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Toshiba HVR16-X LAN Overview, Connecting to a LAN Using TCP/IP, Configuring TCP/IP Settings

Models: HVR16-X HVR8-X HVR32-X

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LAN OVERVIEW

The DVR unit can easily be connected to a Local Area Network (LAN) and uses Microsoft’s® powerful and secure Windows® XP Embedded operating system. This allows for easy and well-documented instructions on setting up LAN connections no matter what type of LAN you want to use.

A LAN is a group of computers and other devices dispersed over a relatively limited area and connected by a communications link that allows one device to interact with any other on the network.

Examples of LAN connections include Ethernet, Token Ring, cable modems, DSL, FDDI, IP over ATM, IrDA (Infrared), wireless, and ATM-emulated LANs. Emulated LANs are based on virtual adapter drivers such as the LAN Emulation Protocol.

There are many reasons why using Microsoft® Windows® XP Embedded is superior to other platforms when running on a LAN. The number one reason is security. Windows XP Embedded is based on NT technology, which, historically has boasted the most reliable and secure Operating System in the world. Running the DVR on a secure network is important to prevent unwanted users from gaining access to confidential information. Unwanted users can compromise the integrity of the confidential data being stored and viewed, and in extreme circumstances can cause irreparable damage to the network.

Since connecting the DVR unit to a network can be extremely complex (depending on the network), this Surveillix DVR manual will cover only the basics. It is suggested that the administrator consult a Vendor or IT Administrator before attempting to create or connect to a LAN.

CONNECTING TO A LAN USING TCP/IP

The networking options of the DVR unit can create and edit all Network settings available on Windows XP Embedded. The DVR unit comes equipped with a 10/100 Network Interface Card (NIC). This card uses a standard RJ-45 connector.

The DVR unit comes configured in DHCP Mode. The DVR will automatically receive an IP address is your Network assigns DHCP. To configure a static IP address, refer to the instructions below.

Configuring TCP/IP Settings

1.Exit and restart in Windows mode.

2.Right-click on the My Network Places icon located on the desktop and select Properties. The Network Connections window opens.

3.Right-click Local Area Connections and select Properties. The Local Area Connection Properties window opens.

4.Select the Internet Protocol (TCP/IP) by clicking on it once. Once it is highlighted, select the Properties Button. The Internet Protocol (TCP/IP) Properties window opens.

5.Select Use the Following IP Address option. Enter the IP Address and Subnet mask appropriate for the network. It is recommended to contact the Network Administrator for appropriate IP settings.

Example:

a.

Common IP addresses are 10.0.0.25

 

b.

Common Subnet masks are 255.255.255.0

NOTE: In order to connect to the DVR unit through a remote LAN connection, a static IP address must be assigned. If the network assigns the IP address automatically (DHCP), contact the Network Administrator for help assigning a static IP address.

6.If the network requires you to specify the DNS information, enter it now by selecting the appropriate DNS options.

7.When finished configuring the TCP/IP settings close the Internet Protocol (TCP/IP) Properties window by clicking the OK Button.

8.Close the Local Area Connection Properties window by clicking the OK Button.

9.It may be required to restart Windows for the changes to take effect. Start > Shutdown > Restart.

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Toshiba HVR16-X, HVR32-X, HVR8-X user manual LAN Overview, Connecting to a LAN Using TCP/IP, Configuring TCP/IP Settings
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HVR16-X, HVR8-X, HVR32-X specifications

The Toshiba HVR32-X, HVR16-X, and HVR8-X are advanced video surveillance recorders designed for high-performance applications. These devices cater to a variety of operational needs, from small-scale setups to larger enterprise systems, providing robust solutions for secure monitoring and recording.

One of the standout features of the HVR series is its ability to support high-definition video recording. The HVR32-X can handle up to 32 channels, the HVR16-X offers 16 channels, while the HVR8-X allows for 8 channels of recording. This scalability makes them ideal for businesses and institutions that require flexible and expandable surveillance systems.

These recorders utilize advanced H.265 video compression technology, which significantly reduces storage space without compromising video quality. H.265, also known as HEVC (High-Efficiency Video Coding), delivers a high-quality viewing experience by maintaining clarity even at lower bit rates, making it efficient for long-term data storage.

The Toshiba HVR series also features an intuitive user interface, simplifying the setup and operation for end-users. The built-in web interface provides remote access, allowing users to monitor live feeds and recorded footage from anywhere using their smartphones, tablets, or computers. This enhances the user experience and makes management more accessible, particularly for multi-site operations.

Each recorder is equipped with multiple storage options, including internal HDD slots and external storage support. This flexibility allows users to choose the storage capacity that best fits their requirements, ensuring that ample recording time is available even in high-traffic environments.

The HVR series is also designed with security in mind. Features such as user access controls and encryption ensure that sensitive video data is protected against unauthorized access. The integration of advanced analytics capabilities allows for motion detection and event-triggered recording, minimizing the need for constant monitoring while enhancing security.

In summary, the Toshiba HVR32-X, HVR16-X, and HVR8-X video recorders present an effective solution for modern surveillance needs. With their high-definition recording capabilities, advanced compression technologies, user-friendly interfaces, and robust security features, these devices are well-suited for a diverse range of environments, ensuring reliable performance and peace of mind for users everywhere.