Division – 28 electronic safety and security




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TKH Security S-60 E Single Channel Encoder

TECHNICAL SPECIFICATIONS SECURITY SYSTEM

DIVISION – 28 ELECTRONIC SAFETY AND SECURITY

LEVEL 1__28 20 00 ELECTRONIC SURVEILLANCE

LEVEL 2__28 23 00 VIDEO SURVEILLANCE

LEVEL 3__28 23 29 VIDEO SURVEILLANCE REMOTE DEVICES AND SENSORS

PART 2 - PRODUCTS

2.01 GENERAL

  1. This product shall be manufactured by a firm whose quality system is in compliance with the ISO-9001 (2008)

  2. All equipment and materials used shall be standard components that are regularly manufactured and used in the manufacturer’s system.

  3. All systems and components shall have been thoroughly tested and proven in actual use.

  4. All equipment shall be new, corrosion resistant and in strict accordance with the details shown on the plans and in the specifications.

  5. All materials furnished under this item shall be compliant with 802.3 Ethernet standards

  6. All encoders and decoders shall be of the same manufacturer.

  7. All systems and components shall be provided with comprehensive repair and spare parts replacement. The manufacturer on warranty and non-warranty items shall guarantee the spare parts and the repair.


2.02 SINGLE CHANNEL ENCODER

  1. The S-60 E is a single channel encoder providing one (1) video channel, bi-directional transmission of up to two (2) audio channels, terminal server operation for two (2) RS data channels, and two (2) contact closures over 10/100BASE-TX or 100BASE-FX Ethernet network

  2. The Single Channel Encoder shall be available in either a stand-alone enclosure or as a module which is installed in a 19” wide 3RU chassis.

  3. The Single Channel Encoder shall provide the ability to be field upgradeable from a stand-alone version to a rack-mountable version as well as from a rack-mountable version to a stand-alone version.

  4. The 19” Rack Enclosure shall support a wide range of modules including but not limited to single channel encoders, multi-channel encoders, single channel decoders, multi-channel decoders, Ethernet switches and fiber transmission modules.

  5. The Single Channel Encoder shall have an operational temperature of – 10 to +60 degrees Celsius and humidity 95% (non-condensing) without using fans or any other moving parts.

  6. The Single Channel Encoder is a triple-stream encoder capable of simultaneously streaming H.264 and dual MPEG-4/MJPEG streams.

  7. The Single Channel Encoder shall provide three independent digital video streams per encoder type, with independent resolutions, frame rates, and bit rates. The Single Channel Encoder shall support H.264, MPEG-4 and MJPEG for compression methods. For highest quality H.264 performance, the encoder shall use a separate processor from the MPEG-4/MJPEG DSP, for hardware encoding of the video stream to H.264.

  8. Each H.264 and MPEG-4/MJPEG stream of The Single Channel Encoder shall be capable of being streamed to three different destinations simultaneously for distribution to the video network. The encoder shall simultaneously handle H.264 encoding and dual MPEG-4/MJPEG encoding at full frame rate, and a separate Live View MJPEG encoder at 5 frames per second. Each stream can be streamed to different unicast and/or multicast destinations. The MJPEG Live View shall be present within the web interface and viewed by HTTP.

  9. The Single Channel Encoder shall compress the incoming video using H.264, MPEG-4 and MJPEG. Further the MPEG-4 stream shall meet ISO/IEC 14496-2 specification and support Elementary Stream (ES) protocol. The H.264 stream shall be compliant to the H.264 BP protocol.

  10. The Single Channel Encoder shall utilize a comb filter in order to produce high quality video images with fine details. Use of notch filter shall not be acceptable.

  11. The Single Channel Encoder shall provide sophisticated deinterlacing modes which utilize both linear and non-linear interpolation. These configurable modes shall include both edge adaptive and motion adaptive deinterlacing.

  12. The Single Channel Encoder shall provide stereo CD quality, lip-sync audio. In addition, the audio inputs/outputs shall be balanced and be suitable for all industrial audio system applications.

  13. The Single Channel Encoder shall be able to transmit up to three independent copies of audio signal pairs (one pair in one stream), up to three copies of each of two independent data signals, and up to three copies of each of two independent contact closure signals, each stream having an independently selectable IP destination.

