Cisco Meraki Multigigabit Switching

Cisco Meraki Multigigabit Switching is designed for organisations that need more than traditional 1 Gigabit Ethernet at the access layer while keeping day-to-day operations simple through cloud management. Multigigabit Ethernet can provide 2.5, 5 or 10 Gigabit rates on supported switch ports and cabling, allowing enterprises to better match the throughput of modern wireless access points, high-performance workstations, servers and other demanding endpoints. Meraki switching also centralises configuration, monitoring, troubleshooting and policy visibility through the Meraki dashboard, making it particularly attractive to distributed organisations that want to administer multiple offices or campus areas without relying on device-by-device command-line configuration.

For Tanzania buyers, the right design starts with the application rather than the model number. A useful procurement brief should identify how many endpoints need multigigabit access, which devices require PoE or higher-power delivery, the expected uplink bandwidth, whether physical stacking is required, how resilient power should be, what cabling is already installed and how the network will be licensed and managed. Cisco documentation identifies multigigabit-capable Meraki options across families including MS355 and MS390, while newer cloud-managed Cisco switching options extend the same operational model. FourTeck can help convert those requirements into a bill of materials and quotation without assuming that every port needs the highest available speed.

Cisco Meraki multigigabit switching overview

Cisco positions multigigabit access switching as a way to extend greater-than-1G performance over supported twisted-pair copper cabling. In Meraki portfolios, the capability has appeared in models intended for high-performance branch and campus access. The MS355 family, for example, includes models with multigigabit copper interfaces and 40G-capable uplink options, while the MS390 family includes high-performance configurations with multigigabit access ports, modular uplinks and physical stacking. Current Cisco cloud-managed switching also includes newer platforms, so procurement should always be based on the model family that is current and appropriate at the time of quotation rather than on a legacy specification copied from an older datasheet.

A practical campus design may combine ordinary 1G ports for printers, phones and standard user devices with multigigabit ports for Wi-Fi access points, engineering workstations or selected high-throughput endpoints. This mixed approach can be more economical than specifying multigigabit on every port. It also helps planners align switch cost, PoE requirements and uplink bandwidth with actual demand. In environments where many access points are moving to Wi-Fi 6, Wi-Fi 6E or newer wireless standards, multigigabit access can prevent the wired uplink from becoming the limiting factor.

The Meraki dashboard changes the operational model as much as the physical port speed. Network teams can view switch status, clients, events, topology and port configurations centrally. Remote troubleshooting capabilities are useful for organisations with locations outside the main IT office because they reduce the number of routine tasks that require console access. Buyers should still plan secure management connectivity, administrative roles, change control, firmware policies and monitoring responsibilities as part of the deployment.

Key buying and design considerations

Cisco Meraki Multigigabit Switching Tanzania

Organisations evaluating Cisco Meraki Multigigabit Switching in Tanzania commonly include financial institutions, universities, healthcare groups, hotels, professional services firms, government-related entities, retailers, technology businesses and enterprises with multiple offices. The strongest reason to consider multigigabit access is not simply to buy a faster switch. It is to remove a foreseeable access-layer bottleneck where endpoint or wireless capacity is already moving beyond 1G. In a new office or campus refresh, the network team should therefore begin by mapping access points, user density, specialised endpoints, voice devices, cameras, printers and IoT systems. This makes it possible to decide which ports need multigigabit capability and which can remain on standard Gigabit Ethernet.

Tanzania deployments also benefit from careful cable assessment. Multigigabit technology may allow higher data rates on supported copper categories, but achievable speed depends on cable category, cable length, installation quality and electromagnetic conditions. A site survey should identify whether existing Category 5e, Category 6 or Category 6A cabling is present, whether patch panels and patch cords are correctly rated, and whether the pathway can support future upgrades. Where 10G copper is expected over longer distances, Category 6A is generally the safer planning baseline. Where the installed cabling is older or undocumented, testing should be included before the switch specification is finalised.

Procurement should also include PoE planning, switch-room power, cooling, rack space, fibre uplinks, transceivers, spare interfaces, licensing and remote management. Meraki cloud management is especially useful when IT staff need consistent visibility across sites, but the design still needs internet reachability for management and a clear operational policy for administrator access, firmware, alerts and troubleshooting. For related infrastructure, FourTeck buyers can also review FourTeck Tanzania networking and IT solutions, FourTeck Africa enterprise infrastructure, and FourTeck Kenya networking solutions when a project spans borders. A quotation request should state port quantities, required mGig density, desired uplink speeds, PoE devices, rack location, licence term and destination so that the proposal can be matched to the real deployment rather than to a generic switch list.

