports traffic that crosses stack members.
↗ Faster Wireless Edge
Selected models provide multigigabit copper access, useful where wireless access points or other endpoints can exceed a traditional 1GbE link. This helps an installed network avoid creating an unnecessary wired bottleneck when high-performance radios or specialist devices are already part of the site design.
⚡ Flexible PoE Choices
The family offers standard non-PoE, PoE+ and UPoE/802.3bt models. Buyers can therefore match endpoint power requirements more closely to access-point, camera, phone or building-device loads instead of assuming every project needs the same power class. Correct PoE budgeting is still essential.
● Modular Uplink Planning
Supported uplink modules allow 10GbE or 40GbE connectivity to be selected according to the distribution layer. That flexibility can be valuable when preserving an existing architecture because the access chassis is not limited to one fixed uplink format for every deployment.
🔒 Policy Segmentation
Advanced licensing can enable Adaptive Policy, which uses security-group-based segmentation instead of relying only on address-oriented access rules. For organizations already designed around that method, maintaining license compatibility and policy behavior can be important during replacement or expansion.
Product Highlights
The MS390 family stands out because its different models share a common architecture while addressing distinctly different access-layer requirements. Standard Gigabit models cover conventional office and campus Ethernet. The 24-port and 48-port PoE+ variants support common powered endpoints, while UPoE/802.3bt versions suit devices with higher power demand. The multigigabit models are especially relevant to wireless-focused networks, where access points may negotiate at 2.5, 5 or 10 Gigabit speeds depending on the hardware. The MS390-24UX provides 24 multigigabit ports supporting rates up to 10GbE. The MS390-48UX combines 36 ports up to 2.5GbE with 12 ports that can operate at higher multigigabit rates up to 10GbE. The MS390-48UX2 provides 48 ports up to 5GbE.
All models provide two dedicated 120G hardware stack ports, contributing to a 480 Gbps stack bandwidth in supported topologies. This gives a network designer a dedicated interconnect path rather than consuming ordinary front-panel uplinks for the main physical stack. The family also supports StackPower through compatible cables, allowing power to be pooled and distributed across supported stack members. This can improve power design flexibility, but it should be planned using the exact power supplies, PoE load and supported cable arrangement rather than treated as automatic redundancy.
Modular uplinks are another important characteristic. Supported modules include two 40GbE interfaces or multiple 10GbE interfaces depending on the module. That lets an installed access layer connect into different aggregation designs without changing the base chassis. Redundant hot-swappable power supply capability and hot-swappable system fans add serviceability for enterprise racks. Physical dimensions vary by model depth, but all primary models are 1U rack-mount switches.
Licensing must be treated as part of the product rather than an afterthought. Cisco defines Enterprise and Advanced tiers for MS390, with separate 24-port and 48-port license mappings and multiple term lengths. Advanced licensing adds functions including Adaptive Policy and IPFIX/Encrypted Traffic Analytics capabilities. Organizations using co-term licensing must also consider tier consistency across the relevant Meraki organization. A procurement request should therefore identify both the hardware SKU and the intended licensing framework before a commercial comparison is made.
