Nextiva S1800e Series User Guide For S1808e and S1816e Series Encoder Firmware Version 2.4 SP9 S1801e and S1802e Series Encoder and Decoder Firmware Version 2.
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Contents Preface 8 Nextiva Web Interface Help 9 Documentation and Firmware Contacting Verint Contacting Service and Support 9 9 10 Safety 11 Summary of Changes 12 Revision 11 - May 2013 What's New Revision 10 - October 2012 What's New Revision 9- June 2012 Updates Revision 8 - March 2012 New Feature Revision 7 - August 2011 What's New Revision 6 - August 2011 Revision 5 - June 2011 What's New Updates Revision 4 - December 2010 Updates Revision 3 - September 2010 Revision 2 - February 2010 What's N
Supported Resolution Supported Frame Rates Supported Decoding Resolution and Tile Layout Supported Tile Layout Multiport Supported Resolutions Multiport Supported Frame Rates Supported Audio Formats Understanding the LED Indicators System Status LED Video Status LEDs RTSP Support Configuring the Input/Output Terminals 24 25 25 26 26 27 28 28 28 29 30 31 Chapter 2: Installing the Single-and Dual-Port Devices 32 Package Contents Optional Accessories Installing on a Flat Surface Installing in a Rack Poweri
Setting a DHCP IP Address Setting a Static IP Address Configuring the Serial Ports Configuring the RS-232 Serial Port Using SConfigurator Configuring the RS-422/485 Serial Port Using SConfigurator Setting the H.
Upgrading Using SConfigurator Upgrading Using the Web Interface Performing a Batch Firmware Update Device Reboot Rebooting the Device Using SConfigurator Rebooting the Edge Device Rebooting the Device from the Front Panel Factory Default Settings Restoring the Factory Default Settings Using SConfigurator Restoring the Factory Default Settings Using the Web Interface Restoring the Factory Default Settings from the Front Panel Troubleshooting Using Recovery Mode Performing a Hardware Reset Losing Connection t
Preface The Nextiva® S1800e User Guide presents information and procedures on installing, configuring, and using the Nextiva encoders and decoders. The Web Interface User Guide presents the information and procedures for configuring the Nextiva® S1800e series encoders and decoders. © 2013 Verint Video Systems Inc.
Nextiva Web Interface Help Nextiva Web Interface Help The Web Interface User Help presents the information and procedures for configuring the S5503 PTZ IP Cameras and Nextiva® S1800e series encodersdecoders. Documentation and Firmware Download the documentation of Nextiva IP cameras and encoders from: http://www.verint.com/solutions/video-situationintelligence/resources/index Download the documentation of the Nextiva VMS software and the latest firmware from the extranet: https://online.verint.com.
Nextiva Web Interface Help Location Contact Information + 852 2797 5678 Contacting Service and Support To request the latest versions of firmware and software or to download other product-related documents, you need access to the Verint Video Intelligence Solutions partner extranet. To register, go to https://online.verint.com. If you encounter any type of problem after reading this guide, contact your local distributor or Verint representative.
Safety Safety Always observe the following precautions to reduce the risk of injury and equipment damage: The S1800e series devices are for indoor use only. Do not connect the S1800e series devices to any cabling (BNC,HDMI, PoE or otherwise) that runs outdoor. The S1800e series devices should be placed on a secure flat surface or mounted using optional hardware. The S1800e series devices should only be operated in a clean, dry environment.
Summary of Changes This section lists technical updates and new material added to the Nextiva V3300 User Guide. Revision 11 - May 2013 This is the eleventh edition of the Nextiva S1800e Series User Guide. What's New Update to the Nextiva Onboard Analytics to allow users to enable/disable surveillance analytics based on external data such as access control software. RTSP basic authentication can now use the same credentials as the web page. Support for Polish.
Revision 8 - March 2012 Revision 8 - March 2012 This is the eight edition of the Nextiva S1800e Series User Guide. New Feature Support for AgentVi Video Analytics on the multiport encoders. Revision 7 - August 2011 This is the seventh edition of the Nextiva S1800e Series User Guide. What's New Web Server port text box to allow you to configure the http port number to use. DHCP Timeout text box allows you to set the timeout value.
Summary of Changes S1801e, S1801e-R or S1801e-R-HD, S1802e, S1808e-A, S1816e-A: Support for μ-LAW audio codec. S1801e-R or S1801e-R-HDMI: Support for decoding video from Nextiva S5000 IP Cameras S1801e-R-HDMI: New 3 × 2 layout Updates Nextiva Onboard Analytics licensing page has been updated. Revision 4 - December 2010 This is the fourth edition of the Nextiva S1800e Series User Guide. Updates The U.S.
Revision 1- October 2009 Revision 1- October 2009 This is the first edition of the Nextiva S1800e Series User Guide. What's New 8 or 16-video input encoders with up to triple streaming H.
Chapter 1 S1800e Series Overview The Nextiva® encoders are enterprise-class, H.264 enabled video encoders designed for large-scale, geographically distributed operations. These powerful video devices offer a comprehensive feature set that includes full frame rate with high resolution video on all ports. The Nextiva® decoders incorporate advanced H.
Hardware Overview Hardware Overview The ® S1800e series devices consist of the following models: Single and Dual Port devices S1801e S1801e-PoE S1801e-R S1801e-R-HDMI S1802e Multiport devices S1808e S1808e-A S1816e S1816e-A S1816e-SP S1816e-SR Caution The S1800e series devices are enclosed in a non-weatherproof casing and should be placed in a location that is not exposed to the outdoor environment.
Chapter 1: S1800e Series Overview The S1800e series decoders (S1801e-R and S1801e-R-HD)are designed for use with all S1800e series single- and multi-port encoders and the S5000 IP Cameras and are ideal for integration in distributed networks, including pointto-point applications.
Single- and Dual-Port Terminal Block 1. Video input 2. Audio input and output 3. Video output 4. HDMI output 5. One RJ-45 network connector 6. Terminal Block 7. One MicroSD card slot (Only available on encoders) 8. Status LED 9. Reset button Single- and Dual-Port Terminal Block Description 1. One 12V DC input 2. One RS-232/422/485 3. One 12V DC output (Only available on the S1801e-POE) 4. One Relay output 5.
Chapter 1: S1800e Series Overview Multi-Port Devices The S1800e series multi-port encoders delivers high-resolution images for both recording and live video viewing. The Nextiva S1808e, S1808e-A, S1816e and S1816e-A video encoders supports H.264 and MPEG-4 video up to D1/30 frames per second on all ports. In addition to the Nextiva S1808e and S1816e powerful video encoders, the S1816e-SP is a cost effective version with performance of up to D1/15fps and comprehensive feature set. By incorporating the H.
Multi-Port Devices S1816e Rear S1816e-SP Rear S1816e-SR Rear Description 1. Two RJ-45 Network connectors (One RJ-45 Network connector on the S1816e-SR model) 2. Video Status LEDs 8 on the S1808e 16 on the S1816e 3. Reset button 4. System Status LED 5. Terminal block 6. Video input 8 connectors on the S1808e 16 connectors on the S1816e 7. Audio input connectors, each having two audio line-in or one mic in.
Chapter 1: S1800e Series Overview Multi-Port Terminal Block S1808e Terminal Block S1816e and S1816e-SP Terminal Block S1816e-SR Terminal Block Description © 2013 Verint Video Systems Inc.
