Summary: Compares Cisco Catalyst 9300 and 9200 series switches against their closest Meraki MS equivalents — hardware specifications, Layer 3 capabilities, stacking, PoE, and management architecture.
The Cisco Catalyst 9300 and 9200 are IOS-XE managed enterprise access switches. The Meraki MS250, MS350, and MS225 are cloud-managed equivalents in the Meraki dashboard ecosystem. The two product lines share similar port counts and PoE budgets but differ fundamentally in management model, routing capability depth, and licensing structure.
These comparisons use 48-port PoE+ variants as the reference configuration for each model. Specifications vary across sub-variants — always verify against the relevant datasheet before specifying hardware.
The 9300 and MS250 are both stackable 1G access switches with 10G uplinks. The 9300 is the higher-tier device in terms of routing depth and stacking bandwidth; the MS250 trades that depth for the simplicity of cloud management.
| Specification | Catalyst 9300-48P | MS250-48FP |
|---|---|---|
| Access ports | 48× GbE RJ45 (PoE+) | 48× GbE RJ45 (PoE+) |
| Uplink ports | 4× modular (1G / 10G / 25G SFP module) | 4× SFP+ (10G) |
| PoE standard | PoE+ (802.3at); UPOE on -U variants | PoE+ (802.3at) |
| PoE budget | 740 W (PSU-dependent) | 740 W |
| Stacking | StackWise-480 (480 Gbps, up to 8 switches) | 80 Gbps physical + virtual (up to 8 switches) |
| Layer 3 routing | OSPF, EIGRP, BGP, MPLS (licence-dependent) | Static routes + OSPF |
| Management | IOS-XE CLI / Catalyst Center | Meraki dashboard (cloud) |
| Mounting | 1U rack | 1U rack |
The 9300's StackWise-480 provides 480 Gbps of stack bandwidth, which matters for high-density deployments where inter-switch traffic is significant. The MS250 provides 80 Gbps of physical stack bandwidth over dedicated stack cables — substantially lower than the 9300, though adequate for most access deployments in this tier.
The 9300 supports a full L3 routing suite under the appropriate Catalyst licence — including EIGRP and BGP, which are not available on any Meraki MS switch. For pure access layer use with upstream routing handled by a core or distribution device, this difference rarely matters. It becomes relevant when collapsing the distribution and access tiers onto a single stack.
The MS250 does not support UPOE. If powered devices at the site require more than 30 W (for example, certain Cisco IP phones with PoE-powered accessories, or high-draw access points), the 9300-48U or 9300-48UXM is the appropriate choice on the Cisco side — there is no direct Meraki equivalent.
The MS350 is Meraki's closest equivalent to the 9300 in terms of switching capacity and stack performance. It is a better architectural match than the MS250 for sites that would otherwise specify a 9300.
| Specification | Catalyst 9300-48P | MS350-48FP |
|---|---|---|
| Access ports | 48× GbE RJ45 (PoE+) | 48× GbE RJ45 (PoE+) |
| Uplink ports | 4× modular (1G / 10G / 25G SFP module) | 4× SFP+ (10G) |
| PoE standard | PoE+ (802.3at); UPOE on -U variants | PoE+ (802.3at) |
| PoE budget | 740 W (PSU-dependent) | 740 W |
| Stacking | StackWise-480 (480 Gbps, up to 8 switches) | 160 Gbps physical + virtual (up to 8 switches) |
| Layer 3 routing | OSPF, EIGRP, BGP, MPLS (licence-dependent) | Static routes + OSPF |
| Management | IOS-XE CLI / Catalyst Center | Meraki dashboard (cloud) |
| Mounting | 1U rack | 1U rack |
The MS350 provides 160 Gbps of physical stack bandwidth — double the 80 Gbps available on the MS250 — making it the preferred Meraki choice for larger access deployments where inter-switch traffic is more significant. In terms of physical port configuration and PoE budget, the two Cisco and Meraki models are closely matched.
The 9300's modular uplink slots accept 25G SFP modules, enabling uplinks to a 25G-capable distribution layer. The MS350 uplinks are fixed at 10G. For most branch and campus access deployments, 10G uplinks are sufficient — the 25G advantage matters in higher-density buildings with a 25G or 40G distribution tier.