  14. The Single Channel Encoder shall support streaming over RTP/UDP/IP, multicast and unicast connections for audio and video and RTSP/RTP/TCP/IP for video. In addition to hardware decoding, the encoder shall be interoperable with standard software decoders such as Quick Time and Video LAN’s VLC media player.

  15. The Single Channel Encoder shall support Session Announcement Protocol (SAP) for broadcasting multicast session information. An application can use this information to receive an H.264/MPEG-4 video stream or audio stream transmitted by the encoder to the advertised multicast address.

  16. The Single Channel Encoder shall provide a Stream Manager to set a maximum network load per stream which limits the output rate to each of the streams transmitters.

  17. The Single Channel Encoder shall provide a minimum of 3 RTP control modes to manage the network load if the receiver fails including no control, a Flood Guard flood protection mechanism and real time control protocol (RTCP).

  18. The Single Channel Encoder shall provide an option to insert metadata in the video stream. This metadata at a minimum shall include video loss, black/white video, video motion detection alarms, tampering alarms, and image quality monitor alarms. In addition, temperature alerts, audio detection alerts and contact closure status shall be provided in metadata format.

  19. The Single Channel Encoder shall provide a full featured web interface for both live viewing and configuration of the video input. The Live View page shall provide options for the encoder to be viewed and provide full Pan, Tilt, Zoom, Focus, Iris, and Preset (set and go). Volume control for audio shall also be supported.

  20. The user shall be able to remotely reboot the unit, reboot the unit and return the setting to factory defaults leaving the network setting unchanged, or reboot the unit and restore all setting to factory defaults.

  21. The Single Channel Encoder shall provide status and measurement information via the web interface. Status shall include but not be limited to video and audio real-time streaming state. Measurements shall include codec board current and peak temperatures, network tx/rx bit rates, CPU and DSP loading, real-time video bit, frame rates and latency, audio sample rate FTP push status and PTZ coordinates.

  22. The Single Channel Encoder shall support a minimum of 4 levels of password protected access with 3 distinct levels of web page access including administrator, operator and viewer. In addition, the operating system (Linux kernel) shall have configurable root pass code protection with no back door access.

  23. The Single Channel Encoder is based on open streaming architecture (OSA) standards (API) and shall operate in a TKH Security environment as well as in third-party software recording solutions. In addition, the Single Channel Encoder shall support ONVIF v1.02 or later for open systems compatibility native or as an upgrade.

  24. The Single Channel Encoder shall provide an option for a small form-factor pluggable (SFP) interface. This SFP interface shall provide for direct fiber interface and support a wide range of SFP fiber modules including Single Mode, Multi-mode and CWDM.

  25. The Single Channel Encoder shall provide for configuration of the contrast, brightness, color saturation, hue, and sharpness from the web interface.

  26. The Single Channel Encoder shall provide built in analytics that checks the health of the camera. This image quality monitor analyzes contrast, exposure, sharpness and noise, and immediately alerts an operator for any malfunctioning.

  27. The Single Channel Encoder shall provide tampering detection which can monitor the position of the camera or obstructions in the field-of-view of the camera for up to 16 preset reference images. After a configurable time period, the tamper detection alerts an operator of the tamper event.

  28. The Single Channel Encoder shall support both an FTP Push function, and an FTP pull function. The FTP Push function shall enable the encoder to send a jpeg image to a specified client location at user specified intervals, or on user configurable encoder events. The FTP pull function shall enable the encoder to send a jpeg image on request of a remote server.

  29. The Single Channel Encoder shall provide event management for sending events to a contact closure stream or an FTP push. Supported event triggers shall include event on, off or changed. Events shall include video, video motion, audio, contact closure, image quality, tampering events.

  30. The web interface shall provide the ability to load firmware remotely to the device. Also it shall provide the ability to provide PTZ control to cameras. The PTZ interface shall accept various, standard camera control protocols, such as Pelco-D and Bosch/Phillips. Additional control protocols shall be capable of being uploaded via the web interface of the encoder. The web interface shall provide for PTZ control of the camera and preset creation and selection. Further control of focus and iris control shall be supported from the interface, but will be dependent on the camera and control protocol connected to the encoder.