Technical Specifications
| Specification Area | MS390 Series Detail | Buyer Guidance |
|---|---|---|
| Brand / Family | Cisco Meraki MS390 | Confirm exact hardware part number and lifecycle requirement. |
| Switch Type | Cloud-managed Layer 3 enterprise access/campus switches | Match routing role and existing Meraki design before replacement. |
| Port Density | 24-port and 48-port models | Allow capacity for growth and powered endpoints. |
| Access Speeds | 1GbE standard on base models; multigigabit variants support 2.5/5/10GbE depending on SKU | Use Cat6A where reliable multigigabit operation is required. |
| PoE | Non-PoE, PoE+, or UPoE/802.3bt depending on model | Calculate total device wattage and required power-supply arrangement. |
| Stacking | Two 120G hardware stack ports; 480 Gbps stack bandwidth | MS390 physical stacking compatibility should be confirmed within the installed environment. |
| Uplinks | Modular 10/40GbE, with supported 10G and 40G modules | Check module, optic, fiber type and upstream port compatibility. |
| Switching Capacity | 208 Gbps to 640 Gbps depending on model | Use the exact SKU value when validating a design. |
| Forwarding Rate | 154.76 Mpps to 476.19 Mpps depending on model | Capacity differs significantly between standard and multigigabit models. |
| Management | Meraki Dashboard; dedicated management interface on each model | Confirm dashboard organization, claim status and licensing workflow. |
| Power Supplies | Model-dependent 350W, 715W or 1100W AC; dual hot-swap capability | PoE budget changes with primary/secondary PSU combination. |
| Cooling | Three hot-swappable fans | Maintain suitable rack ventilation and operating conditions. |
| Form Factor | 1U rack mount; depth varies by SKU | Check cabinet depth for UX/UX2 models in particular. |
| Operating Range | -5°C to 45°C; 5% to 90% humidity | Design the rack room around manufacturer environmental limits. |
| Licensing | Enterprise or Advanced tiers; 24-port and 48-port mapping; term-based options | Confirm tier consistency and renewal implications for the organization. |
| Lifecycle | End-of-sale March 28, 2025; end-of-support March 28, 2032 for the series | Evaluate current alternatives for new projects. |
| Warranty | Cisco documentation lists a full lifetime hardware warranty with next-day advanced replacement | Actual claim eligibility, region and supply route should be confirmed in writing. |
Choosing the correct configuration begins with the exact network role. A standard 24-port non-PoE switch is fundamentally different from a 48-port multigigabit UPoE model in access speed, power design, physical depth, switching capacity and commercial value. Buyers maintaining an installed stack should verify the member model, stacking cable type, uplink module, power supply, Meraki organization and licensing tier before assuming that any MS390 chassis is interchangeable. For a wireless upgrade, document the required Ethernet rate and power class of every access point. For a server-room or campus uplink, confirm the SFP+/QSFP+ module, fiber type and upstream port. For new infrastructure, compare the lifecycle cost and support horizon against current Meraki-managed Cisco alternatives instead of using the historical specification alone.
Configuration and Buyer Guidance
An MS390 purchase today should start with a reason for staying on the platform. If the switch is replacing a failed member in an existing physical stack, preserving exact compatibility may be the main objective. If the project is adding a new building, opening a branch or refreshing an entire access layer, the lifecycle position changes the decision because newer Meraki-managed switching families may provide a better long-term procurement path. FourTeck can help separate these scenarios before commercial terms are discussed.
What must connect?
Count workstations, wireless access points, IP phones, cameras, printers, servers, building devices and uplinks separately. Reserve ports for growth and maintenance rather than using every interface from day one.
How much PoE is needed?
Record the power class and expected draw of each powered endpoint. Port count alone is not enough because the total PoE budget depends on the selected switch and installed power supplies.
What uplink speed is required?
Decide whether the access layer connects upstream at 10GbE or 40GbE, then identify the correct module, transceiver, fiber standard and upstream interface. These should be quoted as one compatible set.
Is mGig actually necessary?
Use multigigabit ports where endpoint capability and traffic justify them. Higher access rates also raise cabling and upstream design questions, so check Cat6A readiness and the complete path to the core.
Which license tier applies?
Document the current Meraki organization licensing model, tier and term. Advanced features and tier consistency requirements can affect whether a replacement fits cleanly into an existing environment.
What is the lifecycle plan?
Define how long the organization expects to run the platform and whether this purchase extends an existing environment or delays a larger refresh. That timeline helps compare same-family sourcing with migration to a current platform.
Ideal Business Use Cases
Established Campus Stack Replacement
An enterprise already using a multi-member MS390 stack may need an exact replacement because physical stacking, power arrangements, uplink modules and operational documentation are built around the family. In this case, compatibility and lifecycle support can matter more than adopting a new platform immediately.
High-Power Wireless Access Layer
UPoE/802.3bt variants can support demanding powered devices, while mGig models can give suitable access points more than 1GbE of wired capacity. This is most relevant where the wireless hardware, cabling and upstream design are already engineered around the MS390 capabilities.
Education and Training Campuses
Schools, universities and training centers often combine dense Wi-Fi, IP telephony, cameras, classroom devices, office users and several network closets. An existing MS390 estate can support this mixture while centralized dashboard administration helps a network team maintain visibility across multiple buildings.
Healthcare and Service Facilities
Clinics, hospitals and other service organizations may have a broad endpoint mix that includes staff computers, voice devices, wireless radios, cameras and operational systems. Replacement projects need careful VLAN, PoE, uplink and maintenance-window planning because many departments can depend on the access layer.
