Quick Configuration

DHCP. You can use a RFC2131/RFC2132-compliant DHCP server to configure the TCP/IP settings the Management Card needs.

This section briefly summarizes the Management Card communication with a DHCP server. For more detail about how a DHCP server is used to configure the network settings for a Management Card, see “DHCP Configuration” in the Network Management Card User’s Guide (.\doc\usrguide.pdf).

1.A Management Card sends out a DHCP request that use the following to identify itself:

–A Vendor Class Identifier (APC by default)

–A Client Identifier (by default, the Management Card’s MAC address value)

–A User Class Identifier (by default, the identification of the Management Card’s application firmware)

2.A properly configured DHCP server responds with a DHCP offer that includes all of the settings that the Management Card needs for network communication. The DHCP offer also includes the Vendor Specific Information option (DHCP option 43). By default, the Management Card will ignore DHCP offers that do encapsulate the APC cookie in the Vendor Specific Information option using the following hexidecimal format:

Option 43 = 01 04 31 41 50 43 where

–the first byte (01) is the code

–the second byte (04) is the length

–the remaining bytes (31 41 50 43) are the APC cookie

Refer to your DHCP server documentation for information about adding code to the Vendor Specific Information option. To disable the APC cookie requirement, see “Local access to the control console” on page 14 or “Remote access to the control console” on page 15 to change the control console’s DHCP Cookie Is setting, an Advanced option in the TCP/IP menu.

AP9617 specifications

The APC AP9617 is a vital component for data center management and power management solutions, designed by APC by Schneider Electric. This intelligent network management card is engineered to provide enhanced monitoring and control of uninterruptible power supplies (UPS), ensuring consistent power availability and optimal performance in a variety of environments.

One of the main features of the AP9617 is its ability to connect via Ethernet, enabling remote monitoring and management of the UPS status through a web interface. This functionality allows users to access real-time data on power consumption, voltage levels, and overall system health from anywhere with internet connectivity. The card supports both SNMP (Simple Network Management Protocol) and web protocols, making it compatible with various network environments.

The AP9617 also comes equipped with advanced alerting capabilities. Users can configure email and SNMP traps to receive notifications about critical events, such as power outages, battery failures, or temperature fluctuations. This proactive alert system ensures that administrators can respond quickly to potential issues, minimizing downtime and protecting valuable equipment.

In terms of security, the AP9617 incorporates robust measures, including Secure Sockets Layer (SSL) for encrypted communications, ensuring that data transmitted over the network is protected from unauthorized access. Additionally, it supports user authentication and configurable access rights, allowing system administrators to maintain strict control over who can view or modify the UPS settings.

Physical characteristics of the APC AP9617 include a compact form factor that allows it to be easily integrated into existing UPS units without taking up excessive space. The installation process is straightforward, enabling users to deploy the device quickly and efficiently.

With its emphasis on reliability and performance, the AP9617 plays a critical role in power management strategies. By providing detailed analytics and reporting tools, it helps organizations analyze power usage trends, identify inefficiencies, and plan for future energy needs.

In summary, the APC AP9617 is more than just a network management card; it is an essential tool for ensuring the resilience and efficiency of power systems in data centers and other critical applications. Through its innovative features, technologies, and strong security protocols, it enables organizations to maintain power continuity while optimizing energy management practices.