WS-C3750X-48U-L

Overview Of WS-C3750X-48U-L

Enhance your network infrastructure with the Cisco Catalyst 3750-X and 3560-X Series Switches, offering enterprise-class performance and reliability. These stackable and standalone switches deliver high availability, scalability, and security while optimizing energy efficiency. The Catalyst 3750-X features Cisco StackPower for power redundancy and IEEE 802.3at PoE+ for robust connectivity options. With MACsec security and StackWise Plus technology, these switches provide seamless management and future-proofing for evolving business demands. Perfect for IP telephony, wireless, and video applications, these switches ensure a borderless network experience, supporting Gigabit Ethernet technology with impressive performance metrics.
Secure and expand your network effortlessly with the Catalyst Series. Benefit from versatile management options, redundant power supplies, and modular designs for scalability. This Ethernet switch offers 48 network ports, an expansion slot, and advanced security measures for peace of mind. With features like port redundancy and extensive management protocols, users can enjoy a reliable and secure network environment. The Catalyst switches are designed for efficiency and ease of operation, making them ideal for businesses seeking high-performance solutions with built-in safety and growth capabilities.

Feature	Description
StackPower Technology	Redundant power for network resilience
IEEE 802.3at PoE+	Enhanced power supply for connected devices
MACsec Security	Secure data transmission over the network
StackWise Plus	Scalable technology for future-proofing
Modular Design	Flexible expansion options for customization
Gigabit Ethernet Support	High-speed data transfer for increased productivity
Redundant Power Supplies	Continuous operation and reliability
Extensive Management Protocols	Effortless network monitoring and control
Expansion Slot	Additional connectivity options for growth
Advanced Security Features	Protection against cyber threats and unauthorized access