N64498-16-R-5093_RSC_Attachment_A_Perform_Spec_6.20.17.docx

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 514

Philadelphia, PA 19112

DDG-M RSC Performance Spec Rev – 20 June 2017 N64498-16-R-5093

Distribution Statement B: Distribution authorized to U.S. Government Agencies only. Other requests for this document must be referred to NSWC PD Code 226.

Contents

Figures

Tables

1. Referenced Documents 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

ab) MIL-DTL-15024F, PLATES, TAGS, AND BANDS FOR IDENTIFICATION OF EQUIPMENT, GENERAL SPECIFICATION FOR

ac) MIL-M-43719, MARKING MATERIALS AND MARKERS, ADHESIVE, ELASTOMERIC, PIGMENTED; GENERAL SPECIFICATION FOR

ad) MIL-HDBK-454 Requirement 9; General Guidelines for Electronic Equipment - Workmanship

ae) MIL-E-2036D, Enclosures for Electric and Electronic Equipment, 10 March 1988

af) MIL-HDBK-470A, DESIGNING AND DEVELOPING MAINTAINABLE PRODUCTS AND SYSTEMS, VOLUME I AND VOLUME II (Guidance)

ag) MIL-STD-686C, CABLE AND CORD, ELECTRICAL,IDENTIFICATION MARKING AND COLOR CODING OF

ah) MIL-STD-1310H, Shipboard Bonding and Grounding Methods of Electromagnetic Compatibility

ai) MIL-STD-1474E, Shipboard Equipment Noise

aj) NSA Guidance for Addressing Malicious Code Risk – 10 September 2007

ak) Defense Federal Acquisition Regulation Supplement – 30 November 2015

2. Introduction

2.1. Background

Repair Station Consoles shall be required for the DDG-M Program. A quantity of eight (8) RSCs (one functioning as the Fuel Oil Lab PC (FOLPC)) shall be installed throughout the ship as part of the Machinery Control System (MCS). The RSC shall communicate over the shipboard Gigabit Ethernet Data Multiplex System (GEDMS) network. 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.

The Rugged Panel PC proposed design shall offer flexibility of installation and maximize the use of COTS computer equipment to enable future upgrades.

The base rugged Panel PC shall consist of a 19” (minimum) display, processor, data storage device, internal speaker, internal DVD drive, and keyboard/trackball device, that all receive power from an Uninterruptible Power Supply (UPS). The design shall also have the option to enable and disable touch-screen functionality on the Panel PC display for use on the FOLPC. The design shall have the option 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. The design shall support connectivity to a printer networked over the shipboard GEDMS network. One (1) network printer shall be provided as a component of each RSC shipset.

The RSC design shall support DDG-M computer programs. The required operating system, computer programs, and software performance that the RSC shall support are detailed in this document. The Contractor shall be responsible for delivery of the operating system, device drivers, software, and supporting Commercial off the Shelf (COTS) applications. 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. LBES equipment shall remain at the LBES facility, as Navy owned property, to be available for future verification testing. There will also be an option for sets of equipment to support Navy training at the Fleet concentration centers.

2.2. Sets of RSC Panel PC Equipment

2.2.1. Shipset and LBES Set of RSC equipment:

A Shipset and a LBES Set of RSC equipment shall include the following:

· Eight (8) Panel PC(s) (including display(s), computer/processor, internal speaker, internal DVD drive, and storage device)

· 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, and ship’s power to printer

· 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) Windows 10 Enterprise LTSB 2016 (64-bit) Operating System licenses (or newer) with installation media.

2.2.2. Qualification Test Set and Training Set of RSC Panel PC equipment:

A Qualification Test Set and a Training 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) 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

· 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

· One (1) Windows 10 Enterprise LTSB 2016 (64-bit) Operating System license (or newer) with installation media.

Distribution Statement B: Distribution authorized to U.S. Government Agencies only. Other requests for this document must be referred to NSWC PD Code 226.

Figure 1 – proposed rsc system architecture

2.3. Scope

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.

The RSC shall run the DDG Modernization MCS software suite, as modified by the Navy for the DDG51 Modernization Program. 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).

The requirements listed in this document shall be included as a minimum. 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.