Cisco Meraki Multigigabit Switching Dar es Salaam

Dar es Salaam organisations often have the highest concentration of users, headquarters functions, hospitality properties, commercial offices and multi-floor campuses in Tanzania. For these environments, Cisco Meraki Multigigabit Switching can be considered when wireless access points, content teams, engineering groups, conference facilities or server-connected work areas need more than 1G at the edge. A practical design starts with floor-by-floor endpoint counts. Rather than assuming every port must be multigigabit, planners can reserve mGig ports for high-bandwidth Wi-Fi access points and selected users while keeping ordinary office endpoints on 1G. This mixed port strategy can control project cost and still provide growth capacity where it matters.

In dense commercial buildings, uplink and aggregation design deserve equal attention. If several access switches each deliver multiple 2.5G, 5G or 10G edge connections, a single undersized uplink can negate the benefit. The bill of materials should therefore include the required SFP or QSFP optics, fibre type, link distance and core-switch capability. Physical stacking may simplify some campus designs, while virtual or dashboard-based management can simplify administration across multiple wiring closets. Power availability and UPS runtime should also be checked because PoE-heavy access switches can draw significantly more power than non-PoE equipment.

Dar es Salaam buyers should prepare a quotation brief that identifies building count, floor count, access-point model, expected client density, PoE needs, existing cable category, fibre backbone, desired redundancy and licence term. Where the project also requires security or WAN integration, reviewing FourTeck enterprise networking and FourTeck IT services capabilities can help frame a broader solution. The goal is a switch architecture that supports current traffic, future wireless upgrades and manageable operations without purchasing unused capacity simply because it is available.

Cisco Meraki Multigigabit Switching Mwanza

For Mwanza businesses, universities, healthcare facilities, hospitality environments and growing regional offices, multigigabit switching is most valuable where high-capacity wireless or specialised wired endpoints are creating pressure on the traditional 1G access layer. A good first step is to identify whether the requirement comes from Wi-Fi access points, workstation clusters, imaging systems, local media workflows or another defined application. Meraki’s cloud-managed model can be useful for organisations whose central IT team is not physically located at every site, because configuration, visibility and diagnostics are available through the dashboard rather than only from a local console.

The network design should account for power stability, UPS sizing, switch heat output, rack ventilation and the quality of the copper plant. If existing cable runs are to be reused, certification testing can reduce uncertainty before higher speeds are assumed. The team should also check whether the uplink from each access closet has enough bandwidth for the combined edge traffic. In some cases, upgrading access ports without upgrading the fibre uplink simply moves the bottleneck from the user port to the distribution layer.

Mwanza procurement can be simplified by separating mandatory requirements from growth options. Mandatory items might include a defined number of mGig ports, PoE support for access points, specific uplink speeds, dashboard licensing and rack accessories. Growth options may include spare high-speed ports, additional stacking components or redundant power where the model supports them. This structure makes vendor quotations easier to compare. Organisations planning a wider East African architecture may also reference FourTeck Uganda for cross-border project context while keeping the Tanzania deployment sized to Mwanza’s actual site requirements.

Cisco Meraki Multigigabit Switching Arusha

Arusha has a broad mix of hospitality, tourism, education, professional services, non-governmental organisations and regional business operations, and each of these environments can have different reasons for considering Cisco Meraki Multigigabit Switching. Hotels and conference venues may prioritise high-capacity wireless coverage, while offices may be more focused on reliable collaboration, cloud applications and centralised administration. The key design question is where bandwidth demand exceeds 1G and whether those endpoints also need PoE. This prevents a simple speed upgrade from becoming an unnecessarily expensive full-port replacement.

Hospitality and visitor-facing networks also require segmentation and operational discipline. Even when the switch itself is capable of advanced features, the design should define guest, staff, voice, IoT and management traffic boundaries, plus upstream firewall policies. Meraki dashboard administration can make it easier to maintain consistent switch templates and monitor multiple locations, but that should be paired with role-based administrator access and documented change procedures. Network teams should also plan how firmware updates, alerts and incident response will be handled during business hours and peak guest periods.

