N64498-18-R-5056_DVSS_Attachment_A_DVSS_Performance_Specification_Rev_G.docx
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This document outlines the requirements for a Digital Video Surveillance System (DVSS) to be provided under a federal contract with the Naval Sea Systems Command. Key requirements include the Contractor designing, fabricating, assembling and testing DVSS hardware and software to meet performance specifications. The Contractor must provide qualified personnel, materials, facilities, equipment, controls, test instrumentation, and data collection necessary to support product areas and applicable documents for DVSS, including machinery control system integration, mechanical and electrical interface requirements, and network systems integration. The Contractor must provide a Qualification Test Set, Shipset and Training Set as defined in the document, including cameras, enclosures, cables, computers and all required hardware, software, licenses and accessories. All hardware must be delivered with the approved firmware version installed.
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| Question_2_2_9_18.pdf | ||
| N64498-17-R-5056_0002.docx | DOCX document | |
| Amendment_0001_to_extend_1_12_18.docx | DOCX document | |
| DVSS_Questions_1.docx | DOCX document | |
| N64498-18-R-5056_DD254.pdf | ||
| Attachement_G_Labor_Rate_Substantiation_Table.xls | XLS spreadsheet | |
| Attachment_H_Form_4340_2_GFI.pdf | ||
| Attachment_F_Cost_Summary_Format.xls | XLS spreadsheet | |
| N64498-18-R-5056_DVSS_Attachment_D_Price_List_and_Lead_Time_for_Spares_RevA.xls | XLS spreadsheet | |
| N64498-18-R-5056_DVSS_Attachment_C_TDP_Selection_Rev_A.pdf | ||
| N64498-18-R-5056_DVSS_Attachment_B_DVSS_ILS_SOW_Rev_B.docx | DOCX document | |
| N64498-18-R-5056_DVSS_Attachment_E_GFI_Rev_A.doc | DOC document | |
| CDRL_A065_-_Contract_Status_Report.pdf | ||
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Attachment A
DDG Modernization Digital Video Surveillance System (DVSS) Performance Specification FY17 Recompete
Rev G
Prepared by Naval Surface Warfare Center, Philadelphia Division
(NSWCPD) Code 522 Philadelphia, PA 19112-5083 N64498-16-R-5056 DVSS Attachment A DVSS Performance Specification Rev G.docx 11/9/2017
Distribution Statement B: Distribution authorized to U.S. Government Agencies only (Procurement Sensitive Information). Other requests for this document shall be referred to NSWCPD Code 522
Distribution Statement B: Distribution authorized to U.S. Government Agencies only. Other requests for this document must be referred to PEO SHIPS.
Table of Contents
| 1. | Referenced Documents | 1 |
| 2. | Introduction | 3 |
| 2.1 | Background | 3 |
| 2.2 | Scope | 4 |
| 3. | General Descriptions and Definitions | 5 |
| 3.1 | Gigabit Ethernet Data Multiplexing System (GEDMS) Interface | 5 |
| 3.2 | Machinery Control System (MCS) Interface | 6 |
| 3.3 | DVSS Architecture | 6 |
| 4. | Performance Requirements | 7 |
| 4.1 | Hardware | 7 |
| 4.1.2 | Camera | 7 |
| 4.1.4 | Video Input Record Output Enclosure (VIROE) | 10 |
| 4.2 | Software Requirements | 14 |
| 4.2.1 | Computer Processing Unit (CPU) Requirements | 14 |
| 4.2.2 | Multiviewer Software Requirements | 19 |
| 4.2.3 | DVSS Single Viewer Software Requirements | 24 |
| 4.2.4 | DVSS Server Requirements | 26 |
| 4.2.5 | Software Environment Focus – Popup Windows | 26 |
| 4.2.6 | GEDMS Interface – Software Requirements | 27 |
| 4.3 | Cybersecurity Requirements | 28 |
| 4.4 | Shipboard Environmental Requirements | 34 |
| 4.4.1 | Cooling Requirements | 34 |
| 4.4.2 | Noise | 34 |
| 4.4.3 | Shipboard Electrical Power | 34 |
| 4.4.4 | D.C. Magnetic Field Environment | 34 |
| 4.4.5 | EMI | 34 |
| 4.4.6 | High Temperature | 35 |
| 4.4.7 | Low Temperature | 35 |
| 4.4.8 | Rain | 35 |
| 4.4.9 | Humidity | 35 |
| 4.4.10 | Sand and Dust | 36 |
| 4.4.11 | Vibration | 36 |
| 4.4.12 | Shock | 37 |
| 4.5 | Reliability and Maintainability (R&M) | 37 |
| 4.6 | Safety | 40 |
| 4.7 | Human Performance/Human Engineering | 40 |
| 4.8 | Shipboard Electrical Requirements | 40 |
| 4.8.1 | Electrical Bonding | 40 |
| 4.8.2 | Grounding | 40 |
| 4.8.3 | Circuit Protection | 40 |
| 4.8.4 | Internal Wiring | 41 |
| 4.9 | Marking and Packaging Requirements | 41 |
| 4.9.1 | Marking | 41 |
| 4.9.2 | Packaging | 42 |
| Figure 1: DVSS Camera Required Foundation Pattern | 43 |
| Figure 2: DVSS Video Input Record Output Enclosure (VIROE) Required Foundation Patterns | 44 |
Distribution Statement B: Distribution authorized to U.S. Government Agencies only (Procurement Sensitive Information). Other requests for this document shall be referred to NSWCPD Code 522