Product Dimension and Weight 1. One 12V DC input 2. One RS-232 3. Relay output Two on the S1808e Four on the S1816e One on the S1816e-SR 4. RS 422/485 5. Dry contacts 8 on the S1808e 16 on the S1816e 4 on the S1816e-SR Product Dimension and Weight The S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816e-SR have the following dimensions: 17L × 6.6W ×1.7H in. (430L × 67.68W × 42.6H mm) 4.0 lb. (1.
Chapter 1: S1800e Series Overview Security Every S1800e series device comes with a unique SSL (Secure Sockets Layer) certificate for securing its IP link. SSL is a commonly used protocol for managing the security of IP message transmission. With the SSL protocol, the following data: Web Control Data, and VSIP communication are secured. For more information on activating the SSL security, refer to the SConfigurator User Guide, Web Interface User Guide or your Nextiva Administration Guide.
Supported Frame Rates Supported Frame Rates The following table lists the performance that each video encoder on the S1801e and S1802e encoders can achieve with the H.264 compression mode using single-stream encoding. For other encoding values, refer to the Nextiva Edge Devices Stream Performance document, available on the Verint extranet: https://online.verint.com/.
Chapter 1: S1800e Series Overview Supported Tile Layout The following table lists the supported video decoding resolution on each tile by each mode on the S1801e-R and S1801e-R-HD.
Multiport Supported Frame Rates Encoders 1 and 2 are H.264 and Encoder 3 is MPEG4. You can customize each encoder to meet the system requirements in terms of frame rate and resolution. A typical scenario would be using encoder 1 as the recorder, since it is the primary H.264 encoder. Encoder 2 or 3 can be used for viewing or recording, depending if you want to view live video in H.264 or MPEG4. The following table lists the video resolutions supported by the S1800e series multi-port encoders.
Chapter 1: S1800e Series Overview Supported Audio Formats The S1801e, S1802e, S1808e-A, S1816e-A, S1801e-R and S1801e-R-HD supports bi-directional audio: audio input and output. Audio input allows you to capture audio signals from a camera, provided that it supports audio, at the same time it captures video. Currently, the S1800e series devices support the following audio formats: Sampling Frequency Bits per Sample Bitrate PCM (no compression) 8 kHz 16 bits/data 28 kbits/sec (8kHz) G.
Video Status LEDs LED Pattern Description Flashing green (0.2 sec. intervals) The firmware has started, the encoder is connected to the network, and serial data is transmitted. Flashing green (3 sec. The firmware has started, but the encoder is not intervals) connected to the network. Flashing green-red (1 The encoder is undergoing a firmware update. sec. intervals) Flashing red (0.1 sec. The encoder is being identified.
Chapter 1: S1800e Series Overview LED Pattern Description Flashing greenred (1 sec. intervals) The encoder is undergoing a firmware update. For multiport Video cable is connected, but the video standard is encoders: incorrect and no video is streaming from the input. Steady orange For single/dual port encoders: Flashing green (3 times) and orange (1 time) Flashing orange Video cable is connected and video is streaming from the input, but the video standard is incorrect.
Configuring the Input/Output Terminals Configuring the Input/Output Terminals The rear panel of the S1800e series devices has 1, 2, 8 or 16 dry contact inputs and 1, 2 or 4 relay output terminals for triggers and alarms depending on the model.
Chapter 2 Installing the Single-and Dual-Port Devices This chapter describes the installation and configuration steps you need to perform to prepare the S1800e series devices for operation. Caution The S1800e series devices are enclosed in a non-weatherproof steel casing and should be placed in an indoor environment.
Package Contents Package Contents Each installation kit contains the following: One S1801e, S1801e-PoE, S1802e, S1801e-R or S1801e-R-HD device One set of rack-mount brackets with four screws (Philips M3 x 6mm pan head) One Nextiva S1800e series Quick Installation Guide PS12: Efficiency level V compliant power supply Optional Accessories You can order the following power supplies when purchasing the encoder or decoder: VRM8: 19-inch rack mount panel for eight units (single- or dual-ports devices) PSPOE: 80
Chapter 2: Installing the Single-and Dual-Port Devices ► To install in a rack 1. Remove the two screws from the S1800e series device. 2. Screw the S1800e series device to the rackmount plate using 5 in-lb (0.56 © 2013 Verint Video Systems Inc.
Powering the Devices N-m) force with the provided screws. 3. Slide the device into the 3U mounting space in the rack cabinet. 4. Secure the device to the rack cabinet using the screws supplied with the rack. Powering the Devices The S1801e and S1802e encoders consumes up to 5W of power, while the S1801e-R and S1801e-R-HDMI consumes up to 4W of power. 35 © 2013 Verint Video Systems Inc.
Chapter 2: Installing the Single-and Dual-Port Devices ► To power the devices 1. Remove the terminal block plug from the rear of the device. 2. Verify the polarity of each wire from the power supply according to the attached label. 3. Connect the positive power wire in the corresponding +12V pole and the negative power wire in the corresponding GND pole on the terminal block plug. 4. Connect the terminal block plug to the on the rear of the device. 5. Connect the power supply to an outlet or UPS. 6.
Powering the S1801e-POE Powering the S1801e-POE The S1801e and S1802e encoders consumes up to 5W of power, while the S1801e-R and S1801e-R-HDMI consumes up to 4W of power. ► To power the S8101e-POE 1. Plug a straight-through Ethernet cable into the LAN 10/100 (RJ-45) connector on the back of the S1801e-POE encoder. 2. Plug the other end of the cable into a POE Ethernet switch or to the Data&PWR port of a POE injector.
Chapter 2: Installing the Single-and Dual-Port Devices ► To connect analog cameras 1. Connect the video cables from the analog cameras to the BNC connectors on the rear of the device. Connecting Network Cables Use the following procedure to connect the network cable to the device. ► To connect network cables 1. Plug a straight-through ethernet cable to the LAN 10/100 connector on the rear. © 2013 Verint Video Systems Inc.
Connecting a Serial Device Connecting a Serial Device RS-232, RS-422 and RS-485 are communication standards between a Data Terminal Equipment (DTE) and a Data Circuit-terminating Equipment (DCE) using the asynchronous serial communication method. Most serial equipments such as PTZ cameras, keyboards, matrixs, multiplexers, or access cards conform to the RS-232 or RS-422/485 standards.
Chapter 2: Installing the Single-and Dual-Port Devices ► To connect RS-232 devices 1. Remove the terminal block plug from the rear of the device. 2. Connect a twisted pair cable to the terminal block plug as shown below. 3. Connect the terminal block plug to the rear of the device. Connecting RS-422/485 Four-Wires Most target devices (keyboards, PTZ cameras, monitors) use the RS-422/485 protocol for communication. Using a twisted pair cable, connect the signals as shown in the table below.
Connecting RS-422/485 Four-Wires ► To connect RS-422/485 four-wires devices 1. Remove the terminal block plug from the rear of the device. 2. Connect a twisted pair cable to the terminal block plug as shown below. 3. Connect the terminal block plug to the rear of the device. 41 © 2013 Verint Video Systems Inc.
