Attachment A SOW RSC4_Performance_Spec.xlsx
XLSX spreadsheet 198 KB Posted
- Solicitation number
- N6449824R4016
About this file
This document is a Performance Specification for the Repair Station Console (RSC) as part of the DDG Modernization (DDG-M) program. It provides detailed technical requirements and specifications for the RSC hardware and software, including the Panel PCs, displays, keyboard/trackball, printer, and uninterruptible power supply (UPS). The Performance Specification covers areas such as processor, memory, and data storage requirements, video and display specifications, power and cooling requirements, cybersecurity protections, environmental qualification testing, and physical dimensions. It also defines the RSC equipment shipboard locations and configurations. The Performance Specification will be included as an attachment to the forthcoming Request for Proposals (RFP) solicitation N64498-24-R-4016 from the Naval Surface Warfare Center Philadelphia Division (NSWCPD) for the DDG-M RSC.
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RSC4 Performance Specification
| ID | Type | NOTES |
| RSC4PERFSPEC2 |
ATTACHMENT A - RSC PERFORMANCE SPEC
DDG-Modernization (DDG-M) Repair Station Console (RSC) Performance Specification Rev. –
Prepared by
NAVAL SURFACE WARFARE CENTER,
PHILADELPHIA DIVISION (NSWC PD)
CODE 517
Philadelphia, PA 19112
| z | Heading | ||
| RSC4PERFSPEC3 | 1 Referenced Documents | Information | |
| RSC4PERFSPEC4 | The following documents are in effect on the date of request for proposals. IEC, ISO, and IEEE standards shall be those available from the International Electrotechnical Commission, International Standards Organization, and Institute of Electrical and Electronic Engineers, respectively. |
In the event of conflict between this specification and any documents referenced, the requirements of this specification shall take precedence. Use of later or earlier issues requires approval by the Government.
| a) | Gigabit Ethernet Data Multiplex System (GEDMS) AN/USQ-82(V) Technical Description Revision 4, 9 April 2013. | ||
| b) | IEEE 1101.1-1998: IEEE Standard for Mechanical Core Specifications for Microcomputers Using IEC 60603-2 Connectors | ||
| c) | IEEE 1101.10-1996: IEEE Standard for additional Mechanical Specifications for Microcomputers Using the IEEE 1101.1 Equipment Practice | ||
| d) | 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 | ||
| e) | USB 3.0, Universal Serial Bus Specification, Revision 1.0, June 6, 2011 | ||
| f) | PICMG 2.0 R3.0, CompactPCI Core Specification, with PICMG ECN 002 on Self-Describing Slot Geography | ||
| g) | PICMG 2.1 R2.0, Compact PCI Hot Swap | ||
| h) | PICMG 2.16 R1.0, Compact PCI Packet Switching Backplane Specification | ||
| i) | IEEE 802.3, Carrier Sense Multiple Access with Collision Detection (CSMA/CD) Access method and Physical Layer Specifications, Latest Edition | ||
| j) | MIL-STD-1399 Section 300B, Interface Standard for Shipboard Systems Section 300B, Electric Power, Alternation Current (Metric). | ||
| k) | MIL-STD-1399C, Interface Standard for Shipboard Systems | ||
| l) | MIL-STD-461G, Electromagnetic Emission and Susceptibility Requirements for the Control of Electromagnetic Interface | ||
| m) | MIL-STD-810G(1), Environmental Engineering Considerations and Laboratory Tests | ||
| n) | MIL-S-901 D Shock Tests, High Impact, Shipboard Machinery, Equipment and Systems, Requirements for | ||
| o) | MIL-STD-167-1A Mechanical Vibrations of Shipboard Equipment (Type I - Environmental Type II – Internally Excited) | ||
| p) | MIL-STD-740-1, Airborne Sound Measurements and Acceptance Criteria of Shipboard Equipment | ||
| q) | DOD-STD-1399, Section 301A Ship Motion and Attitude | ||
| r) | IEC 60092-101, Electrical Installations in Ships – Part 101: Definitions and General Requirements | ||
| s) | MIL-STD-882E, Safety | ||
| t) | MIL-STD-1472G, Human Engineering | ||
| u) | FED-STD-595C(1), Colors Used In Government Procurement | ||
| v) | MIL-DTL-915G Supplement 1 | ||
| w) | MIL-DTL-24643C SUP 1A, CABLES AND CORDS, ELECTRIC, LOW SMOKE, FOR SHIPBOARD USE, GENERAL SPECIFICATION FOR | ||
| x) | MIL-DTL-24643/59, CABLES, ELECTRICAL TYPE LSC5FS | ||
| y) | NEMA-WC-27500, Standard for Aerospace and Industrial Electrical Cable | ||
| z) | SAE AS22759, Extruded TFE | ||
| aa) | MIL-STD-130N(1), Identification Marking of US Military Property | ||
| bb) | MIL-DTL-15024F, PLATES, TAGS, AND BANDS FOR IDENTIFICATION OF EQUIPMENT, GENERAL SPECIFICATION FOR | ||
| cc) | MIL-M-43719, MARKING MATERIALS AND MARKERS, ADHESIVE, ELASTOMERIC, PIGMENTED; GENERAL SPECIFICATION FOR | ||
| dd) | MIL-HDBK-454 Requirement 9; General Guidelines for Electronic Equipment - Workmanship | ||
| ee) | MIL-E-2036D, Enclosures for Electric and Electronic Equipment, 10 March 1988 | ||
| ff) | MIL-HDBK-470A, DESIGNING AND DEVELOPING MAINTAINABLE PRODUCTS AND SYSTEMS, VOLUME I AND VOLUME II (Guidance) | ||
| gg) | MIL-STD-686C, CABLE AND CORD, ELECTRICAL,IDENTIFICATION MARKING AND COLOR CODING OF | ||
| hh) | MIL-STD-1310H, Shipboard Bonding and Grounding Methods of Electromagnetic Compatibility | ||
| ii) | MIL-STD-1474E, Shipboard Equipment Noise | ||
| jj) | NSA Guidance for Addressing Malicious Code Risk – 10 September 2007 | ||
| kk) | Defense Federal Acquisition Regulation Supplement – 30 November 2015 | ||
| Information | |||
| RSC4PERFSPEC5 | 2 Introduction | Heading | |
| RSC4PERFSPEC6 | 2.1 Background | Heading | |
| RSC4PERFSPEC7 | Repair Station Consoles shall be required for the DDG-M Program. | Information | |
| RSC4PERFSPEC8 | A quantity of seven (7) RSCs and one (1) Fuel Oil Lab PC (FOLPC)) shall be installed throughout the ship as part of the Machinery Control System (MCS). | Definition | |
| RSC4PERFSPEC9 | The RSC shall communicate over the shipboard IPv4/IPv6 network. | Requirement | |
| RSC4PERFSPEC10 | The proposed RSC design as depicted in Figure 1 shall meet the Navy requirements, as detailed within this document, necessary for shipboard installation and function. | Information | |
| RSC4PERFSPEC11 | The Rugged Panel PC proposed design shall offer flexibility of installation and maximize the use of COTS computer equipment to enable future upgrades. | Information | |