Hospitality and Multi-Site Operations
Hotels, resorts and distributed service businesses can benefit from a standardized cloud-managed approach across sites. In an installed environment, the MS390 may continue to serve larger access closets while smaller branches use different Meraki models selected for their actual port and power requirements.
Enterprise Legacy-to-Current Transition
Some organizations need a staged migration rather than an immediate platform replacement. The MS390 can remain part of a documented transition plan while current switches are introduced at new sites. A clear roadmap should define interoperability, license ownership, support dates and the point at which the old platform is retired.
These use cases do not mean the platform should be selected for every new requirement. The strongest present-day fit is normally an environment where installed compatibility, lifecycle continuity or a controlled migration creates a specific reason to maintain the family. When a buyer is building a completely new campus, FourTeck can help compare current Cisco Meraki-managed switching options so the project is not committed to an end-of-sale platform without reviewing the consequences.
Cisco Meraki MS390 Series High-Speed Access and Uplinks
Access-layer speed is often discussed as if every port should be as fast as possible, but a better design starts with endpoint behavior. A standard office computer, printer or desk phone may be fully served by Gigabit Ethernet. A modern wireless access point can have a different profile, especially where multiple radios and many concurrent clients produce aggregate traffic above 1Gbps. The MS390 multigigabit models were built to address this type of demand without requiring fiber to every access device.
The 24UX model provides 24 copper ports capable of multigigabit operation up to 10GbE, while the 48UX mixes 36 ports up to 2.5GbE with 12 higher-speed multigigabit ports. The 48UX2 supports up to 5GbE on all 48 access ports. These models also have substantially higher switching capacity than the standard Gigabit versions. That difference matters when a buyer is replacing an existing unit: a standard MS390-48 may fit the port count but it is not an equivalent substitute for a 48UX deployment serving high-speed radios.
Cabling should be reviewed at the same time. Cisco recommends Category 6A for reliable multigigabit operation because real installations can be affected by bundling, crosstalk, interference and cable length. At the uplink side, modular 10GbE or 40GbE choices allow the access stack to connect toward a distribution or core layer with higher capacity. The result is a complete path: endpoint capability, copper cabling, switch access port, stack fabric, uplink module, transceiver and upstream interface all need to align. FourTeck can help turn those dependencies into an itemized bill of materials instead of quoting the switch chassis alone.
Cisco Meraki MS390 Series Stacking and Power Resilience
A stackable switch architecture is useful when a wiring closet needs more ports than one chassis provides or when an organization wants a group of compatible switches to operate as a coordinated unit. Each MS390 includes two dedicated hardware stacking interfaces, and the family provides 480 Gbps of stack bandwidth. These dedicated connections keep the physical stack separate from the ordinary user and uplink interfaces. In a practical campus design, the benefit is cleaner expansion and high-speed communication between stack members.
Power planning is equally important because many MS390 variants supply substantial PoE. Cisco offers model-dependent 350W, 715W and 1100W power supplies, with support for a secondary hot-swappable unit. The available PoE budget depends on the chassis and power-supply combination. For example, a 24-port PoE+ model and a 48-port UPoE model have very different total power possibilities. A buyer should therefore create an endpoint power schedule rather than simply assuming that a second power supply doubles usable PoE.
StackPower adds another design option by allowing compatible switches to share power through dedicated cables. This can improve utilization and resilience in the right topology, but it also means the replacement switch must be reviewed as part of the whole stack rather than as a stand-alone chassis. Existing StackPower cable lengths, PSU ratings, member count, physical rack order, UPS feeds and maintenance procedures should be recorded before hardware is ordered. FourTeck can help buyers prepare this inventory and identify missing cables, power supplies or rack accessories. For environments where downtime has significant operational impact, the implementation plan should also define how configuration, cabling and power will be migrated and tested before the old unit is removed.
Cisco Meraki MS390 Series Cloud Management and Policy Control
The defining operational characteristic of Meraki switching is centralized cloud management. For an organization with multiple branches, campuses or wiring closets, the dashboard can provide a consistent way to review devices, port configuration and network behavior without treating every switch as an isolated management island. This operating model can be especially valuable where the central IT team is small and local sites do not have dedicated network engineers.
