KVM-SERIAL

Overview Of KVM-SERIAL

The APC KVM 2G Server Module brings seamless connectivity to your network infrastructure with advanced technology and versatile design. This KVM cable, manufactured by APC by Schneider Electric, features RJ-45 Network and HD-15 connectors for reliable and efficient data transmission between devices. Designed to support a range of equipment including keyboards, monitors, mice, and KVM switches, this cable ensures smooth operation within your network setup. With TAA compliance and robust copper conductors, the APC KVM 2G delivers exceptional performance, making it an ideal choice for demanding network environments.
Enhance your network security and scalability with the APC KVM 2G. Benefit from its secure connections, expandability options, and compatibility with various network components. The KVM cable offers a secure link with encryption protocols, ensuring data integrity and confidentiality. Its versatile connectors and device support provide flexibility, while the durable construction guarantees long-lasting use. Equip your network with the APC KVM 2G for reliable power supply options and seamless integration, empowering your network infrastructure with efficient performance and enhanced capabilities.

Primary Processor/Chipset	Empowers high performance and reliability for seamless data processing.
Form Factor	Flexible rack-mountable design for diverse setup environments.
Supported Network Technologies	Compatible with various network technologies for versatile connectivity.
Security Features	Embedded encryption protocols and access controls for enhanced data protection.
Power Supply Options	Offers reliable power supply choices for uninterrupted network operation.
Redundancy & Scalability	Scalable with multiple expansion slots for future network growth.
Advanced Management Interfaces	Intuitive interfaces for efficient network management and monitoring.
Cooling Solutions	Advanced cooling system for optimal performance and device longevity.
Virtualization Support	Supports virtualization technologies for enhanced network efficiency.