2.4. RSC Equipment Shipboard Locations

The Contractor shall design RSC equipment for the following shipboard locations as detailed in Table 1:

CCS

Repair 2

Repair 3

Repair 5

CSMC

CIC

Bridge

Oil Lab

Table 1 – rsc shipboard locations

3. Repair Station Console Component Requirements

3.1. 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.

3.2. 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.

3.3. 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.

3.4. 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.

3.5. Panel PC Speaker

· The RSC Panel PC shall have an integrated speaker.

· The speaker shall reproduce bell, horn, siren, and buzzer sounds.

· The RSC Panel PC integrated speaker shall be capable of sound up to 90 dBA.

· The RSC Panel PC shall provide for volume adjustment.

· The RSC Panel PC volume shall be mutable.

· The speaker shall sound DDG Modernization computer program audible alarms.

Table 2 – rsc Panel pc interface requirements

111S08080056-34 RJ-45 or equivalent

111S08080056-34 RJ-45 or equivalent

Government Provided USB 3.0 Device – Government Provided USB for MCS/DVSS

3.6. Panel PC 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. RSC Panel PC GEDMS interfaces are depicted in Figure 2.

· 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.

· The Panel PC shall support IPv6 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.

Figure 2 – panel pc gedms interfaces

3.7. Display and Video Requirements

· 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.

· 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.

· All 19” (Minimum) displays shall have minimum brightness of 250Cd/m2 at 100% brightness.

· The Configuration 1 and 2 displays shall function with an extended desktop capability:

· The Configuration 1 and 2 displays shall allow the operator to move the control cursor across both displays.

· The Configuration 1 and 2 displays shall allow the operator to control application windows separately in either display that has focus.

· The Configuration 1 and 2 displays shall allow application windows to move seamlessly between both screens.

· The Configuration 1 and 2 displays shall display Window’s messages and application dialogs in the center of the display that has focus.

3.8. 19” (Minimum) Display and Panel PC Video Adapter Card Requirements

3.8.1. 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.

3.8.2. 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.

3.9. 40” (Minimum) Display and Panel PC Video Adapter Card Requirements

3.9.1. 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.

3.9.2. 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.

3.10. Additional 19” (Minimum) & 40” (Minimum) Display and Video Requirements

· Individual displays shall have a power on/off switch.

· Individual displays shall have brightness and contrast controls.

· Individual displays shall have horizontal and vertical position adjustment controls.

· Additional typical COTS standard display menu functions are acceptable.

· Individual 19” (minimum) displays with embedded Touch Screen capability shall have a Touch Screen disable function.

· 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.

· The 19” and 40” video adapter cards defined in section 3.8 and 3.9 shall be identical hardware to increase component commonality.

· Panel PC shall have an additional digital video output port, to drive the additional 19” or 40” rugged display configurations.

3.11. Keyboard and Integrated Trackball Device

· A keyboard with integrated trackball device shall be used as the interface for the RSC Panel PC.

· The keyboard shall attach directly to the Panel PC or interface via a USB cable and connector.

· The trackball device shall have two (2) action buttons with a two (2) inch navigation ball.

· Any additional action buttons shall be disabled.

· Shall have dimmable backlighting for each keyboard key.

· Keyboard shall be capable of dimming the backlight to no visible light.

· The keyboard, integrated trackball, and associated drivers shall be shall be Windows 10 Enterprise LTSB 2016 (64 Bit) (or newer) compatible.

· For each Panel PC, the keyboard shall have a layout using Standard English alphanumeric (QWERTY).

· 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.

· Upon system power-up, the Panel PC processor shall support automatic startup of all software applications without a keyboard/trackball.

· Upon system restart, the Panel PC processor shall support automatic startup of all software applications without a keyboard/trackball.

· Each Panel PC shall adhere to MIL-STD 1472G as a minimum with respect to display, work surface, and Keyboard/Trackball.

3.12. Power Supply Requirements

· RSC Panel PC shall be equipped with a power supply(s) sufficient for all RSC Panel PC components.

· 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.

· All equipment shall not cause ship’s power system to diverge from requirements of MIL-STD-1399C and MIL-STD-1399 Section 300B.

· 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.

3.13. Printer

· The printer shall print in color and black and white.

· The printer shall support postscript file format.

