DVSS SOW Draft Summary (002).docx

DVSS SOW Draft Summary

1.1 BACKGROUND

The Hull, Mechanical, & Electrical (HM&E) Data Acquisition and Information Systems (Code 533) of the Naval Surface Warfare Center, Philadelphia Division (NSWCPD), provide services to develop Digital Video Surveillance System (DVSS) that is deployed on DDG Modernization (DDG-M) Backfit and SCN Ships intended for the monitoring of remote or unmanned engineering spaces. DVSS is also installed on new construction ships (SCN systems) starting with the USS John Finn (DDG 113).

DVSS is primarily a Commercial off the Shelf (COTS) system. The Digital Video Surveillance System (DVSS) is one of four core DDG Modernization (DDG-M) alterations designed to reduce workload in the Central Control Station (CCS) and Bridge on DDG 51 Class Destroyers. The other upgrades are the Machinery Control System (MCS), Integrated Bridge and Navigation System (IBNS) and Gigabit Ethernet Data Multiplexing System (GEDMS).

1.2 SCOPE OF WORK

The Contractor shall provide engineering and technical services required for the design, development, fabrication, test, repair, and fleet implementation of Digital Video Surveillance System (DVSS).

The DVSS must be capable of being integrated into the ship without impacting other systems or established interfaces for the modernization and new construction programs already in progress. The physical design must meet the requirement to be installed onboard the ship with new foundations and not impact existing cable connections as already established for the modernization and new construction programs in process. The system to be procured will employ a modern, supported, cyber-secure computer operating system, and the overall system will employ increased cybersecurity capabilities.

DVSS Architecture There are three major functions in DVSS that shall occur prior to GEDMS: raw video generation, encoding/compression of video, and recording and storage of video. Video is only passed across GEDMS when a UCC or an RSC user requests video stream(s) with the DVSS viewing or playback software applications. Video shall be recorded continuously, 24 hours per day, 7 days per week at minimum recording quality of Common Intermediate Format (CIF) resolution (352x288) video, 7 Frames per Second (FPS). The system architecture requires the recorder to be located in a different compartment than the camera it serves so that recorded video can be analyzed if a camera is damaged beyond repair during an event.

3. REQUIREMENTS

The Contractor shall design, test, supply, and assemble, the Digital Video Surveillance System (DVSS) to meet the DVSS performance requirements specified in Appendix A in accordance with stringent design and quality testing. The Contractor shall provide qualified personnel, materials, facilities, equipment, controls and control interfaces, test instrumentation, data collection and analysis, hardware, and software that support the product areas and applicable documents for the DVSS. This includes, but is not limited to:

· Machinery control system integration

· Mechanical interface requirements

· Electrical power interface requirements

· Network systems integration

· Design integration

All work performed under this contract shall comply with applicable Federal, State, and local laws and regulations. The Contractor shall have all valid permits and licenses necessary prior to performing the associated scope of work. The Contractor shall maintain valid permits and licenses throughout the period of performance of this contract.

3.1 General Descriptions and Definitions

DVSS shall be integrated and fully interoperable with MCS and GEDMS. GEDMS and MCS development and infrastructure do not fall within the scope of this requirement and are managed/maintained by NSWCPD MCS ISEA (C/551 & C/552) and NSWCPD GEDMS ISEA (C/542).

GEDMS is the planned product upgrade to a Gigabit Ethernet network based on Institute of Electrical and Electronics Engineers (IEEE) 802.3 specifications. GEDMS shall maintain the dual network active redundant capability of Fiber Optic Data Multiplex System (FODMS) but shall utilize Rapid Spanning Tree Protocol for self-healing reconfiguration within each network backbone. GEDMS shall be the first network in the AN/USQ-82(V) suite of networks to utilize COTS equipment as part of its core infrastructure; namely the Ethernet switches that shall be used in the network backbone as well as those used for interfacing to user systems.