Chapter 2: Installing the Single-and Dual-Port Devices Connecting RS-485 Devices In order to connect an RS-485 device to the S1800e, you will need to create a Data+ and a Data- signal from the existing Tx and Rx signals. Use the following table to help you make the proper connection to a two-wire RS-485 serial device, where the Tx signals are for input and the Rx signals are for output. Note On some equipment, signal terminology may vary. Refer to the peripheral documentation to find the equivalent terms.
Connecting Audio Inputs Connecting Audio Inputs The S1801e and S1802e supports bi-directional audio: audio input and output. Audio input allows you to capture audio signals from a camera, provided that it supports audio, at the same time it captures video. Currently, the S1800e series devices support the following audio formats: Sampling Frequency Bits per Sample PCM (no compression) 8 kHz 16bits/data 28 kbits/sec (8kHz) G.
Chapter 2: Installing the Single-and Dual-Port Devices ► To connect audio outputs 1. Insert the cable of the speaker into Audio Out audio output connector on the rear. 2. Connect the other end of the connector to an external speaker. © 2013 Verint Video Systems Inc.
Chapter 3 Installing the S1800e Series Multiport Devices This chapter describes the installation and configuration steps you need to perform to prepare the S1800e series devices for operation. Caution The S1800e series devices are enclosed in a non-weatherproof steel casing and should be placed in an indoor environment.
Package Contents Package Contents Each installation kit contains the following: One S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP or S1816e-SR device One set of rack-mount brackets with four screws (Philips M3 × 6mm pan head) One Nextiva S1800e series Quick Installation Guide Optional Accessories You can order the following power supplies when purchasing the multiport encoders: PS1261: Efficiency level V compliant power supply for S1800e series multiport devices.
Chapter 3: Installing the S1800e Series Multiport Devices Installing in a Rack This section explains how to install the device in a rack. ► To install in a rack 1. Align the mounting brackets with the holes on the side of the S1800e series device. 2. Screw the rack-mount brackets to the device using 5 in-lb (0.56 N-m) force with the provided screws. 3. Slide the device into the 1U mounting space in the rack cabinet and ensure that the fan airflow is not blocked. 4.
Powering the Multiport Devices Powering the Multiport Devices You can use the PS1261 or any other certified power supply to connect to the S1800e series devices. If you plan on using a power supply other than the PS1261, ensure that it is certified with an output voltage rating of 12V DC and an output current rating of 1.8A up to 3A. The power wire gauge should be in the wire range of 28-16 AWG in order to properly engage the terminal block plug. ► To power the devices 1.
Chapter 3: Installing the S1800e Series Multiport Devices 5. Connect the power supply to an outlet or UPS. 6. If required, connect the serial ports of the S1800e device to a PTZ camera. Note If you are using the PS1281 or the PS1282 power supply with a PDP10-2 power distribution panel, refer to the PDP10-2 Installation Guide that is shipped with the PDP10-2 to set up the power distribution panel.
Connecting Network Cables Connecting Network Cables The primary network interface (LAN-1) on the S1800e series is for the main connectivity to the LAN. The secondary network interface (LAN-2) on the S1800e series encoder is used by support for debugging purposes. The default IP address of LAN 2 is set to 172.29.204.254 with subnet mask 255.255.255.252. Any computer connecting to the S1800e series encoder must use the following IP address 172.29.204.253. Note LAN-2 is not available on the S1816e-SR model.
Chapter 3: Installing the S1800e Series Multiport Devices Connecting RS-232 Devices The RS-232 standard is used in some analog cameras and computer serial ports. Before connecting the S1800e series device to a RS-232 serial equipment, you need to determine if they are data terminal equipment (DTE) or data communication equipment (DCE). When connecting two modules of the same type, you have to cross the data wires to create a communication.
Connecting RS-422/485 Four-Wires Connecting RS-422/485 Four-Wires Most target devices (keyboards, PTZ cameras, monitors) use the RS-422/485 protocol for communication. Using a twisted pair cable, connect the signals as shown in the table below. Signal on Peripheral Signal on S1800e Tx+ Tx+ Tx- Tx- Rx+ Rx+ Rx- Rx- ground ground Note On some equipment, signal terminology may vary. Refer to the peripheral documentation to find the equivalent terms. ► To connect RS-422/485 four-wires devices 1.
Chapter 3: Installing the S1800e Series Multiport Devices Connecting RS-485 Devices In order to connect an RS-485 device to the S1800e, you will need to create a Data+ and a Data- signal from the existing Tx and Rx signals. Use the following table to help you make the proper connection to a two-wire RS-485 serial device, where the Tx signals are for input and the Rx signals are for output. Note On some equipment, signal terminology may vary.
Connecting Audio Inputs Connecting Audio Inputs This section explains how to connect audio devices to the S1800e multiport encoders. The audio-in connectors support two audio-mono line-in or one microphone. For the line-in, you can use a RCA mono 3.5 mm stereo adapter. The S1800e multiport encoders support the following audio formats: Sampling Frequency Bits per Sample PCM (no compression) 8 kHz 16bits/data 28 kbits/sec (8kHz) G.
Chapter 3: Installing the S1800e Series Multiport Devices Note The S1816e-SP and S1816e-SR models do not support audio out. ► To connect audio outputs 1. Insert the cable of the speaker into Audio Out audio output connector on the rear. © 2013 Verint Video Systems Inc.
Chapter 4 Using SConfigurator for Configuration Once you have connected all the equipment to the device, you can begin configuring the device to ensure that it can communicate with the attached devices and with a video management software over the network. In order to configure the device, you first need to obtain the IP address using SConfigurator. SConfigurator is a PC-based administration tool that you can use over any TCP/IP network.
Setting SConfigurator Setting SConfigurator Before you can use SConfigurator to discover devices on the network, you need to set the initial parameters. ► To set SConfigurator 1. Download the latest version of SConfigurator. 2. Extract the executable file (SConfigurator.exe) to the desktop. 3. Double-click SConfigurator.exe to start SConfigurator. 4. In the General tab, click Program Options. 5. Select the IP address of the correct LAN interface from IP Address of the PC list.
Chapter 4: Using SConfigurator for Configuration Note VSIP ports 9541, 65500, and those under 1024 are reserved and should never be used, not even for serial port, video, or audio communication. The maximum value is 65535. 8. Ensure that the Discovery IP Address is 255.255.255.255; otherwise, click Broadcast. The communication method and associated IP address SConfigurator will use to detect Nextiva devices on the network. Contact your system administrator to know which method your network supports.
IP Address Configuration In APIPA mode, the Unit Name column in the Units box displays Unknown and the first two octets of the IP address in the Address column is 169.254. Use the following procedure to set the IP address for the encoder. IP Address Configuration By default, all S1800e series devices are Dynamic Host Configuration Protocol (DHCP ) enabled. If you have a DHCP server, the device will automatically obtain a valid IP configuration.
Chapter 4: Using SConfigurator for Configuration Setting a DHCP IP Address The S1800e series devices automatically obtains the IP network configuration from a DHCP server. Use this procedure if you are switching an encoder from a manual configuration to one using a DHCP server. ► To set a DHCP address 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit > Network > IP. 5.
Setting a Static IP Address ► To set a static IP address 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit > Network > IP. 5. Select Use the following IP address. 6. In the IP Address box, type the device IP address. 7. In the Subnet Mask box, type the address specifying the subnet in which the IP address belongs. 8.