The MS390 also introduced Adaptive Policy for organizations that want segmentation based on security groups. Instead of expressing every policy only through IP address relationships, administrators can define groups representing categories such as guest or IoT devices and apply intended communication policies between them. Cisco associates this capability with the Advanced licensing tier. The same tier also includes IPFIX/Encrypted Traffic Analytics functionality. The practical procurement lesson is that feature expectations and licensing cannot be separated.
When replacing or extending an existing network, buyers should document the licensing model, whether the organization operates Enterprise or Advanced MS390 licensing, the 24-port or 48-port entitlement required and the term structure in use. Co-term environments can have tier-consistency requirements that affect the wider organization, including selected Catalyst 9300-M deployments. A seemingly simple hardware purchase can therefore create an entitlement problem if the license plan is ignored. FourTeck can help collect the existing license information and place it alongside the hardware, uplink and accessory list so procurement receives a more complete commercial requirement.
What Buyers Should Check Before Purchase
Buying an end-of-sale enterprise switch deserves more preparation than copying an old part number into a purchase request. First confirm why the organization needs the same family. A failed stack member, a fixed compatibility requirement or a tightly controlled phased migration can justify same-family sourcing. A new building or greenfield LAN usually deserves a comparison with current Meraki-managed Cisco platforms. That distinction affects everything from commercial availability and support horizon to licensing and future replacement planning.
Configuration Fit
Identify the exact model, port density, access speed and PoE class. A 24P, 24U and 24UX may share the same port count but they serve very different powered-device and bandwidth requirements.
Compatibility Check
Record stacking cables, StackPower cables, uplink module, optics, upstream switch, rack depth, UPS feed and existing Meraki license structure. Replacement success depends on the complete environment.
Availability and Warranty
Do not assume new-stock availability from an old catalog listing. Confirm condition, supply source, applicable warranty path, return terms and support eligibility for the exact unit being quoted.
Quote Preparation
Provide the existing switch SKU, required quantity, destination, port schedule, PoE device list, license tier and term, uplink requirement and acceptable current alternatives. This supports a meaningful comparison.
Long-term usage cost also matters. A lower purchase price for legacy hardware can be offset by a shorter remaining support horizon, additional spares, difficult accessory sourcing or a second migration project soon afterward. Conversely, an installed stack with several years of planned service may be more economical to maintain temporarily than to replace immediately. The right answer depends on network criticality, migration budget, staff capacity, software dependencies and the organization’s refresh schedule. FourTeck’s role is to help the buyer make that tradeoff visible before the quotation is approved.
Practical Questions Business Buyers Ask About the MS390 Family
Enterprise switching decisions often begin with a model name but quickly expand into questions about compatibility, power, cabling, licensing, support life and migration. The following answers are designed to help IT managers, procurement teams, integrators and business owners define a complete requirement before they ask for a commercial proposal.
Is this switch family still suitable for a new campus?
Usually it should be reviewed carefully rather than selected automatically. Cisco has ended sales of the MS390 Series. If you are building a new campus with no installed dependency, compare current Meraki-managed Cisco switching platforms first. The MS390 remains more naturally aligned with replacement, installed-base continuity and controlled migration requirements where compatibility creates a specific reason to stay on the family.
Which 24-port model should replace my existing unit?
Match the full SKU, not just the port count. MS390-24 is data only, 24P adds PoE+, 24U adds UPoE/802.3bt, and 24UX adds multigigabit access plus higher-power capability. A lower-spec model may physically fit the rack but fail to power devices or provide the required access speed. Existing power supplies, uplink modules and license mapping should also be checked.
Do I need a multigigabit model for Wi-Fi?
Only when the access points and traffic profile justify more than 1GbE at the wired edge. Check each AP’s Ethernet capability, expected client density and PoE requirement. If the radio supports 2.5GbE or higher and the site can use that capacity, a UX/UX2 model may fit. Also validate Cat6A cabling, uplink bandwidth and distribution capacity so the faster access port is not isolated inside a slower path.
How should I calculate the PoE requirement?
Build an endpoint table listing every powered device, its maximum required wattage and the intended switch port. Add reasonable headroom and compare the total against the PoE budget available from the chosen chassis and power-supply arrangement. Do not assume that a high-power switch can provide the maximum power class on every port simultaneously. The total budget and individual endpoint requirement must both fit.