1. Referenced Documents
| The following documents are in effect on the date of request for proposals: | ||
| a) | MIL-STD-740-1(SH), Airborne Sound Measurements and Acceptance Criteria of Shipboard Equipment, dated 30 December 1986. | |
| b) | MIL-STD-810G with Change 1, Environmental Engineering Considerations and Laboratory Tests, dated 15 April 2014. | |
| c) | MIL-STD-167-1A, Mechanical Vibrations of Shipboard Equipment (Type I – Environmental Type II – Internally Excited, dated 2 November 2005. | |
| d) | MIL-S-901D, Shock Tests, High Impact, Shipboard Machinery, Equipment and Systems, Requirements for, dated 17 March 1989. | |
| e) | MIL-STD-1399C, Interface standards for shipboard systems, dated 2 February 1988 | |
| f) | MIL-STD-1399, Section 300B, Department of Defense Interface Standard, Electric Power, Alternating Current, dated 24 April 2008. | |
| g) | Open Network Video Interface Forum (ONVIF), Profile S. | |
| h) | MIL-STD-461G, Requirements for the Control of Electromagnetic Interference Characteristics of Subsystems and Equipment, dated 11 December 2015. | |
| i) | DOD-STD-1399, Section 070, Part 1, Interface Standard for Shipboard Systems, D.C. Magnetic Field Environment, dated 26 February 1979. | |
| j) | MIL-STD-686C, Cable and Cord, Electrical, Identification Marking and Color Coding Of; dated 28 September 1990. | |
| k) | MIL-STD-129P, Marking for Shipment and Storage, dated 29 October 2004. | |
| l) | MIL-STD-130N, Identification Marking of US Military Property, dated 17 Dec 2007. | |
| m) | MIL-DTL-43719D, Marking Materials and Markers, Adhesive, Elastomeric, Pigmented; General Specification, dated 6 April 2009. | |
| n) | MIL-DTL-15024F, Plates, Tags, and Bands for Identification of Equipment, General Specification, dated 28 November 1997. | |
| o) | MIL-DTL-24643/59A, Detail Specification Sheet, Cable, Electrical, Type LCS5FS (Including Variations LSC5FSW, LSC5OS, and LSC5OSW), dated 28 January 2010. | |
| p) | MIL-STD-1310H, Shipboard Bonding and Grounding Methods of Electromagnetic Compatibility, dated 17 September 2009. | |
| q) | IEEE STD 45, IEEE Recommended Practice for Electrical Installation on Shipboard | |
| r) | MIL-STD-2003A(SH), Electric Plant Installation Standard Methods for Surface Ships and Submarines, dated 3 September 2009. | |
| s) | MIL-STD-882E, Standard Practice for System Safety, dated 11 May 2012. | |
| t) | MIL-STD-1472G, Department of Defense Design Criteria Standard, Human Engineering, dated 11 January 2012. | |
| u) | MIL-E-2036D (SH), Enclosures for Electric and Electronic Equipment, dated 10 March 1988. | |
| v) | IEEE/EIA Std. 12207.0 - Standard for Information Technology- Software life cycle processes | |
| w) | IEEE/EIA Std. 12207.1 - Standard for Information Technology - Software lifecycle processes - Life cycle data | |
| x) | IEEE/EIA Std. 12207.2 - Standard for Information Technology - Software life cycle processes - Implementation considerations | |
| y) | Gigabit Ethernet Data Multiplex System (GEDMS) AN/USQ-82(V) Technical Description Revision 4, 9 April 2013. | |
| z) | Boeing Integrated Defense Systems IP Multicast Tutorial dated 15 August 2005 | |
| aa) | IEEE 208-1995, Standard on Video Techniques: Measurement of Resolution of Camera Systems, 1993 Techniques. | |
| ab) | FED-STD-595C, Colors Used in Government Procurement, dated 16 January 2008. | |
| ac) | IEEE 1101.1-1998, IEEE Standard for Mechanical Core Specifications for Microcomputers Using IEC 60603-2 Connectors | |
| ad) | IEEE 1101.10-1996, IEEE Standard for additional Mechanical Specifications for Microcomputers Using the IEEE 1101.1 Equipment Practice | |
| ae) | IEEE 1101.11, IEEE Standard for Mechanical Real Plug-in Unit Specifications for Microcomputers Using IEEE 1101.1 and the IEEE 1101.10 Equipment Practice | |
| af) | MIL-DTL-18240F, Detail Specification, Fastener Element, Self-Locking, Threaded Fastener, 250oF Maximum, Dated 2 June 1997 | |
| ag) | MIL-DTL-32258, Detail Specification, Nut, Self-Locking (Ring Type Non-Metallic Insert), Heavy Hex, Controlled Root Radius, Nickel-Copper Alloy, dated 28 June 2007. | |
| ah) | Department of Defense Directive 8500.1, Cybersecurity | |
| ai) | NAVSEAINST 9400.2 Implementation of Naval Sea Systems Command (NAVSEA) Afloat Information Assurance Governance | |
| aj) | Open Network Video Interface Forum (ONVIF), Core Specification Version 2.2, Dated May 2012 | |
| ak) | NAVSEAINST 9072.1A, Shock Hardening of Surface Ships, Dated 24 November 1989 | |
| al) | NAVSEA LTR 9072 Ser 05P1/462 of 21 November 2012 |
am)NAVSEA LTR 9072 Ser 05P1/463 of 21 November 2012
an) NAVSEA LTR 9072 Ser 05P1/464 of 21 November 2012.