| RSC4PERFSPEC12 | The base rugged Panel PC shall consist of a 19” (minimum) display, processor, data storage device, internal speaker, drive, and keyboard/trackball device, that all receive power from an Uninterruptible Power Supply (UPS). | Requirement | |
| RSC4PERFSPEC13 | The FOLPC shall have touchscreen functionality. | Requirement | |
| RSC4PERFSPEC14 | The design shall have the capability to drive an additional external 19” (minimum) or 40” (minimum) rugged display operated by the same Panel PC processor, UPS, data storage device, and keyboard/trackball. | Requirement | |
| RSC4PERFSPEC15 | The design shall support connectivity to a printer networked over the shipboard IPv4/IPv6 network. | Requirement | |
| RSC4PERFSPEC16 | One (1) network printer shall be provided as a component of each RSC shipset. | Requirement | |
| RSC4PERFSPEC17 | The RSC design shall support DDG-M computer programs. | Information | |
| RSC4PERFSPEC18 | The required operating system, computer programs, and software performance that the RSC shall support are detailed in this document. | Information | |
| RSC4PERFSPEC19 | The Contractor shall be responsible for delivery of the operating system, device drivers, software, and supporting Commercial off the Shelf (COTS) applications. | Information | |
| RSC4PERFSPEC20 | The Navy will be developing the required MCS computer programs that run on the RSC. In addition to the requirements for supporting the DDG in-service Fleet and Qualification Testing, this Performance Specification includes options for a training set and a set of equipment for the Land Based Engineering Test Site (LBES) in Philadelphia, PA. | Information | |
| RSC4PERFSPEC21 | LBES equipment shall remain at the LBES facility, as Navy owned property, to be available for future verification testing. | Information | |
| RSC4PERFSPEC22 | There will also be an option for sets of equipment to support Navy training at the Fleet concentration centers. | Information | |
| RSC4PERFSPEC23 | 2.2 Sets of RSC Panel PC Equipment | Heading | |
| RSC4PERFSPEC24 | 2.2.1 Shipset and LBES Set of RSC equipment: | Heading | |
| RSC4PERFSPEC25 | A Shipset and a LBES Set of RSC equipment shall include the following: | ||
| ∙ | Seven (7) Panel PC(s) (including display(s), computer/processor, internal speaker, and storage device) |
∙One (1) Panel PC (including display, computer/processor, internal speaker, storage device, and touchscreen)
| ∙ | Eight (8) integrated keyboard/trackball devices |
| ∙ | Seven (7) Un-Interruptible Power Supplies (UPS) |
| ∙ | Three (3) display configurations: |
| ∙ | Configuration 1: 19” (minimum) LCD Panel Display + 40” (minimum) LCD Panel Display (separate mounting for each) |
| ∙ | Configuration 2: 19” (minimum) LCD Panel Display + additional 19” (minimum) LCD Flat Panel Display. (separate mounting for each) |
| ∙ | Configuration 3: 19” (minimum) LCD Panel Display |
| ∙ | Quantity of each display configuration: |
| ∙ | Configuration 1: Quantity two (2) (Located in Central Control Station (CCS) and Combat System Maintenance Center (CSMC)). |
| ∙ | Configuration 2: Quantity three (3) (Located in Repair2, Repair3, and Repair5). |
| ∙ | Configuration 3: Quantity three (3) (Located in Combat Information Central (CIC), Bridge, and Oil Lab). |
| ∙ | One (1) network based printer |
| ∙ | External cabling for power: UPS to additional display , UPS to Panel PC, Panel PC to integrated keyboard/trackball device, ship’s power to printer, ships power to FOLPC |
| ∙ | External cabling for signal/data: Panel PC to additional display, Panel PC to integrated keyboard/trackball device, Panel PC to UPS, and GEDMS to printer |
| ∙ | All required drivers and COTS software licenses with installation media |
| ∙ | Eight (8) licenses (with installation media) for the latest release of the Windows IoT Enterprise LTSC (64-bit) Operating System. |
| Definition | |||
| RSC4PERFSPEC26 | 2.2.2 Qualification Test Set of RSC Panel PC equipment: | Heading | |
| RSC4PERFSPEC27 | A Qualification Test Set of RSC Panel PC equipment shall include the following: | ||
| ∙ | One (1) Panel PC (including display(s), computer/processor, internal speaker, internal DVD drive, and storage device) |
∙One (1) Panel PC (including display, computer/processor, internal speaker, storage device, and touchscreen)
| ∙ | One (1) integrated keyboard/trackball device |
| ∙ | One (1) Un-Interruptible Power Supply (UPS) |
| ∙ | One (1) display configuration: |
| ∙ | Configuration 1: 19” (minimum) LCD Panel Display + 40” (minimum) LCD Panel Display (separate mounting for each) |
| ∙ | One (1) network based printer |
| ∙ | External cabling for power: UPS to additional display , UPS to Panel PC, Panel PC to integrated keyboard/trackball device, and ship’s power to printer, ship's power to FOLPC |
| ∙ | External cabling for signal/data: Panel PC to additional display, Panel PC to integrated keyboard/trackball device, Panel PC to UPS, and GEDMS to printer |
| ∙ | All required drivers and COTS software licenses with installation media |
| ∙ | Two (2) licenses (with installation media) for the latest release of the Windows IoT Enterprise LTSC (64-bit) Operating System. |
| Definition | |
| RSC4PERFSPEC28 |
| Figure 1 – proposed rsc system architecture | Definition | See Figure 1 Sheet for details. | ||
| RSC4PERFSPEC29 | 2.3 Scope | Heading | ||
| RSC4PERFSPEC30 | This specification establishes the performance, design, and test requirements for the RSC. Unless indicated as provided by the Government, all assemblies, subassemblies, and components identified herein, or required for proper operation of the equipment, shall be furnished by the Contractor. | Information | ||
| RSC4PERFSPEC31 | The RSC shall run the DDG Modernization MCS software suite, as modified by the Navy for the DDG51 Modernization Program. | Information | ||
| RSC4PERFSPEC32 | This software suite includes the Machinery Control System (MCS) Common User Interface Graphics, Damage Control System (DCS), Fuel Control System (FCS), Digital Video Surveillance System (DVSS), and local database. This Performance Specification will describe the Contractor provided hardware and Contractor provided software requirements for a typical DDG Modernization shipset of RSC(s). | Information | ||
