CoSC_ISP_Installation_Standards_v1_0.pdf

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CoSC Inside Cable Plant Installation Standards

Final

Version 1.0

May 16, 2011

NMCI.90755.01.F+0.E

CoSC Inside Cable Plant Installation Standards

Final, Version 1.0, May 16, 2011 i NMCI.90755.01.F+0.E

Use or disclosure of data in this document is subject to the restrictions on this page.

GOVERNMENT PURPOSE RIGHTS

Contract No. N00039-10-D-0010

Contractor Name: HP

Contractor Address 13600 EDS Drive

Herndon, VA, 20171

The Government's rights to use, modify, reproduce, release, perform, display, or disclose this technical data/computer software are restricted by clause H-8 contained in the above identified contract. Any reproduction of this technical data/computer software or portions thereof marked with this legend must also reproduce the markings.

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Change History

This document was created using the most recent version of the operations support template. The

NMCI Knowledge Management Systems (KMS) version of the master template is controlled. All other versions are uncontrolled.

Date

Published/

Revised

Version

No.

Author or Point of

Contact Section / Description of Change

06/20/05 0.01 UNK Existing version used under NMCI Contract.

04/29/11 0.02 Joel Dorr Reissuance under CoSC.

05/03/11 0.03 Jim Deasy – RTP Updated to current KMS format.

05/06/11 0.04 KMS Edited, formatted, and assigned document ID number.

05/06/11 0.05 Jim Deasy – RTP Minor editing for clarification.

05/16/11 1.0 KMS Finalized and converted to PDF.

NMCI operations support documents are identified on the title page as a draft or final, followed by the version number. Draft and final documents are defined and numbered, as follows:

Initial drafts are numbered version 0.01 (D+1). Subsequent draft editions are numbered version 0.02 (D+2), 0.03 (D+3), 0.04 (D+4) and so forth.

The first final edition is numbered version 1.0 (F+0). Subsequent final versions are numbered

1.1 (U+1), 1.2 (U+2), 2.0 (UA0), 3.0 (UB0), 4.0 (UC0) and so forth.

After KMS finalizes the first version 1.0 (F+0), the following applies:

The document cannot revert to a draft. All subsequent versions are finals.

In the Change History Log, point of contact (POC) entries are numbered X.X.X (for example, 1.0.1, 1.1.1, 1.2.1, and so forth).

The POC must request the latest version by sending an email to

DMCIncomingRequest@nmci-isf.com.

For a list of current abbreviations, acronyms, and terms, click the following link: NMCI Master

Abbreviations, Acronyms, and Terms. For additional information, see the latest version of NMCI

Naming Standards, D400.11939.01, available from the Definitive Solution Library (DSL).

For more information about NMCI documentation, send an email to

DMCIncomingRequest@nmci-isf.com.

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Document Properties

Owner: Network Services, Core Services Manager

Responsible Organization: Network Services - Network Delivery

Affected Organizations: Network Services, Field Services (for awareness of the standard)

