F3G3JB2143AW01 - SOO.pdf

RKMF-XXXXXXXXXXXXXXXX Solicitation Nellis Air Force Base, Nevada

STATEMENT OF OBJECTIVES

For Fiber and Copper Cable Distribution in Building 1005 Internal Plant, Fixed Ground Control Stations (FGCS) and

Mobile Ground Control Stations (MGCS)

NELLIS AIR FORCE BASE, NEVADA

SUMMARY OF WORK 01 11 00-3

(8 January 2021)

OFFICE OF THE BASE CIVIL ENGINEER

(16 March 2022)

RKMF-XXXXXXXXXXXXXXXX Solicitation

SPECIFICATION INDEX

SPECIFICATIONS

SECTION DESCRIPTION DATED NO. OF

PAGES

Cover Sheet 16 March 2022 1

Specification Index 16 March 2022 1

01 Summary of Objectives 16 March 2022 8

APPENDICES

APPENDIX DESCRIPTION DATED NO. OF

PAGES

RKMF-XXXXXXXXXXXXXXXXXX Solicitation

STATEMENT OF WORK SECTION 01 4

SECTION 01

SUMMARY OF OBJECTIVES

Prepared By

38ES/ENII

4064 Hilltop Road Tinker AFB OK 73145-2713

Wednesday, March 16, 2022

1.0 INTRODUCTION. This Statement of Objectives (SOO) defines the requirements for the Contractor as follow:

• The contractor shall produce/provide a Statement of Work (SOW) for this project.

• The contractor shall preserve identified Copper and Fiber Optic Cable (FOC) and demolish all other internal copper and FOC in the North

Side SCIF Area of B1005. (See next page)

• The contractor shall engineer, furnish, install and test(EFI&T) New internal single mode FOC, multimode FOC and category 6 (CAT6) throughout the North Side SCIF office space and to the various fixed ground control stations (FGCS) and mobile ground control stations (MGCS) located inside and outside Building 1005. Total Fiber Counts Sketch #6.

• All work must be accomplished in accordance with specifications, common work practices, industry standards and applicable building codes.

STATEMENT OF WORK SECTION 01 5

• Contractor shall furnish all labor, equipment, material, manufactured articles, transportation, supervision, and all else necessary to perform all operations in connection with successfully completing the project as specified herein, as required per attached specifications.

2.0 REQUIREMENTS.

2.1 Base Support Requirements. The Contractor must identify any base support requirements (for example, laydown and storage areas) necessary to complete this project. The Contractor shall coordinate with 432 SPTS/SCXP for storage space and staging area requirements.

2.2 Restoration. The Contractor shall restore all disturbed grounds/base property to the “as found” condition or better after installation. Base grounds/property restoration requirements shall be complied with.

2.3 Project Residue. All residues from this project shall be disposed of base and IAW Federal, State, local, and base environmental laws and regulations. The Contractor is wholly responsible for project waste removal. Contractor may use base Recycling Center to dispose of other project waste materials. Contractor shall verify which waste materials the Recycling Center will accept. Contractor will not use base, facility, or building waste dumpster(s) to dispose of project waste material(s). If Contractor chooses to lease dumpsters for project waste, Contractor shall coordinate with 432 SPTS/SCXP for dumpster placement.

3.0 GENERAL REQUIREMENTS.

3.1 Preserve and demolish the following cables.

3.1.1 Preserve all Service FOC residing in Black Box/Half Rack located on the south side of the server room (14600). See Sketch below for additional information.

3.1.2 Preserve approximately 170 each Cat 5 (dark grey) Cables located on the south side of the server room (14600). See Sketch below for additional information.

3.1.3 Preserve Black (service) and Green (ground) Cables located on the north side of server room (14600). See Sketch below for additional information.

3.1.4 Demolish and Dispose of all other cables coming from the ceiling, under the floors, and in all offices associated with this project. See Sketch below for additional information.

STATEMENT OF WORK SECTION 01 6

Sketch #0: Bldg-1005

3.2 Distribute FOC and CAT6 cable as follows: The Contractor shall complete the following requirements.

3.2.1 Standard Fiber Optic Box (FOB)

STATEMENT OF WORK SECTION 01 7

Sketch #1: FOB

a. Purchase necessary components to build and install a Standard FOB. A Standard FOB consists of 3 faceplates to be installed on the already installed boxes that are surface mounted on the walls. See Sketch below.

b. Each FOB will consist of the following connections:

i. One 4-port faceplate with 4 shielded CAT6 cables terminated to 4 ports. NIPRNET cables will be run from the server room as indicated in

Section 6, to the FOB faceplate. NIPRNET shall be color-coded Green.

ii. One 6-Port faceplate with 12 strands of OM4 multi-mode (MM) Fiber Optic Cable (FOC), broken out into 1 pair per port to accommodate 4 ports of SAP1 and 2 ports of SAP2. SAP1 and SAP 2 cables will be run from the server room as indicated in Section 6 to the FOB faceplate.