Chapter 4: Using SConfigurator for Configuration Configuring the Serial Ports Once the serial equipment is connected to the device, you need to ensure that both devices can communicate with each other. Note For complete information about serial port parameters and the settings to use, refer to the serial equipment documentation or contact the product manufacturer. Configuring the RS-232 Serial Port Using SConfigurator Use the following procedure to configure an RS-232 device using SConfigurator.
Configuring the RS-232 Serial Port Using SConfigurator ► To configure the RS-232 port 63 © 2013 Verint Video Systems Inc.
Chapter 4: Using SConfigurator for Configuration 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit > Serial Port. © 2013 Verint Video Systems Inc.
Configuring the RS-232 Serial Port Using SConfigurator 5. Select one of the following: (Single- and Dual-Port devices) RS-232/422/485. (Multiport devices) RS-232. 6. In the Baud Rate list, select the data rate used by the serial equipment. 7. In the Parity list, select the parity bit used by the serial equipment. Parity bits determine if the data has been sent accurately over the network. 65 © 2013 Verint Video Systems Inc.
Chapter 4: Using SConfigurator for Configuration 8. In the Stop bits list, select the stop bits used by the serial equipment. Stop bits let the receiver know that the byte being transmitted has ended. 9. In the Data bits list, select the data bits used by the serial equipment. Data bits represents the number of bits in each data that is sent over the network. Eight data bits are universally used in most applications. 10.
Configuring the RS-422/485 Serial Port Using SConfigurator ► To configure the RS-422/485 port 67 © 2013 Verint Video Systems Inc.
Chapter 4: Using SConfigurator for Configuration 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit > Serial Port. © 2013 Verint Video Systems Inc.
Configuring the RS-422/485 Serial Port Using SConfigurator 5. Select one of the following: (Single- and Dual-Port devices) RS-232/422/485. (Multiport devices) RS-422/485. 6. In the Baud Rate list, select the data rate used by the serial equipment. 7. In the Parity list, select the parity bit used by the serial equipment. Parity bits determine if the data has been sent accurately over the network. 69 © 2013 Verint Video Systems Inc.
Chapter 4: Using SConfigurator for Configuration 8. In the Stop bits list, select the stop bits used by the serial equipment. Stop bits let the receiver know that the byte being transmitted has ended. 9. In the Data bits list, select the data bits used by the serial equipment. Data bits represents the number of bits in each data that is sent over the network. Eight data bits are universally used in most applications. 10.
Setting the H.264 Encoding Mode for the S1816e-SP or S1816e-SR ► To configure the H.264 encoding mode 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit. 5. In the Unit Name box, from the Performance Mode list, select the H.264 streaming mode. You can select from: Single H.264: A single high-performance H.264 stream and a single MPEG-4 stream per video input. Single H.
Chapter 4: Using SConfigurator for Configuration Setting the Video Standard The S1800e series device can run in one of two video standards (NTSC or PAL) and you can use different standards when deploying the devices across multiple sites. The two video standards settings are: National Television Standards Committee (NTSC) is the standard that is used in most of the Americas, a number of South American countries, and some Asian countries, including Japan.
Setting the Video Standard ► To set the video standard 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit > Video. 5. In the Standard list, select the analog display standard of the region. You can select from the following: NTSC PAL 6. Click OK. 7. Click Exit. Note The device will reboot after you click OK. 73 © 2013 Verint Video Systems Inc.
Chapter 4: Using SConfigurator for Configuration Video Profile Video Profiles define both the quality of the video images and the storage and bandwidth requirements of the video files. All Video Profiles include at least the following settings: frame rate, resolution, and bit rate. For each video input, you can configure the image parameters.
Configuring the Device Video Properties ► To configure the devcie video properties 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit > Video > Input > Encoder. 5. For each input, set the values for the following: Target Bit Rate: The rate in kbps at which the device sends data. Use a higher bit rate to record movements, noise and details. The bit rate can range from 9 kbps to 6000kbps.
Chapter 4: Using SConfigurator for Configuration Note To maintain the video frame rate, you should set the maximum quantizer to 31. If the quality of each frame is more important, you should reduce the quantizer value; for example, a maximum quantizer of 5 keeps a good image quality, but skips frames when motion is high. Intra Interval: The frequency at which a complete video frame (Iframe) is sent by the device. The available values are in the 0 – 1000 range.
Configuring the Input Properties Configuring the Input Properties The number of video inputs varies depending on the device. For each video input, you can enhance the video image by adjusting the value of brightness, contrast, hue and saturation. ► To configure the input properties 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit > Video > Input. 5.
Chapter 4: Using SConfigurator for Configuration Saturation: This refers to the intensity of the colors in the image. The values range from -128 to 127. 6. Click OK. 7. Click Exit. Setting the SNMP Properties Simple Network Management Protocol (SNMP) is a protocol used by network management systems to manage network equipments from a central location.
Setting the SNMP Properties ► To set the SNMP properties 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the Units box, right-click the S1800e device, then select Batch Network Configuration. 5. In the SNMP panel, select the Enabled check box enable the SNMP service. 6. In the System Location box, type the location for the Edge device. 7. In the System Contact box, type the e-mail address of the network administrator. 8.
Chapter 4: Using SConfigurator for Configuration 10. In the Community Name box, type the name of the group where you want the edge device to be a member. Note The Edge device will only respond to requests from management servers that belong to the same community. 11. In the SNMPv3 User Name box, type the name of the SNMP user. 12. In the SNMPv3 User Authentication Type list, select the authentication algorithm for SNMP requests.
Setting the Audio Sampling Rate Sampling Frequency Bits per Sample PCM (no compression) 8 kHz 16bits/data 28 kbits/sec (8kHz) G.711/μ-Law (8 bits) 8 kHz 14 bits signed/data 64 kbits/sec Codec Bitrate Note The S1816e-SP and S1816e-SR models do not support audio. Setting the Audio Sampling Rate Expressed in hertz (Hz), sampling rate is the rate at which samples of an analog signal are taken in order to be converted into digital form. The device uses 8 kHz. ► To set the audio sampling rate 1.
Chapter 4: Using SConfigurator for Configuration Setting the Audio Encoder Properties The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio: audio input and output. Audio input allows you to capture audio signals from a camera, provided that it supports audio, at the same time it captures video. ► To set the audio encoder properties 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4.
Setting the Audio Decoder Properties Setting the Audio Decoder Properties The audio output properties allow you to set the Gain to increase the amplitude of the input signal. ► To set the audio decoder properties 1. Start SConfigurator. 2. Select the Units tab, then click Discover. 3. Select the Nextiva device, and click Configure. 4. In the tree view, click Unit > Audio > Decoder. 5. Move the Output Gain slider to the left or right. 6. Click OK. 83 © 2013 Verint Video Systems Inc.
Chapter 5 Using the Web Interface for Configuration Once you have connected all the equipment to the device, you can begin configuring the device to ensure that it can communicate with the attached devices and with a video management software over the network. In order to configure the device, you first need to obtain the IP address using SConfigurator. The S1800e series devices have a self-contained web server allowing you to connect directly to it using a web browser.
IP Address Configuration IP Address Configuration By default, all S1800e series devices are Dynamic Host Configuration Protocol (DHCP ) enabled. If you have a DHCP server, the device will automatically obtain a valid IP configuration. If the DHCP configuration fails, the device assigns itself a temporary IP address based on the Automatic Private IP Addressing (APIPA ) addressing format.