· The printer shall have the capability to hold a minimum of 100 sheets of 8 ½-inch by 11-inch paper.

· 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 GEDMS.

· The Printer network interface shall be connected independently to the Ship’s GEDMS.

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

· The Printer shall be accessible and capable of being printed to by all RSCs and any other MCS GEDMS network user.

· 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.

· The printer equipment shall not cause ship’s power system to diverge from requirements of MIL-STD-1399C and MIL-STD-1399 Section 300B.

· 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.

3.14. Un-interruptible Power Supply (UPS) for RSC Equipment

· 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.

· A UPS bypass switch shall be provided to bypass the UPS battery pack.

· With ship’s power available, the RSC Panel PC processor shall not reboot when the UPS bypass switch is cycled.

· A local UPS bypass switch shall be part of the UPS.

· The UPS bypass switch shall be used in the event the UPS battery pack fails or for maintenance of the UPS battery pack.

· The UPS bypass switch shall be easily accessible on the front of the UPS.

· The UPS shall include UPS bypass ON visual and audible indication (local).

· Shall include ON battery visual and audible indications.

· Shall include battery LOW visual and audible indications.

· Shall include a battery charge level visual indication.

· Shall include battery OVER TEMP visual and audible indications.

· Visual and audible indicators shall include a reset and silence capability.

· RSC shall operate with the UPS bypass ON and the UPS battery pack removed from the UPS.

· Battery pack shall be hot swappable by the operator without endangering the operator or connected equipment when UPS bypass switch is ON.

· Battery pack shall be long-life (5 years) and shall maintain the minimum 30 minute back-up power requirement for this life-span.

· Battery pack shall be maintenance free and non-gassing.

· Battery pack shall fully charge in the RSC Panel PC normal operating condition within eight hours from a complete discharge.

· Battery pack shall not be shipped with the UPS but shall be shipped fully charged at a time designated by the Government.

· Manufacturing data shall be provided on the battery pack to identify lot and date of manufacture.

· The date shall be displayed in Gregorian calendar month, day, and year of manufacture.

· 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.

· The graceful shutdown shall notify the operator prior to the automatic graceful shutdown event occurring.

· The RSC Panel PC shall provide the operator the option to override the automatic graceful shutdown through operator intervention.

· The operator shall be provided a 120-second window of time in which to invoke this override.

3.15. System Software Requirements

· The Rugged Panel PC processor shall come pre-loaded with contractor supplied Windows 10 Enterprise LTSB 2016 (64 Bit) (or newer) and .NET Framework 3.5.

· The RSC Panel PC shall come pre-loaded with all necessary COTS software and drivers required to support the RSC hardware.

· All Contractor provided software and/or firmware shall be pre-configured to support the RSC functionality defined in this document.

· The RSC Panel PC shall support a Windows 10 Enterprise LTSB 2016 (64 Bit) (or newer) based print server application and all required print drivers.

· The RSC Panel PC shall support runtime computer programs developed using Microsoft Visual Studio 2010 C++.

· The RSC Panel PCs shall run the DDG Modernization MCS software suite, as modified by the Navy for the DDG Modernization Program.

· The License key shall support 32 Bit and 64 Bit versions of Windows 10 Enterprise LTSB 2016 (or newer).

3.16. System Operation & Performance Requirements

· The RSC Panel PC shall be designed to power on and initialize the operating system via an external power switch.

· The RSC Panel PC shall be configured upon delivery to power on and initialize the operating system via an external power switch.

· The RSC Panel PC shall be designed to recover from a loss of input power via toggling the external power switch.

· The RSC Panel PC shall be configured upon delivery to recover from a loss of input power via toggling the external power switch.

· The RSC Panel PC shall be designed to power up, fully configured following a period of storage of 3 years.

4. RSC Panel PC Physical Requirements

4.1. Dimensions Not To Exceed (NTE)

4.1.1. RSC Panel PC:

· The RSC Panel PC shall have structural bulkhead, structural overhead, and desktop mounting capability.

· The NTE envelope shall include the computer, primary 19” (minimum) display, and the necessary shock isolation and mounting system.

· The Panel PC shall have size NTE: 24.00” W x 18.00” H x 10.00” D (including mounting).