  31. The Single Channel Encoder shall support NTCIP protocol over IP. The NTCIP driver shall act as an integral code translator and provide PTZ control of any analog PTZ connected to the serial port with the selected standard control code protocol.

  32. The Single Channel Encoder shall meet or exceed the following design and performance specifications.


2.03 ELECTRICAL SPECIFICATIONS

  1. Network interface 100Base-TX RJ-45 or SFP Interface option

  2. Cabling Cat-5 Cable or better for 100Base-TX

  3. Video Input BNC, 75 ohm, Gold plated center pin

  4. Video termination 75 ohm or Hi-Z impedance (selectable)

  5. Power consumption 5W max.

  6. Input Power 11 -19 VDC (12VDC nominal)

  7. Audio In/Out RJ-45

  8. Alarm Inputs- 2 RJ-45

  9. Alarm Outputs -2 RJ-45

  10. LED Status indicators Power, Video, Sync (3 colors), Ethernet /activity



2.04 VIDEO SPECIFICATIONS

  1. Video Channels 1 Channel

  2. Video Input format Auto detect/NTSC/PAL; Interlaced or Progressive

  3. Input Level 1 Vp-p (+/- 3 dB)

  4. Number of video streams H.264, 2x MPEG-4 and/or MJPEG

    1. Hardware Based H.264 stream shall be from dedicated co-processor.

    2. DSP encoders One flexible TI DaVinci DSP shall be available to provide selectable software based MPEG-4 or MJPEG streams.

  5. Streaming Priorities Encoding priority shall be configurable.

  6. Frame rate 1 - 30 frames per second (fps)

  7. Image Processing Interlaced/Deinterlaced; Deinterlacing shall be configurable for edge adaptive and motion adaptive modes.

  8. Compression algorithm H.264 BP (ISO/IEC 14496-10); MPEG-4 SP Layer 5 (ISO/IEC 14496-2); MPEG-2 (ISO/IEC 13818-2), MJPEG

  9. Network protocol H.264 BP, MPEG-4 ES, MPEG-2 (ES or TS), RTP, UDP, IP, DHCP, SSM, IGMP v2, RTSP, (S)NTP, SDP, MX/IP, HTTP, SNMP v2, DiffServ, SAP, UPnP, FTP, Telnet

  10. Resolution

    1. D1

      1. NTSC 720x480

      2. PAL 720x576

    2. 2/3 D1

      1. NTSC 480x480

      2. PAL 480x576

    3. ½ D1

      1. NTSC 352x480

      2. PAL 352x576

    4. 2CIF

      1. NTSC 720x240

      2. PAL 720x288

    5. VGA

      1. NTSC/PAL 640x480

    6. CIF

      1. NTSC 352x240

      2. PAL 350x288

    7. QVGA

      1. NTSC/PAL 320x240

    8. QCIF

      1. NTSC 176x120

      2. PAL 176x144

  1. Video motion detection (VMD) User-defined masking, sensitivity and response level;

  2. VMD Alarm response Via associated software (via API) or contact closure

  3. Camera Health Focus, Contrast, SNR, Exposure

  4. Tamper Monitoring Image Positioning (up to 16 presets)

  5. Camera Health and tampering alarms Via associated software (via API) or contact closure

  6. Encoding latency <130 ms typical; <90 ms (low latency mode)

  7. GOP structure I, P frames with adjustable I frame interval

  8. Number of output streams 20 (RTSP)

  9. Total output data rate Up to 20 MB/s

  10. Encoder bit rate control Constant bit rate (CBR), variable bit rate (VBR) or Constant Quality (H.264 only)

  11. Selectable Video profiles Custom settings or Predefined profiles optimized, at a minimum, for High Quality Camera or PTZ, Storage and Low bandwidth.

  12. Encoder Priorities Encoder streams shall be prioritized for optimal performance.

  13. Video settings Contrast, brightness, color saturation, hue, sharpness

  14. Type of streaming RTP/UDP/IP, (multicast and/or unicast); RTSP/RTP/TCP/IP

  15. On-screen display (OSD) 3x text lines (configurable: position, color, transparency, border/outline color, font size);1x image in BMP, GIP, or JPEG format (configurable: position, scaling)

  16. User levels Support up to 4 levels – viewer, operator and administrator with rights ranging from view webpage video only to full administration, and “root” for the Linux prompt.