SAP1 shall be color-coded Blue and SAP 2 shall be color-coded Aqua.

STATEMENT OF WORK SECTION 01 8

iii. One 4-port faceplate with 8 strands of OM4 MM FOC. 2 pairs will be broken out into 2 ports for SIPRNET services and 2 pairs will be broken out into 2 ports for JWICS services. SIPRNET and JWICS cables will be run from the server room as indicated in Section 6 to the FOB faceplate.

SIPRNET shall be color-coded Red and JWICS shall be color-coded Yellow.

iv. LC connectors will be used on all fiber connections.

v. All fiber and copper will be labeled to indicate where both ends of the cable start and stop.

vi. Standard FOBs will be located in the areas depicted in Sketch #7 & Sketch #8

vii. Room 15200: 2 Ea.

viii. Room 15600: 2 Ea.

ix. Room 15100: 5 Ea.

x. Room 15000: 1 Ea.

xi. Room 14900: 5 Ea.

xii. Room 14800: 1 Ea.

xiii. Room 14700: 1 Ea.

xiv. Room 14100: 1 Ea.

xv. Room 14200: 19 Ea.

c. General Notes:

i. Note 1: 41 locations, 164 total CAT6, 820 OM4, 41 NIPR faceplates, 41 SAP1/SAP2 faceplates, and 41 SIPR/JWICS faceplates.

ii. Note 2: All FOB’s will be installed and labeled IAW NC2710, dated October 2020. FOC and CAT6 will be installed IAW NC2710.

iii. Note 3: All Jacks must be color-coded to prevent plugging an unclassified instrument into a classified service. Fiber connectors will all be LC type. This will prevent security violations or spillage because of plugging into the wrong jack.

iv. Note 4: JSAP Implementation Guide, Rev 4, 2016, Page 3-258 to 3-259, and NC2710 will be used as a basis of the color-coding FOC and color-coding the jacks within the FOB depicted in this SOO. In addition, a color code has been included with the FOB diagram.

3.2.2 Subfloor FOB

Sketch #2: Subfloor FOB

STATEMENT OF WORK SECTION 01 9

d. Purchase necessary components to build and install a Subfloor FOB. A Subfloor FOB consists of 3 faceplates to be installed on the already installed boxes on metal whips under the subfloor. Each FOB will consist of the following connections:

i. One 4-port faceplate with 4 shielded CAT6 cables terminated to 4 ports. NIPRNET cables will be run from the server room as indicated in

Section 6, to the FOB faceplate. NIPRNET shall be color-coded Green.

ii. One 6-Port faceplate with 12 strands of OM4 multi-mode (MM) Fiber Optic Cable (FOC), broken out into 1 pair per port to accommodate 4 ports of SAP1 and 2 ports of SAP2. SAP1 and SAP 2 cables will be run from the server room as indicated in Section 6 to the FOB faceplate.

SAP1 shall be color-coded Blue and SAP 2 shall be color-coded Aqua.

iii. One 4-port faceplate with 8 strands of OM4 MM FOC. 2 pairs will be broken out into 2 ports for SIPRNET services and 2 pairs will be broken out into 2 ports for JWICS services. SIPRNET and JWICS cables will be run from the server room as indicated in Section 6 to the FOB faceplate.

SIPRNET shall be color-coded Red and JWICS shall be color-coded Yellow.

iv. LC connectors will be used on all fiber connections.

v. All fiber and copper will be labeled to indicate where both ends of the cable start and stop.

e. Subfloor FOBs will be located in the areas depicted in Sketch #8

i. Room 14200: 16 Ea.

f. General Notes:

i. Note 1: 16 total locations, 64 CAT6, 320 OM4 fiber, 16 NIPR faceplates, 16 SAP1/SAP2 faceplates, 16 SIPR/JWICS faceplates.

ii. Note 2: All FOB’s will be installed and labeled IAW NC2710, dated October 2020. FOC and CAT6 will be installed IAW NC2710.

iii. Note 3: All Jacks must be color-coded to prevent plugging an unclassified instrument into a classified service. Fiber connectors will all be LC type. This will prevent security violations or spillage because of plugging into the wrong jack.

iv. Note 4: JSAP Implementation Guide, Rev 4, 2016, Page 3-258 to 3-259, and NC2710 will be used as a basis of the color-coding FOC and color-coding the jacks within the FOB depicted in this SOO. In addition, a color code has been included with the FOB diagram.

v. Sub-Floor FOBs are connected with 10ft Metal Whips underneath the raised floor.