Can any MS390 join any existing MS390 stack?
The family is designed for MS390 physical stacking, but the real environment should still be checked before purchase. Record the existing stack members, software state, cable type, StackPower arrangement, uplink design and operational requirements. A mixed-capability stack can create planning issues around PoE, port speed and maintenance. The replacement should be reviewed against the exact installed topology rather than assumed compatible by family name alone.
What uplink module should I include?
Choose the module from the upstream requirement. Supported options include 10GbE and 40GbE module formats, but the correct choice depends on the distribution switch, available port type, transceiver standard, fiber distance and redundancy design. Quote the module, optics and patching together. An MS390 chassis without the right uplink components may arrive on site but still be impossible to integrate into the planned network.
Which Meraki license tier do I need?
Start with the tier already used by your Meraki organization and the features required by the network. MS390 licensing has Enterprise and Advanced tiers, with separate 24-port and 48-port mappings. Advanced licensing adds capabilities such as Adaptive Policy. Co-term organizations can have tier-consistency rules, so a single switch purchase should be checked against the broader licensing structure before a new entitlement is ordered.
What should I check when replacing an older switch?
Document the current switch model, VLANs, routed interfaces, uplink ports, transceivers, stack role, port labels, PoE devices, rack position and power feeds. Export or record the operational configuration according to your change process. Then decide whether the new unit is a like-for-like replacement or part of a migration. This reduces the risk of discovering missing optics, insufficient power or incompatible ports during the maintenance window.
Does an end-of-sale switch still have support?
End-of-sale and end-of-support are different lifecycle stages. Cisco lists the MS390 Series end-of-sale as March 28, 2025 and end-of-support as March 28, 2032. The practical support path for a specific unit still depends on entitlement, warranty eligibility, serial status, supply route and applicable Cisco policies. Confirm these details before treating a used, surplus or residual-stock unit as equivalent to a normal current product purchase.
What information should I send for an accurate quotation?
Send the exact requested SKU, quantity, destination country, existing switch or stack details, desired condition if relevant, port and PoE requirements, uplink module, transceivers, license tier and term, project timeline and whether current successor options are acceptable. For a replacement, include the role of the existing switch and any hard compatibility constraints. This gives FourTeck a basis to prepare a technically meaningful quotation rather than a chassis-only price.
What accessories are easy to overlook?
Commonly overlooked items include the uplink module, SFP+/QSFP+ optics, physical stack cables, StackPower cables, secondary power supplies, rack hardware, power cords, fiber patch leads and the correct Meraki license. Replacement projects may also need spare cables or a temporary migration path. Listing these at quotation stage is less disruptive than discovering them after the switch arrives.
What current alternatives should I consider?
For new or expanding networks, current Meraki-managed Cisco platforms such as Catalyst 9300-M and other current switching families may offer a stronger lifecycle position. The right alternative depends on port count, mGig demand, PoE class, uplink speed, stacking, routing and license structure. FourTeck can compare the requirement at a functional level so a successor is chosen for the network role rather than because its model name appears similar.
How This Switching Family Fits Common Business Requirements
Some buyers arrive with a precise part number; others only know that an existing campus switch has failed, a wireless rollout needs more PoE or a network refresh needs centralized management. The cards below connect those practical problems to the decisions that define whether MS390 maintenance or a current alternative is the better path.
Need to Keep an Existing Stack Running
If a business already depends on MS390 physical stacking, same-family replacement can reduce architectural change during an urgent repair. Confirm stack membership, cable types, power design and license status before ordering.
Need More Power for Edge Devices
PoE+, UPoE and 802.3bt variants can support different endpoint classes. The right choice is defined by total device wattage, per-port demand and the installed PSU arrangement, not simply by whether the switch has PoE.
Need Faster Wireless Backhaul
Multigigabit variants can serve access points that exceed 1GbE. Cabling, uplinks and upstream capacity should be reviewed at the same time so the faster access port is useful end to end.
Need a New Campus Standard
Because the family is end-of-sale, a greenfield standard should be compared with current Cisco Meraki-managed switch families. The old design can still provide a useful functional baseline for port, PoE and uplink requirements.