2. Introduction
| 2.1 | Background |
| 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). | |
| DVSS shall consist of 22 electronic or mechanical Pan, Tilt, and Zoom (PTZ) cameras installed in the following locations aboard a DDG 51 Class ship (backfit): |
| Main Engine Room 1 (MER 1) | 4-170-0-E | 5 Cameras |
| Main Engine Room 2 (MER 2) | 4-254-0-E | 6 Cameras |
| Auxiliary Machinery Room 1 (AMR 1) | 4-126-0-E | 3 Cameras |
| Auxiliary Machinery Room 2 (AMR 2) | 4-220-0-E | 2 Cameras |
| Generator 3 | 3-370-0-E | 2 Cameras |
| AC Mach & Pump Room | 5-300-01-E | 1 Camera |
| Steering Gear Room | 4-442-0-E | 1 Camera |
| Forward VCHT | 4-110-0-E | 1 Camera |
| Aft VCHT | 4-300-0-E | 1 Camera |
| For DDG 117 and following ships the camera locations shall be: | ||
| Main Engine Room 1 (MER 1) | 4-170-0-E | 5 Cameras |
| Main Engine Room 2 (MER 2) | 4-254-0-E | 5 Cameras |
| Auxiliary Machinery Room 1 (AMR 1) | 4-126-0-E | 3 Cameras |
| Auxiliary Machinery Room 2 (AMR 2) | 4-220-0-E | 2 Cameras |
| Generator 3 | 3-370-0-E | 2 Cameras |
| AC Mach & Pump Room | 5-300-01-E | 1 Camera |
| Steering Gear Room | 4-442-0-E | 1 Camera |
| Forward VCHT | 4-110-0-E | 1 Camera |
| Aft VCHT | 4-300-0-E | 1 Camera |
| Hangar #2 | 1-338-8-Q | 1 Camera |
| Specific camera locations for the DVSS backfit design shall be based on previous DVSS installations. DVSS shall be a scalable system in which additional cameras can be added to the system at a later time without major impacts on the functionality of GEDMS or MCS. |
| DVSS shall be integrated with MCS and GEDMS to support the DDG Modernization requirement of 1 Watchstander in CCS during condition 3 Watch. |
| 2.2 | Scope |
| This contract is for hardware, software, integration and installation support, and supporting documentation for the DDG-M backfit DVSS alteration. Hardware requirements include cameras, camera mounting hardware, encoders and recorders as well as any associated mounting hardware, specialized cables, and required test equipment that meet the performance and environmental testing requirements defined in this specification and the Statement of Work (SOW). Software includes video management software, viewing software, recording software, recorded video playback software, and an Application Program Interface (API) for MCS viewing that meets the performance requirements defined in this specification and the SOW. | |
| Integration support shall take place at the US Navy’s DDG 51 Land Based Engineering Site (LBES) at the Naval Surface Warfare Center, Philadelphia Division (NSWC PD) in Philadelphia, PA. Integration support shall require contractor services to ensure that software provided for DVSS can operate on the Universal Control Console (UCC) and the Repair Station Console (RSC) without interfering with MCS software or any other software loaded on the UCC and RSC and also ensures DVSS can utilize GEDMS as the video network within the GEDMS operational requirements set for DVSS. The contractor shall be expected to provide technically qualified personnel that can meet the US Navy’s security requirements for LBES visitation. | |
| Installation support shall take place in the continental United States at a minimum aboard the first two backfit DDG 51 Class ships to undergo DDG-M alterations with shipsets from this contract and shall require services to ensure that DVSS is fully operational at the end of the ship’s availability. Installation support shall also take place aboard the first two new construction DDGs. The contractor shall be expected to provide technically qualified personnel. |
| 3. | General Descriptions and Definitions |
| 3.1 | Gigabit Ethernet Data Multiplexing System (GEDMS) Interface |
| DVSS shall utilize GEDMS for all video networking needs. All GEDMS hardware shall be installed aboard ship prior to or concurrently with DVSS. All hardware for GEDMS shall be purchased and installed aboard ship under the GEDMS program. Section 4.2 describes the performance requirements DVSS shall meet to interface with GEDMS. Additional network hardware beyond what is provided by GEDMS is not allowed. |
GEDMS is the planned product upgrade to a Gigabit Ethernet network based on 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 five (5) 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
| DVSS shall leverage GEDMS to eliminate the cost of installation and maintenance of a second network for video. Since DVSS shall have to share 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 shall connect to the GEDMS architecture at a GEDMS User Switch Enclosure (USE); USEs shall be located throughout the ship. | ||
| 3.2 | Machinery Control System (MCS) Interface | |
| DVSS shall also utilize the Machinery Control System (MCS) Universal Control Consoles (UCC) and Repair Station Consoles (RSC) to provide a computer platform for DVSS software to display video and provide PTZ control of the cameras. DVSS administrator functionality shall be from the DVSS Maintenance Laptop. The UCCs and RSCs shall be installed aboard ship prior to or concurrently with DVSS and shall be connected to GEDMS. This specification does list software performance requirements (reference Section 4.2) DVSS shall meet all requirements to operate on MCS consoles. Additional computer workstations for video administration or display are not allowed. | ||
| 3.3 | DVSS Architecture | |
| There are three major functions in DVSS that shall occur prior to GEDMS: raw video generation, encoding/compression of video, and recording 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. 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. |
