CBS220-16P-2G-UK: Why Is This Cisco Switch a
Overview of the CBS220-16P-2G-UK The CBS220-16P-2...
The C9300X-24HX-A= is a high-performance, modular access switch from Cisco’s Catalyst 9300 series, designed for enterprise networks requiring scalability and advanced security. This model supports 24x 1G/10G/25G Multi-Gigabit Ethernet ports with modular uplink flexibility, making it ideal for bandwidth-intensive applications like IoT deployments, data centers, and campus environments.
This switch is particularly suited for organizations needing future-proof scalability and compliance with zero-trust security frameworks.
Q: How does the C9300X-24HX-A= handle power redundancy?
A: It supports Cisco’s Modular Power Supply (MPS) with options for AC or DC redundancy, ensuring uninterrupted operation during outages.
Q: Can it integrate with existing network architectures?
A: Yes, it’s backward-compatible with older Catalyst switches and supports Cisco SD-Access for seamless software-defined networking (SDN) adoption.
While the C9300X-24HX-A= shares DNA software features with other Catalyst 9300 switches, its Multi-Gigabit ports and higher uplink density differentiate it from models like the C9300-24T (limited to 1G/10G). For example, the C9300X-48HX offers more ports but lacks modular uplink slots, making the 24HX-A= a better fit for environments prioritizing flexibility.
The [“C9300X-24HX-A=” link to (https://itmall.sale/product-category/cisco/) offers genuine Cisco hardware with verified warranties. When sourcing, ensure compatibility with existing infrastructure and evaluate licensing requirements for Cisco DNA Essentials or Advantage tiers.
The C9300X-24HX-A= isn’t just another switch—it’s a strategic enabler for enterprises balancing performance demands with security imperatives. Its modular design and software-defined capabilities position it as a cornerstone for networks transitioning to hybrid cloud or edge computing. For IT leaders prioritizing long-term adaptability, this model delivers a compelling blend of innovation and reliability.