· The Maintenance Envelope of the Panel PC shall have size NTE: 28” W x 28” H x 34” D (including mounting).

· Cable connections shall be from the bottom or side.

· Panel PC bulkhead mounting method shall comply with MIL-STD-901D Type I or Type II.

· The weight shall not exceed a two person lift as defined in MIL-STD-1472F and shall not exceed 120lbs.

4.1.2. Additional 19” (minimum) Display:

· The display shall have size NTE: 24.00” W x 18.00” H x 10.00” D (including mounting).

· The Maintenance Envelope of the 19” (minimum) display shall have size NTE: 28” W x 28” H x 10” D (including mounting).

· The display shall have structural bulkhead, structural overhead, and desktop mounting capability.

· The NTE envelope shall include the display, and the necessary shock isolation and mounting system.

· Cable connections shall be from the bottom or side.

· Shall be rear mounted.

· The display’s bulkhead mounting method shall comply with MIL-STD-901D Type I or Type II.

· The weight shall not exceed a two person lift as defined in MIL-STD-1472F and shall not exceed 120lbs

4.1.3. 40” (Minimum) Flat Panel Display:

· The display shall have size NTE: 45.00”W x 31.00”H x 11.00” D (including mounting).

· The Maintenance Envelope of the 40” (minimum) display shall have size NTE: 46” W x 31” H x 14” D (including mounting).

· The display shall have structural bulkhead, structural overhead, and desktop mounting capability.

· The NTE envelope shall include the display, and the necessary shock isolation and mounting system.

· Cable connections shall be from the bottom or side.

· Shall be rear mounted.

· The display’s bulkhead mounting method shall comply with MIL-STD-901D Type I or Type II.

· The weight shall not exceed a two person lift as defined in MIL-STD-1472F and shall not exceed 120lbs.

4.1.4. Printer:

· Shall have size NTE: 17” W x 10” H x 20” D

· The Maintenance Envelope of the printer shall have size NTE: 20” W x 30” H x 43” D (including mounting).

· Mounting and EQT protection shall allow full access to printer paper trays.

· Mounting and EQT protection shall allow full maintenance access.

· Shall be hard mounted.

· The weight shall not exceed a two person lift as defined in MIL-STD-1472F and shall not exceed 120lbs.

4.1.5. Keyboard/Trackball Device:

· Shall have size NTE: 22” W x 2.5” H X 7” D

· Shall have weight NTE: 15lbs including mounting hardware.

· Shall be hard mounted to a flat surface.

4.1.6. UPS (if external):

· Shall have size NTE: 28” W x 24” H x 18” D

· The Maintenance Envelope of the UPS shall have size NTE: 40” W x 30” H x 43” D (including mounting).

· The envelope for the UPS shall include the UPS and the necessary shock isolation and mounting hardware.

· The weight shall not exceed a two person lift as defined in MIL-STD-1472F and shall not exceed 120lbs without batteries.

4.2. RSC Panel PC Equipment Shipboard Hatchability Requirements

· All RSC Panel PC equipment shall be ‘hatchable’ to support maintenance as well as installation.

· A standard Navy passageway hatch measures 26 inches wide by 66 inches high with 8 inch radius rounded corners.

· All RSC Panel PC equipment shall be able to pass through the standard Navy passageway hatch.

4.3. Line Replaceable Units (LRUs)

· The Panel PC internal DVD drive shall be a Line Replaceable Unit (LRU).

· The 19” (Minimum) Flat Panel display (Panel PC and additional display) shall be a Line Replaceable Unit (LRU).

· The Panel PC solid state drive shall be a Line Replaceable Unit (LRU).

5. RSC Panel PC Qualification Testing Environmental Requirements

· All RSC equipment shall meet the requirements of the referenced environmental qualification standards documents in this performance specification either through qualification testing or Government approved extension.

· The environmentally qualified RSC equipment shall include, but shall not be limited to the:

· RSC Panel PC, additional display(s), keyboard/trackball device, computer/processor, Un-Interruptible Power Supply (UPS), data storage device, and all internal components unless otherwise defined below.

· Display configurations 1, 2, and 3.

· All signal and power external cabling.

· Networked printer

· Printer shall be Grade B Shock.

· Internal DVD drive shall be Grade B Shock.