| 4. | Performance Requirements |
| 4.1 | Hardware |
| This section refers to the hardware and any firmware or software requirements of the camera, encoder and recorder. DVSS software requirements are also covered under section 4.2. | |
| All Line Replaceable Units (LRUs) shall be interchangeable within the proposed system. Interchangeable is defined as the ability to exchange one LRU with a replacement LRU without the need for special tooling or software license updates. Replacement of LRUs that communicate with GEDMS shall only require the DVSS administrator to configure the network IP address and camera name for that location. All other configuration shall be automatic. | |
| Cameras that are protected from being back driven or are capable of being back driven without sustaining damage are preferred. |
| 4.1.1 | Open Network Video Interface Forum (ONVIF) |
| All video cameras shall have a Declaration of Conformance with ONVIF Profile S. | |
| 4.1.2 | Camera |
| All camera solutions shall be required to meet all of the GEDMS requirements in this document. IP Digital camera solutions with integrated video storage medium shall be required to record video in accordance with the VIROE requirements in this document. |
| 4.1.2.1 | Video Resolution |
| Cameras shall be capable generating a color video stream of a minimum resolution of 720 lines progressive scan. |
| 4.1.2.2 | Field of View |
| The camera shall have a horizontal field of view of 40 degrees minimum, 80 degrees maximum in the fully zoomed out lens position. |
| 4.1.2.3 | Pan, Tilt and Zoom (PTZ) Functionality |
| The camera shall be capable of providing pan, tilt and zoom functionality to the operator viewing the image on a UCC or RSC. The camera shall be able to continuously pan 360o in the horizontal plane. The camera shall be capable of tilting down 90o from horizontal level and tilting up a minimum of 25o from horizontal level (115o total). The camera shall also be capable of providing 18x optical zoom as a minimum. | |
| The PTZ function shall include a home position. The PTZ shall also be capable of supporting a minimum of fifteen additional preset PTZ locations that are set by the DVSS administrator in the software described in section 4.3. The presets will be used to allow the user to automatically pan, tilt and zoom the camera to a predetermined position and field of view by clicking on a button in the PTZ controls described in section 4.3. | |
| Cameras shall be capable of supporting PTZ scaling. PTZ scaling is defined as the ability of the camera to proportionally slow down the rate of pan and tilt movement speed as the camera is zoomed in and proportionally increase the pan and tilt movement speed as the camera zooms out. The reduction or increase in the speed of the pan and tilt movement shall keep the rate of pan and tilt speed that is apparent to the operator viewing the video in the DVSS software the same through various zoom positions. | |
| Cameras that support automatic E-Flip of the video image so that the image is shown in the viewing software is never inverted after the camera passes through its nadir position when tilting are required. Nadir is defined as the direction directly below a dome camera that is mounted in the overhead (ceiling). |
| 4.1.2.4 | Camera Lens Abrasion and Scratch Resistance |
| The camera lens shall be protected by a second outer protective abrasion and scratch resistant lens. Preferred systems have abrasion and scratch resistant protective lens with a Bayer ratio of at least 5 or on the outer surface of the lens. Other scratch resistant materials are allowed for the outer protective lens. |
| 4.1.2.5 | Focus Adjustment |
| The camera shall be properly focused at the factory and not require manual focus adjustment for the life of the camera. The camera shall be autofocus. |
| 4.1.2.6 | Light Levels |
| Lighting in engineering compartments is provided by overhead fluorescent light fixtures. DVSS shall be able to provide a clear image (as defined and measured in the statement of work) in a compartment with fluorescent lighting and at light levels down to 1 lux. 1 lux is designed as a unit of illumination equal to one lumen per square meter or to the illumination of a surface uniformly one meter distant from a point source of one candle. The camera’s ability to adjust to various light levels shall be automatic. |
| 4.1.2.7 | Camera Size and Weight |
| The camera, including the envelope to allow for full PTZ functionality of the camera, shall be no larger than 15 inches high by 12 inches wide by 12 inches deep. The camera and camera mount adapter shall weigh no more than 25 pounds when assembled together. |
| 4.1.2.8 | Tamper Protection |
| The LRU camera assembly shall use commercially available tamper proof hardware where possible to prevent unauthorized access to the interior of the camera assembly. Each shipset shall include a set of drivers that match any tamper proof hardware used in the system. |
| 4.1.2.9 | Camera Mounting |
| The camera shall be mounted to the government provided foundation shown in Figure 1. The material of the shipboard foundation shall be steel. The camera shall not utilize shock mounts. The mounting method shall be self locking threaded hardware in accordance with MIL-DTL-18240F. The threaded hardware size shall be 5/16 inches. The thread count shall be 18 (Course Thread UNC). All threaded hardware material that is not part of the government camera foundation shall be stainless steel. Cameras with mounting points that do not match the dimensions of the shipboard foundation shown in Figure 1 shall include a contractor provided adapter to allow the camera to be mounted to the shipboard foundation. |
