Cisco ASR1001-PWR-DC Power Supply Module

Overview of the Cisco ASR1001-PWR-DC

• Produced by: Cisco Systems
• Part Number: ASR1001-PWR-DC
• SKU: ASR1001-PWR-DC

Type of Product

• Category: Power Supply Module

Key Features

Hot-Swap Capabilities

This module supports hot-plug functionality, ensuring seamless maintenance without downtime.

Redundancy Support

Designed for redundancy, this power module enhances system reliability and uptime.

Compatibility

Engineered for use with:

• Cisco ASR 1001 Series
• Integrated VPN and Firewall Bundles

Power Specifications

Input Voltage Requirements

Requires an input voltage of:

• 48V DC

Additional Notes

The ASR1001-PWR-DC is pivotal for maintaining optimal performance in Cisco's ASR 1001 networking solutions, ensuring that your infrastructure remains robust and efficient.

HotPlug Feature

Introduction

The Cisco ASR1001-PWR-DC Power Supply Plug-in Module comes with an advanced HotPlug feature that enhances its efficiency and convenience. This feature allows users to replace or add power supply modules without interrupting the system's operation. In this section, we will explore the benefits and importance of the HotPlug feature in detail.

Benefits of HotPlug

1. Continuous Operation

The HotPlug feature ensures uninterrupted operation of the Cisco ASR1001-PWR-DC Power Supply Plug-in Module. With traditional power supply systems, users would have to power down the system before replacing or adding power supply modules. This downtime could result in significant financial losses for businesses and inconvenience for users. However, with the HotPlug feature, users can replace or add power supply modules while the system is running, eliminating any downtime and enabling continuous operation.

2. Fault Tolerance

The HotPlug feature enhances fault tolerance by allowing users to quickly replace a faulty power supply module without affecting other components of the system. In case of a power supply failure, the system can automatically switch to the backup or remaining functioning power supply module, ensuring minimal disruption to critical operations. This redundancy provided by the HotPlug feature improves system reliability and reduces the risk of service outages.

3. Scalability

Another benefit of the HotPlug feature is its ability to support system scalability. As businesses grow and their power requirements increase, they can easily add additional power supply modules to meet the growing demand. The HotPlug feature allows users to add or remove power supply modules on-the-go without any impact on system performance. This scalability ensures that businesses can adapt to changing requirements without costly system upgrades or downtime.

Importance of HotPlug

1. Mission-Critical Applications

For organizations that rely on mission-critical applications, such as data centers, telecommunications companies, or financial institutions, the HotPlug feature is of utmost importance. These industries cannot afford any downtime as it can result in significant financial losses, damage to reputation, and customer dissatisfaction. The ability to replace or add power supply modules without interrupting operations ensures uninterrupted service delivery and enhances overall system reliability.

2. Time Efficiency

The HotPlug feature significantly reduces the time required for maintenance and upgrades. Traditional power supply systems often require extensive shutdowns and system restarts, which can be time-consuming and disruptive. With the HotPlug feature, businesses can save valuable time by avoiding these lengthy processes. Maintenance personnel can simply replace or add power supply modules while the system continues to operate, minimizing any disruption to ongoing activities.

3. Cost Savings

The HotPlug feature offers cost savings in multiple ways. Firstly, businesses can avoid the expenses associated with system downtime during power supply maintenance or upgrades. This includes potential revenue loss, employee productivity loss, and customer dissatisfaction. Secondly, the scalability provided by the HotPlug feature allows businesses to adapt their power infrastructure to changing requirements without incurring additional expenses on system upgrades. The ability to add or remove power supply modules as needed ensures optimal resource allocation and cost efficiency.

Redundant Feature

Introduction

The Cisco ASR1001-PWR-DC Power Supply Plug-in Module also features a redundant power supply capability that enhances system reliability and uptime. In this section, we will explore the benefits and importance of the Redundant feature.

Benefits of Redundant

1. Enhanced Reliability

The Redundant feature ensures enhanced reliability by providing backup power supply in case of a failure. With a redundant power supply configuration, the system can automatically switch to the backup power supply module if the primary module fails. This redundancy eliminates single points of failure and significantly reduces the risk of downtime. Organizations that cannot afford any interruptions, such as healthcare facilities or emergency services, greatly benefit from this feature.

2. Fault Tolerance

Similar to the HotPlug feature, the Redundant feature enhances fault tolerance by providing backup power. In case of a power supply failure, the system can seamlessly switch to the redundant module without interrupting critical operations. This fault tolerance ensures uninterrupted service delivery and minimizes the impact of potential failures on system performance.

3. Scalability

The Redundant feature also supports system scalability by allowing users to add redundant power supply modules as their power requirements increase. As businesses expand, they can easily increase their power capacity without disrupting ongoing operations. This scalability ensures that organizations can adapt their infrastructure to changing demands without compromising reliability.

Importance of Redundant

1. Critical Applications

Industries that rely on critical applications, such as telecommunications, healthcare, or aviation, require high levels of system reliability. The Redundant feature is crucial for these industries as it provides a fail-safe mechanism to prevent service outages in case of power supply failures. The continuous availability of critical systems is vital for public safety and operational efficiency.

2. Data Protection

In today's data-driven world, protecting valuable information is paramount. The Redundant feature plays a vital role in data protection by ensuring that power loss does not result in data corruption or loss. By maintaining a constant and reliable power supply through redundant modules, organizations can minimize the risk of data loss and ensure the integrity of their stored information.

3. Peace of Mind

The Redundant feature offers peace of mind to businesses and IT administrators. Knowing that the system has a backup power supply in place provides reassurance that potential power supply failures will not disrupt operations. This peace of mind allows IT teams to focus on other critical tasks, knowing that the system's power supply is robust and reliable.

In conclusion, the HotPlug and Redundant features of the Cisco ASR1001-PWR-DC Power Supply Plug-in Module are essential for ensuring uninterrupted operation, enhancing fault tolerance, supporting scalability, and improving system reliability. These features are particularly beneficial for industries with mission-critical applications and organizations that prioritize uptime, data protection, and cost efficiency. By incorporating these advanced features into their power supply infrastructure, businesses can optimize their operations and minimize the risks associated with power supply failures.