For quotation planning in Arusha, provide the number of access switches, approximate port utilisation, mGig requirements, PoE endpoint list, uplink distances, fibre type and any stacking or redundancy expectations. Include the desired licensing term so recurring platform costs are visible from the beginning. If the project extends beyond switching into security, server connectivity or regional sites, use the broader FourTeck network resources rather than forcing one switch family to solve every problem. Multigigabit access should be treated as one layer in an end-to-end architecture that includes wireless, security, WAN and structured cabling.

Cisco Meraki Multigigabit Switching Dodoma

Dodoma organisations considering Cisco Meraki Multigigabit Switching may include government-related institutions, education, healthcare, commercial offices and expanding national organisations. For these buyers, central manageability can be as important as raw port speed. A cloud-managed switch estate can reduce dependence on local CLI work for routine configuration and troubleshooting, allowing a central network team to monitor sites, standardise port settings and review changes from a common platform. The architecture should nevertheless include resilient internet access for management and clear procedures for handling local connectivity faults.

Before selecting a model, classify access-layer connections into standard user ports, PoE ports and multigigabit ports. Wi-Fi access points are a frequent driver for mGig, especially when wireless aggregate throughput can exceed one gigabit. Other use cases can include specialised desktop systems, creative production, local compute or high-throughput appliances. The uplink side then needs to be sized for the aggregate load. If a wiring closet serves many high-speed ports, 10G or 40G-class uplinks may be relevant depending on the selected switch family and distribution design.

Dodoma procurement should also account for the non-switch items that often delay deployment: compatible transceivers, fibre patch leads, rack kits, power leads, UPS capacity, structured cabling remediation and licences. These items should appear in the bill of materials rather than being discovered during installation. Buyers should request a quotation based on destination, required quantity, port density, PoE budget, uplinks, licence term and any installation or configuration scope. A well-defined request enables a more accurate comparison between suitable Meraki models and current Cisco cloud-managed alternatives.

Cisco Meraki Multigigabit Switching UAE

In the UAE, Cisco Meraki Multigigabit Switching is commonly relevant to dense offices, hospitality properties, education campuses, retail estates, logistics facilities and organisations with many branches. The value proposition is strongest when the network must combine high-capacity edge connectivity with centralised cloud operations. Multigigabit ports can support faster copper connections for capable endpoints while Meraki dashboard management provides consistent visibility across sites. Enterprises should still validate whether their specific access points or workstations support 2.5G, 5G or 10G before assigning premium mGig ports.

UAE projects frequently place significant emphasis on structured cabling quality, resilient power, rack standards and high-speed fibre backbones. These elements should be reviewed together with switch selection. Existing Category 6A infrastructure can be useful for high-speed copper planning, while older cabling may need testing to determine realistic link rates. Where many high-speed access ports converge, the distribution and core layers need sufficient capacity. Redundancy requirements should also be specified explicitly, including power-supply design, stacking, spare uplinks and failover expectations.

For UAE procurement context, buyers can review FourTeck UAE enterprise IT solutions. A quotation request should include the desired switch family if already known, but it is often better to provide performance requirements first: number of mGig ports, PoE device count, uplink speed, stack size, licence duration and expected deployment location. That approach makes it easier to compare MS355, MS390 or newer cloud-managed switching options without anchoring the design to a model that may be larger or older than necessary.

Cisco Meraki Multigigabit Switching Uganda

Uganda enterprises evaluating Cisco Meraki Multigigabit Switching can use the platform to modernise campus and branch access while keeping administration centralised. The requirement should be driven by actual traffic and endpoint capability. High-performance wireless access points are a common reason to move above 1G, but some environments may also have workstations, media systems or local servers that justify higher-speed copper. A port-by-port inventory helps identify the correct blend of Gigabit and multigigabit interfaces.

For organisations operating between Uganda and Tanzania, a standard cloud-managed platform can simplify policy consistency across sites. Network teams can build common switch configuration approaches, monitor health centrally and reduce variation between branches. However, local site conditions still matter: available rack space, power protection, cabling category, fibre availability and upstream internet architecture may differ. The bill of materials should therefore be common where sensible but not mechanically identical between locations.

Uganda buyers should include licence terms, PoE budget, uplink optics, stack accessories and implementation needs in quotation requests. FourTeck Uganda can provide regional context for networking procurement, while Tanzania-based projects can retain a single overall architecture standard. The most effective deployment is one where cloud management, multigigabit capacity and physical infrastructure are planned as a system rather than purchased as independent line items.