Posted Location: Network Services QMS SharePoint

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Contents

1. INTRODUCTION/GENERAL INFORMATION

1.1 Inside Plant Installation Test Results

1.2 Acceptance of Government-Installed ISP

1.3 Deviation From ISP Installation Standards

1.4 Protective Distribution Systems Installations

1.5 Red/Black Separation

1.6 ISP Installation Consistency

2. ISP CABLE DESIGN STANDARDS

2.1 ISP Horizontal Cat 5e Cabling Requirements

2.2 Installation Materials

2.3 Inside Plant Fiber Optic Cable

2.3.1 FTTD Standards

2.4 Copper and Fiber Panels

2.4.1 Patch Panels, Cat 5e

2.4.2 Wire Management Panels

2.4.3 Fiber Optic Closet Connector Housings (Fiber Panels)

3. STANDARD WIRING FOR NMCI SEATS

3.1 NMCI Seat Descriptions

3.2 Installation Descriptions

3.2.1 Standard Unclassified Seat/Printer (Two-Drop)

3.2.2 Optional Unclassified Seat (Four-Drop)

3.2.3 Standard Classified Seat

3.2.4 Standard Classified Printer

3.2.5 Standard Unclassified FTTD Connections

3.2.6 Classified FTTD Connection Option

3.3 Standard Configuration: Work Area

3.3.1 Flush Mount

3.3.2 Surface Mount

3.4 Standard Configuration: Data Closet (ISP)

3.5 Numbering and Naming Convention

Figures Figure 1: Standard Unclassified Seat/Printer (Two-Drop) Figure 2: Optional Unclassified Seat (Four-Drop)

Figure 3: Standard Classified Seat Figure 4: Standard Classified Printer Figure 5: Standard Unclassified FTTD Connection Figure 6: Classified FTTD Connection Option Figure 7: Numbering and Naming Convention

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Tables Table 1: ISP Fiber Optic Cable Table 2: FTTD Standards Table 3: NMCI Seat Descriptions

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1. INTRODUCTION/GENERAL INFORMATION

This document defines the standards to be used for inside cable plant installations for NMCI.

1.1 Inside Plant Installation Test Results

Inside plant (ISP) Installation Test Results will consist of a portable document file (PDF) file download from the testing equipment and will include: Unshielded Twisted Pair (UTP) permanent link tests in accordance with Electronic Industries Alliance / Telecommunications

Industries Association (EIA/TIA)-568-B.1, B.2, and manufacturer’s guidelines.

HP requires test results that show how the installed cable lines up with the T-568B standard (for example, Wire map, Frequency, Insertion Loss, NEXT, PSNEXT, Return Loss, Delay, Skew, Length, Identification of the Cable being tested, and so forth).

1.2 Acceptance of Government-Installed ISP

The government-installed ISP is accepted by HP after testing and labeling by HP according to

NMCI standards. The testing and labeling are the financial responsibility of the government.

Where necessary, termination (or retermination) into the NMCI cabinet is also the financial responsibility of the government.

1.3 Deviation From ISP Installation Standards

Any deviation from the standards outlined in this document must be approved in advance by the

Core Services Area Manager. At the time of the writing, this is the following:

Area East: David Van Hoose; Telephone: 571-437-0475; Email: david.vanhoose@hp.com

Area West: Matthew Galusha; Telephone: 619-817-3236; Email: matthew.galusha@hp.com

1.4 Protective Distribution Systems Installations

The standard security guidelines published by the government on classified Protective

Distribution Systems (PDSs) (US Navy/Marine Corps Information Assurance [IA] PUB 5239-

22) is followed.

1.5 Red/Black Separation

Classified and Unclassified ISP installations are performed according to National Security

Telecommunications and Information Systems Security Advisory Memoranda (NSTISSAM)

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TEMPEST/2-95 (Recommendations B, E and H of Section 3 depending on the size of the facility) for Red\Black separation.

NOTE: As a general rule on NMCI, HP has separated unclass/class processing by 3 feet / 36 inches and parallel cabling by 6 inches (for example, the faceplates are separated by at least 3 feet / 36 inches and the horizontal cabling is separated by 6 inches).

1.6 ISP Installation Consistency

HP retains the same media type in a building for new installs. Buildings with existing

Fiber-to-the-Desktop (FTTD) ISP Installations receive new FTTD, if a government-furnished equipment (GFE) installation was Category 6 (Cat 6), HP will install Cat 6 to retain the same standard.

NOTE: The existing media type must equal or exceed Cat 5e requirements.

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2. ISP CABLE DESIGN STANDARDS

This section discusses ISP cable design standards.

2.1 ISP Horizontal Cat 5e Cabling Requirements

Cat 5e, 4-pair, 100 Ω UTP, CMP, (Plenum-rated), cable

Cat 5e, 4-pair, 100 Ω UTP, CMR, (Riser-rated), cable. (Where permitted by code)

NOTE: It is not anticipated that individual cable drops will be required in support of the implementation of Voice over Internet Protocol (VoIP) within the NMCI network. But if these drops are required, any new cabling installed must be Cat 5e specification or better.