The GEDMS network can be broken down into six (6) functional elements:

1- Fiber Optic Cable Plant (FOCP)

· Backbone Switch-to-Backbone Switch Connections

· Backbone Switch-to-IOU Connections 2- Backbone Switch Enclosure (BSE)

· COTS Gigabit Ethernet Switch (GES)

· Fiber Optic Patch Panel & Cable Assemblies

· Shock-Hardened Enclosure 3- Input Output Unit (IOU)

· Internal Fiber Optic Cable Assemblies

· Gigabit Ethernet Controller (GEC) Modules

· Gigabit Ethernet Module (GEM)

· Inlet & Outlet Air Filters 4- User System Interface Switch Enclosure (USE)

· COTS Ethernet Switch

· Shock-Hardened Enclosure

· IOU & C-DR Box Connections

· Copper & Fiber Optic User System Connections 5- Maintenance Group (MG)

· Network Interface Card

· Software Modification 6- Internet Protocol Interface Units (IIU)

· Network nodes optimized for high speed IP devices and for serial RS-232, 422, and 485 devices

· Supports two actively redundant backbone interfaces, Gigabit Ethernet, identical to IOUs, and they support Fast Ethernet interfaces to end systems

· IIUs can intercommunicate with IOUs

· Support two access IP subnets, up to 16 local Ethernet interfaces (12 10/100BASE-TX, 4 100BASE-FX), and eight serial interfaces

· Support the same embedded signal processing capability as IOUs

· IIUs are built into enclosures similar to the BSEs and USEs

DVSS leverages GEDMS to eliminate the cost of installation and maintenance of a second network for video. Since DVSS shares a network that also carries critical MCS data, the amount of bandwidth available for DVSS and the requirement that DVSS shall be a scalable system are the primary drivers for the DVSS hardware architecture and requirements.

DVSS connects to the GEDMS architecture at a GEDMS User Switch Enclosure (USE) and Internet Protocol Interface Units (IIU); USEs and IIUs is located throughout the ship.

3.2 DVSS Supply and Assembly Kits

Equipment furnished under this specification shall be products which have satisfactorily completed the tests specified herein. Onboard repair parts, stocked spare parts, and kits ordered for DVSS built to this specification shall be subject to the same requirements and tests (drawings, quality control, non-destructive tests, etc.) as the original equipment.

3.2.1 Qualification Test Set (First Article Test Set)

A First Article Test Set is equipment used during Environmental Qualification Tests and Functional Tests during First Article Testing.

A First Article Test Set shall consist of the following components and subsystems, at a minimum. Additional equipment, fittings, and accessories shall be provided as necessary to meet the requirements in the Appendix A:

1. Eight (8) cameras and mounting hardware required for testing

1. One (1) Video Input Record Output Enclosure (VIROE) with the hardware required to support 8 cameras

1. One (1) 300 foot length of CAT5E cable to connect one (1) camera to the VIROE, properly terminated on each end.

1. Seven (7) CAT5E cables required to connect the remaining seven (7) cameras to the VIROE. Contractor can determine minimum length required to meet testing requirements.

1. Two (2) Commercial Off The Shelf (COTS) Computer Processing Units (CPU) with the same hardware and Operating System (OS) configuration as Repair Station Console (RSC) in Appendix A section 1.2.1 Computer Processing Unit (CPU) Requirements..

1. All Software required to simulate DVSS functionality on a RSC, including OS and DVSS Software.

1. One (1) COTS CPU with the same hardware and OS configuration as Universal Control Console (UCC) Processor 1 in Appendix A section 1.2.1 Computer Processing Unit (CPU) Requirements.

1. All Software required to simulate DVSS functionality on a UCC, including OS and DVSS Software.

1. Computer networking hardware that simulates the bandwidth performance of the Gigabit Ethernet Data Multiplex System (GEDMS).

1. Any other hardware, software, equipment, fittings, foundation adapters, and accessories required for Qualification Testing including all licenses.

1. All hardware with firmware shall be delivered with the government approved firmware version installed.

3.2.2 Shipset

A shipset is equipment that will be installed onboard ship.

A shipset shall consist of the following components and subsystems, at a minimum.

Additional equipment, fittings, and accessories shall be provided as necessary to meet the requirements in the Appendix A:

1. Twenty-four (24) cameras, Twenty-four (24) camera mounts, and associated mounting hardware and ground straps.

1. Seven (7) VIROEs configured to support four (4) cameras each IAW Appendix A Section 1.1.3, 7 foundation adapters (as required), and associated mounting hardware and ground straps.

1. Twenty-four (24) camera tamper resistant camera connector housings in accordance with Appendix A Section 1.1.2.

1. Twenty-four (24) connector sets to terminate the VIROE to camera CAT5 cable at the camera side.

1. Seven (7) key locks with seven (7) keys for VIROEs. Keys shall be identical for all locks on all shipsets.

1. Two (2) copies of any required DVSS installation software on optical media (CD, DVD, DVD-DL, or Blu-Ray), including all licenses.