3.2.3 Video FOB

STATEMENT OF WORK SECTION 01 10

Sketch #3: Video FOB

g. Purchase necessary components to build and install a Video FOB. A Video FOB consists of 1 faceplate to be installed on the already installed boxes that are surface mounted on the walls. Each FOB will consist of the following connections:

i. One 4-Port faceplate with 8 strands OM4 MM FOC, broken out into 1 pair per port to accommodate 4 ports of Video. Video cables will be run from the server room as indicated in Section 6 to the FOB faceplate. Video shall be color-coded Blue.

ii. LC connectors to be used on all fiber connections.

iii. All fiber and copper must be labeled to indicate where both ends of the cable start and stop.

h. Video FOBs will be located in the areas depicted in Sketch #7 & Sketch #8.

i. Room 14000: 1 Ea.

ii. Room 14100: 1 Ea.

iii. Room 14200: 19 Ea.

iv. Room 14700: 1 Ea.

v. Room 14800: 1 Ea.

vi. Room 14900: 1 Ea.

vii. Room 15000: 1 Ea.

viii. Room 15100: 1 Ea.

ix. Room 15200: 2 Ea.

x. Room 15600: 3 Ea.

i. General Notes:

i. Note 1: 31 total locations, 248 OM4 fiber, and 31 Video faceplates.

ii. Note 2: All FOB’s will be installed and labeled IAW NC2710, dated October 2020. FOC and CAT6 will be installed IAW NC2710.

STATEMENT OF WORK SECTION 01 11

iii. Note 3: All Jacks must be color-coded to prevent plugging an unclassified instrument into a classified service. Fiber connectors will all be LC type. This will prevent security violations or spillage because of plugging into the wrong jack.

iv. Note 4: JSAP Implementation Guide, Rev 4, 2016, Page 3-258 to 3-259, and NC2710 will be used as a basis of the color-coding FOC and color-coding the jacks within the FOB depicted in this SOO. In addition, a color code has been included with the FOB diagram.

3.2.4 Fixed GCS (FGCS) FOB

Sketch #4: FGCS FOB. See Sketches below of Actual FOB

STATEMENT OF WORK SECTION 01 12

j. Purchase necessary components to build and install a FGCS FOB. The NIPRNET faceplate will be purchased and installed on the surface mounted box located on the wall under the raised floor. FOC will be terminated into an existing patch panel box located in the subfloor IAW the following instructions. Each FOB will consist of the following connections:

i. One 6-port faceplate with 6 shielded CAT6 cables terminated to 6 ports. NIPRNET cables will be run from the server room as indicated in Section 6, to the FOB faceplate. NIPRNET shall be color-coded Green. Note: Metal Whip (Conduit) will be used for Cat 6 underneath floor to Wall

ii. Three 6-Port patch panel inserts with each insert containing 12 strands of OM4 MM FOC to be broken out into 6 ports. All cables will be run from the server room as indicated in Section 6, to the FOB faceplate. All cables will be color-coded Blue. See Sketch

iii. One 6-Port patch panel insert with 12 strands OS1 single-mode (SM) FOC to be broken out into 6 ports. All cables will be run from the server room as indicated in Section 6, to the FOB faceplate. All cables will be color-coded Blue.

iv. LC Connectors to be used for all Fiber connections

v. All fiber and copper must be labeled to indicate where both ends of the cable start and stop.

k. FGCS FOBs will be located in the areas depicted in Sketch #7

i. FGCS 1: 16100-1 Ea.

ii. FGCS 2: 16000-1 Ea.

iii. FGCS 3: 15900-1 Ea.

iv. FGCS 4: 15800-1 Ea.

v. FGCS 5: 15700-1 Ea.

l. General Notes:

i. Note 1: 5 total locations, 30 CAT6, 180 OM4 fiber, 60 OS1 fiber, 5 NIPR faceplates, 20 patch panel inserts.

ii. Note 2: All FOB’s will be installed and labeled IAW NC2710, dated October 2020. FOC and CAT6 will be installed IAW NC2710.

STATEMENT OF WORK SECTION 01 13

iii. Note 3: All Jacks must be color-coded to prevent plugging an unclassified instrument into a classified service. Fiber connectors will all be LC type. This will prevent security violations or spillage because of plugging into the wrong jack.

iv. Note 4: JSAP Implementation Guide, Rev 4, 2016, Page 3-258 to 3-259, and NC2710 will be used as a basis of the color-coding FOC and color-coding the jacks within the FOB depicted in this SOO. In addition, a color code has been included with the FOB diagram.