| 4.1.2.10 | Camera Power, Video, and PTZ Control Cable |
| Cameras shall be connected to a video encoder via one CAT-5E cable. All CAT-5E cable used shall be low smoke and shielded in accordance with MIL-DTL-24643/59A. The single CAT-5E cable shall carry power, PTZ commands and video signals for the camera. Additional cables or wireless transmission of any kind between the camera and video server is not allowed. Camera power shall be in accordance with IEEE 802.3at/af specification. | |
| The government shall install a CAT-5E cable for each camera to Video Input Recorder Output Enclosure (VIROE section 4.1.5) connection as part of the DVSS installation package. The longest camera to VIROE cable run aboard ship shall be no more than 300 feet in length. Final cable lengths will not be determined until shipcheck. The contractor shall provide an RJ45 port on the camera for the connection from the camera to the government provided CAT-5E cable. The contractor shall provide a matching commercially available, non-proprietary RJ45 connector for the camera side of the government installed CAT-5E cable for each camera. The contractor shall provide a removable camera connector housing that prevents the CAT-5E connector from being unplugged from the camera. The camera connector housing shall be secured to the camera with tamper resistant hardware. Each shipset shall include the tool required to remove the cable connector housing, quantity of 4. The time to remove the cable connector housing shall be included in the digital camera assembly Mean Time To Repair (MTTR) calculations in paragraph 4.5.2. | |
| The government furnished CAT-5E cable shall be routed so that it does not loop down below the camera after installation. The cable connector port on the camera or camera assembly shall not be permitted to be on the bottom of the camera or camera assembly. The preferred connector point is on the top of the camera or camera assembly, the side or back of the camera or camera assembly is also allowed. | |
| The government provided CAT5E cable shall be terminated on the VIROE end with a shielded RJ45 connector that is provided by the contractor. The VIROE end of the government provided CAT5E camera to VIROE cable shall be connected to the appropriate DVSS hardware inside the VIROE enclosure in accordance with section 4.1.5. |
4.1.2.11 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.
| 4.1.2.12 | Compression |
| The digital camera shall use Motion Pictures Group (MPEG) 4 and MPEG 4 Part 10 (H.264) for video compression. The amount of compression used for live video shall be adjustable by the system administrator from the software described in section 4.3. |
| 4.1.2.13 | Frame Rate | |
| The digital camera shall be capable of providing up to 30 frames per second (fps) of MPEG4 or MPEG 4 Part 10 (H.264) video at 4CIF to the viewing software on the UCCs or RSCs. The frame rate shall be adjustable from 1 fps to 30 fps at 1 fps intervals maximum via the administrator software described in section 4.3. | ||
| 4.1.4 | Video Input Record Output Enclosure (VIROE) | |
| The contractor shall provide an enclosure that is capable of holding all of the required hardware that can support least four cameras but can also be configured to support up to eight cameras. This includes all hardware for video encoding, serving, PTZ control, recording, network communication with GEDMS, and associated power supplies for the cameras and video encoding, serving, and recording hardware as well as any other contractor required hardware for DVSS camera operation. |
There shall be 7 VIROE’s per shipset. VIROE locations will be in a different compartment than the cameras it serves.
| 4.1.4.1 | VIROE Construction Requirements |
| Unless otherwise noted in this performance specification, the VIROE shall meet all of the requirements of MIL-E-2036E for Class 1, Dripproof (45 Degrees) Protected Electronic Enclosures. Each VIROE shall include instructions and drawings with the BIT and BITE procedures as well as instructions for removal and replacement of all LRUs inside the VIROE. The instruction sheets shall be in accordance with MIL-E-2036E. The instruction sheets shall be attached to the VIROE door. |
4.1.4.2 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.
4.1.4.3 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.
| 4.1.4.4 | Size and Weight |
| The VIROE shall be no larger than 22 inches wide by 18 inches tall by 10 inches deep. The assembled VIROE shall weigh less than 50 pounds. |
| 4.1.4.5 | VIROE Mounting |
| The VIROE shall be mounted to the government provided foundation shown in Figure 3. 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. |
| 4.1.4.6 | Power Switch and Status Lights |
| The VIROE shall have one switch inside the enclosure to power down all of the hardware inside the VIROE. No switches of any kind shall be allowed on the outside of the VIROE. | |
| The VIROE shall have an LED inside the enclosure to indicate power is available to VIROE components. The VIROE shall have a second LED inside the enclosure to indicate that the VIROE is powered up. Network components shall have LEDs to provide an indication of link status and communication status with each network connection. Indicator lights outside the VIROE are not required. |
4.1.4.7 Color
The color of the VIROE shall be in accordance with FED-STD-595C, No. 26307 light equipment gray.
