HP 501 Client Bridge manual Configure the work group bridge, Test the wireless connection

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server. The HP 501 Ethernet MAC address is printed on the HP 501 label identified as MAC ADDR, and listed on the management tool Home page as MAC address.

Assign a static IP address to the HP 501. The address must be on the same subnet as the network to which the HP 501 connects.

1.Select Network > IP.

2.Under IPv4 Configuration, select Static IP for the connection type. For Static IP address, set an address that is on the same subnet as the network to which the HP 501 connects after installation. Respect any DHCP server-mandated static address ranges. Also set Subnet mask and Default gateway.

3.Set the DNS name servers to Manual, and then enter at least one server address.

4.Click Save.

Connection to the management tool is lost. You can later reconnect to the management tool by specifying the new IP address.

Configure the work group bridge

The work group bridge configuration contains the settings that the HP 501 uses to establish a connection with a wireless network. Configure the work group bridge as follows:

1.Select Wireless > Work group bridge. The Work group bridge page opens.

2.Configure the following settings, and keep the default settings for the other options.

Set the Work group bridge mode to Enabled.

SSID: The name of the wireless network to which the HP 501 attempts to connect.

Click the arrow next to this field to select the private network AP from the list of neighborhood APs.

To set the SSID directly, be sure to enter the same name as on the private network AP.

CAUTION: The HP 501 wireless security setting must match the setting on the private network AP. In this example, a setting of WPA/WPA2 Personal is used and presumes that the AP for network HOME_A02A is configured the same way. For information on other wireless security settings, see the HP 501 802.11ac Wireless Client Bridge Configuration and Administration Guide.

3.To configure basic wireless protection, in the Security box, select WPA/ WPA2 Personal.

4.Select WPA version WPA or WPA2, and then in the Key box, enter the preshared key that was configured on the AP.

5.Confirm the key, and then click Save.

The HP 501 automatically attempts to establish a wireless connection with the private network AP. To verify the status of the connection, select Wireless > Work group bridge. The Connection status should indicate a status of Associated.

When the wireless connection is established, the HP 501 is operational.

Test the wireless connection

This example assumes that the network has a DHCP server and an Internet connection. Broadband routers typically include a DHCP server.

1.Disconnect your computer from the HP 501.

2.Power off the HP 501.

3.Reconnect power to the HP 501.

Configure the work group bridge

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Contents HP 501 802.11ac Wireless Client Bridge Installation Guide Acknowledgments Contents Ports Getting startedOverview Supported antennas AntennasRemove product from packaging Installing the HPDesktop installation Wall or ceiling installationPlenum installation Connect the cables and power on the HP Initial configurationConfigure your computer Assign an IP address to the HP Connect to the management toolTest the wireless connection Configure the work group bridgeInitial configuration Typographic conventions Support and other resourcesContacting HP Related informationMonospace, bold text Documentation feedback Belarus Kazakhstan Russia marking Regulatory informationWarranty information Turkey RoHS material content declarationUkraine RoHS material content declaration

501 Client Bridge specifications

The HP 501 Client Bridge is a sophisticated networking device designed to enhance connectivity in home and small office environments. As businesses and individuals increasingly rely on wireless communication, the HP 501 Client Bridge offers a solid solution to extend network access to multiple devices.

One of the main features of the HP 501 Client Bridge is its dual-band functionality, supporting both 2.4 GHz and 5 GHz frequencies. This flexibility allows users to connect devices operating at different frequencies, optimizing network performance and reducing interference. The 2.4 GHz band is typically used for longer ranges, while the 5 GHz band supports higher data rates and is ideal for bandwidth-intensive applications like video streaming and online gaming.

Aside from dual-band support, the HP 501 Client Bridge implements advanced wireless technologies. Utilizing 802.11ac Wi-Fi standards, it can provide exceptional data transfer rates, often reaching up to 1.3 Gbps in optimal conditions. This high-speed capability makes it suitable for environments with multiple devices and heavy network usage.

The product also features multiple Ethernet ports, enabling wired connections to devices such as printers, gaming consoles, and network-attached storage (NAS) units. This is particularly useful for devices that require stable and high-speed connections. Moreover, the bridge can seamlessly integrate into existing networks, making it a practical choice for expanding coverage without replacing existing hardware.

Security is another vital characteristic of the HP 501 Client Bridge. With robust encryption standards including WPA3, it safeguards sensitive data against unauthorized access. Users can enjoy peace of mind knowing that their network traffic is protected, which is especially crucial in business settings where confidential information is exchanged.

The device is designed for easy setup and use, featuring a user-friendly interface and quick configuration options. It often includes mobile application support, allowing for remote management and monitoring, which enhances user convenience.

Lastly, the HP 501 Client Bridge is power-efficient, consuming less energy while providing reliable performance. This eco-friendly aspect aligns with current sustainability goals, making it an attractive option for environmentally conscious consumers.

In summary, the HP 501 Client Bridge stands out with its dual-band functionality, high-speed connectivity, multiple Ethernet ports, robust security measures, user-friendly design, and energy efficiency, making it an excellent choice for those looking to optimize their networking experience.