2 • Hardware installation

Model 3125 RAS Getting Started Guide

 

 

7.Verify that the module is properly seated, then secure it to the chassis using the captive fasteners located adjacent to the injection/ejection handles (see figure 11).

Figure 11. Securing the captive fasteners

Installing the 3125RC Resource Card

1.If there is not a slot filler panel installed, go to step 2. Otherwise, remove the two screws (located at the top of the filler panel and at the bottom) that secure the panel to the card cage.

2.Remove the 3125RC Resource Card from its anti-static bag.

3.Press on the red tab on each injection/ejection handle to release the handle (see figure 7 on page 28).

4.Locate the slot where the 3125RC will be installed. Insert the 3125RC so it enters the corresponding top and bottom slot guides as shown in figure 8 on page 28.

5.Carefully slide the 3125RC into the chassis until it engages the mid-plane (see figure 9 on page 29), when that happens, pivot the injection/ejection handles into locked position (see figure 10 on page 29).

6.Verify that the module is properly seated, then secure it to the chassis using the captive fasteners located adjacent to the injection/ejection handles (see figure 11).

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Model 3125 installation

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Patton electronic manual Installing the 3125RC Resource Card, Securing the captive fasteners
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3125 specifications

The Patton Electronics 3125 is a versatile, high-performance device designed for a variety of communication applications. Known for its durability and reliability, this product has made a name for itself in the realm of network connectivity and data communication.

One of the standout features of the 3125 is its support for both T1 and E1 serial data connections. This flexibility allows users to adapt the device to different network environments, making it suitable for various applications ranging from remote access to integrating legacy systems with modern networks. The device supports frame relay and PPP protocols, which are critical for ensuring efficient data transfer across networks.

The Patton 3125 is equipped with advanced technologies that enhance its functionality. For instance, it incorporates an intelligent line monitoring feature, which helps identify and troubleshoot line faults automatically. This capability can minimize downtime, offering users a more reliable communication experience and reducing the need for on-site maintenance.

Another significant characteristic of the 3125 is its built-in network interface card (NIC) support, which allows seamless integration with IP networks. This feature is particularly valuable for businesses looking to modernize their infrastructure without completely overhauling existing systems. Furthermore, the device supports various signaling protocols, including CAS, NI1, and NI2, which facilitates compatibility with different telecom services.

Additionally, the Patton 3125 comes equipped with a user-friendly web-based interface, making configuration and management straightforward. This feature is particularly beneficial for network administrators, allowing them to monitor performance and adjust settings remotely. The device also supports SNMP for enhanced network management capabilities, further streamlining operational efficiency.

In terms of physical characteristics, the Patton 3125 is built to withstand challenging environments. Its robust casing ensures durability, and it features various mounting options for easy installation in different settings, whether in a data center or an office environment.

Overall, the Patton Electronics 3125 stands out for its combination of flexibility, advanced technology, and ease of use, making it a valuable asset for organizations seeking reliable communication solutions. Whether connecting legacy systems or enabling high-speed data transfer, the 3125 meets the demanding needs of today’s network landscape.
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