Need Central Visibility Across Sites
Meraki Dashboard management is useful where central IT oversees many locations. When moving to a successor family, preserving the desired management model may be as important as matching the raw hardware specification.
Need a Better Quote Comparison
Compare complete bills of materials rather than switch-only prices. Include licenses, optics, stack cables, power supplies, rack accessories, delivery requirements and any planned migration work.
Africa Availability and Service Support
FourTeck supports Africa-focused inquiries for MS390 replacement, installed-base expansion and lifecycle planning. Because the series is no longer in normal new-product sale status, availability can vary substantially by exact SKU, quantity, condition, supplier status and destination. Buyers should not build an implementation schedule around a generic web listing. The practical approach is to submit the exact hardware requirement and allow the commercial team to check current options while also identifying a technically suitable current alternative where that makes sense.
Support can include exact model comparison, PoE and power-supply review, stacking and uplink accessory checks, Meraki license guidance, quotation preparation, delivery coordination and warranty-information review. For a planned replacement, FourTeck can also help organize the bill of materials around the equipment already installed: stack cables, StackPower cables, uplink modules, optics, rack position and upstream connections. For a broader refresh, the same requirement can be used as a baseline for comparing a current Cisco Meraki-managed switching family.
Warranty and support expectations should be documented before the order is approved. Cisco’s published lifecycle and warranty information provide an important reference, but actual entitlement and claim routes can depend on the individual product, serial status, supply path and service relationship. FourTeck can help buyers request written commercial clarification so the purchase decision reflects the real sourcing route rather than an assumption based only on historical datasheet wording.
Africa Country and Regional Coverage
Africa network projects can differ greatly in site scale, existing infrastructure, procurement process and technical support model, so a switch requirement should be defined around the operating environment rather than a country label. FourTeck supports organizations across African markets with product selection, configuration review, quote preparation, accessory guidance, delivery coordination, current-alternative matching and warranty information. For an MS390 requirement, the first priority is to understand whether the switch is tied to an existing stack or whether the buyer is simply looking for an enterprise Meraki-managed access platform with comparable capabilities.
Availability, suitable replacement models, licensing, accessories, support terms and delivery arrangements can vary according to exact part number, supplier position, quantity, destination and project scope. A multi-site organization should prepare one consolidated device schedule where possible, showing switch role, port count, PoE demand, uplink type, stacking requirement and license term for each location. This gives procurement and technical teams a common reference and makes it easier to compare same-family sourcing against a current platform.
Tanzania, Libya and Seychelles are covered in more detail below because their business environments can lead to different project priorities. The purpose is not to create separate duplicate pages, but to show how the same switching decision can be approached through practical local business contexts while keeping Africa as the main service and procurement framework. Buyers can also review Cisco Meraki cloud-managed switching options for broader family guidance.
Cisco Meraki MS390 Series in Tanzania
For enterprises, schools, healthcare organizations, financial institutions, public-sector teams, system integrators and growing offices, Cisco Meraki MS390 Series in Tanzania may be relevant mainly where an existing network has already standardized on the platform or where a replacement must preserve specific stacking, power or uplink compatibility. A useful Tanzanian procurement plan should begin with the actual wiring-closet requirement: identify the current switch SKU, the number and type of connected endpoints, wireless access-point speeds, PoE loads, fiber uplinks, stack membership and available rack power. Organizations expanding Wi-Fi should confirm whether multigigabit access remains necessary and whether the existing copper plant is suitable for it; where higher Ethernet rates are expected, Cat6A readiness and cable-management conditions deserve attention. Power protection is another practical planning point for network rooms, especially where switches, firewalls, access points and other infrastructure share a UPS or distribution circuit. The buyer should also document Meraki licensing, because the hardware replacement must fit the organization’s selected tier and term structure. FourTeck can help Tanzanian teams compare the requested legacy SKU with current Cisco Meraki-managed alternatives, prepare a complete bill of materials including uplink modules, optics, stack cables and power components, and coordinate commercial information according to quantity and destination. Availability and warranty handling should be confirmed against the actual supply route rather than assumed from an online listing. A quotation is most useful when it includes the reason for staying on MS390, any acceptable successor model, project deadline, destination, required quantity and the installed topology that the new hardware must support.
