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303-101-100A - EMC Cx4 2-Port 1GB Ethernet ISCSI I/O Toe Module
- 2 x 1Gb Ethernet ports.
- Supports iSCSI protocol for storage networking.
- Designed for EMC Cx4 storage systems.
- Enables block-level storage access over Ethernet.
- Provides high-speed data connectivity.
- Enhances storage performance and flexibility.
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Product Overview
The EMC Cx4 2-Port 1GB Ethernet iSCSI I/O Toe Module is a network interface module designed for EMC storage systems. It provides two 1Gb Ethernet ports that support iSCSI protocol for block-level storage access over standard Ethernet networks.
Technical Information
| Product Type | I/O Module |
| Brand | EMC |
| Part Number | 303-101-100A |
| Interface | 1Gb Ethernet |
Additional Specifications
| Number of Ports | 2 |
| Protocol Support | iSCSI |
| Compatibility | EMC Cx4 Storage Systems |
Product Description
The EMC Cx4 2-Port 1GB Ethernet iSCSI I/O Toe Module, identified by part number 303-101-100A, is a specialized hardware component designed to integrate with EMC's Cx4 series storage arrays. This module serves as a crucial interface, enabling the storage system to communicate with servers and the broader network infrastructure via Ethernet. It features two distinct 1Gb Ethernet ports, providing redundancy and increased bandwidth for storage traffic. The primary function of this module is to facilitate iSCSI (Internet Small Computer System Interface) connectivity. iSCSI is a protocol that allows block-level storage commands and data to be transmitted over standard TCP/IP networks. By supporting iSCSI, the EMC Cx4 system can present its storage volumes to servers as if they were locally attached disks, offering a cost-effective and flexible alternative to traditional Fibre Channel SANs, especially in environments already standardized on Ethernet. This I/O module is essential for environments that leverage Ethernet for their storage area network (SAN). It allows for high-speed data transfer between the storage array and connected servers, supporting critical business applications that demand reliable and performant access to data. The dual-port design enhances availability through link aggregation or failover capabilities, ensuring continuous access to storage resources.