4.1.4.9 Digital Video Recording
| 4.1.4.9.1 | Video Recording | |
| The contractor shall provide digital video recorders that are capable of continuous recording (24 hours per day, 7 days per week) of each camera at 7 fps (minimum) for 7 days (minimum). The resolution of the recordings shall be 720 lines progressive scan (minimum). The video shall be recorded without using any GEDMS bandwidth. The frame rate and resolution selection of the video recorder shall be independent of the frame rate and resolution selected for the live video display on the RSC and UCC. Multiple channel DVRs are acceptable if they can meet all of the DVR requirements for every channel. | ||
| The video shall be recorded in a secure file format that prevents alteration or tampering with the original video recording so that the recorded video can be used as evidence in a court of law. | ||
| Recorded video shall be automatically overwritten with a First In/First Out (FIFO) method when the storage device for the video recordings becomes full. The maximum segment of recorded video that can be deleted during FIFO recording is 1 hour per hour. Breaks in recorded video are not acceptable during continuous recording. | ||
| Software described in section 4.3 shall allow the user to view recorded video from the DVSS Maintenance laptop. The software shall allow the user to download a selected video clip in secure file format to the DVSS Maintenance laptop hard drive so that the video clip can be archived. |
| 4.1.4.9.2 | Administration |
| Access to the DVR setup and configuration files shall be password protected. The DVSS Administrator shall have the ability to remotely administer the DVR from the DVSS Maintenance laptop. |
| 4.1.4.9.3 | DVR Status |
| The viewing software shall be capable of notifying the DVSS User that a specific DVR is no longer recording video through the DVSS MultiViewer software described in section 4.2.2. |
| 4.1.4.9.4 | DVR Startup |
| The DVR shall be capable of rebooting and recording video within 2 minutes of start up without user or administrator intervention, including startup after a shut down due to sudden loss of power. |
| 4.1.4.10 | GEDMS Interface – DVSS Hardware |
| Wireless networking or data transmission of any kind is not permitted. |
| 4.1.4.10.1 | VIROE Ethernet Switch | |
| The VIROE shall include a managed Ethernet switch. The VIROE Ethernet switch shall have a 10/100/1000 Base-TX port to interface with GEDMS. Network Attached Storage (NAS) devices used to meet the video recording requirements shall connect to a port on the VIROE Ethernet switch. All cameras shall connect to a port on the VIROE Ethernet switch. | ||
| The VIROE Ethernet switch shall meet all of the IA requirements listed in section 4.3. The VIROE Ethernet switch shall support IEEE 802.1Q for VLAN support. The VIROE Ethernet switch shall support IEEE Standard 802.1W, Rapid Spanning Tree Protocol. The VIROE network switch shall be capable of allowing all unused ports to be disabled through the switch configuration management software. | ||
| The VIROE network switch network interface speed shall be capable of being manually set for each individual port. The speed setting shall be 10 Mbps, 100 Mbps, or 1000 Mbps. The VIROE network switch duplex setting shall be capable of being set to full duplex or half duplex for each individual port. The VIROE network interface speed and duplex shall be capable of being set to auto negotiate for each individual port. | ||
| The VIROE Ethernet switch shall allow the current configuration settings to be downloaded to a switch configuration file. The VIROE Ethernet switch shall allow for a switch configuration file to be uploaded to the switch to restore the switch settings to their previous settings. The VIROE Ethernet switch shall maintain all of its settings when the power source is removed from the switch. |
| 4.1.4.10.2 | VIROE to GEDMS Cable | |
| The VIROE shall be connected to the GEDMS network via one government installed CAT-5E cable run between each VIROE and GEDMS. The CAT-5E cable shall be low smoke and shielded in accordance with MIL-DTL 24643/59A. The contractor shall provide all connectors required to terminate the government installed CAT-5E cable inside the VIROE enclosure in accordance with section 4.1.4. Shielded RJ45 connectors and receptacles shall be used for the VIROE to GEDMS cable termination inside the VIROE. The government will terminate and connect the GEDMS end of the network cable during installation. |
| 4.1.4.10.3 | Bandwidth Requirements | |
| DVSS hardware shall connect to GEDMS through a User Switch Enclosure (USE) that is connected to a Gigabit Ethernet Module (GEM) Input Output Unit (IOU). The bandwidth limitation for DVSS at each GEM is 25 Mbps. Due to the scalability requirement of DVSS, the contractor shall design DVSS to operate with up to eight cameras and their associated DVRs connected to one USE and sharing one 25 Mbps connection to GEDMS. | ||
| Additional detailed information on GEDMS can be found in the Boeing Integrated Defense Systems Gigabit Ethernet Data Multiplex System (GEDMS) AN/USQ-82(V) Technical Description dated December 22, 2008. |
| 4.1.4.10.4 | Multicast | |
| The video encoder or IP Video camera shall be capable of supporting UDP/IP Multicast, specifically Internet Group Management Protocol (IGMP) v.2 Multicast - RFC 2236 per GEDMS requirements. Specific technical details of this protocol can be found in the Boeing Integrated Defense Systems IP Multicast Tutorial dated 15 August 2005. | ||
| The Time To Live (TTL) setting for DVSS Multicast packets from all DVSS video encoders or IP cameras shall be adjustable by the DVSS Configuration Manager. The TTL setting shall be set to 8. |
| 4.1.4.10.5 | Unicast | |
| Unicast connections are only allowed for playback of recorded video or download of recorded video files for archiving at the DVSS Maintenance Laptop. Playback of recorded video or download of recorded video files shall utilize the same GEDMS connection as the live video streams and shall share the 25 Mbps bandwidth connection to GEDMS with the live video streams. |
| 4.1.4.10.7 | Speed and Duplex – IP Cameras | |