Cisco Meraki MS390 Series in Libya
A project evaluating Cisco Meraki MS390 Series in Libya should be structured around continuity, compatibility and a clearly documented transition path. Many business networks place the access switch at the center of services that users notice immediately when connectivity is interrupted: Wi-Fi, IP voice, surveillance, internal applications, printers and building systems. If an MS390 unit is being replaced inside an established environment, the project team should record the switch’s role, stack position, uplink module, transceiver types, routed interfaces, VLAN dependencies, PoE endpoints and power-feed arrangement before commercial sourcing begins. That information helps avoid a situation where a replacement chassis is available but cannot be integrated because a required module, stack cable or licensing condition was overlooked. For North Africa business operations, resilience planning should also include a realistic maintenance window, configuration backup, spare optics where appropriate and a test plan that confirms key network services after the change. FourTeck can assist Libyan procurement teams, integrators and enterprise IT departments with model confirmation, alternative-platform comparison, licensing review, accessory matching, quotation preparation, delivery coordination and warranty guidance. No assumption should be made about local stock, transport route or fixed delivery timing until the destination and supply source are confirmed. Where the switch supports an important operational site, it may also be sensible to compare the cost of acquiring legacy hardware with the cost of moving the affected closet or stack to a current Cisco Meraki-managed platform. The most useful quote request includes the requested hardware SKU, quantity, destination, current topology, required license term, power needs and whether the buyer will consider a current equivalent if exact MS390 sourcing is limited.
Cisco Meraki MS390 Series in Seychelles
Organizations considering Cisco Meraki MS390 Series in Seychelles often operate in environments where compact infrastructure, dependable remote administration and careful equipment planning can matter as much as maximum port density. Hospitality groups, professional services, government departments, education providers, healthcare organizations, financial institutions, retailers and distributed businesses may support several smaller sites rather than one very large campus. In an established Meraki environment, a central dashboard can help an IT team maintain common operational visibility while individual sites use hardware sized to their actual device and PoE load. If a Seychelles property already uses MS390 switches, a replacement discussion should focus on exact model compatibility, cabinet depth, cooling, UPS capacity, uplink optics, stack cables, Meraki licensing and the number of powered wireless access points, phones or cameras that rely on the chassis. Island-market procurement also benefits from including small but essential accessories in the first commercial request, because an omitted optic, power cord, stack cable or rack component can delay installation even when the switch itself is available. FourTeck can help review the installed design, identify a same-family requirement where justified and compare current Cisco Meraki-managed alternatives for new or expanding sites. Delivery coordination and warranty guidance should be confirmed for the actual destination, supply route and quantity without assuming local inventory or a guaranteed schedule. A buyer requesting a useful quotation should share the current switch model, site type, port and PoE schedule, license tier and term, uplink design, cabinet constraints and whether the project is an emergency replacement, planned spare or broader modernization. That context supports a cleaner technical and commercial decision for long-term network value.
Other Cisco Meraki Options Buyers May Consider
The MS390 specification can be a useful reference point even when the final order uses a newer platform. Buyers should compare the function the switch must perform—port density, multigigabit access, PoE class, stacking, uplinks, routing and management—rather than searching only for a similar model name. The following FourTeck resources provide broader paths for replacement, expansion and related network design.
Cisco Meraki Campus Switches
Compare access and campus families by port count, PoE, uplink and management role.
Cisco Meraki Multigigabit Switches
Useful for Wi-Fi 6/6E/7 access layers where endpoints need more than standard Gigabit Ethernet.
Cisco Meraki Stackable Switches
Review current stackable families for expandable campus and branch networks.
Cisco Meraki Access Switches
Focus on the access layer for users, phones, cameras, wireless access points and business endpoints.
Cisco Meraki Wireless Access Points
Plan the powered wireless endpoints that often define mGig and PoE requirements at the switch.
Cisco Meraki Installation Support
Use deployment guidance when a replacement or migration also requires configuration, testing and handover planning.
Why Buyers Choose FourTeck
A lifecycle product requires more than a price response. FourTeck focuses on helping buyers define the technical and commercial requirement before they commit to hardware. This is particularly important for MS390 because an old SKU may be tied to physical stacking, a specific uplink module, a Meraki license tier, high-power PoE endpoints or a staged migration plan. Treating the switch as an isolated box can create avoidable installation problems.
Review exact part numbers and available sourcing paths without assuming stock.
