QNAP QSW-M7230-2X4F24T-US Management Switch 2 Ports 100GBE 4

QNAP QSW-M7230-2X4F24T-US L3 Lite 30-Port Multi-Rate Managed Switch

Overview

The QNAP QSW-M7230-2X4F24T-US is an L3 Lite managed switch combining 100GbE, 25GbE, and 10GbE in a single chassis — a multi-rate design built for high-performance storage environments and mid-to-large enterprise backbones where connectivity tiers need to collapse without adding another layer of aggregation hardware. If you are deploying high-density NAS clusters, hyperconverged storage nodes, or multi-server backbones where 10GbE access ports need a high-speed uplink fabric, this is the switch to price into the design.

The QSW-M7230-2X4F24T-US (often searched as QSW M7230 2X4F24T US) delivers 1080Gbps total switching capacity across a 30-port chassis — no oversubscription bottleneck hunting required for most storage-to-spine scenarios at this port count.

Key Features

• 2 x 100GbE QSFP28 Uplink Ports: The two 100GbE fiber uplinks are where the headline value lives. Drop these into a spine switch or a 100GbE-capable NAS and you are moving storage traffic at line rate — 100Gbps per port means a four-drive NVMe array can saturate the link before the switch becomes the constraint. QSFP28 cage accepts both direct-attach copper and optical transceivers, so you have flexibility on cable plant.
• 4 x 25GbE SFP28 Ports: The 25GbE tier slots GPU compute nodes, all-flash storage arrays, or servers that have already moved past 10GbE but are not yet at 100GbE. Four ports means you can connect a small AI inference cluster or a set of high-throughput storage appliances without dedicating a separate 25GbE leaf switch to the task.
• 24 x 10GbE RJ45 Access Ports: Twenty-four copper 10GbE ports cover the access layer — workstations, NAS units, servers, and edge nodes all land here without requiring SFP+ transceivers. Copper RJ45 means lower cabling cost and easier field troubleshooting compared to a fully fiber-dependent design.
• 1080Gbps Switching Capacity: Full 1080Gbps non-blocking fabric ensures the switch is not the choke point. On a 30-port chassis with mixed 100/25/10GbE, full theoretical line-rate on every port simultaneously totals just over 680Gbps — the 1080Gbps capacity gives you overhead for bidirectional line rate plus switch fabric headroom. Real-world traffic patterns in storage environments rarely hit simultaneous full saturation, so this capacity is more than adequate for production NAS or hyperconverged clusters.
• 540Gbps Input Throughput: The 540Gbps input bandwidth figure maps to the half-duplex aggregate across all ports. This is the practical number to reference when sizing uplinks: 24 x 10GbE at full saturation is 240Gbps inbound, leaving substantial headroom before the 100GbE uplinks become the bottleneck.
• L3 Lite Management: L3 Lite means you get static routing and inter-VLAN routing without paying for a full dynamic routing license. For storage network segmentation — isolating iSCSI or NFS traffic on dedicated VLANs while still allowing cross-VLAN management access — L3 Lite is the right functional tier. Full OSPF/BGP is unnecessary overhead for a storage leaf switch; L3 Lite gives you the routing you actually need.
• 158.21W Power Consumption: At 158.21W chassis draw, this switch fits on a standard 15A circuit alongside other rack gear without requiring a dedicated 20A drop. For PoE-less switch designs, this is a reasonable power budget. Plan for adequate airflow in the rack — a switch moving this much data at this port density will need front-to-back or side airflow clearance per standard rack design practice.

Integration and Compatibility

The QSW-M7230-2X4F24T-US is positioned for network switches deployments anchored around QNAP storage and networking infrastructure, though the switch operates as a standard L3 Lite managed switch and integrates with any vendor's server or storage platform via standard Ethernet. The QSFP28 100GbE ports pair directly with QNAP's high-end NAS units supporting dual 100GbE interfaces, collapsing the storage network to a single hop. For deployments using network video recorders or high-bitrate IP surveillance systems requiring storage aggregation, the 24 x 10GbE access ports handle camera-to-NVR traffic lanes while the 100GbE uplinks serve as the NAS backbone. When planning cabling, refer to a PoE switch and network planning guide for structured cabling guidance — note that this switch does not deliver PoE on the RJ45 ports, so powered devices require a separate PoE switch layer. For rack integration alongside UPS and power infrastructure, budget 158.21W in your PDU load calculations.

