BASys Max Tribrid Server General Specifications

  1. General BASys Max Tribrid Server Specifications

The BASys Max Tribird Digital Video Server (hereafter referred to as TDVS)  shall provide a truly flexible CCTV security solution.  Allowing the use of analog and HD-SDI coax based video cameras, analog up to WD1 resolution, and allow the use of  IP Devices including IP cameras, encoders, and third Party IP (ONVIF and PSIA) devices to provide audio and video.  The TDVS shall provide an intuitive interface allowing easy local and remote live viewing and playback of video and audio.

The TDVS shall provide high quality H.264 hardware compression for video and audio input from 4 to 64 inputs per 4U rack mount case.  Each channel of high quality video shall be able to record at 30 frames per second and up to WD1 Resolution  (960x526) resolution for analog coax based cameras. Each channel of high definition video shall be able to record at 30 frames per second progressive scan and up to 1080p (1920x1080) resolution for HD-SDI coax based cameras.  Each IP channel should be able to accept up to a 5 Mega Pixel stream. Also each channel’s quality, frame ratios, frames per second, alarm status, camera name, motion settings, brightness, contrast, hue, saturation, resolution, and network bandwidth shall be configurable independently.

The internal hard disks shall provide high quality, continuous digital recording.  Up to 10 SATA hard drives can be on the motherboard hard drive controller providing up to 40Tb of hard drive space.  The motherboard controller can also be configured to run in a RAID RAID 0,1,5,50 configuration.

High quality H.264 video and audio recordings shall be accessible locally to the user from a powerful and easy to use GUI (Graphical User Interface) with the ability to search by camera name, date, times, events or thumbnail images.  Remote operators shall also be able to utilize the same live and playback software GUIs that are available local to the VMS so that only one interface needs to be learned.  The TDVS should not require any software licenses to remotely access the system.  TDVS video can also be displayed via advanced H.264 hardware decompression to standard NTSC monitors, HDMI Monitor, DVI Monitors, VGA Monitors or Display Port Monitors making a virtual matrix control using optional hardware either in the TDVS system, remote workstation, or IP Decoder Devices.

Variable alarm configuration shall allow remote notification of alarms via a variety of communication channels.  Alarm data can be sent or received by but is not limited to text, via TCP/IP, RS-232 inputs, RS-485 inputs, RS-422 inputs, meta data, normally open contacts, normally closed contacts, video loss events, motion data, input from IP Encoders and IP Cameras.

The TDVS shall be supplied with a built in DVD-R/RW writer providing a quick and easy solution for copying video and audio from the TDVS.  The TDVS can also use third party software to archive video and audio external hard drive arrays or to network attached storage devices.

The TDVS shall support digital watermarking to help identify and eliminate any tampering with the recorded video and audio.

  1. TDVS MINIMUM SYSTEM  REQUIRMENTS

All equipment and materials used shall be standard components that are regularly manufactured and used in the manufacture’s system. All components of the system shall conform to all FCC, ROHS and CE standards.

  • Intel  i5 2.5GHz Processor or Higher
  • 6 PCIe  Slots
  • 4U rack mount case
  • DVD-R/RW (Optional DVD-R)
  • 4Gb DDR RAM
  • Dual 10/100/1000 Mbps Ethernet Ports
  • 5 Slot Trayless Hot Swap Hard Drive Bays
  • 700 Watt Dual Fan Power Supply
  • Keyboard and Mouse
  • TDVS Server Software
  • Unlimited VMS Remote Client Software License
  • Windows 8 Operating System
  • 64Gb Solid State Drive for Operating System
  1. TDVS Hardware Capabilities
  1. The TDVS shall utilize advanced hardware H.264 DSP compression and decompression, allowing the computers CPU to run only 1% - 5% utilization producing less heat and increasing the life span of the TDVS.
  2. Allow the end user the ability to install any third party virus software, monitoring software or any other requirements that may be in place, without affecting the performance or operation of the TDVS.
  3. The ability to add off the shelf additional hard drives for increasing the amount of storage space.  The TDVS shall not require any type of license or proprietary hardware for upgrading the amount of storage space in a TDVS.
  4. The TDVS shall have the ability to automatically detect and switch between 110 Volt and 220 Volt power sources with no user intervention.
  5. The TDVS shall have the ability to record, transmit and switch between both PAL and NTSC video standards.
  6. The TDVS shall have the ability to record, transmit and switch between 1080p, 1080i, 720p HD-SDI formats and video formats.