| The IP Camera interface network speed shall be capable of being manually set for each individual network port. The speed setting shall be capable of being set to 10 Mbps or 100 Mbps, The IP Camera interface duplex setting shall be capable of being set to full duplex or half duplex for each individual network port. The IP Camera interface network speed and duplex settings shall be capable of being set to auto negotiate for each individual network port. The camera shall maintain all of its settings when the power source is removed from the camera. | ||
| 4.2 | Software Requirements | |
| In addition to any hardware firmware or hardware software requirements in section 4.1, the contractor shall provide video viewing software and administrative functionality through a DVSS Graphical User Interface (GUI). DVSS GUI software shall be used by a DVSS User and a DVSS Administrator. The DVSS User functions shall be available on all RSCs and UCCs aboard ship. The DVSS Administrator functions shall only be available from the DVSS Maintenance Laptop. The software packaging and licensing shall also allow the government to replace any DVSS hardware, such as cameras, encoders, servers and DVRs, with identical components without purchasing additional software licensing or requiring a software license update. The software package and licensing shall also allow the government to install up to 28 cameras. | ||
| After the software license has been activated on a government computer, the license shall remain activated in the event of a hardware status change or OS setting change on that CPU. The DVSS license shall remain active and not require relicensing or a license update from the software vendor in the event of any change to the computer that does not involve the physical replacement of a computer component. The DVSS software license status shall remain active on the computer under the following conditions: a change in IP address(es) of the computer; change in the connection status of a Network Interface Card (NIC); the application of any software patch, service pack or other software updates to the operating system and other software on the computer; installation of other software from different vendors to the computer; a change in any of the operating system settings; applying an existing image with the license to the exact same computer the image was taken from; or any other software changes not listed here that do not involve replacement of computer hardware components. The contractor shall provide a detailed explanation of all conditions that can cause an activated DVSS software license status to change. | ||
| If an activated DVSS software license becomes invalid due to a computer hardware change, the shipboard DVSS administrator shall be able to update the license from the DVSS shipboard administrator account on the DVSS maintenance laptop without logging into the MCS consoles. | ||
| All DVSS software provided shall be able to operate concurrently on the same computer with the MCS Software loaded. Video software shall have a Declaration of Conformance with ONVIF Profile S. | ||
| 4.2.1 | Computer Processing Unit (CPU) Requirements |
| 4.2.1.1 | Software CPU and RAM Utilization Limits | |
| The primary function of the UCC is to run Machinery Control System (MCS) software packages; the primary function of the RSC is to run Damage Control Software packages. DVSS software is a secondary function that must not interfere with any other software running on a UCC or RSC at anytime. The DVSS User software shall utilize no more than a maximum of 12.5% of the CPU processing and 20% of the installed DRAM of any RSC at anytime, including DVSS software initialization. | ||
| The DVSS User software shall utilize no more than a maximum of 15% of the CPU processing and 20% of the installed DRAM of any UCC during DVSS software initialization. The DVSS User software shall utilize no more than a maximum of 12.5% of the CPU processing and 20% of the installed DRAM of any UCC during DVSS software operation. The DVSS User software shall utilize no more than a maximum of 15% of the CPU processing and 20% of the installed DRAM of any UCC during DVSS software shutdown. | ||
| The DVSS User software shall utilize no more than a maximum of 15% of the CPU processing and 20% of the installed DRAM of the Bridge RSC during DVSS software initialization. The DVSS User software shall utilize no more than a maximum of 12.5% of the CPU processing and 20% of the installed DRAM of the Bridge RSC during DVSS software operation. The DVSS User software shall utilize no more than a maximum of 15% of the CPU processing and 20% of the installed DRAM of the Bridge RSC during DVSS software shutdown. |
| 4.2.1.2 | Universal Control Console Specifications |
| The Universal Control Console (UCC) shall be one of the three computing platforms used for DVSS user software tasks. The four UCCs installed as part of DDG Modernization shall only be used to display live or recorded video with the video viewing software. The UCCs shall not be used for the downloading and archiving of video or DVSS administrative tasks. Detailed information on the UCC can be found in the DDG-Modernization (DDG-M) Single CCS Watchstander Universal Control Console (UCC) Performance Specification. All DVSS viewing software shall be able to operate on the final UCC design without degradation of the performance of other software applications that may be run concurrently on a UCC. The contractor shall provide engineering support to ensure that the DVSS user software provided can operate on the UCC and not adversely impact other software applications that may be running concurrently on the UCC. | |
| UCC1 and UCC2 will be located in the Central Control Station (CCS), UCC3 will be located in Main Engine Room 1 (MER1) and UCC 4 will be located in MER2. Each UCC will have four processor units, the DVSS viewing application will be run on processor 1. The requirements for UCC Processor 1 are: |
VME 6U
Processor Type – 4 Cores (minimum) Processor Speed – 2.4 GHz (minimum) Program Memory – 120 GigaByte (GB) hard drive (minimum) DRAM – 8 GB DDR3 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/Mouse – USB Microsoft Windows 10 Enterprise LTSB 2016 (64-bit) Operating System.