Cisco Meraki Multigigabit Switching Kampala

Kampala has a high concentration of corporate offices, financial services, universities, healthcare organisations, hospitality and technology operations that can benefit from faster campus access. In these environments, the business case for multigigabit switching often comes from wireless density and application growth. If Wi-Fi access points are capable of aggregate throughput above 1G, a 1G Ethernet uplink can become a bottleneck even when the radio layer is performing well. Selecting switches with the right mGig density helps preserve end-to-end capacity.

A Kampala deployment should also consider the operational benefits of Meraki dashboard management. Central teams can inspect switch status, make approved configuration changes and troubleshoot many issues remotely. This can reduce the time required for routine site visits, but organisations should still maintain secure administrator roles, documented escalation and spare-equipment planning. The dashboard does not replace physical design considerations such as UPS runtime, rack cooling, grounding, cabling quality or fibre-path resilience.

When requesting a quote, Kampala buyers should state whether the project is a new build, refresh or expansion. Include the number of access points, required mGig speeds, PoE classes, current cable category, switch count, desired uplinks, stack size and licensing term. This detail allows suitable models to be compared on total fit rather than headline port count alone. Where branch networks are part of the same programme, template-based cloud management can help keep switching policy consistent while allowing site-specific port allocations.

Cisco Meraki Multigigabit Switching Arua

Arua organisations may have smaller campus footprints than capital-city deployments, but the same design principle applies: buy multigigabit where there is a clear endpoint or wireless requirement. A branch may need only a limited number of mGig interfaces for high-performance access points while most users remain on 1G. This makes a mixed-port design attractive because it preserves budget for resilience, fibre uplinks, UPS systems and licensing.

Cloud management is particularly useful where the main IT team is located elsewhere. Meraki dashboard tools allow central staff to monitor switch health and configuration without travelling for every routine task. For this model to work well, the site must have appropriate internet connectivity for cloud management and local staff should have a documented process for cabling checks, power-cycle procedures and physical fault escalation. Clear port labels and updated rack documentation can make remote support much easier.

Arua quotation requests should include device counts, mGig requirements, PoE demand, rack conditions, upstream connectivity and desired licence term. If the site is part of a broader Uganda rollout, standardising on a common switch family may simplify spares and administration, but each location should still be sized independently. The correct solution balances sufficient performance with maintainability rather than choosing the largest available model for every branch.

Cisco Meraki Multigigabit Switching Mbarara

Mbarara businesses, universities, healthcare sites and regional operations can consider Cisco Meraki Multigigabit Switching when a network refresh needs to support high-capacity Wi-Fi or selected high-throughput wired systems. A good design identifies expected traffic per access switch and then sizes both edge ports and uplinks. For example, several 2.5G access points on one switch can create enough aggregate traffic that a 1G uplink is clearly inadequate, even if each access point rarely reaches its theoretical maximum.

Structured cabling assessment is also important. Existing cable may support some multigigabit rates, but installation quality and run length affect the outcome. Testing before purchase can prevent a situation where high-speed switch ports are installed but the cable plant cannot sustain the expected rate. Where remediation is necessary, it can be planned as part of the project rather than treated as a surprise during commissioning.

For procurement, Mbarara buyers should request a complete bill of materials including switch hardware, required licences, optics, stacking components and rack accessories. The specification should also state whether redundant power or spare units are part of the availability strategy. Meraki cloud management can simplify ongoing administration, especially for organisations whose network team supports several cities, but reliable local power and well-maintained physical infrastructure remain essential for service continuity.

Cisco Meraki Multigigabit Switching Gulu

Gulu deployments can benefit from multigigabit access where organisations are upgrading wireless performance, modernising campuses or adding bandwidth-intensive applications. The most cost-effective design typically assigns faster ports to endpoints that can use them and keeps general-purpose devices on Gigabit Ethernet. This approach can also simplify capacity planning because network teams know exactly which ports are expected to carry the highest traffic.

The uplink path should be reviewed at the same time. High-speed access without sufficient distribution capacity can create congestion upstream, so fibre bandwidth, transceiver compatibility and core-switch capability should be documented before the access switch order is finalised. If the design uses physical stacking, stack bandwidth and resilience should be evaluated. If switches are dispersed, dashboard-based administration can still provide a central operational view without requiring them to be physically stacked.