Chapter 5: Using the Web Interface for Configuration ► To set a DHCP address 1. Start the Web Interface. 2. From the tree, select Configuration > Network. 3. In the Hostname box, type a unique name for the Edge device. 4. In the Default Gateway box, type the IP address of the server that acts as an access point to another network. You can obtain the IP address of the default gateway by asking the network administrator.
Setting a Static IP Address 7. In the Ethernet Adapter 1 tab: a. In the Link Speed list, select the speed and mode of the network: Auto detect: The unit will automatically detect the network speed and mode. 1 Gbps full duplex: The unit sends and receives 1 Gbps of data in both directions at the same time. 1 Gbps half duplex: The unit sends and receives 1 Gbps of data in both directions, but not at the same time.
Chapter 5: Using the Web Interface for Configuration ► To set a static IP address 1. Start the Web Interface. 2. From the tree, select Configuration > Network. 3. In the Hostname box, type a unique name for the Edge device. 4. In the Default Gateway box, type the IP address of the server that acts as an access point to another network. You can obtain the IP address of the default gateway by asking the network administrator.
Setting a Static IP Address 7. In the Ethernet Adapter 1 tab: a. In the Link Speed list, select the speed and mode of the network: Auto detect: The unit will automatically detect the network speed and mode. 1 Gbps full duplex: The unit sends and receives 1 Gbps of data in both directions at the same time. 1 Gbps half duplex: The unit sends and receives 1 Gbps of data in both directions, but not at the same time.
Chapter 5: Using the Web Interface for Configuration Note The Ethernet Adapter 2 tab corresponds to LAN 2 on the S1808e, S1808e-A, S1816e, S1816e-A and S816e-SP encoders, and is used by support for debugging purposes. The S1816e-SR model does not have a second Ethernet port. The default IP address of LAN 2 is set to 172.29.204.254 with subnet mask 255.255.255.252. Any computer connecting to the S1800e multiport encoders must use the following IP address 172.29.204.253.
Configuring the RS-422/485 Serial Port ► To configure the RS-232 port 1. Start the Web Interface. 2. From the tree, select Configuration > Serial Port. 3. Select one of the following: (Single- and Dual-Port devices) RS-232/422/485. (Multiport devices) RS-232. 4. In the Baud Rate list, select the data rate used by the serial equipment. 5. In the Parity list, select the parity bit used by the serial equipment. Parity bits determine if the data has been sent accurately over the network. 6.
Chapter 5: Using the Web Interface for Configuration ► To configure the RS-422/485 port 1. Start the Web Interface. 2. From the tree, select Configuration > Serial Port. 3. Select one of the following: (Single- and Dual-Port devices) RS-232/422/485. (Multiport devices) RS-422/485. 4. In the Baud Rate list, select the data rate used by the serial equipment. 5. In the Parity list, select the parity bit used by the serial equipment.
Setting the Video Standard National Television Standards Committee (NTSC) is the standard that is used in most of the Americas, a number of South American countries, and some Asian countries, including Japan. NTSC uses the format of 525 picture lines and a 60Hz lighting frequency.
Chapter 5: Using the Web Interface for Configuration 4. Click Yes to make the changes. 5. Click Apply. 6. Click OK to reboot the Edge device. Configuring the Encoder Properties For each video input, the S1800e series devices can send video with different sets of parameters to different locations. The single/dual port devices support quad-stream encoding with three streams using H.264 compression and one using MJPEG compression.
Configuring the Encoder Properties Quantizer (Minimum and Maximum): The process of safely discarding information from a video without a significant loss in visual quality. Using a higher quantizer value decreases video quality and creates a smaller file size. Using a low quantizer value increases video quality and creates a larger file size. The available range is between 2 and 31. Note To maintain the video frame rate, you should set the maximum quantizer to 31.
Chapter 5: Using the Web Interface for Configuration MJPEG. Note For devices running analytics and the S1816e-SP and S1816eSR models running in single or legacy mode, only two streams are available. In this case, Encoder 1 is set to H.264 and Encoder 2 is set to MPEG4. 4. Click Apply. 5. Click OK. Video Profile Video Profiles define both the quality of the video images and the storage and bandwidth requirements of the video files.
Configuring the Encoder Properties ► To configure the encoder properties 1. Start the Web Interface. 2. From the tree, select Configuration > Video. 3. From the Encoder Properties tab, set the values for the following parameters: Bit Rate: The rate in kbps at which the device sends data. Use a higher bit rate to record movements, noise and details. The bit rate can range from 9 kbps to 6000 kbps. Frame Rate: The number of frames captured or recorded each seconds. NTSC: select from: 1, 2, 3, 3.75, 5, 6, 7.
Chapter 5: Using the Web Interface for Configuration Intra Interval: The frequency at which a complete video frame (Iframe) is sent by the device. The available values are in the 0 – 1000 range. Zero indicates that no I-frame will be sent automatically by the device. Rate Control Mode: The mode controlling the bit rate variation. The available modes are: Constant Bit Rate (CBR): This mode is the most effective to maintain the target bit rate.
Configuring the Input Properties Configuring the Input Properties The number of video inputs varies depending on the device. For each video input, you can enhance the video image by adjusting the value of brightness, contrast, hue and saturation. ► To configure the input properties 1. Start the Web Interface. 2. From the tree, select Configuration > Video. 3.
Chapter 5: Using the Web Interface for Configuration Configuring the Camera Tampering Properties The camera tampering feature is a real-time automated feature that generates an alarm whenever the camera is repositioned or out of focus. Note If you plan on using Nextiva VMS with the single/dual port encoders, you cannot set an area of interest as described in the Nextiva Administrator Guide. ► To configure the camera tampering properties 1. Start the Web Interface. 2.
Configuring the Motion Detection Properties Configuring the Motion Detection Properties The S1800e encoders support motion detection on each video input. For each video input, you can configure the motion detection settings by adjusting the values for each input. Caution You must have a good understanding of video technology to use these settings. If you are unsure do not modify these settings. ► To configure the motion detection properties 1. Start the Web Interface. 2.
Chapter 5: Using the Web Interface for Configuration Lower Thresh: The maximum number of macroblocks with motion in a frame to stop an alert. This value must be less than or equal to Upper Thresh. The values range from 1 to 1320 (NTSC) or 1 to 1548 (PAL). Vector Length: The amount of motion in a given macroblocks that must be present to tag this as in motion. The values range from 0 to 255. Number of Frames: The number of consecutive frames that must be detected as a new motion.
Configuring the Video Output Properties Configuring the Video Output Properties The S1800e decoders support four to six H.264 video streams, displaying up to four tiles on traditional CCTV monitors and up to six tiles on high-definition LCD or plasma monitors. ► To configure the video output properties 1. Start the Web Interface. 2. From the tree, select Configuration > Video. 3. From the Output Properties tab, set the output values.
Chapter 5: Using the Web Interface for Configuration Receiver Mode: The number of tiles to display on the monitor. Select from the following: Single: Video from one stream is displayed on the monitor. Quad: The monitor is divided into four quadrants and each displaying video from four different streams. 3 × 2: (Only on HDMI model) The monitor displays video from six different streams. Guard Tour: Video from each stream is displayed on the monitor one after another.