| RSC4PERFSPEC33 | The requirements listed in this document shall be included as a minimum. | Information | ||
| RSC4PERFSPEC34 | Enhancements beyond the scope or deviations from the requirements of this document are at the discretion of the Navy's DDG Modernization project members. The Navy must approve all deviations from this specification. | Information | ||
| RSC4PERFSPEC35 | 2.4 RSC Equipment Shipboard Locations | Heading | ||
| RSC4PERFSPEC36 | The Contractor shall design RSC equipment for the following shipboard locations as detailed in Table 1: | Requirement | See Table 1 Sheet for details. | |
| RSC4PERFSPEC37 | Table 1 – rsc shipboard locations |
| Definition | See Table 1 Sheet for details. | |||
| RSC4PERFSPEC38 | 3 Repair Station Console Component Requirements | Heading | ||
| RSC4PERFSPEC39 | 3.1 Panel PC Processor Requirements | Heading | ||
| RSC4PERFSPEC40 | ∙ | The Processor shall have a minimum of 4 processing cores. | Requirement | Need to update right before RFP is sent out |
| RSC4PERFSPEC41 | ∙ | Processor shall have a minimum clock speed of 2.4 gigahertz (GHz). | Requirement | Need to update right before RFP is sent out |
| RSC4PERFSPEC42 | ∙ | Shall have a minimum of three (3) USB (3.0 or equivalent) ports as outlined in Table 2. | Requirement | See Table 2 Sheet for details. |
| RSC4PERFSPEC43 | ∙ | The Panel PC processor shall support an interface for one (1) Resistive touch screen display. | Requirement | |
| RSC4PERFSPEC44 | 3.2 Memory Requirements | Heading | ||
| RSC4PERFSPEC45 | ∙ | Shall have a 32 gigabyte (GB) DDR3 SDRAM or better dedicated for CPU. | Requirement | |
| RSC4PERFSPEC46 | ∙ | Should have expansion capability to 64 gigabyte (GB) DDR3 SDRAM or greater. | Requirement | |
| RSC4PERFSPEC47 | 3.3 Data Storage Device Requirements | Heading | ||
| RSC4PERFSPEC48 | ∙ | Computing element shall have access to a solid state drive with a minimum capacity of 300 GB. | Requirement | |
| RSC4PERFSPEC49 | ∙ | The solid state drive shall contain the operating system. | Requirement | |
| RSC4PERFSPEC50 | ∙ | Computing elements utilizing flash architecture technology shall not be used. | Requirement | |
| RSC4PERFSPEC51 | ∙ | The solid state drive shall have a maximum of 0.50% Annualized Failure Rate (AFR). | Requirement | |
| RSC4PERFSPEC52 | ∙ | The solid state drive shall have a Serial ATA (SATA) interface with a minimum of 6 GB/s transfer rate. | Requirement | |
| RSC4PERFSPEC61 | 3.4 Panel PC Speaker | Heading | ||
| RSC4PERFSPEC62 | ∙ | The RSC Panel PC shall have an integrated speaker. | Requirement | |
| RSC4PERFSPEC63 | ∙ | The speaker should be capable of producing bell, horn, siren, and buzzer sounds. | Requirement | |
| RSC4PERFSPEC64 | ∙ | The RSC Panel PC integrated speaker shall be capable of sound up to 90 dBA. | Requirement | |
| RSC4PERFSPEC65 | ∙ | The RSC Panel PC shall provide for volume adjustment. | Requirement | |
| RSC4PERFSPEC66 | ∙ | The RSC Panel PC volume shall be mutable. | Requirement | See Table 2 Sheet for details. |
| RSC4PERFSPEC67 | ∙ | The speaker should be capable of sounding DDG Modernization computer program audible alarms. | Information | |
| RSC4PERFSPEC68 | Table 2 – rsc Panel pc interface requirements | |||
| Definition | See Table 2 Sheet for details. | |||
| RSC4PERFSPEC69 | 3.5 Panel PC GEDMS Interfaces | Heading | ||
| RSC4PERFSPEC70 | ∙ | 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. RSC Panel PC GEDMS interfaces are depicted in Figure 2. | Requirement | See Figure 2 Sheet for details. |
| RSC4PERFSPEC71 | ∙ | The RSC Panel PC shall support IEEE 802.3 Ethernet TCP/IP and UDP/IP Multicast communications on all network interfaces. | Requirement | |
| RSC4PERFSPEC72 | ∙ | The RSC Panel PC shall support Internet Group Management Protocol (IGMP) v.2 Multicast – RFC 2236 on all network interfaces. | Requirement | |
| RSC4PERFSPEC73 | ∙ | 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. | Requirement | |
| RSC4PERFSPEC74 | ∙ | Each RSC Panel PC network interface shall be connected independently to the Ship's IPv4/IPv6 network. | Requirement | |
| RSC4PERFSPEC75 | ∙ | Each interface shall be auto-sensing. | Requirement | |
| RSC4PERFSPEC76 | ∙ | Each interface shall function independently to the IPv4/IPv6 network. | Requirement | |
| RSC4PERFSPEC77 | ∙ | Design shall allow for simultaneous communication on both interfaces. | Requirement | |
| RSC4PERFSPEC78 | ∙ | Design shall allow for full communication capability through a single channel in the event a single interface fails. | Requirement | |
| RSC4PERFSPEC79 | ∙ | Each interface shall provide indication LEDs for Transmit and Receive. | Requirement | |
| RSC4PERFSPEC80 | ∙ | The Panel PC shall support IPv4 on all network interfaces. | Requirement | |
| RSC4PERFSPEC81 | ∙ | The Panel PC shall support IPv6 on all network interfaces. | Requirement | |
| RSC4PERFSPEC82 | ∙ | IPv6 support shall be disabled on all Panel PC network interfaces. | Requirement | |
| RSC4PERFSPEC83 | ∙ | The interface to the IPv4/IPv6 network shall be via 100baseTX USE switch that is part of the Ship's GEDMS. | Requirement | |
| RSC4PERFSPEC84 |
| Figure 2 – panel pc gedms interfaces | Definition | See Figure 2 Sheet for details. | ||
| RSC4PERFSPEC85 | 3.6 Display and Video Requirements | Heading | ||
| RSC4PERFSPEC86 | ∙ | All 40” (Minimum) displays shall have a dimming controller which allows the display to be completely turned down so that no light can be seen. This includes any backlighting. | Requirement | |
| RSC4PERFSPEC87 | ∙ | All 19” (Minimum) displays shall have a dimming controller which allows the display to be completely turned down so that no light can be seen. This includes any backlighting. | Requirement | |
| RSC4PERFSPEC88 | ∙ | All 19” (Minimum) displays shall have minimum brightness of 250Cd/m2 at 100% brightness. | Requirement | |
| RSC4PERFSPEC89 | ∙ | The Configuration 1 and 2 displays shall function with an extended desktop capability: | Requirement | |
| RSC4PERFSPEC90 | o | The Configuration 1 and 2 displays shall allow the operator to move the control cursor across both displays. | Requirement | |
