Netgear
M4350-16C MANAGED SWITCH
Low Stock (4 left)
Netgear M4350-16C Managed Switch 16x 100GbE QSFP28 | Rack Mount, Enterprise
Netgear
MPN: CSM4316-100NES
$8,942.84$14,482.74
MAP: $6,999.99
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Managed Layer 2 switch
- 16 x QSFP28 ports
- 100GbE Ethernet technology
- 1U rack-mount form factor
- 16-port configuration
- Ethernet network technology
- Rack-mount design
- Accelerate aggregation traffic with 16 x 100GbE QSFP28 ports
Move traffic at 100GbE scale without giving up control. The Netgear M4350-16C is a managed Layer 2 switch built for environments that need dense high-speed aggregation in a compact 1U footprint. With 16 QSFP28 ports, it is designed to terminate large uplink bundles, support leaf-to-spine architectures, and keep east-west traffic flowing with fewer bottlenecks.
This model fits where lower-speed switches start to constrain growth: data center aggregation, high-performance compute clusters, storage fabrics, and enterprise core networks that need consistent throughput. The rack-mount design simplifies deployment in standard infrastructure rows, while the managed architecture gives network teams the policy control they expect in production environments.
Choose this switch when you need more than basic connectivity. The port count, 100GbE interface class, and Layer 2 management make it a strong fit for teams standardizing on high-capacity Ethernet transport and planning for future bandwidth demands without overbuilding the rack.
Ideal For
- Data center aggregation for 100GbE uplinks
- Leaf-to-spine network builds requiring dense QSFP28 connectivity
- High-performance compute clusters with high-bandwidth east-west traffic
- Enterprise core switching where port density and speed are critical
Why This Product
- 116 x 100GbE ports for dense uplink aggregation
- 2Managed Layer 2 control for production network policies
- 31U rack-mount design for standard infrastructure rows
- 4QSFP28 interface support for modern high-speed connectivity



