Foundry NetIron M2404C/M2404F Metro Access Switches

3.Gently insert the SFP tranceiver into the port until the module clicks into place. The module is keyed to prevent incorrect insertion. See Figure 5.

Important Note

When inserting an SFP tranceiver into ports marked 27 or 28, verify that the SFP is facing upside -down (as shown in figure below). All other SFP ports on the switch face right-side up.

Figure 5: Inserting an SFP, upside-down, into the Enhanced GigE Slot

NetIron M2404C Front Panel Main Components

Component

Description

 

 

For NetIron M2404C:

24 RJ-45 sockets with 10/100 Mbps LAN speed auto sensing,

10/100baseTX Ports

marked 1 to 24.

 

 

GigE Dual-Mode Ports

Two dual-mode1000baseX interface (SFP) or 10/100/1000BaseT

 

(RJ45) marked 25 and 26.

 

 

Enhanced GigE Ports

Two 1000baseX interface (SFP) marked 27 and 28. Please note

 

that the SFP transceivers are inserted into the slot, belly-down,as

 

shown in figure above.

 

 

Console Management

RJ45 socket for CLI configuration and management of the unit.

Port

 

 

 

Ethernet Management

RJ45 socket with 10/100 Mbps LAN speed auto sensing for out-

Port

of-band Ethernet management and software update.

 

 

RST Button

Reset button. To avoid accidental activation, the button is recessed

 

behind the panel. Press with a pin or a similar narrow object.

 

 

NetIron M2404F Front Panel Main Components

ComponentDescription

For NetIron M2404F: 24 SFP sockets marked 1 to 24.

100baseX Ports

January 2007

© 2007 Foundry Networks, Inc.

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Foundry Networks manual NetIron M2404C Front Panel Main Components, NetIron M2404F Front Panel Main Components

M2404F, M2404C specifications

Foundry Networks, a key player in the networking industry, has developed a range of high-performance Ethernet switches designed to meet the demands of modern data centers and enterprise environments. Among these products, the M2404C and M2404F switches stand out for their robust features and capabilities.

The M2404C is engineered for flexibility and high performance, offering Layer 2 and Layer 3 capabilities. It supports a wide array of routing protocols, including OSPF, BGP, and RIP, making it suitable for various network architectures. The switch provides up to 48 Ethernet ports with a combination of Gigabit and 10 Gigabit interfaces, ensuring it can handle high bandwidth requirements. This modularity allows organizations to scale their networks seamlessly as their needs evolve.

On the other hand, the M2404F focuses on fiber connectivity and is designed with an emphasis on high-speed fiber handling. This switch also supports advanced Layer 3 routing capabilities, but its standout feature is its support for higher-speed interfaces, like 10 Gigabit SFP+ ports. It is ideal for businesses that require efficient long-distance data transmission and reliable network performance.

Both models feature Foundry's innovative Fabric Technology, which enhances throughput and reduces latency. This technology optimizes data flow and improves overall service quality, making these switches suitable for mission-critical applications. Additionally, they boast a comprehensive management system that simplifies network administration. Foundry Networks emphasizes security, incorporating advanced features like Access Control Lists (ACLs), RADIUS, and TACACS+ support to help secure the network infrastructure.

Scalability is another critical aspect of the M2404C and M2404F. These switches allow for stacking, enabling organizations to expand their network without sacrificing performance. Power over Ethernet (PoE) capabilities in the M2404C provide added convenience for powering devices like IP phones and wireless access points.

In summary, Foundry Networks' M2404C and M2404F switches deliver exceptional performance, advanced features, and robust security, making them an excellent choice for organizations seeking to enhance their networking infrastructure. With their modular design and ability to support high-speed connectivity, they are well-suited for a variety of applications, from enterprise environments to data center deployments.