2.05 AUDIO

  1. Two-way audio 1 full duplex stereo audio ports or 2 Full duplex mono

  2. Sampling Resolution 8/16 bit linear PCM or ITU G.711

  3. Max. Bandwidth 20hz to 20kHz

  4. Input Level Adjustable, mic or line (9VDC Phantom powered)

  5. Output Level Adjustable, 3 VRMS max.

  6. Input Impedance >20kOhm or 600 Ohm balanced

  7. Output Impedance <100Ohm Balanced

  8. Transport RTP/UDP/IP multicast and unicast

  9. Transmission Up to 3 independent copies of audio signal pairs with each stream having an independently selectable IP destination

2.06 CONTACT CLOSURES

  1. Alarm input 2 contact closure inputs, normally open (fail-safe)

  2. Operational modes Normal, inverted, forced active or forced inactive

  3. Sampling rates contact closure shall be sampled 100 times per second and provide latency of less than 20 msec.

  4. Transport TCP and UDP (unicast or multicast),

  5. Transmission Independently selectable IP destination and port number.

  6. Alarm output 2 contact closure outputs, fail-safe, potential fee

  7. Remote Control HTTP API (OSA)



2.07 DATA

  1. Data Ports 2 serial, full duplex ports

    1. Port 1 Selectable EIA RS-422 and EIA RS-485 (2 or 4 wire).

    2. Port 2 Configured to EIA RS-232.

  2. Operation UART operation.

  3. Data Rate 300bps to 230.4 kbps.

  4. Transport TCP (compatible with terminal servers) and UDP (unicast or multicast),

  5. Transmission Independently configurable destination IP address and port number.

  6. PTZ Control Interfaces Serial Tunneling, Web Page, HTTP (API), NTCIP (SNMP)

  7. PTZ Control Protocol -Standard Pelco-D, Bosch

  8. Additional Control Protocols Vicon, Pelco-P, AD (422), Panasonic (Conventional, New); Others per project requirement; remotely uploaded as required.


2.08 MECHANICAL SPECIFICATIONS

  1. Dimensions 128 x 34 x 190 mm (5.04 x 1.34 x 7.5 in.)

  2. Weight 450g (15.80 oz.)

  3. Housing Aluminum, Rack or standalone

  4. Color Black


2.09 NETWORK SPECIFICATIONS

  1. RJ45 10/100BASE-TX, CAT-5

  2. SFP 100Base FX, SFP (fiber or copper)

  3. Management OSA HTTP API, MX, SNMP v2, HTML (password protected);



2.10 ENVIRONMENTAL SPECIFICATIONS

  1. Operating temperature 14 to +140 degrees F (-10 to +60 degrees C)

  2. Humidity to 95% RH, non-condensing

  3. MTBF >200,000 hrs


2.11 CERTIFICATIONS AND RATINGS

  1. IEC/EN 60950-1

  2. IEC/EN 60825

  3. IEC/EN 61000

  4. CE

  5. FCC

  6. RoHS

2.12 MANUFACTURER’S WARRANTY

  1. Repair or replacement of defective parts for a period of 3 years from date of shipment.

2.13 MODELS

      1. Single Channel Encoder, Rack Mount S-60E

      2. Single Channel Encoder w/SFP Interface S-60E-SFP

      3. Single Channel Encoder, Stand alone S-60E/SA

      4. Single Channel Encoder w/SFP Interface, Standalone S-60E-SFP/SA

      5. Rack mount Cabinets

    1. MC 11 AC-230 Power supply cabinet, 19”/3 RU

    2. MC 11 AC-115 Power supply cabinet, 19”/3 RU

    3. MC 11 AC-230 /EB-2 Power supply cabinet with SNM management interface, 19”/3 RU

    4. MC 11 AC-115 /EB-2 Power supply cabinet with SNM management interface, 19”/3 RU

    5. MC 10 AC-230 /EB-2 Dual power supply cabinet with SNM Management, 19”/3 RU

    6. MC 10 AC-115 /EB-2 Dual power supply cabinet with SNM management, 19”/3 RU

    7. MC 11 DC-24V Redundant DC power supply cabinet, 19”/3 RU



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