1. Four (4) sets of maintenance test equipment as defined in Appendix A Section 1.5.8.

1. All hardware with firmware shall be delivered with the government approved firmware version installed.

1. One (1) licensed copy of the software used to create and restore computer images in accordance with this contract.

1. Licensed copies of any other software required to meet the requirements of the contract.

Government will provide the following for DVSS Shipboard installation:

· Design and construction of all shipboard Foundations, but not including any foundation adapters required to mount hardware to the foundation.

· All Cables and terminating hardware.

· GEDMS, RSC, and UCC hardware and software.

3.2.3 Lab Set

A Lab set is equipment that is installed at Bldg 77H LBES test site.

A Lab Set shall consist of the following components and subsystems, at a minimum. Additional equipment, fittings, and accessories shall be provided as necessary to meet the requirements in the Appendix A:

1. Four (4) cameras, four (4) camera mounts, and associated mounting hardware and ground straps.

1. One (1) VIROE with the hardware required to support four (4) cameras, one (1) foundation adapter (as required), and associated mounting hardware and ground straps.

1. Four (4) camera tamper resistant camera connector housings in accordance with Appendix A Section 1.1.2.

1. Four (4) connector sets to terminate the VIROE to camera CAT5 cable at the camera side.

1. One (1) key lock with two (2) keys for VIROEs. Keys shall be identical for as locks on shipsets.

1. Two (2) copies of any required DVSS installation software on CD or DVD including all licenses.

1. Four (4) sets of maintenance test equipment as defined in Appendix A Section 1.5.8.

1. All hardware with firmware shall be delivered with the government approved firmware version installed.

1. One (1) licensed copy of the software used to create and restore computer images in accordance with this contract.

1. Licensed copies of any other software required to meet the requirements of the contract.

Government will provide the following for DVSS Lab Set installation:

· Design and construction of Foundations, but not including any foundation adapters required to mount hardware to the foundation.

· GEDMS, RSC, and UCC hardware and software

3.2.4 Installation and Check-Out (INCO) Kits

3.2.4.1 Installation and Check-Out (INCO) I Kit

INCO I Kit allows flexibility to propose additional parts and/or additional quantities for kits.

The INCO I kit shall consist of the following components and subsystems, at a minimum but not limited to:

· One (1) camera

· One (1) complete VIROE – four (4) channel.

· One (1) of each type of power supply used inside the VIROE.

· One (1) Power Over Ethernet (PoE) injector or switch.

· One (1) PoE input fuse board.

· One (1) VIROE video recorder - fully assembled.

· One (1) VIROE video recorder storage unit.

· One (1) VIROE Ethernet switch.

3.2.4.2 Installation and Check-Out (INCO) R Kit

INCO R Kit allows flexibility to propose additional parts and/or additional quantities for kits.

The INCO R kit shall consist of the following components and subsystems, at a minimum but not limited to:

· One (1) camera

· One (1) complete VIROE – four (4) channel.

· One (1) Power Over Ethernet (PoE) injector or PoE switch.

· One (1) set of maintenance test equipment as defined in Appendix A Section 1.5.8.

3.2.5 Camera Tech Refresh Kit

Camera Tech Refresh Kit allows flexibility to propose additional parts and/or additional quantities for kits.

Camera Technical Refresh Kit shall consist of the following components and subsystems, at a minimum but not limited to:

· Twenty-four (24) cameras with connector boxes and labels

· Twenty-four (24) CAT5 connectors for the camera

3.2.6 VIROE Tech Refresh Kit

VIROE Tech Refresh Kit allows flexibility to propose additional parts and/or additional quantities for kits.

VIROE Technical Refresh Kit shall consist of the following components and subsystems, at a minimum but not limited to:

· Seven (7) fully assembled VIROEs with all connectors

· All associated software licenses

3.2.7 Archiver Tech Refresh kit

Archiver Tech Refresh Kit allows flexibility to propose additional parts and/or additional quantities for kits.

Archiver Technical Refresh Kit shall consist of the following components and subsystems, at a minimum but not limited to:

· Seven (7) fully assembled archivers.

· Seven (7) cable assemblies required to upgrade the VIROE.

· All associated software licenses required to upgrade a shipset.

· All special tools and other hardware required to install the kit.

3.2.8 Software Refresh Kit

Software Refresh Kit allows flexibility to propose additional parts and/or additional quantities for kits.