Setting the SNMP Properties ► To set the SNMP properties 1. Start the Web Interface. 2. From the tree, select Configuration > SNMP. 3. In the SNMP panel, select the Enabled check box enable the SNMP service. 4. In the System Location box, type the location for the Edge device. 5. In the System Contact box, type the e-mail address of the network administrator. 6. In the Primary Trap Destination Address box, type the IP address of the primary server that will receive the SNMP Traps. 7.
Chapter 5: Using the Web Interface for Configuration 10. In the User Authentication Type list, select the authentication algorithm for SNMP requests. You can select from the following: No Authentication: No authentication is used. MD5 Authentication: The Message Digest Version 5 (MD5) hash function is used to determine that the message is from a valid source. SHA Authentication: The Secure Hash Algorithm (SHA) has function is used to determine that the message is from a valid source. 11.
Audio Properties edVinCamtampOofAlarmStateNotif trap. This trap is generated if the Out Of Focus status of an input has changed with the following information: [0x00]= Not Out Of Focus [0x01]= Out Of Focus ► To view MIB information 1. Start the Web Interface. 2. From the tree, select Configuration > SNMP. 3. Click Download Verint SNMP MIBs. Audio Properties The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio: audio input and output.
Chapter 5: Using the Web Interface for Configuration Setting the Audio Sampling Rate Expressed in hertz (Hz), sampling rate is the rate at which samples of an analog signal are taken in order to be converted into digital form. The device uses 8 kHz. ► To set the audio sampling rate 1. Start the Web Interface. 2. From the tree, select Configuration > Audio. 3. From the Sampling Rate list, select 8 kHz. 4. Click Apply.
Setting the Audio Encoder Properties 1. Start the Web Interface. 2. From the tree, select Configuration > Audio. 3. Select the Input Properties tab. 4. Set the values for each input: Input Type: Select the audio source: Line In Mic In Bias: Select from the following: 2.0 V 2.5 V 3.0 V Gain: Type a value from -12 to 59 to set the amplitude of the signal from the input. 5. Click the speaker icon to mute audio from the input. 6. Click Apply.
Chapter 5: Using the Web Interface for Configuration ► To set the audio encoder properties 1. Start the Web Interface. 2. From the tree, select Configuration > Audio. 3. Select the Encoder Properties tab. 4. From the Compression Mode list, select one of the following: PCM μ-LAW 5. Click Apply. Setting the Audio Output Properties The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio: audio input and output.
Setting the Audio Decoder Properties ► To set the audio output properties 1. Start the Web Interface. 2. From the tree, select Configuration > Audio. 3. Select the Output Properties tab. 4. From the Gain box, type a value from -12 to 59 to set the amplitude of the signal from the input to the output. 5. Click the speaker icon to mute audio for the output. 6. Click Apply. Setting the Audio Decoder Properties The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio: audio input and output.
Chapter 5: Using the Web Interface for Configuration ► To set the audio decoder properties 1. Start the Web Interface. 2. From the tree, select Configuration > Audio. 3. Select the Decoder Properties tab. 4. From the Compression Mode list, select one of the following: PCM μ-LAW 5. Click Apply.
Activating Nextiva Onboard Analytics Verint recommends that you activate the Nextiva Onboard Analytics license prior to adding the multiport S1800e series encoder to Nextiva VMS. If the multiport S1800e series encoder is already added to Nextiva VMS, you must manually remove all instances of MPEG-4 compression mode for the recording and the live. ► To activate Nextiva Onborad Analytics 1. Start the Web Interface. 2. From the tree, select Administration > Licensing. 3.
Chapter 5: Using the Web Interface for Configuration Configuring Nextiva Onboard Analytics Once activated, you can use Nextiva Onboard Analytics on the four video inputs (1, 2, 5, and 6 on the S1808e) and (1, 2, 9, and 10 on the S1816e). Note Nextiva Onboard Analytics is not available on the S1816e-SP and S1816e-SR models. ► To configure Nextiva Onborad Analytics 1. Start the Web Interface. 2. From the tree, select Configuration > Onboard Analytics. 3.
Activating Agent Vi Video Analytics Bounding Boxes only: Displays color-coded rectangles around objects being tracked. The following three colors are used: Magenta to track People Green to track Vehicles Red to track objects that have triggered an alarm. 4. Click Open Analytics Web Console to configure Nextiva Onboard Analytics. For more information using Nextiva Onboard Analytics, use the help. 5. Click Save Configuration to save the changes.
Chapter 5: Using the Web Interface for Configuration Note Vi-System is separate analytics software by Agent Vi. In order for the multiport encoder to work with Vi-System, you must purchase the Vi-System software and license from Agent Vi. For more information about Agent ViSystem, visit the Agent Vi web page: http://www.agentvi.com. ► To activate Agent Vi 1. Start the Web Interface. 2. From the tree, select Administration > Licensing. 3. Click Browse and select the license key file. 4.
Configuring Agent Vi Video Analytics Configuring Agent Vi Video Analytics Once activated, you can configure Agent Vi Video Analytics on eight video inputs and enable or disable the overlay markup. For complete information on using Agent Vi Analytics, refer to the Agent Vi Analytics documentation suite. Note Agent Vi is not available on the S1816e-SP and S1816e-SR models. ► To configure Agent Vi 1. Start the Web Interface. 2. From the tree, select Configuration > AgentVI Analytics. 3.
Chapter 5: Using the Web Interface for Configuration Setting the On-Screen Display for the Decoders On the S1801e-R and S1801e-R-HD, you can configure the information that is displayed on the external monitor about the video. ► To set he On-Screen Display for the decoders 1. Start the Web Interface. 2. From the tree, select Configuration > On Screen Display. 3. In the Display Startup Information list, select if you want to show startup information on the monitor. Choose from: Displayed Not Displayed 4.
Recording to the Storage Device 5. In the Display Logo list, choose to show the Verint logo on the monitor during the device start up. Choose from: Displayed Not Displayed 6. In the Transparency box, type a value to the set transparency level of the text on the monitor. 7. From the Tiles tab, for each tile, set the following: a. In the Starve Mode list, select what to display on the monitor when there is no video. You can select from: Screen Saver Black Last Decoded Image b.
Chapter 5: Using the Web Interface for Configuration ► To record to the storage device 1. Start the Web Interface. 2. From the tree, select Configuration > Storage. 3. Select one of the following: No recording: No recording is done on the storage device. Upon VMS disconnection: Recording is done when the device is disconnected from Nextiva VMS. Select from one of the following.
Chapter 6 Maintaining and Troubleshooting the Device This chapter discusses how to perform maintenance and troubleshooting tasks on the S1800e series devices using SConfigurator or the Web Interface. Additional troubleshooting task can be performed using a video management software such Nextiva Video Management Software.
Firmware Upgrade Firmware Upgrade Firmware upgrade allows you to install a new firmware of the S1800e device when it becomes available. Updating the firmware allows you access to new features for the device while retaining its configuration. Note It is recommended to verify the firmware version running on the device after an upgrade. If the device loses power or a network connection after starting a firmware upgrade, the upgrade process may stop without providing a visual notification.
Chapter 6: Maintaining and Troubleshooting the Device 5. click Start. 6. In the Firmware File Selection dialog box, click Browse and select the correct firmware file. 7. Click Next to view the verification screen. 8. Click Start to begin the firmware update. Upgrading Using the Web Interface Use the following procedure to upgrade the firmware from the Web Interface. ► To upgrade the firmware using the Web Interface 1. Start the Web Interface. 2. From the tree, select Support > Diagnose. 3.