NOTE: Total maximum horizontal passive cable length (NMCI patch panel to drop) will not exceed 295 feet. If the ISP is being installed to a remote cabinet (for example, GOV cabinet) with an ISP tie between the remote cabinet and the NMCI cabinet, the distance between the cabinets must be taken into consideration of the 295 feet maximum.

Cable Sheath color-coding is specifically called out with the following colors:

Data #1: Blue

Data #2: Green

VoIP #1: White

VoIP #2: Grey

Classified #1: Red

Classified #2: Red

2.2 Installation Materials

IDC Termination: All Cat 5e cabling will be terminated in the Data

Cabinet/Telecommunications Room using Cat 5e, 24-port and/or 48-port, 110-type Insulation

Displacement Contact (IDC) to 8-position T568-B configured patch panels. (For smart configuration the four drops will be terminated in same patch panel.)

Standard configuration: Two data drops terminated on data patch panels.

Optional configuration (if required): Two data drops terminated on data patch panels, and two VoIP drops terminated using separate VoIP Cat 5e, 24-port and/or 48-port, 110-type IDC to 8 position, T568-B configured patch panels. However, on smaller installations the same patch panel may be used for both voice and data cabling.

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Optional Voice Terminal Blocks: HP may specify 66 /110 Blocks (Cat 5e certified) as the final end point for the VoIP cabling in the data closet. Horizontal cabling from the work area will still be terminated on VoIP Cat 5e, 48 port, 110-type IDC to 8 position, patch panels.

Cat 5e, 4 pair, 100 Ω UTP, CMP or CMR rated, cable will be extended from new

VoIP patch panels to the wall fields 66/110 termination block for final connections.

All 4 pairs will be mirror image through the 66/110 termination blocks to the patch panels.

J Hooks: The default cable installation will use J-hooks. The installation will be adjusted to conform to existing installation practice (J-hooks, ladder rack, cable trays, in wall/surface mount) for a building where possible. Where no current cabling exists, Jhooks will be the default method. Public Works Commission (PWC) requirements will be supported if counter to J-hooks.

EMT: Facility requirements will dictate the Electrical Metallic Tubing (EMT) requirements needed to protect cabling. Conduit size will be determined by fill ratio and is sized by current requirements.

Pin Configuration: Work area outlets will use Cat 5e 8-position outlets supporting universal

T568A/B wiring will be installed. All outlets will be T568-B wiring configuration.

Color Coding: Color-coding will be provided through the use of colored icons that snap into the face of the jack.

Icons: Work area outlets and patch panel positions will use the following colored icons:

Data #1: Blue

Data #2: Green

VoIP #1: White

VoIP #2: Grey

Classified #1: Red

Classified #2: Red

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2.3 Inside Plant Fiber Optic Cable

Table 1 shows the ISP fiber optic cable specifications.

Table 1: ISP Fiber Optic Cable

Type: Multimode (MM) fiber optic cable Single-mode (SM) Fiber Optic

Cable

Use: FTTD

UNCLASSIFIED, CLASSIFIED

Mission Critical seat

Closet to Closet

TIE cable (closet to closet)

UNCLASSIFIED, CLASSIFIED

Mission Critical seat

Closet to Closet

Sheath Color: Orange Yellow

Strand Count: Six strand 12 strand

Construction: dielectric strength member dielectric strength member

Buffering: Tight buffered Tight buffered

Listing/Rating: CMR or CMP CMR or CMP

Core/Cladding: 62.5/125 μm 8.3 - 9/125 μm/SM

Connector: SC (FTTD)

ST, LC or SC (CLASSIFIED)

SC (TIE cable)

ST, LC or SC (CLASSIFIED)

New installations are to utilize J-hooks as the baseline. Alternative means may be used if required by building codes/PWC practices.