STATEMENT OF WORK SECTION 01 14

3.2.5 Mobile GCS (MGCS) FOB

Sketch #5 Mobile GCS FOB

m. Purchase components necessary to build install a MGCS FOB. MGCS FOB consists of 72 strands of OM4 FOC and 24 strands of OS1 FOC. A 1 Rack

Unit (RU) LC fiber patch panel that accommodates at least 96 strands of FOC will be required. The patch panel will be mounted in the existing NEMA box. Each FOB will consist of the following connections:

i. One 6-port faceplate with 6 shielded CAT6 cables terminated to 6 ports. NIPRNET cables will be run from the server room as indicated in Section 6, to the FOB faceplate. NIPRNET shall be color-coded Green.

ii. 72 strands of OM4 MM FOC will be run from the server room as indicated in Section 6, to the FOB faceplate. All cables will be color-coded Blue.

iii. 24 strands of OS1 SM FOC will be run from the server room as indicated in Section 6, to the FOB faceplate. All cables will be color-coded Blue.

iv. LC Connectors to be used for all Fiber connections

v. All fiber and copper must be labeled to indicate where both ends of the cable start and stop.

n. MGCS FOBs will be located in the areas depicted in Sketch #9

i. MGCS 1 – 1 Ea.

ii. MGCS 2 – 1 Ea.

iii. MGCS 3 – 1 Ea.

iv. MGCS 4 – 1 Ea.

v. MGCS 5 – 1 Ea.

vi. MGCS 6 – 1 Ea.

vii. MGCS 7 – 1 Ea.

STATEMENT OF WORK SECTION 01 15

o. General Notes:

i. Note 1: 7 total locations, 42 CAT6, 504 OM4 fiber, 168 OS1 fiber, 7 NIPR faceplates.

ii. Note 2: All FOB’s will be installed and labeled IAW NC2710, dated October 2020. FOC and CAT6 will be installed IAW NC2710.

iii. Note 3: All Jacks must be color-coded to prevent plugging an unclassified instrument into a classified service. Fiber connectors will all be LC type. This will prevent security violations or spillage because of plugging into the wrong jack.

iv. Note 4: JSAP Implementation Guide, Rev 4, 2016, Page 3-258 to 3-259, and NC2710 will be used as a basis of the color-coding FOC and color-coding the jacks within the FOB depicted in this SOO. In addition, a color code has been included with the FOB diagram.

v. All FOC, CAT6, and one, 1 inch corrugated, orange Inner duct (pull string) will be bundled and pulled through existing conduit.

3.2.6 Server Room

a. Existing External Plant Fiber

i. Existing external fiber plant is terminated into a half rack located in room 14600. Relocate and terminate as needed from current location into Row6, Cabinet 1 starting at the top most RU available.

1. 2 EA 4 RU patch panel

2. 1 EA 3 RU patch panel

b. NIPRNET Patch Panels (8 EA)

i. Each patch panel will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

ii. Patch panels will be installed in Row 6, Cabinet 2 starting 1 RU down from the top most RU available. If Cabinet 2 becomes fully populated, overflow will begin in Row 6, Cabinet 3.

iii. The first cable management panel will be installed from the first usable RU from the top and will be 1 RU in size. There will be a 2 RU cable management panel between every patch panel.

iv. All patch panel ports will be labeled to identify the room, FOB, Port for easy traceability.

c. SIPRNET Patch Panels (2 EA)

i. Each panel will need to terminate up to 144 strands of OM4 multimode fiber with LC connectors and will be 4 RU in size.

ii. Patch panels will be installed in Row 5, Cabinet 1 from the top most RU available.

iii. There will be a 2 RU cable management panel installed below the last patch panel

iv. All patch panel ports will be labeled to identify the room, FOB, Port for easy traceability.

d. JWICS Patch Panels (2 EA)

i. A single patch panel will need to terminate up to 144 strands of OM4 multimode fiber with LC connectors and will be 4 RU in size.

ii. Patch panels will be installed in Row 5, Cabinet 3 from the top most RU available.

iii. There will be a 2 RU cable management panel installed below the last patch panel

iv. All patch panel ports will be labeled to identify the room, FOB, Port for easy traceability.

e. SAP1 Patch Panels (4 EA)

i. A single patch panel will need to terminate up to 144 strands of OM4 multimode fiber with LC connectors and will be 4 RU in size.

ii. Patch panels will be installed in Row 2, Cabinet 3 from the 7th RU down from the top most usable RU until 2 patch panels are full. The fiber will continue termination in Row 1, Cabinet 3 from the 7th RU down from the top most usable RU.

STATEMENT OF WORK SECTION 01 16

iii. There will be a 2 RU cable management panel installed below the last patch panel

iv. All patch panel ports will be labeled to identify the room, FOB, Port for easy traceability.

f. SAP2 Patch Panels (2 EA)

i. A single patch panel will need to terminate up to 144 strands of OM4 multimode fiber with LC connectors and will be 4 RU in size.

ii. Patch panels will be installed in Row 4, Cabinet 1 from the top most usable RU.

iii. There will be a 2 RU cable management panel installed below the last patch panel

iv. All patch panel ports will be labeled to identify the room, FOB, Port for easy traceability.

g. MGCS/FGCS Patch Panels (5 EA MM & 2 EA SM)

i. A single patch panel will need to terminate up to 144 strands of OM4 multimode fiber with LC connectors and will be 4 RU in size.