· The vendor shall ensure that any failure of the Grade B internal DVD drive shall not create a hazard to the Grade A components of the Panel PC.

5.1. Equipment Set-up and Pass/Fail Criteria

5.1.1. Equipment Set-up

· All RSC equipment shall be tested as a complete assembly, in each applicable orientation axis.

· All RSC equipment shall be mounted, grounded, bonded, and shielded to be consistent with the intended shipboard installation environment.

· All RSC equipment shall be powered on to a normal shipboard operating state.

· All RSC equipment shall be communicating over all external input/output ports in a simulated/stimulated shipboard control system environment. This includes all video interfaces, keyboard/trackball interfaces, all Ethernet communications, and all USB communications.

· Simulation/stimulation shall occur through normal shipboard field interfaces to the equipment.

5.1.2. Pass / Fail Criteria

· Failure shall be an event which meets, but is not limited to, one or more of the following criteria:

· An event which could cause direct hazard to personnel, machinery, equipment, or systems.

· An event which results in degradation or loss of communications or remote monitoring.

· An event that results in degradation or loss of control of any machine, equipment, or system.

· An event which, if left uncorrected, causes a reduction in actual or available auxiliary control system or damage control system capability.

· An event which causes an interruption in the supply of power to any RSC Panel PC equipment.

· Any equipment failure, which does not violate any of the above pass/fail criteria, which cannot be corrected by normal on-board maintenance actions.

5.2. Electromagnetic Interference (EMI) Requirements

· All RSC equipment shall meet and demonstrate compliance with the requirements of MIL-STD-461G; Revision G is Dated 11 December 2015. Testing shall be IAW Surface Ship, Below Deck, Metallic Hull installations.

· Equipment Set-up and Pass/Fail Criteria shall be in accordance with Section 5.1.1 and 5.1.2.

· Testing shall include worst case modes for Electromagnetic Compatibility (EMC) performance.

5.3. Temperature Requirements

· All equipment shall meet and demonstrate compliance with the requirements of MIL-STD-810G(1), Method 501.4, High Temperature; Procedure II – Operation. All RSC Panel PC equipment shall be tested to the temperature requirements in Table 501.4-II, High Temperature Cycles, Climatic Category – Hot Dry (A1),Ambient Air Cycling Temperature for three cycles.

· All equipment shall meet and demonstrate compliance with the requirements of MIL-STD-810G(1) Method 502.4, How Temperature, Procedure II – Operation at 0 °C. The test set shall be assembled and exposed to the test conditions for a minimum of 2 hours prior to the beginning of the operational phase of the test. All equipment shall be tested in accordance with Procedure II, Basic Cold (C1), Ambient Air.

· MIL-STD-810G(1)Temperatures specified are ambient air temperature.

· Equipment Set-up and Pass/Fail Criteria shall be in accordance with Section 5.1.1 and 5.1.2.

· Operating Testing Limits shall be (0 C to + 50 C)

· Non-Operating Testing Limits shall be (-20 C to + 60 C)

5.4. Humidity Requirements

· All equipment shall meet and demonstrate compliance with the requirements of MIL-STD-810G(1) Method 507.6 Humidity, Natural, Hot-humid (Cycle B3).

· MIL-STD-810G(1)Shall have a minimum of fifteen (15) 24 hour cycles.

· Equipment Set-up and Pass/Fail Criteria shall be in accordance with Section 5.1.1 and 5.1.2.

· All equipment shall be tested with relative humidity of 95% in a non-condensing environment.

5.5. Protection from Dripping Water Requirements

· All equipment shall meet and demonstrate compliance with the requirements of MIL-STD-810G(1) Method 506.6 Rain; Procedure III – Drip.

· MIL-STD-810G(1)Equipment Set-up and Pass/Fail Criteria shall be in accordance with Section 5.1.1 and 5.1.2.

· All equipment under test shall be assembled and mounted in the same manner as shipboard installation. Water found inside any RSC equipment at the completion of this test shall be a cause for test failure.

5.6. Shock Requirements

· All equipment shall meet and demonstrate compliance with Grade A requirements of MIL-S-901D of 17 March 1989 and NAVSEA LTR 9072 Ser 05P3/047 of 9 April 2003 unless otherwise specified.

· The printer shall be Grade B.