2.3.1 FTTD Standards

Data closet fiber patch panels and work area faceplates will use the color coding in Table 2 based on pulling a six-strand fiber optic cable.

Table 2: FTTD Standards

Work Area Data Room

D1/S1-A XMT: Blue D1/S1-A RCV: Blue

D1/S1-B RCV: Orange D1/S1-B XMT: Orange

D2/S2-A XMT: Green D2/S2-A RCV: Green

D2/S2-B RCV: Brown D2/S2-B XMT: Brown

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The Slate and White strands are not terminated at both ends and they are not to be cut short.

Unless specified otherwise:

UNCLASSIFIED fiber is terminated in duplex SC connectors

CLASSIFIED fiber is terminated in dual ST, LC or SC connectors

Multimode cable will have a maximum run length of 600 feet from patch panel to the drop on the wall.

2.4 Copper and Fiber Panels

This section discusses the copper and fiber panels.

2.4.1 Patch Panels, Cat 5e

Under the Continuity of Services Contract (CoSC), only 24- or 48-Port Patch Panel will be used as follows:

Must be Cat 5e compliant

Rear cable management

Icon labels/holders available in colors to match the cables

1 rack unit (RU) height - 24 port

2 RU height – 48 port

110-type IDC rear cable termination or equipment

Universal T568A/B wiring

All patch panels shall be terminated to a T568-B wiring configuration

NOTE: 96-port patch panels are not allowed as cable management is insufficient to support

Moves, Adds, and Changes (MACs).

2.4.2 Wire Management Panels

A description of the wire management panels is as follows:

Single-sided or Double-sided

Front cable management with cover

Optional Rear cable management

Optional Pass-through holes for front to back routing

Cable retention design

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1 RU height: 1.75”

2 RU height: 3.50”

NOTE: All patch panels will be matched with a horizontal wire management panel above and below the patch panel.

2.4.3 Fiber Optic Closet Connector Housings (Fiber Panels)

A description of fiber optic closet connection housings (fiber panels) is as follows:

12, 24, 48, 72 and 144 Port Panels

1, 2 and 4 RU heights: 1 RU = 1.75 inches

SC duplex connector panels supporting 12 strands per panel for UNCLASSIFIED

ST, LC or SC dual connector panels supporting 12 strands per panel for CLASSIFIED installation of connector type is based on what is currently in place)

Splice trays supported (Fiber Distribution Centers) if required

Rack-mount and wall-mount versions

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3. STANDARD WIRING FOR NMCI SEATS

This section discusses the standard wiring for NMCI seats.

3.1 NMCI Seat Descriptions

Table 3 shows the NMCI seat descriptions.

Table 3: NMCI Seat Descriptions

Seat Type

Number of

Cables- Cat

5e (Drops)

Number of Wall

Plates

Cable Outlet

Designations

Conduit

Required

Figure

Number

Jack, Connector

Type

Unclassified Seat

(including mission critical seats)

2 1 D1, D2 - 1 T568-B

Unclassified

Option

4 1 D1, D2, V1, V2

- 2 T568-B

Classified Seat

(including mission critical seats)

2 1 S1, S2 - 3 T568-B

Classified

Printer

2 1 S1, S2 3/4” EMT 4 T568-B

Unclassified

Printer

2 1 D1, D2 - 4 (w/o

EMT)

T568-B

UNCLASSIFIED FTTD consisting of:

Unclassified 2 MM 2-

Strand Pairs

(4 strands)

1 D1, D2 - 5 Duplex SC

CLASSIFIED Fiber-To-Desk (FTTD) consisting of:

Classified 2 MM 2-

Strand Pairs

(4 strands)

1 S1, S2 - 6 Dual ST, LC or SC

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3.2 Installation Descriptions

This section describes the installation.

3.2.1 Standard Unclassified Seat/Printer (Two-Drop)

Unclassified Seat/Printer Installation –Two Drops: Two Cat 5e cables to a single wall plate.

