Cisco Meraki MS150-48T-4X Cloud-Managed Enterprise Access Switch

Deploy 48 copper Gigabit Ethernet connections, four 10 Gigabit SFP+ uplinks and physical stacking in a centrally managed branch or campus network. The MS150-48T-4X is a non-PoE model intended for wired access where endpoint power is provided separately. It brings configuration visibility and troubleshooting into the Meraki Dashboard, helping distributed teams standardize their switching estate.

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Procurement Snapshot

Architecture and Operations

The platform provides 176 Gbps published switching capacity, VLAN tagging, IPv4/IPv6 access-control lists, 802.1X authentication, DHCP snooping, dynamic ARP inspection, broadcast storm control, static routing and dashboard-assisted diagnostics. Dedicated stack connections allow compatible units to be designed as a managed stack without consuming the four SFP+ uplinks. Stacking improves operational flexibility but does not replace a complete redundancy design: power feeds, uplink diversity, upstream resiliency and failure domains must still be considered. Network teams should validate supported firmware and feature availability against their selected license.

Business Benefits

1. Access density: Forty-eight copper ports consolidate workstations and wired peripherals into a predictable access-layer footprint.
2. Uplink headroom: Four SFP+ ports enable high-speed connections to compatible aggregation infrastructure.
3. Central visibility: Meraki Dashboard helps administrators inspect port status, traffic and network events across sites.
4. Segmentation: VLANs, ACLs and access authentication support controlled separation of departmental networks.
5. Expansion: Dedicated physical stacking supports growth where compatible stacking hardware and cabling are specified.
6. Procurement discipline: A non-PoE switch avoids paying for an unused PoE budget, but is unsuitable for endpoints needing switch-delivered power.

Technical Specifications

Configuration and Sizing Worksheet

Start by counting active copper endpoints, expected growth and spare ports. Map each device to its VLAN, authentication policy and cabling location. Calculate uplink bandwidth using realistic peak traffic rather than simply multiplying all port rates. Confirm the fiber type, transceiver support, optical distance and aggregation-switch compatibility for every 10G link. Determine whether one switch is sufficient or whether physical stacking and diverse uplinks are required. Check rack depth, airflow, electrical circuits and local UPS capacity against the final hardware installation documentation. Specify the license term and model before purchase, and confirm compatibility with any existing co-termination or per-device licensing arrangement. A complete request for quotation should identify hardware quantity, selected licensing, SFP+ modules, stack cables, patch cords, shipping destination, installation scope and desired support terms.

Deployment Scenarios

Enterprise and Multisite Offices

Use the switch to aggregate employee computers, printers and other powered-separately Ethernet devices. Standardized VLAN and port templates help reduce site-to-site configuration differences.

Financial Services

Apply network segmentation and 802.1X policies according to institutional controls, while documenting audit, access and operational responsibilities.

Education and Campus Networks

Serve wired teaching rooms, administrative offices and labs with dedicated high-speed uplinks toward campus aggregation.

Public Sector Procurement

Prepare a complete bill of materials covering approved licensing, secure management practices, equipment identification, warranty terms and acceptance testing.

Technical Design Considerations

Packet Processing and Uplink Planning

Published switching capacity is an equipment characteristic, not a guarantee of application throughput. Real-world performance depends on packet size, traffic patterns, congestion, uplink design and security policies. Assess the expected number of concurrent clients, broadcast domains and critical flows before committing to a topology.

Software, Access Control and Licensing

Meraki cloud management enables centralized configuration and monitoring, with supported controls including VLAN tagging, ACLs, DHCP snooping and 802.1X. Enterprise and Advanced licensing options exist; Advanced adds Adaptive Policy functionality subject to deployment prerequisites. Licensing terms and compatibility must be validated for the specific organization.

Availability and Recovery

Physical stacking is a useful architecture component, but a stack is not equivalent to independent end-to-end paths. Plan alternate uplinks, suitable power protection, configuration records, change windows and tested restoration procedures. Confirm which accessories are included rather than assuming stacking cables or transceivers ship with the unit.

Uganda Delivery and Regional Coverage

FourTeck can prepare procurement quotations for Kampala, Entebbe, Jinja, Mbarara and Gulu. Buyers should provide delivery address, receiving hours, equipment quantity, licensing term and any site-access restrictions. Shipping dates, import requirements and available technical services are confirmed during order processing. For regional coordination, visit Uganda, Kenya, Africa, UAE or Kuwait.

Related Equipment and Services

Ask about compatible 10G optical modules, fiber patch leads, direct-attach cabling, approved stacking accessories, rack installation materials, UPS sizing and Meraki license renewals. Review related products and procurement services through the FourTeck Uganda catalog or submit a complete accessory list through the technical sales team.

Frequently Asked Questions

Does this model supply PoE?

No. MS150-48T-4X is the non-PoE variant. Select a suitable LP, FP or other powered model when telephones, cameras or access points need power through Ethernet.

Are the four uplinks 10 Gigabit?

Yes. The model includes four 10 GbE SFP+ uplink interfaces. Appropriate modules, cabling and link partners are necessary.

Can several units be stacked?

The MS150 family supports dedicated physical stacking. Verify supported combinations, cables and topology before purchasing.

Is a Meraki license required?

Meraki management licensing must be included in procurement planning. The available Enterprise, Advanced and subscription arrangements should be checked against current Cisco requirements and the organization’s existing model.

Can it replace a PoE access switch?

Only when endpoints do not need PoE or have alternative power arrangements. Replacing a PoE model without planning endpoint power can cause service disruption.

Does it provide Layer 3 routing?

Cisco lists static routing for the MS150. Confirm the desired routing features against the latest software documentation rather than assuming full dynamic-routing capability.

What should a quote include?

List switch hardware, license type and duration, SFP+ transceivers, stack cables if needed, freight, taxes, warranty, deployment and support scope.

Can it work with other switch brands?

Standard Ethernet connectivity is possible where link speed, optics, VLAN tagging and interoperability are compatible. Meraki physical stacking should not be assumed to operate across unrelated switch families.

How is warranty service handled?

Warranty eligibility and replacement arrangements depend on the applicable Cisco terms, purchase channel and quoted service coverage. Obtain these in writing before issuing a purchase order.