| RSC4PERFSPEC91 | o | The Configuration 1 and 2 displays shall allow the operator to control application windows separately in either display that has focus. | Requirement | |
| RSC4PERFSPEC92 | o | The Configuration 1 and 2 displays shall allow application windows to move seamlessly between both screens. | Requirement | |
| RSC4PERFSPEC93 | o | The Configuration 1 and 2 displays shall display Window's messages and application dialogs in the center of the primary display. | Requirement | |
| RSC4PERFSPEC94 | 3.7 19” (Minimum) Display and Panel PC Video Adapter Card Requirements | Heading | ||
| RSC4PERFSPEC95 | 3.7.1 19” LCD Flat Panel requirements: | Heading | ||
| RSC4PERFSPEC96 | ∙ | All screen sizes shall be measured by the diagonal viewing area. | Requirement | |
| RSC4PERFSPEC97 | ∙ | Each 19” (minimum) display shall have a 4:3 or 5:4 size ratio. | Requirement | |
| RSC4PERFSPEC98 | ∙ | Shall be Thin Film Transistor (TFT) Active Matrix LCD (or equivalent). | Requirement | |
| RSC4PERFSPEC99 | ∙ | Shall be Light Emitting Diode (LED) backlit. | Requirement | |
| RSC4PERFSPEC100 | ∙ | The FOLPC shall have embedded Resistive Touch Screen technology. | Requirement | |
| RSC4PERFSPEC101 | ∙ | The RSC PPC shall not have touchscreen enabled | Requirement | |
| RSC4PERFSPEC102 | ∙ | Shall have 1280x1024 resolution. | Requirement | |
| RSC4PERFSPEC103 | ∙ | Shall support standard lower resolutions. | Requirement | |
| RSC4PERFSPEC104 | ∙ | Shall use a digital video input signal or equivalent. | Requirement | |
| RSC4PERFSPEC105 | ∙ | Shall display 16 million colors minimum. | Requirement | |
| RSC4PERFSPEC106 | ∙ | Shall have a maximum response time of 16ms. | Requirement | |
| RSC4PERFSPEC107 | ∙ | Shall have a minimum viewing angle of +/- 85 degrees in the horizontal direction. | Requirement | |
| RSC4PERFSPEC108 | ∙ | Shall have a minimum viewing angle of +/- 80 degrees in the vertical direction. | Requirement | |
| RSC4PERFSPEC521 | Displays used solely by personnel not requiring dark adaptation support shall be dimmable to a minimum full white luminance of 0.35 cd/m2 or lower before extinction. | Requirement | ||
| RSC4PERFSPEC522 | Displays used by personnel requiring dark adaptation shall be dimmable to a minimum full white luminance of 0.03 cd/m2 or lower before extinction. | Requirement | ||
| RSC4PERFSPEC523 | Displays shall exhibit an exponential luminance curve for all display brightness settings or modes (e.g., day, night). | Requirement | ||
| RSC4PERFSPEC524 | Displays should have operator-selectable display brightness modes, including for day and night. | Requirement | ||
| RSC4PERFSPEC525 | The maximum luminance for white in night mode shall be between 3.5 and 30.0 cd/m2. | Requirement | ||
| RSC4PERFSPEC526 | The minimum luminance for white in day mode shall be between 1.0 and 15.0 cd/m2. | Requirement | ||
| RSC4PERFSPEC527 | The brightness modes shall have brightness levels for white that overlap. | Requirement | ||
| RSC4PERFSPEC528 | Displays exposed to direct sunlight (i.e., on the bridge wing or placed next to the pilot house windows) shall provide a maximum luminance of at least 700 cd/m2 (204 fL) (objective) or 500 cd/m2 (146 fL) (threshold). | Requirement | ||
| RSC4PERFSPEC529 | Displays shaded from direct sunlight (i.e., not placed next to pilot house windows) shall provide a maximum luminance of at least 340 cd/m2 (100 fL). | Requirement | ||
| RSC4PERFSPEC530 | Displays shall exhibit no more than 30% luminance non-uniformity (1 – min/max) for full white measured both at 1.0 ±0.1 cd/m2 and at maximum day luminance for: |
-All standard test points and observed hot spots measured orthogonally.
-All standard test points for each off-axis measurement angle.
| -Off-axis measurements at edge of viewing envelope for each test point. | Requirement | |
| RSC4PERFSPEC531 | Displays shall exhibit no more than a 50% luminance non-uniformity (1 – min/max) for full black when the display is configured to show full white at 1.0 ±0.1 cd/m2 and at maximum day luminance for: |
-All standard test points and observed hot spots measured orthogonally.
-All standard test points for each off-axis measurement angle.
| -Off-axis measurements at edge of viewing envelope for each test point. | Requirement | ||
| RSC4PERFSPEC532 | Displays shall exhibit no more than a 5% increase (objective) or 20% increase (threshold) in off-axis luminance measures compared to the orthogonal luminance level for both white and black luminance measured both for full white at 1.0 ±0.1 cd/m2 . For black luminance, the photometer’s absolute measurement error should be added to the orthogonal luminance level before calculating the allowable increase. | Requirement | |
| RSC4PERFSPEC533 | Displays shall provide color uniformity of r less than 0.030 for fully-saturated red, green, and blue over the expected operator viewing envelope measured both at 1.0 ±0.1 cd/m2 for white 5×5 test pattern and at maximum day luminance for: |
-All nine standard test points measured orthogonally (reference point = center of display).
| -All off-axis measures across the expected range of operator viewing angles at the center of the display (reference point = orthogonal). | Requirement | ||
| RSC4PERFSPEC534 | Displays shall provide a white:black display contrast of 100:1 or greater for full white at 0.5 cd/m2. | Requirement | |
| RSC4PERFSPEC535 | Displays shall provide a white: black display contrast of 50:1 or greater for off-axis measures across the expected range of operator viewing angles measured at 0.5 ±0.1 cd/m2 or at 1.0 ±0.1 cd/m2. | Requirement | |
| RSC4PERFSPEC536 | Displays shall meet the following requirements when measured in the applicable lighting condition defined in MIL-HDBK-87213B as modified in Table 6 |
-Full white and full black display content shall have a High Ambient Daylight Contrast greater than or equal to the criteria defined in Table 7 in accordance with MIL-L-87213B.
-Light from an external source creating a specular reflection on a display shall not exceed 1.0 percent of the display luminance for a viewing angle of 30 degrees or less from the display normal or across the expected range of operator viewing angles, whichever is larger.
