C9200L-24PXG-4X-M | Meraki Catalyst 9200L-M 24-Port mGig PoE+ SFP+ Switch

Meraki Catalyst 9200L-24PXG-4X-M with 24 mGig PoE+ ports, 4×10G SFP+ uplinks, enterprise security, and high-performance access switching.

Key Features

• 8 x 10G ethernet PoE/PoE+ interfaces
• 16 x gigabit ethernet PoE/PoE+ interfaces
• Multi-gigabit (mGig) ports support 100M/1/2.5/5/10 of bandwidth over copper cabling
• 370 watt PoE budget with PoE+ support (740W available with optional secondary power supply)
• 272 Gbps of switching capacity
• Layer-3
• Four SFP+(10G/1G) fixed uplinks
• PoE+ (30W per port) & IEEE 802.3at
• Hotswappable power supply (optional secondary power supply sold separately)
• Optional stacking kit allowing 8 switches in a stack with 80Gbps of stacking bandwidth (C9200L-STAK-KIT-M required for each C9200L being physically stacked)
  Adaptive Policy  (Advanced License required)

Options
Licensing (mandatory)
Power Supplies
Uplink Modules
Stacking Cables
StackPower Cables
System Fan
Rack Mount Kit
Transceiver Modules

Downloads
Datasheet
Meraki Sizing Tool

About This Product
The Catalyst 9200L-M is designed for modern enterprise networks that demand high performance and ease of management. It pairs robust switching capabilities with the intuitive Meraki dashboard, delivering a streamlined yet powerful access-layer solution. To support bandwidth-intensive applications and next-generation Wi-Fi access points, the platform offers multigigabit access ports, 80-Gbps stacking, and flexible uplink options—either four fixed 1G/10G uplinks or two fixed 25G uplinks. High availability is enhanced through rapid stack convergence, ensuring minimal disruption. The Catalyst 9200L-M also supports Adaptive Policy, using over-the-wire tagging to classify traffic into security groups for scalable segmentation. Fully managed through the Meraki dashboard, it provides a straightforward and effective approach to meeting demanding wired access requirements.

Adaptive Policy enables simplified, scalable security by segmenting traffic based on Security Groups rather than traditional IP-based rules. These groups are easily defined in the dashboard using intuitive, human-readable labels such as “IoT devices” or “Guest users.” Administrators then apply high-level policy intent—such as allowing or blocking communication—between groups, automatically enforcing segmentation across the network. This approach reduces complexity compared to legacy access control lists and allows security policies to remain consistent even as the network evolves, giving operators greater confidence in protecting their traffic.