Performing a Batch Firmware Update Performing a Batch Firmware Update With the Nextiva video management software, you can easily update the firmware for multiple devices in the environment at the same time rather than updating them individually. For more information, refer to the Nextiva documentation. Device Reboot If the S1800e device does not function the way it should, you can reboot the device to re-initialize the settings.
Chapter 6: Maintaining and Troubleshooting the Device ► To reboot from the front panel 1. On device, press Reset. Factory Default Settings If after rebooting the device still does not function the way it should, you can load the factory default configuration. This operation will restore the factory default settings to the device and delete all user-defined values.
Restoring the Factory Default Settings from the Front Panel ► To restore the factory default settings using the Web Interface 1. Start the Web Interface. 2. From the tree, select Administration > Factory Default Settings. 3. From the Factory Default Settings panel, select one of the following: Restore to Factory Default Settings (Partial): to keep the network settings while restoring the default configuration.
Chapter 6: Maintaining and Troubleshooting the Device The device failed to boot normally The power or network connection to the device is lost during a firmware upgrade A flashing orange (1 sec. intervals) or flashing orange (3 blinks at 1 sec intervals) and 2 quick red pulses (0.5 sec interval) indicates the device failed to boot normally and has entered recovery mode.
SConfigurator cannot find the Device Check the connection between the device and the camera Check the camera to ensure that it is transmitting video or that it is functioning correctly Check the device to ensure that it is functioning correctly (The system status LED provides a visual indication on the current state of the device. Look at the event log Download a diagnostic file for Verint Technical Support.
Chapter 6: Maintaining and Troubleshooting the Device Verify the cable between the camera and the device. Try another cable to see if video quality improves. Web status should be checked for lock / unlock status From the Web Interface video tab, verify the values for resolution, bit rate and frame rate are supported by the camera. If available, try another camera to see if video quality improves. Ping the device to check for network latency.
Appendix A Specification and Configuration Technical Specification 131 Factory Default Configuration 137
Technical Specification Technical Specification The following table presents the technical specifications for the S1800e series devices: S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816eSR S1801e S1802e S1801eS1801e-R-HD R Video Input 1, 2, 8 or 16 composites, 1 Vpp into 75 ohms NTSC/PAL, BNC female Outputs/Connect ors Triple Stream for S1808e and S1816e 1 composit e, 1 Vpp into 75 ohms NTSC/PA L, BNC female HDMI with an output format of up to 1080i (1920x1080@30f ps) 2 x H.
Chapter A: Specification and Configuration S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816eSR S1801e S1802e S1801eS1801e-R-HD R H.264 Main Profile S1816e-SP: D1/15 fps (H.264), CIF/15fps (MPEG-4) on all channels simultaneously or 2CIF/15fps, 2CIF/15fps (H.264), CIF/15fps (MPEG-4) on all channels simultaneously Compression H.264 Main Profile and MPEG-4 Simple Profile H.
Technical Specification S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816eSR S1801e S1802e S1801eS1801e-R-HD R monitor Tiles display options: 1×1, 2×2 options: 1 ×1, 2×2 or 3 × 2 Network Interface 1 RJ-45 Ethernet 10/1000 Mbps Base-T RJ-45 Ethernet 10/100 Mbps Base-T Interface 2 (No Interface 2 on the S1816e-SR) RJ-45 Ethernet 10/1000 Mbps Base-T (for maintenance) Protocols Transport: RTP/IP, UDP/IP, TCP/IP or multicast IP Others: DNS, NTP, SNMP, v1/v2/v3 (MIB-II), HTTP, HTTPS, DHCP and 80
Chapter A: Specification and Configuration S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816eSR Note The S1816e-SR does not have a USB port. S1801e S1802e S1801eS1801e-R-HD R 32 GB (SD card not included) Alarm Input: 4, 8 or Input: 2 dry contacts 16 dry Output: 1 relay contacts (48V AC/DC at contacts 100 mA max.) Output: 1, 2 or 4 relay contacts (48V AC/DC at 500 mA max.
Technical Specification S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816eSR S1801e S1802e S1801eS1801e-R-HD R (1/8in.(3.5mm)) S1816e-A: 16 stereo jacks (1/8in.(3.5mm)) Power Supply Voltage 12V DC ±10% Power Supply Power Consumption 12V DC included except POE model. S1808e: 20W max. (1.7A at 12V DC) Max. 5W Max. 4W S1816e: 25W max. (2.1A at 12V DC) S1816e-SP: 23W max. (2.1A at 12V DC) S1808e-A: 22W max. (2.2A at 12V DC) S1816e-A: 28W max. (2.
Chapter A: Specification and Configuration S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816eSR Firmware S1801e S1802e S1801eS1801e-R-HD R Embedded Linux-based operating system Management Configuration and Firmware Upgrade Supported through Control Center (single device and batch mode firmware upgrade), SConfigurator and Web browser interface (single device firmware upgrade) Optional Accessories VRM8: 19-inch rack mount panel for 8 units PSPOE: Power over Ethernet injector PSP1261: Efficiency l
Factory Default Configuration S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816eSR S1801e S1802e S1801eS1801e-R-HD R PS1281: 19-inch rack mountable power supply for up to 10 multiport devices. Warranty 3-year limited warranty covering parts and labor (for the Americas). Contact your Verint representative for warranty details for your regions.
Chapter A: Specification and Configuration Type Configuration Resolution: 4CIF Compression type: H.264 Target frame rate: 30 fps (NTSC) / 25 fps (PAL) Resolution: 4CIF Target bit rate: 1200 kbps Target frame rate: 15 fps (NTSC) / 12.5 fps (PAL) Minimum quantizer: 14 Target bit rate: 600 kbps Maximum quantizer: 24 Minimum quantizer: 14 Encoder 2: Maximum quantizer: 24 Compression type: H.