1. Patch panels will be installed in Row 2, Cabinet 2 from the top most usable RU.

2. There will be a 2 RU cable management panel installed below the last patch panel

3. All patch panel ports will be labeled to identify the room, FOB, Port for easy traceability.

ii. A single patch panel will need to terminate up to 144 strands of OS1 single mode fiber with LC connectors and will be 4 RU in size.

1. Patch panels will be installed in Row 2, Cabinet 5 from the top most usable RU.

2. There will be a 2 RU cable management panel installed below the last patch panel

3. All patch panel ports will be labeled to identify the room, FOB, Port for easy traceability.

h. Server Room Cross Connects

i. Row 1

1. Cabinet 3

a. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

ii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 3

iii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the CAT6 patch panel that is 1 RU in size

c. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OM4 multimode fiber

i. Patch panel will be installed in the next usable RU below the 1 RU cable management panel.

ii. 96 strands will terminate in Row 3, Cabinet 3

iii. 96 strands will terminate in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

d. There will be a single cable management panel installed below the fiber patch panel that is 2RU in size

2. Cabinet 4

a. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

STATEMENT OF WORK SECTION 01 17

ii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 3

iii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the CAT6 patch panel that is 1 RU in size

c. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OM4 multimode fiber

i. Patch panel will be installed in the next usable RU below the 1 RU cable management panel.

ii. 96 strands will terminate in Row 3, Cabinet 3

iii. 96 strands will terminate in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

d. There will be a single cable management panel installed below the fiber patch panel that is 2RU in size

ii. Row 2

1. Cabinet 2

a. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OM4 multimode fiber

i. Patch panel will be installed from topmost usable RU

ii. 144 strands will terminate in Row 5, Cabinet 1

iii. 96 strands will terminate in Row 5, Cabinet 3

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OM4 multimode fiber

i. Patch panel will be installed from topmost usable RU

ii. 192 strands will terminate in Row 4, Cabinet 5

iii. All cables will be labeled to identify the row and cabinet that it terminates to.

c. There will be a single cable management panel installed below the fiber patch panel that is 2RU in size

2. Cabinet 3

a. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

ii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 3

iii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the CAT6 patch panel that is 1 RU in size

c. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OM4 multimode fiber

i. Patch panel will be installed in the next usable RU below the 1 RU cable management panel.

ii. 96 strands will terminate in Row 3, Cabinet 3

iii. 96 strands will terminate in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

d. There will be a single cable management panel installed below the fiber patch panel that is 2RU in size

STATEMENT OF WORK SECTION 01 18

3. Cabinet 4

a. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

ii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 3

iii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the CAT6 patch panel that is 1 RU in size

c. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OM4 multimode fiber

i. Patch panel will be installed in the next usable RU below the 1 RU cable management panel.

ii. 96 strands will terminate in Row 3, Cabinet 3

iii. 96 strands will terminate in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

d. There will be a single cable management panel installed below the fiber patch panel that is 2RU in size

iii. Row 3

1. Cabinet 3

a. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

ii. 24 CAT6 STP cables will be terminated from Row 1, Cabinet 3

iii. 24 CAT6 STP cables will be terminated from Row 2, Cabinet 3

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

ii. 24 CAT6 STP cables will be terminated from Row 1, Cabinet 4

iii. 24 CAT6 STP cables will be terminated from Row 2, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

c. There will be a single cable management panel installed below the CAT6 patch panel that is 1 RU in size

d. There will be a single patch panel that will need to terminate 480 strands of LC OM4 multimode fiber

i. Patch panel will be installed from the top most usable RU.

ii. 96 strands will terminate from Row 1, Cabinet 3

iii. 96 strands will terminate from Row 2, Cabinet 3

iv. 96 strands will terminate from Row 1, Cabinet 4

v. 96 strands will terminate from Row 2, Cabinet 4

vi. 96 strands will terminate from Row 4, Cabinet 3

STATEMENT OF WORK SECTION 01 19

vii. All cables will be labeled to identify the row and cabinet that it terminates to.

viii.

e. There will be a single cable management panel installed below the fiber patch panel that is 2RU in size

2. Cabinet 4

a. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

ii. 24 CAT6 STP cables will be terminated from Row 1, Cabinet 3

iii. 24 CAT6 STP cables will be terminated from Row 2, Cabinet 3

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

ii. 24 CAT6 STP cables will be terminated from Row 1, Cabinet 4

iii. 24 CAT6 STP cables will be terminated from Row 2, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

c. There will be a single cable management panel installed below the CAT6 patch panel that is 1 RU in size

d. There will be a single patch panel that will need to terminate 480 strands of LC OM4 multimode fiber

i. Patch panel will be installed from the top most usable RU.

ii. 96 strands will terminate from Row 1, Cabinet 3

iii. 96 strands will terminate from Row 2, Cabinet 3

iv. 96 strands will terminate from Row 1, Cabinet 4

v. 96 strands will terminate from Row 2, Cabinet 4

vi. 96 strands will terminate from Row 4, Cabinet 3

vii. All cables will be labeled to identify the row and cabinet that it terminates to.