| -Light from an external source creating a diffuse reflection on a display shall not exceed 0.2 percent for a viewing angle of 30 degrees or less from the display normal or across the expected range of operator viewing angles, whichever is larger. | Requirement | |||
| RSC4PERFSPEC537 | The display shall provide an external control for the full range of brightness adjustment. | Requirement | ||
| RSC4PERFSPEC538 | Displays with incremental brightness controls shall provide a minimum of twenty exponential luminance settings within each display mode. | Requirement | ||
| RSC4PERFSPEC539 | Displays with separate display modes (e.g., day and night) shall require operator confirmation when switching from night to day mode (objective) or shall ensure that the display remains at or below the night mode maximum brightness level when switching from night mode to day mode (threshold). | Requirement | ||
| RSC4PERFSPEC540 | Controls for display and indicator or control luminance adjustment shall allow both increasing and decreasing adjustments of brightness. | Requirement | ||
| RSC4PERFSPEC541 | The display shall provide the user with the capability to locate and identify brightness controls by tactile means throughout the entire range of display brightness, including at extinction. | Requirement | ||
| RSC4PERFSPEC542 | Brightness controls should be single-function controls and shall not control any additional functions other than display power. | Requirement | ||
| RSC4PERFSPEC543 | If an on-screen scale or indicator of display brightness is provided, then it shall dim relative to overall display brightness. | Requirement | ||
| RSC4PERFSPEC544 | Controls for display and indicator or control luminance adjustment shall adjust luminance for each discrete control input. | Requirement | ||
| RSC4PERFSPEC545 | Bezel-mounted indicator lights and backlit controls shall be dimmable at night to 1.0 cd/m2 or less. | Requirement | ||
| RSC4PERFSPEC546 | Bezel-mounted indicator lights and backlit controls shall have a luminance ratio of no greater than 2:1 between the brightest and dimmest bezel components at any given display luminance level. | Requirement | ||
| RSC4PERFSPEC547 | Indicators and light sources internal to the display housing shall not create light leakage through air vents or other openings. | Requirement | ||
| RSC4PERFSPEC548 | Non-dimmable indicator lights should not be visible from the anticipated operator viewing positions. | Requirement | ||
| RSC4PERFSPEC549 | Non-dimmable indicator lights should have a luminance no higher than 1.0 cd/m2 [TBR] in any direction. | Requirement | ||
| RSC4PERFSPEC550 | Non-dimmable labelled indicators should have a luminance no higher than 0.5 cd/m2 [TBR] in any direction. | Requirement | ||
| RSC4PERFSPEC109 | 3.7.2 Video Adapter Requirements for each 19” (minimum) Display: | Heading | ||
| RSC4PERFSPEC110 | ∙ | Shall have a minimum of 1GB DDR memory shared between the 19” (minimum) display and additional display. | Requirement | |
| RSC4PERFSPEC111 | ∙ | Shall support 1280x1024 resolution. | Requirement | |
| RSC4PERFSPEC112 | ∙ | Shall support standard lower resolutions. | Requirement | |
| RSC4PERFSPEC113 | ∙ | Shall use a digital video output or equivalent to drive display. | Requirement | |
| RSC4PERFSPEC114 | ∙ | Shall support 16 million colors minimum. | Requirement | |
| RSC4PERFSPEC551 | Displays used solely by personnel not requiring dark adaptation support shall be dimmable to a minimum full white luminance of 0.35 cd/m2 or lower before extinction. | Requirement | ||
| RSC4PERFSPEC552 | Displays used by personnel requiring dark adaptation shall be dimmable to a minimum full white luminance of 0.03 cd/m2 or lower before extinction. | Requirement | ||
| RSC4PERFSPEC553 | Displays shall exhibit an exponential luminance curve for all display brightness settings or modes (e.g., day, night). | Requirement | ||
| RSC4PERFSPEC554 | Displays should have operator-selectable display brightness modes, including for day and night. | Requirement | ||
| RSC4PERFSPEC555 | The maximum luminance for white in night mode shall be between 3.5 and 30.0 cd/m2. | Requirement | ||
| RSC4PERFSPEC556 | The minimum luminance for white in day mode shall be between 1.0 and 15.0 cd/m2. | Requirement | ||
| RSC4PERFSPEC557 | The brightness modes shall have brightness levels for white that overlap. | Requirement | ||
| RSC4PERFSPEC558 | Displays exposed to direct sunlight (i.e., on the bridge wing or placed next to the pilot house windows) shall provide a maximum luminance of at least 700 cd/m2 (204 fL) (objective) or 500 cd/m2 (146 fL) (threshold). | Requirement | ||
| RSC4PERFSPEC559 | Displays shaded from direct sunlight (i.e., not placed next to pilot house windows) shall provide a maximum luminance of at least 340 cd/m2 (100 fL). | Requirement | ||
| RSC4PERFSPEC560 | Displays shall exhibit no more than 30% luminance non-uniformity (1 – min/max) for full white measured both at 1.0 ±0.1 cd/m2 and at maximum day luminance for: |
-All standard test points and observed hot spots measured orthogonally.
-All standard test points for each off-axis measurement angle.
| -Off-axis measurements at edge of viewing envelope for each test point. | Requirement | |
| RSC4PERFSPEC561 | Displays shall exhibit no more than a 50% luminance non-uniformity (1 – min/max) for full black when the display is configured to show full white at 1.0 ±0.1 cd/m2 and at maximum day luminance for: |
-All standard test points and observed hot spots measured orthogonally.
-All standard test points for each off-axis measurement angle.
| -Off-axis measurements at edge of viewing envelope for each test point. | Requirement | ||
| RSC4PERFSPEC562 | Displays shall exhibit no more than a 5% increase (objective) or 20% increase (threshold) in off-axis luminance measures compared to the orthogonal luminance level for both white and black luminance measured both for full white at 1.0 ±0.1 cd/m2 . For black luminance, the photometer’s absolute measurement error should be added to the orthogonal luminance level before calculating the allowable increase. | Requirement | |
| RSC4PERFSPEC563 | Displays shall provide color uniformity of r less than 0.030 for fully-saturated red, green, and blue over the expected operator viewing envelope measured both at 1.0 ±0.1 cd/m2 for white 5×5 test pattern and at maximum day luminance for: |
-All nine standard test points measured orthogonally (reference point = center of display).
| -All off-axis measures across the expected range of operator viewing angles at the center of the display (reference point = orthogonal). | Requirement | ||
| RSC4PERFSPEC564 | Displays shall provide a white:black display contrast of 100:1 or greater for full white at 0.5 cd/m2. | Requirement | |
| RSC4PERFSPEC565 | Displays shall provide a white: black display contrast of 50:1 or greater for off-axis measures across the expected range of operator viewing angles measured at 0.5 ±0.1 cd/m2 or at 1.0 ±0.1 cd/m2. | Requirement | |
| RSC4PERFSPEC566 | Displays shall meet the following requirements when measured in the applicable lighting condition defined in MIL-HDBK-87213B as modified in Table 6 |
-Full white and full black display content shall have a High Ambient Daylight Contrast greater than or equal to the criteria defined in Table 7 in accordance with MIL-L-87213B.
-Light from an external source creating a specular reflection on a display shall not exceed 1.0 percent of the display luminance for a viewing angle of 30 degrees or less from the display normal or across the expected range of operator viewing angles, whichever is larger.