Terminate each cable on a Cat 5e, 8-position, modular insert. This standard also applies to unclassified mission critical seats.

Cable 1 will be designated D1 (Data 1)

Cable 2 will be designated D2 (Data 2)

NOTE: Unless otherwise specified by HP, the vendor is to install unclassified ISP to this standard for Copper installations.

Figure 1 shows the standard unclassified seat/print (two-drop).

120-1-3B

00700-0111-014 Unclassified Data Closet

Category 5e

Patch Panel

D1 D2

D2 - Green

D1 - Blue

Category 5e

Wall Plate

Unclassified

Green IconBlue Icon

Figure 1: Standard Unclassified Seat/Printer (Two-Drop)

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3.2.2 Optional Unclassified Seat (Four-Drop)

Optional Installation – Unclassified - Four Drops: Four Cat 5e cables to a single wall plate.

Terminate each cable on a Cat 5e, 8-position, modular insert.

Cable 1 will be designated D1 (Data 1), Cable 2 will be designated D2 (Data 2), Cable 3 (V1) and Cable 4 (V2) will be designated for VoIP

NOTE: This option is only implemented at sites with VoIP capability and the government customer has ordered the applicable CLIN items. HP directs the vendor to install to this option;

otherwise, the two-drop option is to be used as the standard.

Figure 2 shows the optional unclassified seat (four-drop).

V1 V2

120-1-3B

00700-0111-014 Unclassified Data Closet

Category 5e

Patch Panels

D1 D2

V2 - Gray

D1 - Blue

Category 5e

D2 - Green

V1 - White

NOTE: D1, D2 are on separate patch panel from V1, V2

Wall Plate

Unclassified

Green IconBlue Icon

White Icon Grey Icon

Figure 2: Optional Unclassified Seat (Four-Drop)

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3.2.3 Standard Classified Seat

The Classified Seat: Two Cat 5e cables to a single wall plate. Terminate each cable on a Cat 5e, 8-position, modular insert. This cable run must conform to all applicable Classified/PDS guidelines. Verify site requirements for Secret Internet Protocol Router Network (SIPRNET) according to Base Security Requirements. This standard also applies to classified mission critical seats.

Cable 1 will be designated S1 (Secure Data 1)

Cable 2 will be designated S2 (Secure Data 2)

Figure 3 shows the standard classified seat.

120-1-3B

00700-0111-014 Classified Data Closet

Category 5e

Patch Panel

S1 S2

S2 - Red

S1 - Red

Wall Plate

Classified

Red Icon Red Icon

Figure 3: Standard Classified Seat

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3.2.4 Standard Classified Printer

Classified Printer Installation: Two Cat 5e cables to a single wall plate. Terminate each cable on a Cat 5e, 8-position, modular insert. This cable run must conform to all applicable

Classified/PDS guidelines. Verify site requirements for SIPRNET according to Base Security

Requirements.

Cable 1 will be designated S1 (Secure Data 1)

Cable 2 will be designated S2 (Secure Data 2).

Figure 4 shows the standard classified printer.

120-1-3B

00700-0111-014 Classified Data Closet

Category 5e

Patch Panel

S1 S2

S2 - Red

S1 - Red

Category 5e in Conduit

Wall Plate

Classified

Figure 4: Standard Classified Printer

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3.2.5 Standard Unclassified FTTD Connections

Four strands terminated out of a six-strand SM or MM fiber optic cable; pulled to a wall plate equipped with two duplex SC connectors.

NOTE: Multimode cable will have a maximum run length of 600 feet from patch panel to the drop on the wall

Figure 5 shows the standard unclassified FTTD connection.