viii.

e. There will be a single cable management panel installed below the fiber patch panel that is 2RU in size

iv. Row 4

1. Cabinet 3

a. There will be a single patch panel that will need to terminate up to 48 RJ-45, CAT6 shielded cables and be 2 RU in size.

i. Patch panel will be installed from the top most usable RU.

ii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 3

iii. 24 CAT6 STP cables will be terminated in Row 3, Cabinet 4

iv. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the CAT6 patch panel that is 1 RU in size

STATEMENT OF WORK SECTION 01 20

2. Cabinet 5

a. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OS1 single mode fiber

i. Patch panel will be installed in the next usable RU below the 1 RU cable management panel.

ii. 192 strands will terminate in Row 6, Cabinet 1

iii. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the fiber patch panel that is 1RU in size

c. NOTE: There are 3 RU of reserved space below the patch panel in the step above

d. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OM4 multimode fiber

i. Patch panel will be installed in the next usable RU below the gear in step c

ii. 192 strands will terminate from Row 2, Cabinet 2

iii. All cables will be labeled to identify the row and cabinet that it terminates to.

e. There will be a single cable management panel installed below the fiber patch panel that is 1RU in size

v. Row 5

1. Cabinet 1

a. There will be a 2 RU patch panel that will need to terminate 144 strands of LC OM4 multimode fiber

i. Patch panel will be installed in the next usable RU below the 1 RU cable management panel.

ii. 144 strands will terminate from Row 2, Cabinet 2

iii. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the fiber patch panel that is 1RU in size

2. Cabinet 3

a. There will be a 2 RU patch panel that will need to terminate 96 strands of LC OM4 multimode fiber

i. Patch panel will be installed in the next usable RU below the 1 RU cable management panel.

ii. 96 strands will terminate from Row 2, Cabinet 2

iii. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the fiber patch panel that is 1RU in size

vi. Row 6

1. Cabinet 1

a. There will be a 2 RU patch panel that will need to terminate 192 strands of LC OS1 single mode fiber

i. Patch panel will be installed in the next usable RU below the 1 RU cable management panel.

ii. 192 strands will terminate in Row 6, Cabinet 1

iii. All cables will be labeled to identify the row and cabinet that it terminates to.

b. There will be a single cable management panel installed below the fiber patch panel that is 2RU in size

STATEMENT OF WORK SECTION 01 21

4.0 MANAGEMENT

4.1 Schedule. The Contractor shall provide a complete milestone schedule that denotes major activities to include time-phased start and completion dates for this project and sub-projects associated with the installation of the components and systems.

4.2 Project Manager on Site. The Contractor shall provide a full time, on-site Project Manager (PM) to oversee all facets of the project while working is being performed.

4.3 Quality Assurance. The Contractor shall provide quality assurance support for the entire life of the project. This support shall assist the government representative in performing random spot checks and in performing the system acceptance tests. Contractor QA and Government Representative shall be responsible for identifying system and outside plant deficiencies and/or discrepancies throughout the life of the project. A weekly report (soft copy) will be submitted indicating project progress/statuses and listings any deficiencies/discrepancies found and actions to correct them.

5.4 Compliance. The Contractor shall remain in compliance with all Federal, State, county, and base security and safety laws, regulations, policies, and requirements.

5.5 Clean up. At day’s end, the Contractor shall remove all debris and surplus materials from the work place. Equipment and materials required to complete the work effort may remain on site as long as they are organized/stored in a manner that does not cause a safety hazard.

5.6 Environmental Management. The Contractor shall comply with the most stringent environmental federal, state, and local laws and regulations; and Air Force policies, instructions, and plans. The federal Government is not exempt from compliance with environmental regulations. The installer shall maintain an awareness of changing environmental regulatory requirements to avoid environmental deficiencies for activities on Creech AFB NV. The Prime Contractor shall ensure their sub-contractors (if any) comply with these specifications. Asbestos may be present at all buildings within the scope of this project. But the presence of asbestos along, adjacent, or within existing cable runs is not anticipated. If asbestos is discovered during the installation phase of this project, the Contractor shall stop work and contact 432 SPTS/SCXP for disposition.

5.7 Integrated Product Team (IPT). The Contractor shall chair a weekly IPT meeting consisting of Contractor representatives, the Contracting Officer or representaive, Program Manager, Engineer, and representatives of the 432 SPTS/SCXP at Creech AFB. The purpose of this meeting is to discuss project progress, problems being encountered, and other discussions necessary/beneficial to ensure success and timely completion of the SOO.

5.8 Walk-Through. The Contractor shall schedule a final project walk-through of all work completed prior to close out with the government Project Manager. This should be scheduled at least 72 hours prior to the event.