| -Light from an external source creating a diffuse reflection on a display shall not exceed 0.2 percent for a viewing angle of 30 degrees or less from the display normal or across the expected range of operator viewing angles, whichever is larger. | Requirement | |||
| RSC4PERFSPEC567 | The display shall provide an external control for the full range of brightness adjustment. | Requirement | ||
| RSC4PERFSPEC568 | Displays with incremental brightness controls shall provide a minimum of twenty exponential luminance settings within each display mode. | Requirement | ||
| RSC4PERFSPEC569 | Displays with separate display modes (e.g., day and night) shall require operator confirmation when switching from night to day mode (objective) or shall ensure that the display remains at or below the night mode maximum brightness level when switching from night mode to day mode (threshold). | Requirement | ||
| RSC4PERFSPEC570 | Controls for display and indicator or control luminance adjustment shall allow both increasing and decreasing adjustments of brightness. | Requirement | ||
| RSC4PERFSPEC571 | The display shall provide the user with the capability to locate and identify brightness controls by tactile means throughout the entire range of display brightness, including at extinction. | Requirement | ||
| RSC4PERFSPEC572 | Brightness controls should be single-function controls and shall not control any additional functions other than display power. | Requirement | ||
| RSC4PERFSPEC573 | If an on-screen scale or indicator of display brightness is provided, then it shall dim relative to overall display brightness. | Requirement | ||
| RSC4PERFSPEC574 | Controls for display and indicator or control luminance adjustment shall adjust luminance for each discrete control input. | Requirement | ||
| RSC4PERFSPEC575 | Bezel-mounted indicator lights and backlit controls shall be dimmable at night to 1.0 cd/m2 or less. | Requirement | ||
| RSC4PERFSPEC576 | Bezel-mounted indicator lights and backlit controls shall have a luminance ratio of no greater than 2:1 between the brightest and dimmest bezel components at any given display luminance level. | Requirement | ||
| RSC4PERFSPEC577 | Indicators and light sources internal to the display housing shall not create light leakage through air vents or other openings. | Requirement | ||
| RSC4PERFSPEC578 | Non-dimmable indicator lights should not be visible from the anticipated operator viewing positions. | Requirement | ||
| RSC4PERFSPEC579 | Non-dimmable indicator lights should have a luminance no higher than 1.0 cd/m2 [TBR] in any direction. | Requirement | ||
| RSC4PERFSPEC580 | Non-dimmable labelled indicators should have a luminance no higher than 0.5 cd/m2 [TBR] in any direction. | Requirement | ||
| RSC4PERFSPEC115 | 3.8 40” (Minimum) Display and Panel PC Video Adapter Card Requirements | Heading | ||
| RSC4PERFSPEC116 | 3.8.1 40” (Minimum) LCD Flat Panel requirements: | Heading | ||
| RSC4PERFSPEC117 | ∙ | All screen sizes shall be measured by the diagonal viewing area. | Requirement | |
| RSC4PERFSPEC118 | ∙ | 40” (Minimum) flat panel shall have a 16:9 size ratio. | Requirement | |
| RSC4PERFSPEC119 | ∙ | Shall be Thin Film Transistor (TFT) Active Matrix LCD (or equivalent). | Requirement | |
| RSC4PERFSPEC120 | ∙ | Shall be Light Emitting Diode (LED) backlit. | Requirement | |
| RSC4PERFSPEC121 | ∙ | Shall have 1920x1080 resolution. | Requirement | |
| RSC4PERFSPEC122 | ∙ | Shall support standard lower resolutions. | Requirement | |
| RSC4PERFSPEC123 | ∙ | Shall use a digital input signal or equivalent. | Requirement | |
| RSC4PERFSPEC124 | ∙ | Shall display 16 million colors minimum. | Requirement | |
| RSC4PERFSPEC125 | ∙ | Shall have a maximum response time of 30ms. | Requirement | |
| RSC4PERFSPEC126 | ∙ | Shall have a minimum viewing angle of +/- 85 degrees in the horizontal direction. | Requirement | |
| RSC4PERFSPEC127 | ∙ | Shall have a minimum viewing angle of +/- 85 degrees in the vertical direction. | Requirement | |
| RSC4PERFSPEC581 | Displays used solely by personnel not requiring dark adaptation support shall be dimmable to a minimum full white luminance of 0.35 cd/m2 or lower before extinction. | Requirement | ||
| RSC4PERFSPEC582 | Displays used by personnel requiring dark adaptation shall be dimmable to a minimum full white luminance of 0.03 cd/m2 or lower before extinction. | Requirement | ||
| RSC4PERFSPEC583 | Displays shall exhibit an exponential luminance curve for all display brightness settings or modes (e.g., day, night). | Requirement | ||
| RSC4PERFSPEC584 | Displays should have operator-selectable display brightness modes, including for day and night. | Requirement | ||
| RSC4PERFSPEC585 | The maximum luminance for white in night mode shall be between 3.5 and 30.0 cd/m2. | Requirement | ||
| RSC4PERFSPEC586 | The minimum luminance for white in day mode shall be between 1.0 and 15.0 cd/m2. | Requirement | ||
| RSC4PERFSPEC587 | The brightness modes shall have brightness levels for white that overlap. | Requirement | ||
| RSC4PERFSPEC588 | Displays exposed to direct sunlight (i.e., on the bridge wing or placed next to the pilot house windows) shall provide a maximum luminance of at least 700 cd/m2 (204 fL) (objective) or 500 cd/m2 (146 fL) (threshold). | Requirement | ||
| RSC4PERFSPEC589 | Displays shaded from direct sunlight (i.e., not placed next to pilot house windows) shall provide a maximum luminance of at least 340 cd/m2 (100 fL). | Requirement | ||
| RSC4PERFSPEC590 | Displays shall exhibit no more than 30% luminance non-uniformity (1 – min/max) for full white measured both at 1.0 ±0.1 cd/m2 and at maximum day luminance for: |
-All standard test points and observed hot spots measured orthogonally.
-All standard test points for each off-axis measurement angle.
| -Off-axis measurements at edge of viewing envelope for each test point. | Requirement | |
| RSC4PERFSPEC591 | Displays shall exhibit no more than a 50% luminance non-uniformity (1 – min/max) for full black when the display is configured to show full white at 1.0 ±0.1 cd/m2 and at maximum day luminance for: |
-All standard test points and observed hot spots measured orthogonally.
-All standard test points for each off-axis measurement angle.
| -Off-axis measurements at edge of viewing envelope for each test point. | Requirement | ||
| RSC4PERFSPEC592 | Displays shall exhibit no more than a 5% increase (objective) or 20% increase (threshold) in off-axis luminance measures compared to the orthogonal luminance level for both white and black luminance measured both for full white at 1.0 ±0.1 cd/m2 . For black luminance, the photometer’s absolute measurement error should be added to the orthogonal luminance level before calculating the allowable increase. | Requirement | |
| RSC4PERFSPEC593 | Displays shall provide color uniformity of r less than 0.030 for fully-saturated red, green, and blue over the expected operator viewing envelope measured both at 1.0 ±0.1 cd/m2 for white 5×5 test pattern and at maximum day luminance for: |
-All nine standard test points measured orthogonally (reference point = center of display).
| -All off-axis measures across the expected range of operator viewing angles at the center of the display (reference point = orthogonal). | Requirement | ||
| RSC4PERFSPEC594 | Displays shall provide a white:black display contrast of 100:1 or greater for full white at 0.5 cd/m2. | Requirement | |
| RSC4PERFSPEC595 | Displays shall provide a white: black display contrast of 50:1 or greater for off-axis measures across the expected range of operator viewing angles measured at 0.5 ±0.1 cd/m2 or at 1.0 ±0.1 cd/m2. | Requirement | |
| RSC4PERFSPEC596 | Displays shall meet the following requirements when measured in the applicable lighting condition defined in MIL-HDBK-87213B as modified in Table 6 |
-Full white and full black display content shall have a High Ambient Daylight Contrast greater than or equal to the criteria defined in Table 7 in accordance with MIL-L-87213B.