| 4.2.1.3 | Repair Station Console Specifications |
| The Repair Station Console shall be used for DVSS user and administrative software tasks. All DVSS software shall be able to operate on the final RSC design without degradation of the performance of other software applications that may be run concurrently on an RSC. The contractor shall provide engineering support to ensure that the DVSS user software provided can operate on the RSC and not adversely impact other software applications that may be running concurrently on the RSC. The DVSS administrator software shall run on the RSC but is allowed to operate with all other RSC software applications shutdown. | |
| The RSC will be installed aboard ship with DVSS. |
4.2.1.3.1 RSC Configuration
| There shall be seven RSCs aboard each ship. The RSCs shall be located in the Central Control Station (CCS), Combat System Maintenance Center (CSMC), Combat Information Center (CIC), Repair 2, Repair3, Repair 5, and Pilot House. Minimum performance requirements of the RSC can be found in the purchase specification DDG-Modernization (DDG-M) Single CCS Watchstander Repair Station Console (RSC) Performance Specification. |
| The RSC shall be a Panel PC design. The base rugged Panel PC shall consist of a 19” (minimum) display, processor, data storage device, internal speaker, and keyboard/trackball device, that all receive power from an Uninterruptible Power Supply (UPS). The design shall have the option to drive an additional external 19” (minimum) or 40” rugged display operated by the same Panel PC processor, UPS, data storage device, and keyboard/trackball. |
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 LTSB 2016 (64-bit) Operating System
· Memory Requirements
· Shall have an 8 gigabyte (GB) DDR3 SDRAM or better dedicated for CPU.
· Should have expansion capability to 16 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.
· DVD Drive Requirements
· Shall have one (1) internal DVD DRIVE read/write (RW).
· Internal DVD drive shall support write access of dual layer DVD media.
· Internal DVD drive shall support read access of dual layer DVD media.
· Internal DVD drive shall support write access of CD media.
· Internal DVD drive shall support read access of CD media.
· Internal DVD Drive shall be a DVD-R/RW capable drive.
· RSC Panel PC shall provide an application capable, of burning DVD and CD media, including format functions.
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 4, 9 April 2013.
· 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.
4.2.2 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.
| 4.2.2.1 | DVSS User Functions |
| The contractor shall provide software that shall allow a user to view live video streams on any RSC or UCC. All software provided shall be capable of being automatically launched by the Machinery Controls Software (MCS). The vendor shall provide a method for MCS software to start the DVSS software and to provide the user name and password to the server for software launch. |
| 4.2.2.1.1 | Camera Viewing and Selection |
| The viewing software shall be capable of displaying at least 6 different video streams simultaneously on a RSC or UCC with a total system latency of less than 0.5 second. The viewing software shall have an intuitive method for selecting any available camera for viewing in a viewing window. The viewing software shall also be capable of switching between one enlarged video stream and the 4 view display with a double mouse click. Switching between the single and multi view options shall not increase the amount of space DVSS takes up on the UCC or RSC desktop. The DVSS viewing window size shall be adjustable by the user and shall not be expandable beyond one monitor on workstations with multiple monitor configurations. |
| 4.2.2.1.2 | Camera Tours |
| Every UCC and RSC shall have a capability of displaying a minimum of one independent video tour at the same time. A video tour is defined as a single viewing window that automatically changes video streams on a preset time interval. The DVSS Viewing software shall allow either the DVSS User or DVSS Administrator to select the number of cameras and the order in which they are to be displayed. The viewing software shall also allow DVSS Administrator to set the time interval that each selected camera shall be shown before the next camera in the tour is displayed. The DVSS Administrator shall also have the capability to lock out the DVSS User from changing cameras or the time interval of the camera tours. |
| 4.2.2.1.3 | Camera Groups |
| The user shall be able to configure cameras into groups for quick access to several cameras at once. The user shall be able to create a group name and select any available camera for insertion into the group. When the user selects a group for viewing, all cameras in that group shall be displayed. The quantity of cameras that can be inserted into a group shall be limited to the maximum number of cameras that can be displayed on an RSC or UCC. This final number shall be determined during LBES Integration Testing described in the SOW. |
| 4.2.2.1.4 | PTZ Control | |
| The user shall be able to control the PTZ position of each camera from any UCC or RSC utilizing the pointing device of the UCC or RSC and a virtual controller provided as part of the DVSS software viewing package. Any additional hardware to control PTZ, such as a joystick, external controller, additional mouse or trackball device, is not acceptable. | ||
| The virtual PTZ controller GUI shall also include at least fifteen preset selections that shall be part of the virtual PTZ control panel in the DVSS Multi-view Software. The preset selections shall allow the DVSS user to automatically move the camera or camera view to a predetermined view with the click of one of the preset buttons. The position of preset selections shall only be configurable under the DVSS Administrator account. The administrator shall be able to PTZ each camera to a specific view and assign that PTZ position to one of the preset buttons through the DVSS Administrator GUI. The PTZ controller shall also include a Home button to bring the camera back to an assigned PTZ home position. |
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