Gulu buyers should also budget for licences and lifecycle management. Meraki’s management model is cloud based, so subscription planning belongs in both procurement and renewal processes. A complete quotation brief should state quantity, mGig port density, PoE demand, uplink speed, licence term, installation location and any required configuration assistance. This reduces ambiguity and helps compare proposals on equivalent technical assumptions.

Cisco Meraki Multigigabit Switching Kenya

Kenya is a mature East African enterprise networking market with substantial demand from financial services, education, hospitality, technology, retail and distributed corporate networks. Cisco Meraki Multigigabit Switching fits projects where organisations want both faster access-layer connectivity and a centralised cloud operating model. In Nairobi and other major business centres, dense wireless deployments are a common driver because modern access points can generate more than one gigabit of aggregate throughput. mGig ports can help ensure the wired side does not limit the wireless investment.

Kenya-based organisations with several branches can also benefit from standardised dashboard management. Configuration templates, remote visibility and zero-touch style deployment workflows can reduce operational variation, although each site still requires proper local design. A branch with modest user numbers may need only a few high-speed ports, while a campus may need much greater mGig density, PoE budget and uplink capacity. Standardisation should therefore focus on architecture and policy rather than forcing every location into the same hardware size.

Buyers can use FourTeck Kenya for regional procurement context. A complete request should include user count, access-point models, port quantities, PoE needs, cable category, fibre backbone, desired stack design and licence term. If the network also spans Tanzania or Uganda, using a common management platform can simplify operations while allowing bills of materials to reflect the specific physical conditions at each site.

Cisco Meraki Multigigabit Switching Kuwait

Kuwait enterprises considering Cisco Meraki Multigigabit Switching often prioritise high-performance office networks, hospitality, education, retail and centralised IT operations. Multigigabit access is useful when devices can genuinely exceed a 1G link, particularly high-capacity wireless access points and specialised workstations. The design should be based on endpoint capability and measured or expected traffic rather than on a blanket assumption that every user requires 10G copper.

Cabling and environmental planning are important in any high-speed access deployment. Category 6A is a common choice for new high-performance copper installations, while existing Category 5e or Category 6 environments should be assessed against the desired data rate and distance. Rack cooling, UPS capacity and switch PoE load should also be documented. Higher-power access points can place significant demand on the switch power budget, so per-port and total PoE requirements must be checked together.

For Kuwait regional context, buyers may review FourTeck Kuwait. A quotation request should identify the number of high-speed copper ports, uplink type, required PoE, stack size, fibre distances and licence term. This information makes it easier to select among suitable Meraki or current Cisco cloud-managed platforms and to include the correct optics and accessories in the initial bill of materials.

Cisco Meraki Multigigabit Switching Ghana

Ghana organisations in financial services, education, healthcare, hospitality, mining support, professional services and multi-site commerce may evaluate Cisco Meraki Multigigabit Switching as part of a campus or branch refresh. The main technical question is whether access-layer traffic justifies speeds beyond 1G. If newer wireless access points are being deployed, mGig connectivity can protect the investment by providing a faster wired path. Other high-throughput users can be assigned mGig ports while routine office devices remain on standard Gigabit Ethernet.

Cloud management can reduce the operational overhead of distributed networks by giving administrators a central interface for monitoring and configuration. It also creates a requirement for disciplined licence management, administrator controls and reliable management connectivity. Organisations should decide who owns dashboard administration, how configuration changes are approved and how alerts are handled. These operating processes are just as important as choosing the correct switch hardware.

For Ghana projects, FourTeck Ghana provides an additional regional point of reference. Buyers should send a quotation brief covering endpoint counts, mGig port requirements, PoE devices, cable category, uplinks, fibre distances, desired redundancy and licensing term. When these details are known, the proposed switch can be matched to the actual network rather than selected only on brand or maximum port speed.

Cisco Meraki Multigigabit Switching Nigeria

Nigeria’s large enterprise market includes financial institutions, universities, healthcare, hospitality, technology, oil and gas support, retail and extensive multi-branch organisations. Cisco Meraki Multigigabit Switching can suit deployments that need high-capacity access together with cloud-based central management. Wireless upgrades are often the clearest driver: when access points can pass more than one gigabit of aggregate traffic, the wired Ethernet connection should be sized so it does not become the constraint.