Check port count, PoE, mGig, stacking, uplinks, optics, power and rack fit.
Include Meraki tier, term and organization-level considerations in the purchase plan.
Compare current Cisco Meraki-managed platforms when lifecycle makes a successor more sensible.
Build an itemized requirement around the real site rather than a chassis-only request.
Support delivery planning and warranty-information review according to destination and supply route.
FourTeck works with SMB, enterprise, education, healthcare, hospitality, government, reseller and system-integrator requirements. The goal is to make the quotation usable by both procurement and technical teams. When possible, provide a current network diagram, device schedule and replacement reason. Those inputs help the sales conversation move beyond a model name and toward a configuration that can actually be deployed, supported and maintained.
Frequently Asked Questions
What is the Cisco Meraki MS390 family used for?
It is an enterprise cloud-managed Layer 3 switching family for campus and access networks. Depending on the model, it provides 24 or 48 copper access ports, PoE or higher-power UPoE, multigigabit speeds, physical stacking, modular 10/40GbE uplinks and Meraki Dashboard management. Today it is most relevant to existing deployments, replacement needs and lifecycle planning because Cisco has ended new sales of the series.
Is the MS390 still available for Africa projects?
FourTeck can review Africa inquiries, but availability should not be assumed. The series reached end-of-sale in March 2025, so current sourcing may depend on exact SKU, quantity, condition, supplier status and destination. Buyers should provide the required part number and installed-network context so current options can be checked and a suitable current Cisco Meraki-managed alternative can also be considered where appropriate.
Can FourTeck help choose between 24-port and 48-port models?
Yes. Port count is only one selection factor. FourTeck can also review PoE class, multigigabit requirements, total powered-device load, switch depth, uplink module, stack membership, license mapping and lifecycle objectives. An accurate recommendation depends on what the switch connects, whether it is replacing an existing stack member and how much future growth the wiring closet must support.
Does every MS390 provide PoE?
No. The family includes non-PoE, PoE+ and UPoE/802.3bt models. The suffix is important because it identifies the intended access and power capability. Buyers should also verify the actual PoE budget available with the installed power supplies. A model can support a high power standard without being able to provide the maximum wattage to every port at the same time.
What license does an MS390 require?
Cisco defines Enterprise and Advanced MS390 licensing with 24-port and 48-port mappings and multiple term options. Advanced licensing includes features such as Adaptive Policy. The correct license also depends on the wider Meraki organization and its licensing model. Before ordering, buyers should check the current tier, term, organization structure and whether the replacement must preserve advanced feature use.
Can I replace an MS390 with a current Cisco Meraki switch?
Often a current platform can replace the network role, but it should not be assumed to be a drop-in member of the same physical stack or accessory ecosystem. A migration review should compare access ports, PoE, mGig, uplinks, routing, stacking, licensing and cabling. FourTeck can help map these requirements to current Meraki-managed Cisco options and identify what needs to change during migration.
What warranty guidance is available?
Cisco’s MS390 documentation lists a full lifetime hardware warranty with next-day advanced replacement, but actual eligibility and service handling for a specific unit can depend on serial status, entitlement, region and the commercial supply route. FourTeck can help buyers request written warranty information for the equipment being quoted. This is especially important with lifecycle products sourced outside ordinary current-product channels.
Can businesses request multiple switches for a project?
Yes. For a multi-switch requirement, prepare a site schedule showing quantity, model, port role, PoE demand, stacking requirement, uplink type, optics, license tier and destination for each location. FourTeck can use that schedule to review consistency, identify accessories and compare same-family sourcing with current alternatives. Bulk requirements are easier to evaluate when the technical role of each unit is clear.
How do I request a quotation?
Use the FourTeck contact page and provide the requested MS390 hardware SKU, quantity, destination, existing switch or stack information, required uplink module, PoE load, license tier and term, project timing and whether a current successor is acceptable. The more complete the technical information, the easier it is to prepare a quotation that includes the dependencies needed for installation rather than only the switch chassis.
Need Help With an MS390 Replacement or Migration?
FourTeck can help review exact hardware, stack compatibility, PoE requirements, uplinks, optics, licensing, lifecycle position, Africa delivery requirements and current Cisco Meraki-managed alternatives. Share your existing model and project scope for a practical configuration discussion.