Why Choose Cisco’s IOT-ACC-SFP-GLD= for Ind
Defining the IOT-ACC-SFP-GLD=: Purpose and Core S...
The Cisco Catalyst C9300X-48TX-A= is a high-performance, copper-optimized switch tailored for enterprise networks requiring dense 10GBase-T connectivity. Designed to support bandwidth-heavy applications like real-time collaboration, AI-driven analytics, and IoT deployments, this model balances power efficiency, scalability, and advanced security. Below, we unpack its technical merits and address critical concerns for network architects.
The C9300X-48TX-A= features 48x 10GBase-T (RJ45) ports and 4x 40/100G QSFP28 uplinks, making it ideal for environments where copper cabling predominates. Standout innovations include:
Unlike fixed-configuration copper switches, the C9300X-48TX-A= offers modular uplinks and EnergyWise Plus technology, reducing power consumption by 25% under load. Its non-blocking architecture ensures zero packet loss even at full 48-port utilization, a critical advantage for enterprises handling HIPAA- or GDPR-regulated data.
Q: Can this switch support PoE++ for high-power devices?
A: No. Unlike its PoE-capable siblings, the C9300X-48TX-A= is optimized for non-PoE 10GBase-T environments. For PoE needs, consider the C9300X-48HX-A variant.
Q: How does it integrate with Cisco SD-WAN solutions?
A: The switch is fully compatible with Cisco SD-Access, enabling policy-driven automation across WAN and campus fabrics.
For guaranteed Cisco-certified equipment, procure the C9300X-48TX-A= via [“C9300X-48TX-A=” link to (https://itmall.sale/product-category/cisco/). This supplier offers volume licensing and lifecycle support tailored to enterprise procurement cycles.
The C9300X-48TX-A= fills a critical niche for enterprises entrenched in copper infrastructure. While lacking PoE, its 10GBase-T density and ultra-low latency make it indispensable for sectors prioritizing raw throughput over wireless convergence. For organizations modernizing legacy campuses without overhauling cabling, this switch delivers immediate ROI through operational continuity and reduced upgrade friction.