In larger campuses, the design should consider access, distribution and core layers as one system. Multiple high-speed edge ports can create significant aggregate traffic, so uplink bandwidth, fibre topology and redundancy deserve careful planning. PoE demand can also be substantial where access points, cameras and other powered endpoints share the switch. A port-level inventory should therefore include both data speed and expected power class.

Nigeria buyers can review FourTeck Nigeria for regional procurement context. A useful request for quotation includes quantity, number of mGig ports, PoE budget, uplink requirements, fibre distances, stack design and licence term. For multi-city rollouts, a common Meraki dashboard architecture can simplify administration, while hardware sizing remains specific to each branch or campus.

Cisco Meraki Multigigabit Switching Seychelles

Seychelles organisations in hospitality, government, education, financial services and professional services often operate in environments where reliable connectivity and remote manageability are important. Cisco Meraki Multigigabit Switching can be considered when high-performance Wi-Fi or selected wired endpoints need more than a standard 1G access connection. In a hotel or resort environment, for example, mGig ports may be most relevant on access switches serving high-capacity wireless access points, while guest-room devices and back-office endpoints may remain on 1G.

Because island deployments can make logistics and on-site intervention more complex, procurement should include careful attention to spares, power protection, transceivers and remote troubleshooting workflows. Meraki dashboard management can reduce the number of configuration tasks that require local console access, but it does not remove the need for good rack documentation, labelled cabling and a process for physical fault handling. Network teams should also plan licence renewals well in advance so the cloud management lifecycle is treated as part of normal operations.

A Seychelles quotation brief should include switch quantity, required mGig density, endpoint PoE demand, rack environment, fibre backbone, uplink speeds and desired licence term. If the project includes multiple properties or remote sites, consistent configuration standards can simplify support. The selected hardware should provide enough capacity for expected wireless and user growth while avoiding unnecessary over-specification on ports that will remain at 1G for the foreseeable future.

Compatibility, cabling and integration guidance

Multigigabit Ethernet is designed to provide data rates above 1G over supported copper cabling, but the practical result depends on both endpoints and the cable plant. The switch port and attached device must support a common speed, and the cable category and length must be appropriate. Cisco’s multigigabit guidance has historically highlighted the ability to achieve 2.5G and 5G over some existing cabling scenarios, while 10G requirements are more demanding. For new installations intended to support long-term high-speed copper, Category 6A is often the prudent choice. For existing sites, certification testing is preferable to assuming performance.

Integration planning should also cover VLANs, authentication, QoS, routing, DHCP services or relay, security policy, wireless SSIDs and upstream firewall design. The switch is part of a complete network, not an isolated appliance. If access points are the main reason for the upgrade, confirm their Ethernet interface speed and power requirements. If workstations or servers are the target, check whether their network adapters support the desired multigigabit rate and whether storage or application performance can use the extra bandwidth.

Quotation checklist

• Number of switches and preferred rack locations.
• Total copper ports and number of required multigigabit ports.
• Endpoint types and expected 2.5G, 5G or 10G requirements.
• PoE, PoE+ or higher-power device quantities and expected total power budget.
• Existing cable category, approximate run lengths and whether cable certification is available.
• Required fibre uplink speed, fibre type, connector type and distance.
• Stacking, redundancy and spare-hardware requirements.
• Meraki licence duration and dashboard organisation requirements.
• Destination city/country and whether installation or configuration assistance is required.

Frequently asked questions

Decision recap

Choose Cisco Meraki Multigigabit Switching when the project has a defined requirement for more than 1G at the access layer and cloud-based operations are a good fit for the organisation. Validate endpoint speed, PoE load, uplinks, cabling, stacking and licensing together. A smaller number of correctly placed mGig ports can be more valuable than a large quantity of high-speed ports that never exceed 1G. For Tanzania projects, provide the technical brief and destination so FourTeck can build a quotation around the actual environment rather than a generic catalogue configuration.

Consultation panel

When you contact FourTeck, include your existing switch model if known, number of access points, desired mGig port count, PoE requirements, cable category, uplink speeds, stack size and licence term. If you are uncertain about the exact model, describe the applications and physical environment instead. This gives the sales and technical team enough information to compare suitable Cisco Meraki or current Cisco cloud-managed switching options and prepare a more relevant bill of materials.