A Software Refresh Kit shall consist of the following components and subsystems, at a minimum but not limited to:

· One (1) set of software licenses required for shipset console software licensing.

3.2.9 Test Set Laptop Refresh Kit

Test Set Refresh Kit allows flexibility to propose additional parts and/or additional quantities for kits.

A Test Set Laptop Refresh Kit shall consist of the following components and subsystems, at a minimum but not limited to:

· Four (4) fully assembled maintenance laptops as defined in Appendix A Section 1.5.8

· All associated software licenses.

Appendix A – DVSS Performance Specification

1. Performance Requirements

1.1.2.11 Color

The color of the camera assembly and mounts shall be white or a shade of off white, gray or black. All cameras in a shipset shall be of the same color.

There shall be 7 VIROE’s per shipset. VIROE locations will be in a different compartment than the cameras it serves.

1.1.3.2 Access

All equipment inside the VIROE shall be accessible from a front access door. The VIROE shall include hasp hardware to support a padlock to prevent unauthorized access to the VIROE interior. Equipment shall be designed so that doors can be latched in an open position for maintenance and to suit internal equipment removal and replacement. Equipment shall be fabricated such that personnel will not be exposed to moving mechanical parts when the front cover is open.

1.1.3.3 Cables and Connectors

All camera, network, and power cables shall be brought into the VIROE through stuffing tubes and shall be terminated inside the enclosure to prevent unauthorized disconnection of the system. Connectors shall be configured so that they cannot be plugged into the wrong receptacle or plugged incorrectly into a receptacle. In all cases, port connections shall be clearly marked as to their appropriate use. Connectors shall be designed so that any exposed pin contacts are 30 V or less. The contractor shall provide all connectors and stuffing tubes required to install the system so that it meets all environmental requirements. All penetrations into the VIROE shall be large enough to allow all cables to be inserted or pulled out of the VIROE without having to remove or disassemble any connectors from the cable ends. The contractor shall provide all VIROE stuffing tube assemblies and hardware to seal off all unused VIROE openings.

Figure 1: DVSS Video Input Record Output Enclosure (VIROE) Required Foundation Patterns . The material of the shipboard foundation shall be steel. The VIROE shall not utilize shock mounts. The mounting method shall be self locking threaded hardware in accordance with MIL-DTL-18240F or MIL-DTL-32258. The threaded hardware size shall be 5/16 inches. The thread count shall be 18 (Course Thread UNC). All threaded hardware material shall be stainless steel.

Figure 1: DVSS Video Input Record Output Enclosure (VIROE) Required Foundation Patterns

1.1.3.7 Color

The color of the VIROE shall be in accordance with SAE-AMS-STD-595, No. 26307 light equipment gray.

1.1.3.8 Digital Video Recording

1.2.1 Computer Processing Unit (CPU) Requirements

VME 6U

Processor Type – 4 Cores (minimum) Processor Speed – 3 GHz (minimum) Program Memory – 240 GigaByte (GB) hard drive (minimum) DRAM – 16 GB DDR4 SDRAM (minimum) Ethernet - 10/100/1000 Mega Bits Per Second (Mbps) Ethernet Ethernet Ports – two (2) RJ45, front panel, connected to GEDMS USB Ports - 2 ports, (USB 3.0) Video – 4 channels (front panel) Video Resolution – 1600x1200, 24 bit color Video Adapter Memory Each Display – 512MB DDR Memory Keyboard/Trackball – USB Windows 10 Enterprise LTSC 2019 (64-bit) Operating System licenses (or newer) Operating System.

1.2.1.3.1 RSC Configuration

RSC Processor Requirements:

· Panel PC Processor Requirements

· The Processor shall have a minimum of 4 processing cores.

· Processor shall have a minimum clock speed of 2.4 gigahertz (GHz).

· Shall have a minimum of three (3) USB (3.0 or equivalent) ports as outlined in Table 2.

· The Panel PC processor shall support an interface for one (1) Resistive touch screen display.

· The Rugged Panel PC processor shall come pre-loaded with Windows 10 Enterprise LTSC 2019 (64-bit) Operating System licenses (or newer)Operating System

· Memory Requirements

· Shall have an 32 gigabyte (GB) DDR3 SDRAM or better dedicated for CPU.

· Should have expansion capability to 64 gigabyte (GB) DDR3 SDRAM or greater.