General System Requirements

  1. The TDVS shall allow the recording, live viewing, and playback of recorded video.  Storage for a minimum of 30 frames per second per camera with synchronized audio for a period of thirty days without the need for offline storage to removable media.  The system shall perform all viewing, playback and video storage functions simultaneously.
  2. The TDVS shall be configured with control software and shall be capable of recording video continuously, during alarm events, or while activity is present.
  3. TDVS software shall allow search and retrieval of stored video.  The user shall be provided time and date of the video that was captured, whether alarm or motion events occurred and which camera captured the video.  The software shall provide video storage management, hardware control, alarm configuration and export of video and individual frames.  The system, as installed, shall allow the viewing of live or recorded video over standard network or modem connections, with proper authentication.  The video can be viewed and searched from anywhere at any time.
  4. The system must store and compress video and audio data using hardware based H.264 compression.
  5. The system must be able to transmit network data via TCP, UDP, and RTP.
     

 TDVS Software Requirements

  1. The TDVS shall be capable of recording all IP and coax based data either from a IP Camera, IP Encoder, and PC Based TDVS or IP Embedded system.
  2. The TDVS shall not require any type of license to add an IP camera or device to the software for recording, playback or control functions.
  3. The TDVS shall be capable of recording coax based analog WD1 signals and coax based HD-SDI 1080p streams from internal PCIe capture cards.
  4. The TDVS shall be able to act as a central data server for the collection of all video and audio streams from single or multiple sites.
  5. The TDVS shall use an event and timestamp for advanced search of audio/video.  It shall use a certain type of file structure to perform these searches and use no type of SQL Server.
  6. The TDVS shall create an audit trail of events and user activities.
  7. The TDVS shall provide a way to protect archived audio/video against network access and non-administrative user access.
  8. The TDVS shall provide digital encryption to prevent and detect manipulation of recorded images.
  9. The TDVS shall provide firewall software that only allows the correct ports on the system to be access.  It should report any attempt of access on and non-authorized ports.
  10. The TDVS shall transmit and store all command and control messages using TCP/IP protocol and use cryptographic keys with no less than 4096-bit encryption.
  11. The TDVS shall offer a watchdog service with the following functionality:
    1. Activation of an optional hardware watchdog.
    2. Monitors operation of all TDVS services and restarts them if they are malfunctioning.
    3. Monitor all aspect of the PC.  Such as power supply voltages, fan speeds and temperatures.
    4. Monitor all IP based devices and automatically try to reconnect and notify the administrator that a communications problem has occurred.
  1. The TDVS shall offer a plug and play type hardware discovery service with the following functionalities:
    1. Automatically discover any new PCI based capture cards that are added.
    2. Automatically discover any new storage devices that are attached.
    3. Automatically discover encoders and decoders as they are attached to the network.
  2. The TDVS shall be possible to use both the TDVS server and the client workstation on a single workstation or on separate workstations.
  3. The TDVS shall be able to dynamically change frame rates, resolution and compression setting with no break in video or audio.
  4. The TDVS shall provide functionality for the storage and playback of video streams based on date/time and/or triggering of events such as:
    1. Digital motion detection
    2. Digital input activation
  5. The TDVS system shall not limit the actual storage capacity configured per server.
  6. Each video and audio input shall use its own dedicated process for encoding.  If a single channel fails it can restart itself without affecting the encoding of any other channels.

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