· Internal DVD drive shall be Grade B.

· The Contractor shall provide RSC equipment proven to meet compliance with the required shock standards (hard-mounted or through shock isolation) while not degrading the individual RSC Panel PC component integrity.

· Equipment Set-up and Pass/Fail Criteria shall be in accordance with Section 5.1.1 and 5.1.2.

· For post baseline changes, new or modified components of the RSC Panel PC equipment shall be shock qualified in a manner that shall ensure that the top level assembly shall continue to meet its applicable grade of shock.

5.7. Vibration Requirements

· All equipment shall meet and demonstrate compliance with MIL-STD-167-1A of 2 November 2005 and Data Item Description (DID) DI-ENVR-81647.

· The Contractor shall provide RSC Panel PC equipment proven to meet compliance with the required vibration standards (hard-mounted or through shock isolation) while not degrading the individual RSC Panel PC component integrity.

· Equipment Set-up and Pass/Fail Criteria shall be in accordance with Section 5.1.1 and 5.1.2.

5.8. Airborne Noise Requirements

· All equipment shall meet and demonstrate compliance with the requirements of MIL-STD-1474E Airborne Noise.

· All equipment shall be tested as a complete assembly, in each applicable orientation axis.

· All equipment shall be powered on to a normal shipboard operating state.

· All equipment shall meet the airborne noise acceptance levels required below in Table 3:

Table 3 – EQUIPMENT AIRBORNE NOISE ACCEPTANCE LEVELS

Sound Pressure Level, dB re: 20 uPa

5.9. Power Quality Requirements

· All RSC Panel PC equipment that interfaces directly with ship’s power shall meet and demonstrate compliance with the requirements of MIL-STD-1399 Section 300B when tested in accordance with the procedures in Section 5.3 of the standard.

· Equipment Set-up and Pass/Fail Criteria shall be in accordance with Section 5.1.1 and 5.1.2.

6. Cyber Security Requirements

6.1. Physical Security

· All enclosures within the RSC system containing computing components shall be equipped with a locking capability.

· All input devices and interfaces (e.g. disk drives, USB ports) shall be equipped with tamper tape prior to the delivery of the RSC system to the Government.

· All spare jacks and ports within the RSC system shall have physical safeguards to prevent their usage during normal operation.

6.2. System Interconnections

· Remote desktop capabilities on the Panel PC shall be disabled.

· Remote assist capabilities on the Panel PC shall be disabled.

· A host-based firewall shall be in use on the Panel PC.

· A host-based firewall shall come built into the Panel PC Operating Environment.

· The Panel PC shall follow a deny-all, allow by exception policy for connections to external systems.

· The Panel PC shall follow a deny-all, allow by exception policy for connections to internal systems.

· All unused network connections within the RSC system shall be disabled.

· Peer-to-peer file sharing shall be disabled on the Panel PC.

· The Panel PC shall terminate a network connection associated with a communications session at the end of the session. A communications session is defined as an information exchange between two or more devices.

· The Panel PC shall terminate a network connection associated with a communications session after a period of inactivity lasting no more than one hour.

6.3. Account Management

Desired system accounts and roles will be provided to the Contractor by the Government post contract award.

· The Panel PC shall disable inactive accounts (other specified accounts) after 30 days.

· The Panel PC shall only allow one account to be logged on at any given time.

· Only non-privileged users shall be automatically logged on.

· The Panel PC shall terminate a privileged account session after 10 minutes of inactivity. User inactivity is defined as the lack of keyboard and mouse input.

· The time to terminate a privileged account session shall be configurable by a system administrator.

· The Panel PC shall lock the account of a privileged user who enters invalid logon credentials three or more times for a period of 60 minutes.

· The account lock time period shall be configurable.

· The Panel PC shall disable the account of a privileged user who locks out their account three (3) or more times in a week.

· The Panel PC shall allow shutdown functionality.

· The Panel PC shall allow restart functionality.

· The Panel PC shall prevent account lock functionality.

· Separation of duties shall be employed when establishing roles within the RSC system.

· Least privilege shall be employed when defining roles for the RSC system.

· Privileged accounts shall be established only to fulfill specifically defined system roles as specified by the Government.

· The Panel PC shall only allow authorized access to privileged accounts.