· Data Storage Device Requirements

· Computing element shall have access to a solid state drive with a minimum capacity of 300 GB.

· The solid state drive shall contain the operating system.

· Computing elements utilizing flash architecture technology shall not be used.

· The solid state drive shall have a maximum of 0.50% Annualized Failure Rate (AFR).

· The solid state drive shall have a Serial ATA (SATA) interface with a minimum of 6 GB/s transfer rate.

RSC GEDMS Interfaces

· The RSC Panel PC interfaces to GEDMS shall be two (2) RJ45 10/100 Base T IEEE 802.3 connections on the input/output interface panel.

· The RSC Panel PC shall support IEEE 802.3 Ethernet TCP/IP and UDP/IP Multicast communications on all network interfaces.

· The RSC Panel PC shall support Internet Group Management Protocol (IGMP) v.2 Multicast – RFC 2236 on all network interfaces.

· All connections to GEDMS shall be in compliance with Gigabit Ethernet Data Multiplex System (GEDMS) AN/USQ-82(V) Technical Description Revision 6, 26 January 2021.

· Each RSC Panel PC network interface shall be connected independently to the Ship’s GEDMS.

· Each interface shall be auto-sensing.

· Each interface shall function independently to GEDMS.

· Design shall allow for simultaneous communication on both interfaces.

· Design shall allow for full communication capability through a single channel in the event a single interface fails.

· Each interface shall provide indication LEDs for Transmit and Receive.

· The Panel PC shall support IPv4 on all network interfaces.

· IPv6 support shall be disabled on all Panel PC network interfaces.

· The interface to GEDMS shall be via 100baseTX USE switch that is part of the Ship’s GEDMS system.

RSC 19” (Minimum) Display and Panel PC Video Adapter Card Requirements

· 19” LCD Flat Panel requirements:

· All screen sizes shall be measured by the diagonal viewing area.

· Each 19” (minimum) display shall have a 4:3 or 5:4 size ratio.

· Shall be Thin Film Transistor (TFT) Active Matrix LCD (or equivalent).

· Shall be Light Emitting Diode (LED) backlit.

· Shall have embedded Resistive Touch Screen technology.

· Shall have a Touch Screen disable function.

· Shall have 1280x1024 resolution.

· Shall support standard lower resolutions.

· Shall use a digital video input signal or equivalent.

· Shall display 16 million colors minimum.

· Shall have a maximum response time of 16ms.

· Shall have a minimum viewing angle of +/- 85 degrees in the horizontal direction.

· Shall have a minimum viewing angle of +/- 85 degrees in the vertical direction.

· Video Adapter Requirements for each 19” (minimum) Display:

· Shall have a minimum of 1GB DDR memory shared between the 19” (minimum) display and additional display.

· Shall support 1280x1024 resolution.

· Shall support standard lower resolutions.

· Shall use a digital video output or equivalent to drive display.

· Shall support 16 million colors minimum.

RSC 40” (Minimum) Display and Panel PC Video Adapter Card Requirements

· 40” (Minimum) LCD Flat Panel requirements:

· All screen sizes shall be measured by the diagonal viewing area.

· 40” (Minimum) flat panel shall have a 16:9 size ratio.

· Shall be Thin Film Transistor (TFT) Active Matrix LCD (or equivalent).

· Shall be Light Emitting Diode (LED) backlit.

· Shall have 1920x1080 resolution.

· Shall support standard lower resolutions.

· Shall use a digital input signal or equivalent.

· Shall display 16 million colors minimum.

· Shall have a maximum response time of 30ms.

· Shall have a minimum viewing angle of +/- 85 degrees in the horizontal direction.

· Shall have a minimum viewing angle of +/- 85 degrees in the vertical direction.

· Video adapter requirements for 40” (Minimum) LCD Flat Panel:

· Shall have a minimum of 1GB DDR memory shared between the 19” (minimum) display and secondary display.

· Shall support 1920x1080 resolution.

· Shall support standard lower resolutions.

· Shall use a digital output or equivalent to drive display.

· Shall support 16 million colors minimum.

1.2.2 Multiviewer Software Requirements

The DVSS Multiviewer software shall have three types of user accounts, the DVSS User, the DVSS Administrator and the DVSS Configuration Manager. The DVSS User shall be prevented from accessing the DVSS Administrator and DVSS Configuration Manager functions. The DVSS Administrator shall be prevented from accessing the DVSS Configuration Manager functions.