Frequently Asked Questions

Q: Does the QSW-M7230-2X4F24T-US support Power over Ethernet (PoE) on the RJ45 ports?

A: No. The QSW-M7230-2X4F24T-US does not provide PoE on its 24 x 10GbE RJ45 ports. It is a data-only switching platform. If you need to power IP cameras, VoIP phones, or access points, deploy a separate PoE switch on the access tier and uplink it to the QSW-M7230-2X4F24T-US via 10GbE or 25GbE.

Q: What type of transceivers do the 100GbE and 25GbE ports require?

A: The two 100GbE ports use QSFP28 cages and the four 25GbE ports use SFP28 cages. QSFP28 supports 100G-SR4, 100G-LR4, and 100G DAC/AOC cables. SFP28 supports 25G-SR, 25G-LR, and 25G DAC cables. Verify transceiver compatibility with QNAP's hardware compatibility list for supported vendor optics.

Q: Is the QSW-M7230-2X4F24T-US a full L3 switch or L3 Lite?

A: L3 Lite. This means the switch supports static routing and inter-VLAN routing but does not include dynamic routing protocols such as OSPF or BGP. For most storage network and enterprise access/aggregation deployments, L3 Lite is the appropriate tier and avoids unnecessary licensing overhead.

Q: What is the total switching capacity of the QSW-M7230-2X4F24T-US?

A: The switching fabric capacity is 1080Gbps with 540Gbps input bandwidth. This provides non-blocking throughput headroom across all 30 ports at their respective speeds (2x100GbE, 4x25GbE, 24x10GbE).

Q: What is the power consumption of the QSW-M7230-2X4F24T-US and what circuit does it require?

A: The QSW-M7230-2X4F24T-US draws 158.21W under load. This fits within a standard 15A circuit with adequate headroom alongside typical rack equipment. Include this figure in your PDU load calculations when provisioning rack power.

Q: Is the QSW-M7230-2X4F24T-US suitable for use as a storage network top-of-rack switch?

A: Yes. The design — 24 x 10GbE access ports feeding into 2 x 100GbE uplinks with a full 1080Gbps non-blocking fabric — is purpose-matched for storage leaf deployments where NAS and server nodes connect at 10GbE and aggregate to a 100GbE spine or directly to a high-speed NAS backbone.

Marty Allison

The QSW-M7230-2X4F24T-US sits in a specific and underserved slot: a 30-port multi-rate switch with genuine 100GbE uplinks at a price point that does not require a CFO sign-off. The 1080Gbps non-blocking fabric is the number I keep coming back to — it means you can run 24 storage nodes at 10GbE simultaneously while both 100GbE uplinks are saturated and nothing queues. That matters when you are doing a NAS cluster rebuild or a large backup window and every node is hammering the fabric at the same time.

Technical Highlights:

• 1080Gbps Non-Blocking Fabric: Aggregate bidirectional capacity across all 30 ports exceeds worst-case simultaneous saturation (24x10G + 4x25G + 2x100G = ~580Gbps one-way), so the fabric itself is never the bottleneck in any realistic storage workload mix.
• Multi-Rate Port Mix (100/25/10GbE): The 2+4+24 tier structure eliminates the need for a separate 25GbE leaf when connecting GPU compute nodes or all-flash arrays — one switch handles three distinct speed tiers on a single management plane.
• 158.21W Chassis Draw: Under full load the switch pulls 158.21W — fit for a standard 15A rack circuit without a dedicated power run, which simplifies deployment in existing rack infrastructure that was not provisioned for high-wattage spine gear.

Deployment Considerations:

• The RJ45 ports are 10GbE data-only — no PoE delivery. If cameras or access points are in scope, plan a dedicated PoE access switch tier and uplink it to the QSW-M7230-2X4F24T-US; do not count on this chassis to power endpoints.
• QSFP28 and SFP28 transceivers are not included in the box — budget for optics or DAC cables separately, and verify each transceiver model against QNAP's compatibility list before procurement to avoid unsupported-optic lockout on the management interface.

The QSW-M7230-2X4F24T-US is the right call for a mid-scale QNAP NAS cluster deployment — specifically a 10–24 node all-flash or hybrid storage environment where servers connect at 10GbE copper, storage controllers need 25GbE for inter-node replication, and the spine demands 100GbE to prevent the network from being the rebuild bottleneck at 3 a.m.