· The Panel PC shall prevent the installation of software by non-privileged accounts.

· The installation of software shall only be authorized to privileged accounts.

· The Panel PC shall prevent the configuration of software by non-privileged accounts.

· The configuration of software shall only be authorized to privileged accounts.

· Only privileged accounts shall access security functions of the Panel PC.

· Roles authorized to change the security configuration of the Panel PC shall be limited to privileged accounts.

· The Panel PC shall only allow privileged accounts to change security attributes of the system.

· The Panel PC shall only allow privileged accounts to choose the security attributes associated with newly created objects.

· The Panel PC shall only allow privileged accounts to choose the security attributes associated with revised objects.

· The Panel PC shall only allow privileged accounts to change the rules governing access control.

· The Panel PC shall only allow authorized users to adjust settings that impact information control.

· The Panel PC shall prevent users from executing at higher privilege levels than users executing the software.

· The Panel PC shall prevent non-privileged users from executing privileged functions.

· Non-privileged accounts shall be used when accessing non-security functions.

· The Panel PC shall prevent escalation of privilege.

6.4. Authenticator Management

· The Panel PC shall employ password-based authentication.

· The Panel PC shall enforce a minimum password complexity of at least 15 characters with at least one uppercase letter, one lower case letter, one number, and one special character.

· The Panel PC shall automatically determine if passwords meet system requirements.

· Passwords shall be changeable only by a privileged user.

· The Panel PC shall store only FIPS-compliant cryptographically protected usernames.

· The Panel PC shall store only FIPS-compliant cryptographically protected passwords.

· The Panel PC shall transmit only FIPS-compliant cryptographically protected passwords.

· If incorrect authentication information is entered, the Panel PC shall specify only that some portion of the authentication information is incorrect.

· The Panel PC shall display symbols instead of plaintext when a user is entering a password.

6.5. Input Validation

· Software installed on the RSC shall check the validity of inputted information.

· The RSC shall behave in a predictable and documented manner when invalid input is received.

· Error messages shall contain information necessary for corrective actions without revealing information that could be exploited by adversaries.

6.6. Auditing

· The RSC shall provide the capability to generate audit records.

· The RSC shall provide the capability to audit credential validation.

· The RSC shall provide the capability to audit computer account management.

· The RSC shall provide the capability to audit account management events.

· The RSC shall provide the capability to audit security group management.

· The RSC shall provide the capability to audit user account management.

· The RSC shall provide the capability to audit account creation actions.

· The RSC shall provide the capability to audit account-enabling actions.

· The RSC shall provide the capability to audit account-disabling actions.

· The RSC shall provide the capability to audit account modification actions.

· The RSC shall provide the capability to audit account removal actions.

· The RSC shall provide the capability to audit process creation.

· The RSC shall provide the capability to audit logoff.

· The RSC shall provide the capability to audit logon.

· The RSC shall provide the capability to audit special logon.

· The RSC shall provide the capability to audit the registry.

· The RSC shall provide the capability to audit policy change.

· The RSC shall provide the capability to audit authentication policy change.

· The RSC shall provide the capability to audit sensitive privilege use.

· The RSC shall provide the capability to audit network communication.

· The RSC shall provide the capability to audit security state changes.

· The RSC shall provide the capability to audit hardware addition.

· The RSC shall provide the capability to audit hardware removal.

· The RSC shall provide the capability to audit hardware modification.

· The RSC shall provide the capability to audit the execution of privileged functions.

· Audit record shall contain the following information:

· What type of event occurred

· Time and date the event occurred

· Location the event occurred

· Source of the event

· Outcome of the event

· Identity of those associated with the event.

· Audit records shall use timestamps based on the internal system clock.

6.7. Software and Firmware Protections

· Mobile code usage in the RSC system shall be verified by the Government.

· Mobile code shall be used in the RSC system only if alternative technologies do not exist.

· The RSC shall identify rogue mobile code.

· The RSC shall block rogue mobile code from executing.

· The RSC shall provide a notification to the administrator when rogue mobile code is identified.

· The RSC shall prohibit the download of mobile code.

· The RSC shall prevent the automatic execution of mobile code.

· Unsupported third-party software shall only be included in the RSC system if source code is provided.

· Unsupported…