Chapter 3 Setting Up the Hardware

Attaching Peripheral Devices and Making Connections from the Phone System

If the slot location of a customer-provided server management card (such as Hewlett-Packard Remote Insight Lights-Out Edition) conflicts with a required host card slot, the host card takes precedence.

Using an unapproved slot for the host card can cause a conflict with the RAID controller card.

Step 6 Insert each voice card firmly into its slot in the server or in the expansion chassis, and fasten each card to the back plate with a screw. Note the following considerations, as applicable:

If you are installing more than one voice card of the same model, and if the cards include a hardware setting that indicates which card is first, second, and so on, install the cards in the order specified by the hardware settings.

If you are installing voice cards of different models in the same server, install cards of the same model adjacent to one another.

Choose a physically compatible slot in an appropriate bus segment. Refer to the manufacturer documentation for detailed PCI bus topology information.

Caution Placing a 33-MHz Intel Dialogic voice card in a physical interface slot in the same logical segment as a 66-MHz PCI or 100-to-133-MHz PCI-X interface card will slow both slots in the logical segment to 33 MHz, degrading performance of the whole platform.

Step 7 If you are installing multiple voice cards that have H.100 bus connectors, cable the cards together. On each card, connect the cable so the red stripe on the cable corresponds with pin 1 on the card connector. Confirm that the connectors are firmly seated.

Caution If you do not cable cards together as required, the voice card software will not start, and Cisco Unity will not answer calls.

If the cable has more connectors than the server has voice cards, use the first and last connectors, and leave unused connectors in the middle of the cable. If the end of a cable is allowed to dangle loose, it can act as a radio antenna and pick up noise from the bus.

If you are cabling three or more cards together, connect the first connector on the cable to the first card, the second connector to the second card, and so on.

Attaching Peripheral Devices and Making Connections from the Phone System

We recommend that you connect the Cisco Unity server to a dedicated uninterruptible power supply.

A Cisco Unity server purchased from Cisco is configured for a specific hardware setup. Do not add or change any hardware on the server, except to add voice cards, memory, a tape drive, an external modem, or a rail kit.

To Attach Peripheral Devices and to Make Connections from a Circuit-Switched Phone System

Step 1 Place the server in a dry, cool area that is free of dust. Note the following considerations, as applicable:

If the Cisco Unity server will be connected to the network, place it near a network connection.

Installation Guide for Cisco Unity Release 5.x with IBM Lotus Domino (Without Failover)

3-4

OL-13599-01

 

 

Page 28
Image 28
Cisco Systems OL-13599-01 manual

OL-13599-01 specifications

Cisco Systems OL-13599-01 is an integral part of Cisco's portfolio of networking equipment, designed to enhance the efficiency and performance of various networking environments. This model is particularly notable for its robust features, cutting-edge technologies, and adaptable characteristics, making it suitable for enterprise-level applications.

Main features of Cisco OL-13599-01 include advanced routing capabilities that facilitate seamless data transmission across complex networks. It supports a range of protocols, ensuring compatibility and interoperability with various networking devices. The system is optimized for high throughput, enabling the handling of multiple concurrent connections without compromising performance. Additionally, it offers enhanced security measures, including integrated firewalls, intrusion prevention systems, and advanced encryption standards, which protect sensitive data and safeguard against unauthorized access.

Technologically, OL-13599-01 is built on Cisco's state-of-the-art architecture, allowing for virtualization and automation. This means users can efficiently manage their network resources, deploy applications swiftly, and even automate routine maintenance tasks. The system supports Software-Defined Networking (SDN), which promotes greater flexibility in network management by enabling centralized control over traffic flows and configurations. This technology reduces operational complexity and fosters a more agile networking environment.

Another characteristic of Cisco OL-13599-01 is its scalability. As organizations grow, their networking needs evolve, and OL-13599-01 can easily scale to accommodate increased demands. It supports modular components that allow for easy upgrades and expansions, ensuring the system remains relevant and effective over time. Furthermore, the device is designed for energy efficiency, which not only contributes to sustainability efforts but also reduces operational costs.

In conclusion, Cisco Systems OL-13599-01 stands out as a powerful networking solution that combines robust features, advanced technologies, and versatile characteristics. Its ability to handle high traffic, support various protocols, and provide strong security measures makes it a favored choice among enterprises aiming to enhance their networking infrastructure. With its focus on scalability and efficiency, OL-13599-01 is crafted to meet the dynamic demands of modern businesses, ensuring they remain competitive and resilient in an ever-evolving digital landscape.