Index Index 1 1 Gbps Link Speed 87, 89 10 Mbps Link Speed 87, 89 100 Mbps Link Speed 87, 89 2 2CIF Resolution Configuring Encoder 76, 95, 98 4 4CIF Resolution Configuring Encoder 76, 95, 98 A AES Encryption SNMP Setting 80, 106 AgentVi Video Analytics Support 115 AgentVi Video Analytics Using 117 Analog Cameras Direct Connection 37, 49 Analytics Onboard 23 Audio Setting 81-83, 108-111 Using 28 Audio Devices 43, 54 Audio Input Configuring Compression Mode 110, 112 Gain 109, 111 Input Type 109 Audio Outpu
Index Input Type 109 Authentication Type MD5 Authentication SNMP Setting 80, 106 No Authentication SNMP Setting 80, 106 Password SNMP Setting 80, 106 SHA Authentication SNMP Setting 80, 106 SNMP Setting 80, 106 Auto Detect Link Speed Configuring DHCP 87, 89 Automatic Gain Control Configuring Video Input 99 B Backup Trap Destination Address SNMP Setting 79, 105 batch mode 124 firmware update 124 Bit Rate Configuring Encoder 75, 94, 97, 102 Brightness Configuring Video Input 99 C camera losing a connection
Index Community Name SNMP Setting 80, 105 Compression Mode Configuring Audio Input 110, 112 Configuring Encoder 76, 95, 98 configuration default 127, 137 Configuring Audio Input Compression Mode 110, 112 Gain 109, 111 Input Type 109 Configuring Camera Tampering 100 OOF Sensitivity 100 Out of Focus 100 Persistence 100 Refresh Rate 100 Configuring Decoder 102 Configuring DHCP Default Gateway 86, 88 Ethernet Adapter 87, 89 Hostname 86, 88 Link Speed 87, 89 1 Gbps full duplex 87, 89 1 Gbps half duplex 87, 89 1
Index CIF 76, 95, 98 D1 76, 95, 98 Configuring IP Address 59, 85 Configuring Motion Detection 101 Lower Thresh 102 Mask 101 Mask State 101 Nb Frames 102 Upper Thresh 101 Vector Length 102 Configuring S1816e-SP Encoder 70 Configuring Video Input AGC 99 Brightness 99 Contrast 99 Hue 99 Saturation 99 Configuring Video Output 103 Discovery Mode 103 Dwell Time 104 Receiver Mode 104 connection RS-232 39, 51 to a camera, losing[connection camera, losing] 127 Constant Bit Rate Rate Control Mode Configuring Encoder
Index default username 84 DES Encryption SNMP Setting 80, 106 Device Discovery 58 Devices Dual-Port 17 Multi-Port 19-20, 22 Single-Port 17 DHCP Configuring Default Gateway 86, 88 Ethernet Adapter 87, 89 Hostname 86, 88 Link Speed 87, 89 1 Gbps full duplex 87, 89 1 Gbps half duplex 87, 89 10 Mbps full duplex 87, 89 10 Mbps half duplex 87, 89 100 Mbps full duplex 87, 89 100 Mbps half duplex 87, 89 Auto Detect 87, 89 Discovery Mode 58 Configuring Video Output 103 Downgrade Of Firmware 122 Dual-Port Devices 1
Index Rate Control Mode 76, 95, 98 Constant Bit Rate 76, 95, 98 Constant Frame Rate 76, 95, 98 Resolution 76, 95, 98 2CIF 76, 95, 98 4CIF 76, 95, 98 CIF 76, 95, 98 D1 76, 95, 98 equipment list 33, 46 Ethernet Adapter 87, 89 Configuring DHCP 87, 89 F factory default configuration 127, 137 Firmware Downgrading 122 firmware update 122-124, 126 Flat Surface Installing 33, 46 Frame Rate Configuring Encoder 75, 94, 97 NTSC 75, 94, 97 PAL 75, 94, 97 Full Duplex Mode 87, 89 G Gain Configuring Audio Input 109,
Index Input Audio 43, 54 Input Type Configuring Audio Input 109 Installing Flat Surface 33, 46 Installing Rack 33, 47 Intra Interval Configuring Encoder 76, 95, 98 IP Address Backup Trap Destination SNMP Setting 79, 105 Primary Trap Destination SNMP Setting 79, 105 IP Address Configuration 59, 85 L LED, status 28 Link Speed 87, 89 1 Gbps full duplex 87, 89 1 Gbps half duplex 87, 89 10 Mbps full duplex 87, 89 10 Mbps half duplex 87, 89 100 Mbps full duplex 87, 89 100 Mbps half duplex 87, 89 Auto Detect 87,
Index Mode Compression Configuring Encoder 76, 95, 98 Motion Detection Configuing 101 Configuring Lower Thresh 102 Mask 101 Mask State 101 Nb Frames 102 Upper Thresh 101 Vector Length 102 Multi-Port Devices 19-20, 22 N Nb Frames Configuring Motion Detection 102 Network Cable Connection 38, 50 Network Configuration Setting DHCP 86-89 Nextiva Analytics 23 Enabling 112 Using 114 NTSC Configuring Frame Rate 75, 94, 97 Setting Video Standard 73, 93 O On-Screen Display Setting 118 Onboard Analytics 23 OOF Sens
Index password Changing 84 default 84 Persistence Configuring Camera Tampering 100 pinout serial port 39, 50 Primary Trap Destination Address SNMP Setting 79, 105 Privacy Password SNMP Setting 80, 106 Privacy Protocol AES Encryption SNMP Setting 80, 106 DES Encryption SNMP Setting 80, 106 No Encryption SNMP Setting 80, 106 SNMP Setting 80, 106 protocols supported, serial 39, 50 Q Quantizer Configuring Encoder 75, 95, 97 R Rack Installing 33, 47 Rate Control Mode Configuring Encoder 76, 95, 98 Constant Bi
Index CIF 76, 95, 98 D1 76, 95, 98 resolution, video 24, 27 Rules Creating Video Analytics 23 S S1816e-SP Encoder Configuring 70 Saturation Configuring Video Input 99 serial port 39, 50 serial protocols supported 39, 50 Setting Audio 81-83, 108-111 Audio Profile Configuring Audio Input Compression Mode 110, 112 Gain 109, 111 Input Type 109 Network Configuration DHCP Default Gateway 86, 88 Ethernet Adapter 87, 89 Hostname 86, 88 Link Speed 87, 89 1 Gbps full duplex 87, 89 1 Gbps half duplex 87, 89 10 Mbp
Index Backup Trap Destination Address 79, 105 Community Name 80, 105 Primary Trap Destination Address 79, 105 Privacy Password 80, 106 Privacy Protocol 80, 106 AES Encryption 80, 106 DES Encryption 80, 106 No Encryption 80, 106 System Contact 79, 105 System Location 79, 105 User Name 80, 105 Video Profile Configuring Video Input AGC 99, 103 Brightness 99 Contrast 99 Hue 99 Saturation 99 Configuring Video Output 103 Dwell Time 104 Receiver Mode 104 Video Standard NTSC 73, 93 PAL 73, 93 Setting DHCP Defau
Index Setting The Vsip 78, 81-83, 104, 108-111 shipment list 33, 46 Single-Port Devices 17 SNMP Setting 78, 104 Authentication Type 80, 106 MD5 Authentication 80, 106 No Authentication 80, 106 Password 80, 106 SHA Authentication 80, 106 Backup Trap Destination Address 79, 105 Community Name 80, 105 Primary Trap Destination Address 79, 105 Privacy Password 80, 106 Privacy Protocol 80, 106 AES Encryption 80, 106 DES Encryption 80, 106 No Encryption 80, 106 System Contact 79, 105 System Location 79, 105 Use
Index Upper Thresh Configuring Motion Detection 101 User Name SNMP Setting 80, 105 username default 84 Using AgentVi Video Analytics 117 Using Audio 28 Using Nextiva Analytics 114 V Vector Length Configuring Motion Detection 102 Video Analytics Creating 23 Video Input Configuring AGC 99 Brightness 99 Contrast 99 Hue 99 Saturation 99 Video Output Configuring 103 Discovery Mode 103 Dwell Time 104 Receiver Mode 104 Video Profile Setting Configuring Video Input AGC 99 Brightness 99 Contrast 99 Hue 99 Saturat
Index Video Standard Setting NTSC 73, 93 PAL 73, 93 For more information, please visit us at http://www.verint.com/solutions/video-situationintelligence/index.html Americas: info@verint.com EMEA: marketing.emea@verint.com APAC: marketing.apac@verint.com All other trademarks and product names are the property of their respective owners. The information in this document may be superseded by subsequent documents. © 2013 Verint Video Systems Inc.