The MS350-24X variant provides 8× Multi-Gigabit (2.5G/5G) access ports alongside 16× standard 1G ports, making it well suited for high-throughput Wi-Fi 6 access point deployments. The 48-port MS350 models do not include Multi-Gigabit — all 48 access ports are standard 1G. On the Cisco side, the 9300-48UXM provides Multi-Gigabit access ports for equivalent use cases.
The 9200 and MS225 are both positioned as cost-effective access layer switches below the 9300 and MS350 tiers. Both support stacking and offer 10G uplinks on their higher-SKU variants.
| Specification | Catalyst 9200-48P | MS225-48FP |
|---|---|---|
| Access ports | 48× GbE RJ45 (PoE+) | 48× GbE RJ45 (PoE+) |
| Uplink ports | 4× SFP (1G or 10G module selected at purchase) | 4× SFP+ (10G) |
| PoE standard | PoE+ (802.3at) | PoE+ (802.3at) |
| PoE budget | 370 W | 740 W |
| Stacking | StackWise-160 (160 Gbps, up to 8 switches) | 80 Gbps physical + virtual (up to 8 switches) |
| Layer 3 routing | OSPF, static routing (Network Essentials) | Static routes only |
| Management | IOS-XE CLI / Catalyst Center | Meraki dashboard (cloud) |
| Mounting | 1U rack | 1U rack |
The 9200 supports OSPF under its base Network Essentials licence, making it capable of participating in a dynamic routing topology without an additional licence upgrade. The MS225 supports static routing only — no dynamic routing protocols. For sites where the access switch simply needs to forward traffic to a routed upstream device, this makes no practical difference. For sites where inter-VLAN routing or dynamic route propagation is needed at the access layer, the 9200 or an upgrade to the MS250/MS350 tier is required.
The PoE budgets differ between the two 48-port FP models. The MS225-48FP provides 740W, while the 9200-48P PoE budget varies depending on the power supply installed — 370W is the figure for a standard single-PSU configuration. Where high PoE density is a requirement at this tier, the MS225-48FP has the advantage.
The 9200's StackWise-160 provides 160 Gbps of stack bandwidth, which is lower than the 9300's StackWise-480 but adequate for most access deployments in this tier.
The 9200 uplink type — 1G or 10G — is determined by the network module fitted at the time of purchase. Unlike the 9300, where uplink modules can be swapped in the field, the 9200 uplink selection is effectively made at procurement and is not intended to be changed after deployment.
The most fundamental difference between the Cisco Catalyst and Meraki MS product lines is not hardware — it is management model.
Cisco Catalyst 9300 and 9200 switches run IOS-XE and are configured via CLI, either directly over SSH or through Cisco Catalyst Center (formerly DNA Center). Configuration is stored on the device and pushed changes take effect immediately. Catalyst Center provides network-wide visibility and automated workflows, but it requires on-premises or cloud-hosted infrastructure and a separate licence.
Meraki MS switches are configured entirely through the Meraki cloud dashboard. There is no on-device CLI for configuration — changes are pushed from the cloud to the switch, and the switch requires a cloud connection to receive updates (though it continues to forward traffic if cloud connectivity is lost). The dashboard licence includes the management platform, telemetry, and 24/7 support.
The practical implication is that an organisation choosing Meraki MS switches is committing to cloud-managed infrastructure and accepting that device configuration requires internet access to the Meraki cloud. An organisation choosing Catalyst 9300 or 9200 retains full on-device control and can manage the network independently of any cloud service.
| Aspect | Cisco Catalyst (9300 / 9200) | Meraki MS |
|---|---|---|
| Base licence | Network Essentials (included) | Enterprise or Advanced Security (annual subscription) |
| Advanced features | Network Advantage or higher | Included in licence tier |
| Management platform | Catalyst Center (separate licence) | Meraki dashboard (included) |
| Licence term | Perpetual base + optional subscription add-ons | Subscription (1, 3, 5, 7, or 10 year) |
| Expiry impact | Device continues to function at base feature level | Device continues to forward traffic but loses dashboard access |