HP MSR93x Router manual Installing a 4G antenna

Models: MSR93x Router

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Installing a 4G antenna

CAUTION:

When you install two 4G antennas on a JG704A router, connect one or both of the antennas to the router by using antenna extender cables.

To install a 4G antenna:

1.Change the angle of the antenna orientation from vertical to horizontal.

2.Attach the antenna to the router, as shown in Figure 19. Avoid over-tightening. Change the antenna orientation to vertical to achieve better signal coverage.

Figure 19 Installing a 4G antenna

4G antenna

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Installing a 3G/4G antenna extender cable to a 4G device

One 3G/4G antenna extender cable is provided with the JG704A router. No 3G/4G antenna extender cable is provided with other router models. Purchase 3G/4G antenna extender cables as required.

To install a 3G/4G antenna extender cable to a 4G device:

1.Thread the male connector of the cable through the hole on the bracket, and use screws (from behind the bracket) to secure the male connector to the bracket.

2.Change the angle of the antenna orientation from vertical to horizontal.

3.Attach the antenna to the male connector of the cable.

4.Attach the female connector of the cable to the router.

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HP MSR93x Router manual Installing a 4G antenna, Installing a 3G/4G antenna extender cable to a 4G device

MSR93x Router specifications

The HP MSR93x Router series represents a robust and versatile solution designed to meet the diverse networking needs of enterprises. With its support for various applications, it stands out in terms of performance, reliability, and security.

At the heart of the MSR93x series is its powerful hardware architecture, which includes high-performance processors and ample memory to handle demanding workloads. This architecture allows for seamless data processing and efficient management of network traffic, ensuring minimal latency and superior user experience. The routers come equipped with multiple Ethernet ports for flexible connectivity options and can support both wired and wireless networks, making them ideal for modern business environments.

One of the key features of the HP MSR93x Router is its integrated support for advanced routing protocols such as BGP, OSPF, and RIP. This capability ensures that the router can efficiently manage data paths across complex networks. Additionally, the routers support multiple WAN connectivity options, enabling organizations to leverage diverse internet connections for increased redundancy and reliability.

Security is a top priority with the MSR93x series. The routers are equipped with a robust suite of security features, including stateful inspection firewalls and Intrusion Prevention Systems (IPS). This comprehensive security architecture helps protect sensitive data and mitigates the risks posed by cyber threats. Furthermore, the routers support Virtual Private Network (VPN) technology, allowing for secure remote access to resources, which is essential in today’s remote working environment.

The HP MSR93x Router series also features an intuitive management interface. This interface simplifies configuration and monitoring tasks, enabling IT administrators to quickly deploy and manage network settings. This ease of management is enhanced by support for central management tools that help streamline operations across multiple devices.

Scalability is another significant advantage of the MSR93x series. Organizations can easily upgrade their networking capabilities by adding modules or additional units, ensuring that the infrastructure can grow alongside their evolving needs.

In summary, the HP MSR93x Router series is an excellent choice for enterprises seeking a reliable, high-performance networking solution. Its combination of advanced routing capabilities, security features, and ease of management make it a versatile option for organizations focused on enhancing their network infrastructure. With its ability to support a variety of applications and its scalability, the MSR93x series is well-suited to address the networking challenges of today and tomorrow.