D2A D2B

120-1-3B

00700-0111-014 Unclassified Data Closet

Fiber Optic

Patch Panel

D1A D1B

D2B - Brown

D1A - Blue

6 Strands of Multimode

62.5 Micron Fiber

D1B - Orange

D2A - Green

Wall Plate

Unclassified

2 Strands Coiled and

Spared out in Work Box

(White and Slate) Duplex SC Connectors

Figure 5: Standard Unclassified FTTD Connection

3.2.6 Classified FTTD Connection Option

Four strands terminated out of a six-strand SM or MM fiber optic cable pulled to single wall plate equipped with two dual ST connectors for CLASSIFIED/SIPRNET access. This cable run must conform to all applicable Classified/PDS guidelines. Verify site requirements for SIPRNET according to Base Security Requirements.

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NOTE: Multimode cable will have a maximum run length of 600 feet from patch panel to the drop on the wall.

Figure 6 shows the classified FTTD connection option.

S2A S2B

120-1-3B

00700-0111-014 Classified Data Closet

Fiber Optic

Patch Panel

S1A S1B

S2B - Brown

S1A - Blue

6 Strands of Multimode

62.5 Micron Fiber

S1B - Orange

S2A - Green

Wall Plate

Classified

2 Strands Coiled and

Spared out in Work Box

(White and Slate) Dual ST, Duplex LC or

Duplex SC Connectors

Figure 6: Classified FTTD Connection Option

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3.3 Standard Configuration: Work Area

This section discusses the standard configuration work area.

3.3.1 Flush Mount

Placement to work area: via J-Hook

Cable:

Category 5e

Plenum-listed

Four-pair

UTP

Mounting: In-wall box eliminator (for example, Caddy multiprotocol label switching

[MPLS])

Faceplate: single-gang four-port

Jacks: dual eight-position Cat 5e jacks and blank inserts

Color: light ivory with color coded icon for jacks

3.3.2 Surface Mount

This section explains the surface mount:

Placement to work area: via J-Hook and 10 feet of surface mount raceway

Cable:

Cat 5e

Plenum-listed

Four-pair

UTP

Maximum cable length: 250 feet

Mounting: single-gang surface mount box

Faceplate: single-gang four-port, Jacks: dual eight-position Cat 5e jacks and blank inserts

Color: light Ivory with color coded icon for jacks

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3.4 Standard Configuration: Data Closet (ISP)

This section discusses the standard configuration data closet (ISP):

Patch Panel: Cat5e, 8-position, 24- or 48-port

Fiber Panel: Fiber Optic Termination Units

Housing: Open bay relay rack or equipment cabinet (Unclassified and Classified)

Cable management: horizontal and vertical management panels

Cable Support: Stovepipe, Ladder or Cable Tray providing support from rack to wall

Other:

Telecommunications Grounding Busbar

Sleeves and/or Slots

Fire-stop system

3.5 Numbering and Naming Convention

Figure 7 shows the numbering and naming convention.

V1 V2

120-1-3B

00700-0111-014

D1 D2

Cable ID

Building# - Room# - Drop/Seat#

Closet# - Rack# - Patch Panel#

Green IconBlue Icon

White Icon Grey Icon

120-1-3B

00700-0111-014

S1 S2

Wall Plate

Classified

Building# - Room# - Drop/Seat#

Wall Plate

Unclassified

Closet# - Rack# - Patch Panel#

Figure 7: Numbering and Naming Convention

Un-numbered cubical: When a cubical area is found unnumbered, it shall be numbered clockwise from North. The assigned numbers will be noted on the red lined floor plan.

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If wiring closet room number is not available, label wiring closets, M01 for main 01, S01 for subcloset 01, and clockwise from the North.

If room numbers are unavailable, start numbering rooms North to South, West to East.

Drop numbers are in sequence by wiring closet.

Patch panels are identified by a number followed by F for front and B for back as necessary.

Numbers next to jacks are always D1, D2, S1, S2, V1 and V2, as they are part of the cable ID convention and not a patch panel number. D is for Data and V for VoIP.

NOTE: This CoSC wall plate naming scheme described herein supersedes all existing labeling schemes in place. This information is retained in a central database and must be followed exactly. Include all dashes and pad the appropriate numbers with zeros as needed.

WARNING: Do not deviate from the defined scheme.