6.0 DELIVERABLES.

6.1 List of Deliverables. All deliverables are subject to Government acceptance and approval. They shall meet professional standards and the requirements set forth in this Task Order. All deliverables shall be produced using recommended software tools/versions as accepted by the Government. The Contractor shall submit the following deliverables:

STATEMENT OF WORK SECTION 01 22

Data Item Title As Built Work Schedule Status Report Meeting Minutes Test Reports Test Plan

6.2 Cutover Plan: N/A

6.3 Acceptance Test Plan: The Contractor shall provide a detailed acceptance test plan of the installation covering all aspects of the installation and demonstrate the acceptability of the work on meeting the government requirement. The Contractor shall perform all tests and document results of tests with government witnesses overseeing the Acceptance testing.

6.4 As-Built Drawings: The Contractor shall submit three (3) copies of engineering redline drawings showing the as-built configuration. This includes one paper copy, one PDF, and one in Microsoft Visio compatible format on a CD/DVD. The Contractor shall provide As-Built Drawings, prior to final acceptance, to include Cabinet Elevations, Floor plans, Floor and/or ceiling cable route diagrams, furniture drop and cable tray/raceway location drawings incorporated on floor plans, cable schedules to indicate – cabinet, patch panel, remote port location, local port location. All Floor plans shall be to scale.

6.5 Training: N/A

6.6 Testing Requirements: The Contractor shall perform testing and inspections of all systems solutions to ensure the technical adequacy and accuracy of all work, including reports and other documents required in support of that work. The Contractor shall conduct on-site testing in accordance with the Original Equipment Manufacturer’s installation manuals, practices and the appropriate vendor’s test procedures. The Contractor shall provide a detailed test plan.

7.0 WARRANTY: The Contractor shall provide a one-year construction warranty and manufacturer’s standard commercial warranty. This warranty shall include a one-year workmanship warranty for all work performed for this SOO. The warranty period shall start from the date of system and/or project acceptance as recorded by completion of the AF Form 747 and not the DD Form 250. The Contractor shall provide written procedures and required information for warranty services at or prior to site acceptance.

8.0 PERFORMANCE.

8.1 Period of Performance. The period of performance for the project shall not exceed one year after receipt of the Notice to Proceed.

8.2 Place of Performance. The place of performance is Creech AFB, Indian Springs, Nevada.

STATEMENT OF WORK SECTION 01 23

8.3 Hours of Work. The Contractor shall routinely work during normal operating hours of the site. Monday through Friday, 0730 to 1630: excluding federal holidays and/or site-unique down days. Any site work requested by the Contractor to be performed outside of normal duty hours shall be coordinated with the Base CES at least two working days in advance. The Contracting Officer must be notified in advance if there is any cost impact for this work.

9.0 GOVERNMENT FURNISHED INFORMATION/ACCESS/STANDARDS.

9.1 Government Furnished equipment is non-applicable

9.2 The Contractor shall comply with all base installation standards. Installation technicians shall be familiar with appropriate Commercial/Military/Local Installation Standards. Installation tasks shall be performed in accordance with the appropriate installation standards and practices. Installation Contractor shall comply with all commercial codes and standards to include but not limited to the following:

NUMBER TITLE WEBSITE OR LOCATION

TIA/EIA-568-B.1

(Mar 2004)

Commercial Building Telecommunications Cabling Standard Part 1: General Requirements http://www.eia.org/ http://www.tiaonline.org/

TIA/EIA-568-B.2

(Dec 2003)

Commercial Building Telecommunications Cabling Standard Part 2: Balanced Twisted-Pair Cabling Components http://www.eia.org/ http://www.tiaonline.org/

TIA/EIA-606 (May 2002)

Administration Standard for the Telecommunications Infrastructure of Commercial Buildings http://www.eia.org/ http://www.tiaonline.org/

TIA/EIA-607 (Oct 2002)

Commercial Building Grounding and Bonding Requirements for Telecommunications http://www.eia.org/ http://www.tiaonline.org/

EIA-310 (Sep 1992) Racks, Panels and Associated Equipment http://www.eia.org/ http://www.tiaonline.org/

ICEA S-80-576

(2002)

Telecommunications Wire and Cable for Wiring of Premises

Insulated Cable Engineer Association, Inc., P.O.

Box P, South Yarmouth MA 02664; Telephone

(508) 394-4424

MIL-HDBK-419 Grounding, Bonding, and Shielding for Electronic Equipment’s and Facilities http://www.uscg.mil/hq/tcpet/tpf/etsms/Mil- STDs/MILHDBK419.pdf

TIA-942 Telecommunications Infrastructure Standard For Data Centers http://www.tiaonline.org/

NC2710 Nellis and Creech AFB Installation Standards Oct 2020

The Installer shall obtain and comply with any other applicable manuals not identified above that would be required to meet industry standards

10.0 SECURITY

http://www.eia.org/ http://www.tiaonline.org/ http://www.eia.org/ http://www.tiaonline.org/ http://www.eia.org/ http://www.tiaonline.org/ http://www.eia.org/ http://www.tiaonline.org/ http://www.eia.org/

STATEMENT OF WORK SECTION 01 24

10.1 Stated work and associated products shall be performed at the UNCLASSIFIED level. However, when access to classified areas may be required, an escort will be provided. When Escorts are required, as some work will be performed in secure facilities. It is the Government’s responsibility to provide escorts.

