IE-2000-8TC-L

Overview Of IE-2000-8TC-L

The Cisco Industrial Ethernet 2000 (IE 2000) Series offers compact, ruggedized access switches designed to provide secure and reliable connectivity in industrial environments. Utilizing Cisco Resilient Ethernet Protocol (REP), these switches ensure industry-leading convergence for seamless operations. Ideal for sectors like automotive, oil and gas, and transportation, the IE 2000 series supports fast and gigabit Ethernet technologies for efficient data transfer. With a rail-mountable form factor, these switches easily integrate into existing infrastructure, catering to the increasing demand for security, voice, and video traffic in industrial networks.
Built with a focus on security and scalability, the IE 2000 series features redundant power supply support and SFP expansion slots for enhanced flexibility. The switch boasts multiple management options including Telnet, SNMP, and web-based management for easy configuration. Furthermore, with environmental compliance and SD memory card support, the IE 2000 ensures optimized performance and seamless network expansion, making it a reliable choice for industrial connectivity needs.

Primary Processor/Chipset	Delivers high performance and reliability for seamless operations.
Form Factor	Rail-mountable design for easy integration into diverse industrial setups.
Network Technologies	Supports Fast Ethernet and Gigabit Ethernet for efficient data transfer.
Security Features	Includes encryption protocols and access controls for enhanced data protection.
Power Supply Options	Redundant power supply support for uninterrupted operations.
Scalability Features	SFP expansion slots provide flexibility for network expansion.
Management Interfaces	Offers Telnet, SNMP, and web-based management for easy configuration.
Environmental Compliance	Meets RoHS standards for eco-friendly operation.
Memory Card Support	SD memory card compatibility for easy data storage and transfer.
Performance Metrics	Boasts 256 MB standard memory and 64 MB flash memory for optimized performance.