-Light from an external source creating a specular reflection on a display shall not exceed 1.0 percent of the display luminance for a viewing angle of 30 degrees or less from the display normal or across the expected range of operator viewing angles, whichever is larger.
| -Light from an external source creating a diffuse reflection on a display shall not exceed 0.2 percent for a viewing angle of 30 degrees or less from the display normal or across the expected range of operator viewing angles, whichever is larger. | Requirement | |||
| RSC4PERFSPEC597 | The display shall provide an external control for the full range of brightness adjustment. | Requirement | ||
| RSC4PERFSPEC598 | Displays with incremental brightness controls shall provide a minimum of twenty exponential luminance settings within each display mode. | Requirement | ||
| RSC4PERFSPEC599 | Displays with separate display modes (e.g., day and night) shall require operator confirmation when switching from night to day mode (objective) or shall ensure that the display remains at or below the night mode maximum brightness level when switching from night mode to day mode (threshold). | Requirement | ||
| RSC4PERFSPEC600 | Controls for display and indicator or control luminance adjustment shall allow both increasing and decreasing adjustments of brightness. | Requirement | ||
| RSC4PERFSPEC601 | The display shall provide the user with the capability to locate and identify brightness controls by tactile means throughout the entire range of display brightness, including at extinction. | Requirement | ||
| RSC4PERFSPEC602 | Brightness controls should be single-function controls and shall not control any additional functions other than display power. | Requirement | ||
| RSC4PERFSPEC603 | If an on-screen scale or indicator of display brightness is provided, then it shall dim relative to overall display brightness. | Requirement | ||
| RSC4PERFSPEC604 | Controls for display and indicator or control luminance adjustment shall adjust luminance for each discrete control input. | Requirement | ||
| RSC4PERFSPEC605 | Bezel-mounted indicator lights and backlit controls shall be dimmable at night to 1.0 cd/m2 or less. | Requirement | ||
| RSC4PERFSPEC606 | Bezel-mounted indicator lights and backlit controls shall have a luminance ratio of no greater than 2:1 between the brightest and dimmest bezel components at any given display luminance level. | Requirement | ||
| RSC4PERFSPEC607 | Indicators and light sources internal to the display housing shall not create light leakage through air vents or other openings. | Requirement | ||
| RSC4PERFSPEC608 | Non-dimmable indicator lights should not be visible from the anticipated operator viewing positions. | Requirement | ||
| RSC4PERFSPEC609 | Non-dimmable indicator lights should have a luminance no higher than 1.0 cd/m2 [TBR] in any direction. | Requirement | ||
| RSC4PERFSPEC610 | Non-dimmable labelled indicators should have a luminance no higher than 0.5 cd/m2 [TBR] in any direction. | Requirement | ||
| RSC4PERFSPEC128 | 3.8.2 Video adapter requirements for 40” (Minimum) LCD Flat Panel: | Heading | ||
| RSC4PERFSPEC129 | ∙ | Shall have a minimum of 1GB DDR memory shared between the 19” (minimum) display and secondary display. | Requirement | |
| RSC4PERFSPEC130 | ∙ | Shall support 1920x1080 resolution. | Requirement | |
| RSC4PERFSPEC131 | ∙ | Shall support standard lower resolutions. | Requirement | |
| RSC4PERFSPEC132 | ∙ | Shall use a digital output or equivalent to drive display. | Requirement | |
| RSC4PERFSPEC133 | ∙ | Shall support 16 million colors minimum. | Requirement | |
| RSC4PERFSPEC134 | 3.9 Additional 19” (Minimum) & 40” (Minimum) Display and Video Requirements | Heading | ||
| RSC4PERFSPEC135 | ∙ | Individual displays shall have a power on/off switch. | Requirement | |
| RSC4PERFSPEC136 | ∙ | Individual displays shall have brightness and contrast controls. | Requirement | |
| RSC4PERFSPEC137 | ∙ | Individual displays shall have horizontal and vertical position adjustment controls. | Requirement | |
| RSC4PERFSPEC138 | ∙ | Additional typical COTS standard display menu functions are acceptable. | Requirement | |
| RSC4PERFSPEC140 | ∙ | All Contractor provided video hardware/software/firmware shall be set-up by the Contractor to support the RSC Panel PC requirements defined in this document. | Information | |
| RSC4PERFSPEC141 | ∙ | The 19” and 40” video adapter cards defined in section 3.7 and 3.8 shall be identical hardware to increase component commonality. | Requirement | |
| RSC4PERFSPEC142 | ∙ | Panel PC shall have an additional digital video output port, to drive the additional 19” or 40” rugged display configurations. | Requirement | |
| RSC4PERFSPEC143 | 3.10 Keyboard and Integrated Trackball Device | Heading | ||
| RSC4PERFSPEC144 | ∙ | A keyboard with integrated trackball device shall be used as the interface for the RSC Panel PC and FOLPC. | Requirement | |
| RSC4PERFSPEC145 | ∙ | The keyboard shall attach directly to the Panel PC or interface via a USB cable and connector. | Requirement | |
| RSC4PERFSPEC146 | ∙ | The trackball device shall have two (2) action buttons with a two (2) inch navigation ball. | Requirement | |
| RSC4PERFSPEC147 | ∙ | Any additional action buttons shall be disabled. | Requirement | |
| RSC4PERFSPEC148 | ∙ | Shall have dimmable backlighting for each keyboard key. | Requirement | |
| RSC4PERFSPEC149 | ∙ | Keyboard shall be capable of dimming the backlight to no visible light. | Requirement | |
| RSC4PERFSPEC150 | ∙ | The keyboard, integrated trackball, and associated drivers shall be compatible with the latest release of Windows 10 IoT Enterprise LTSC (64 Bit). | Requirement | |
| RSC4PERFSPEC151 | ∙ | For each Panel PC, the keyboard shall have a layout using Standard English alphanumeric (QWERTY). | Requirement | |
| RSC4PERFSPEC152 | ∙ | For each Panel PC, the following keys shall be used: alphabetic entry keys, numeric entry keys (as an integral part of the keyboard and not as a separate numeric entry device), arrow keys, function keys (1 through 12), Shift, Tab, Alt, Control, Space, Backspace, Enter, Insert, Delete, Home, and End. | Requirement | |
| RSC4PERFSPEC153 | ∙ | Upon system power-up, the Panel PC processor shall support automatic startup of all software applications without a keyboard/trackball. | Requirement | |
| RSC4PERFSPEC154 | ∙ | Upon system restart, the Panel PC processor shall support automatic startup of all software applications without a keyboard/trackball. | Requirement | |
| RSC4PERFSPEC155 | ∙ | Each Panel PC shall adhere to MIL-STD 1472H as a minimum with respect to display, work surface, and Keyboard/Trackball. | Requirement | |
| RSC4PERFSPEC156 | 3.11 Power Supply Requirements | Heading | ||
