ESR-1COC12-SMI

Is the ESR-1COC12-SMI cost-effective for system integrators?

Yes, the ESR-1COC12-SMI provides a cost-effective solution for high-speed data transfer with its ChOC12 line card capabilities.

What are the key features of the ESR-1COC12-SMI?

Key features include 1 port ChOC12 (STS12) line card and single-mode intermediate reach, ideal for long-distance data communication.

Which application scenarios are suited for the ESR-1COC12-SMI?

The ESR-1COC12-SMI is ideal for enterprise backbones, ISP infrastructures, and data centers requiring high-speed connectivity.

How do I install the ESR-1COC12-SMI in my network?

Simply insert the ESR-1COC12-SMI line card into the appropriate slot on the Cisco 10000 series router and follow the setup wizard.

Are there firmware updates available for the ESR-1COC12-SMI?

Yes, always check the Cisco support website for the latest firmware and software updates for ESR-1COC12-SMI.

What are the alternative products for the ESR-1COC12-SMI?

Cisco 10000 Series offers various other line cards like ESR-1GE-SFP and ESR-1OC3-P-SMI, depending on your specific needs.

What are common troubleshooting steps for the ESR-1COC12-SMI?

Common steps include checking connections, verifying configurations, and consulting Cisco's troubleshooting documentation.

What accessories are recommended for the ESR-1COC12-SMI?

Recommended accessories include compatible fiber optic cables and transceivers specific to single-mode intermediate reach.

How does the ESR-1COC12-SMI compare to other similar products?

The ESR-1COC12-SMI offers higher data transfer speeds and longer reach compared to standard ChOC3 line cards.

Can the ESR-1COC12-SMI be used for both single-mode and multi-mode fiber?

No, the ESR-1COC12-SMI is designed specifically for single-mode intermediate reach applications.

How cost-effective is the Cisco ESR-1COC12-SMI line card?

The Cisco ESR-1COC12-SMI line card offers high performance at an affordable price, making it a cost-effective solution for service providers needing reliable single-mode intermediate reach connectivity.

What are the primary features of the ESR-1COC12-SMI?

The ESR-1COC12-SMI boasts a 1 pt ChOC12 (STS12) line card with single-mode intermediate reach, ensuring efficient data transmission and robust performance.

In what scenarios is the Cisco ESR-1COC12-SMI typically used?

The ESR-1COC12-SMI is ideal for service provider edge routing, supporting high-speed data links in metropolitan and regional networks.

How do I install the ESR-1COC12-SMI line card?

Installation involves mounting the line card into a compatible Cisco 10000 Series chassis and configuring it via the network management interface. Refer to the installation guide for detailed instructions.

Does the ESR-1COC12-SMI line card require any upgrades?

The ESR-1COC12-SMI may require periodic firmware updates. Check Cisco's support site regularly for any available updates to ensure optimal performance.

Are there alternative products to the ESR-1COC12-SMI?

Yes, alternative products include other line cards in the Cisco 10000 Series, like the ESR-1OC3-4OC12, depending on your specific connectivity needs.

What are common troubleshooting steps for the ESR-1COC12-SMI?

Common steps include checking physical connections, verifying configurations, and ensuring firmware is up to date. Refer to the troubleshooting section in the user manual for specific issues.

What accessories are available for the ESR-1COC12-SMI?

Available accessories may include LC/SC single-mode fiber optic cables, additional line cards, and rack mounting kits. Consult Cisco's product catalog for more details.

How does the ESR-1COC12-SMI compare to similar products?

The ESR-1COC12-SMI offers competitive performance and reliability at a lower cost compared to other high-speed line cards in its category, making it a preferred choice for many service providers.

What is the maximum reach supported by the ESR-1COC12-SMI?

The ESR-1COC12-SMI supports intermediate reach for single-mode fiber, typically up to 40 kilometers, dependent on the fiber quality and network conditions.