Chapter 1: Introduction

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NOTE: The installation example displays the PM IPDU being connected with the RJ-45 to DB-9F adaptor that is shipped with the product. If the unit you are connected to does not have a DB-9M COM port, you may use a USB serial adaptor and connect to a USB port when possible.

Daisy chained configuration

In a daisy chained configuration, multiple PM IPDUs are connected to one another and managed by a single main PM IPDU. The PMs are linked together with RJ-45 cables connected through the PM IPDU’s IN and OUT ports. The following example shows three PM IPDUs operating in a daisy chained environment. PM IPDU #1 is connected to the local workstation and is the “main”

PM IPDU.

Figure 1.2: Daisy Chained PM IPDUs with an Avocent Management Device

Integrated configuration

In an integrated configuration, the PM IPDU is configured to work in conjunction with an Avocent management product.

A user connects to the PM IPDU by accessing the appropriate console port of the Avocent management product. In this scenario, software configuration on and monitoring of the PM IPDU is done through the Avocent management product and not on the PM IPDU itself. Visit www.avocent.com for more information.

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Avocent PM IPDU manual Daisy chained configuration, Integrated configuration

PM IPDU specifications

Avocent PM IPDU (Intelligent Power Distribution Unit) is a cutting-edge solution designed for efficient power management and monitoring in data centers and IT environments. These devices are essential for businesses aiming to optimize power consumption, enhance uptime, and improve overall operational efficiency.

One of the primary features of the Avocent PM IPDU is its ability to provide real-time monitoring of power usage at the outlet level. This granularity allows IT professionals to track the power consumption of individual devices and make informed decisions regarding resource allocation and load balancing. The device supports multiple power distribution configurations, making it versatile enough to suit a variety of setups.

Incorporating advanced technologies, the Avocent PM IPDU supports intelligent alerts and notifications, enabling proactive management of potential power-related issues. Users can configure customizable thresholds for power consumption, and the system will automatically send alerts if these thresholds are breached. This proactive approach helps in minimizing downtime and averting potential outages.

Another notable characteristic is the comprehensive remote management capabilities of the Avocent PM IPDU. Users can access the unit's management interface via a web-based portal, which provides intuitive dashboards displaying real-time data on power usage, temperature, and environmental conditions. This remote access feature is essential for IT teams managing distributed environments or multi-site operations, as it facilitates quick and effective responses to power concerns.

The Avocent PM IPDU also integrates seamlessly with existing management systems, offering compatibility with various standards and protocols. This interoperability ensures that organizations can leverage their current infrastructure while enhancing their power management capabilities. Additionally, the unit supports power metering and reporting features, enabling detailed analysis of energy consumption trends over time.

Furthermore, Avocent PM IPDU models come equipped with features such as outlet-level control, allowing IT administrators to perform remote power cycling, thus increasing operational efficiency and reducing the need for on-site visits. The units are designed with robust security features, including customizable user permissions and encryption protocols, ensuring that power management operations are protected from unauthorized access.

Overall, the Avocent PM IPDU is an essential tool for organizations striving to improve their power management practices. With its advanced monitoring, remote management capabilities, and robust security features, it is well-suited for modern data center environments where efficiency, reliability, and operational effectiveness are paramount.