| RSC4PERFSPEC157 | ∙ | RSC Panel PC shall be equipped with a power supply(s) sufficient for all RSC Panel PC components. | Requirement | |
| RSC4PERFSPEC158 | ∙ | All equipment provided by the Contractor shall operate satisfactorily when provided Type I, 115VAC, 60HZ single phase power (per MIL-STD-1399C and MIL-STD-1399 Section 300B) derived from ship distributed power. | Requirement | |
| RSC4PERFSPEC159 | ∙ | All equipment shall not cause ship's power system to diverge from requirements of MIL-STD-1399C and MIL-STD-1399 Section 300B. | Requirement | |
| RSC4PERFSPEC160 | ∙ | All equipment power supplies shall provide no more than the minimum harmonics and capacitance allowed onto ship's power grid as required by MIL-STD-1399C and MIL-STD-1399 Section 300B. | Requirement | |
| RSC4PERFSPEC161 | 3.12 Printer | Heading | ||
| RSC4PERFSPEC162 | ∙ | The printer shall print in color and black and white. | Requirement | |
| RSC4PERFSPEC163 | ∙ | The printer shall support postscript file format. | Requirement | |
| RSC4PERFSPEC164 | ∙ | The printer shall have the capability to hold a minimum of 100 sheets of 8 ½-inch by 11-inch paper. | Requirement | |
| RSC4PERFSPEC165 | ∙ | The RSC Printer shall have one (1) RJ45 10/100 Base T IEEE 802.3 auto-sensing Ethernet interface that shall be used for an external network interface to the IPv4/IPv6 network. | Requirement | |
| RSC4PERFSPEC166 | ∙ | The Printer network interface shall be connected independently to the Ship's IPv4/IPv6 network. | Requirement | |
| RSC4PERFSPEC167 | ∙ | The interface to GEDMS shall be via 100baseTX USE switch that is part of the Ship's IPv4/IPv6 network system. | Requirement | |
| RSC4PERFSPEC168 | ∙ | The Printer shall be accessible and capable of being printed to by all RSCs and any other IPv4/IPv6 network user. | Requirement | |
| RSC4PERFSPEC169 | ∙ | The printer shall operate satisfactorily when provided Type I, 115VAC, 60HZ single phase power (per MIL-STD-1399C and MIL-STD-1399 Section 300B) derived from ship distributed power. | Requirement | |
| RSC4PERFSPEC170 | ∙ | The printer equipment shall not cause ship's power system to diverge from requirements of MIL-STD-1399C and MIL-STD-1399 Section 300B. | Requirement | |
| RSC4PERFSPEC171 | ∙ | The printer power supplies shall provide no more than the minimum harmonics and capacitance allowed onto ship's power grid as required by MIL-STD-1399C and MIL-STD-1399 Section 300B. | Requirement | |
| RSC4PERFSPEC172 | 3.13 Un-interruptible Power Supply (UPS) for RSC Equipment | Heading | ||
| RSC4PERFSPEC173 | ∙ | The uninterruptible power-supply shall provide all components of the RSC Panel PC, keyboard/trackball device, and all displays with a minimum of 30 minutes of backup power. | Requirement | |
| RSC4PERFSPEC174 | ∙ | A UPS bypass switch shall be provided to bypass the UPS battery pack. | Requirement | |
| RSC4PERFSPEC175 | ∙ | With ship's power available, the RSC Panel PC processor shall not reboot when the UPS bypass switch is cycled. | Requirement | |
| RSC4PERFSPEC176 | ∙ | A local UPS bypass switch shall be part of the UPS. | Requirement | |
| RSC4PERFSPEC177 | ∙ | The UPS bypass switch shall be used in the event the UPS battery pack fails or for maintenance of the UPS battery pack. | Requirement | |
| RSC4PERFSPEC178 | ∙ | The UPS bypass switch shall be easily accessible on the front of the UPS. | Requirement | |
| RSC4PERFSPEC179 | ∙ | The UPS shall include UPS bypass ON visual and audible indication (local). | Requirement | |
| RSC4PERFSPEC180 | ∙ | Shall include ON battery visual and audible indications. | Requirement | |
| RSC4PERFSPEC181 | ∙ | Shall include battery LOW visual and audible indications. | Requirement | |
| RSC4PERFSPEC182 | ∙ | Shall include a battery charge level visual indication. | Requirement | |
| RSC4PERFSPEC183 | ∙ | Shall include battery OVER TEMP visual and audible indications. | Requirement | |
| RSC4PERFSPEC184 | ∙ | Visual and audible indicators shall include a reset and silence capability. | Requirement | |
| RSC4PERFSPEC185 | ∙ | RSC shall operate with the UPS bypass ON and the UPS battery pack removed from the UPS. | Requirement | |
| RSC4PERFSPEC186 | ∙ | Battery pack shall be hot swappable by the operator without endangering the operator or connected equipment when UPS bypass switch is ON. | Requirement | |
| RSC4PERFSPEC187 | ∙ | Battery pack shall be long-life (5 years) and shall maintain the minimum 30 minute back-up power requirement for this life-span. | Requirement | |
| RSC4PERFSPEC188 | ∙ | Battery pack shall be maintenance free and non-gassing. | Requirement | |
| RSC4PERFSPEC189 | ∙ | Battery pack shall fully charge in the RSC Panel PC normal operating condition within eight hours from a complete discharge. | Requirement | |
| RSC4PERFSPEC190 | ∙ | Battery pack shall not be shipped with the UPS but shall be shipped fully charged at a time designated by the Government. | Requirement | |
| RSC4PERFSPEC191 | ∙ | Manufacturing data shall be provided on the battery pack to identify lot and date of manufacture. | Requirement | |
| RSC4PERFSPEC192 | ∙ | The date shall be displayed in Gregorian calendar month, day, and year of manufacture. | Requirement | |
| RSC4PERFSPEC611 | The battery cells within UPS Battery Pack shall be replaceable individually without any specialized tools | Requirement | ||
| RSC4PERFSPEC193 | ∙ | The RSC Panel PC shall provide an automatic graceful shutdown of the operating system and all contractor supplied software prior to the UPS reaching a power level that no longer supplies power to the RSC Panel PC and components for proper operation and no longer allows for the batteries to be recharged during 8 hours of normal operation. | Requirement | |
| RSC4PERFSPEC194 | ∙ | The graceful shutdown shall notify the operator prior to the automatic graceful shutdown event occurring. | Requirement | |
| RSC4PERFSPEC195 | ∙ | The RSC Panel PC shall provide the operator the option to override the automatic graceful shutdown through operator intervention. | Requirement | |
| RSC4PERFSPEC196 | ∙ | The operator shall be provided a 120-second window of time in which to invoke this override. | Requirement | |
| RSC4PERFSPEC197 | 3.15 System Software Requirements | Heading | ||
| RSC4PERFSPEC198 | ∙ | The Rugged Panel PC processor shall come pre-loaded with contractor supplied latest release of Windows IoT Enterprise LTSC (64 Bit) and .NET Framework 4.8. | Requirement | |
| RSC4PERFSPEC199 | ∙ | The RSC Panel PC shall come pre-loaded with all necessary COTS software and drivers required to support the RSC hardware. | Requirement | |
| RSC4PERFSPEC200 | ∙ | All Contractor provided software and/or firmware shall be pre-configured to support the RSC functionality defined in this document. | Requirement |
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