10.2 The Contractor shall process a Site Visit Request Letter. This letter shall identify the names, social security numbers, driver’s license numbers and state of issue, and birth date of the personnel who will performing on this SOO. This information is required to grant access to the base. If required by the base, the Contractor shall provide identification badges for their employees. All Contractor personnel shall wear these badges while on duty on the Government site. The badges shall identify the individual, company name, and be clearly and distinctly marked as Contractor and be in accordance with base regulations.

10.3 Complete Installation Access Application form. Access requests should be made thru 432 SPTS/SCXP. Access requests shall be submitted at least one (1) week prior to scheduled arrival.

STATEMENT OF WORK SECTION 01 25

STATEMENT OF WORK SECTION 01 26

11. 11. Additional Sketches

STATEMENT OF WORK SECTION 01 27

Sketch #6: Building 1005 Copper/Fiber Count

STATEMENT OF WORK SECTION 01 28

Sketch #7: Building 1005 Layout with FOB Locations

STATEMENT OF WORK SECTION 01 29

STATEMENT OF WORK SECTION 01 30

Sketch #8: Building 1005-Room 142-OPS Cell with FOB Locations

Sketch #9: Building 1005 MGCS FOB Locations

STATEMENT OF WORK SECTION 01 31

STATEMENT OF WORK SECTION 01 32

Sketch #10: Building 1005 MGCS FOB Locations

STATEMENT OF WORK SECTION 01 33

STATEMENT OF WORK SECTION 01 34

Sketch #11: Building 1005 MGCS FOB Locations

STATEMENT OF WORK SECTION 01 35

STATEMENT OF WORK SECTION 01 36

Sketch #12: Building 1005 MGCS FOB Locations

STATEMENT OF WORK SECTION 01 37

Sketch #13: Building 1005 MGCS FOB Locations

STATEMENT OF WORK SECTION 01 38

STATEMENT OF WORK SECTION 01 39

Sketch #14: Building 1005 MGCS FOB Locations

STATEMENT OF WORK SECTION 01 40

STATEMENT OF WORK SECTION 01 41

STATEMENT OF WORK SECTION 01 42

Sketch #15: Building 1005 MGCS FOB Locations

STATEMENT OF WORK SECTION 01 43

12. ADDITIONAL INFORMATION

12.2 Telecommunication Qualifications. All work under this section shall be performed by and all equipment shall be furnished and installed by a Building Industry Consulting Services International (BICSI) certified Telecommunication Contractor. The contractor must be a BICSI Registered Cabling Installer at the Technician Level. The Electrical Contractor shall not perform the installation of communication distribution system cables, equipment, and associated hardware with the exception of furnishing and installing conduit, electrical boxes, grounding equipment and components, cable tray, and pull-wires.

12.3 Key Personnel. All installers assigned to the installation of this system or any of its components shall have a minimum 3 years of experience in the installation of the specified copper wire, fiber optic cable and components. General electrical trade staff (electricians) shall not be employed for the installation of the communication distribution system cables, equipment, and associated hardware.

Supervisors and installers assigned to the installation of this system or any of its components shall be BICSI Registered Cabling Installers, Technician Level.

Submit documentation of current BICSI certification for each of the key personnel.

12.4 Test Plan. Provide a complete and detailed test plan for the telecommunication cabling system including a complete list of test equipment for the UTP, STP and optical fiber components and accessories 21 days prior to the proposed test date. The following tests and testing procedures shall be provided and followed:

Written test results and as-built drawings shall be provided to the Base Communication Squadron within 14 days after completion of tests on a CD or DVD;

in Adobe Acrobat format (.pdf). This applies to all fiber optic cable and copper wire installations.

12.5 Telecommunication Cabling Testing. Perform telecommunication cabling inspection, verification, and Performance/Certification tests in accordance with the most recent revision of the ANSI/TIA/EIA-568. Perform optical fiber field inspection tests via attenuation measurements on factory reels and provide results along with manufacturer certification for factory reel tests.

NOTE: For verification/troubleshooting purposes of length or overall loss OTDR tests using a launch cable are acceptable. For all Performance/Certification tests a Bi-directional Measurement, using both wavelengths applicable to the FO cable type, is required.

12.6 Performance/Certification Tests. All Performance tests shall meet the accuracy requirements of the most recent revision of the ANSI/TIA/EIA-568 standards for cabling.

12.7 Perform Category 6 link tests. Tests shall include wire map, length, insertion loss, NEXT, PSNEXT, ELFEXT, PSELFEXT, return loss, propagation delay, and delay skew.

NOTE: Though most smart test meters (i.e. Fluke DTX-1800) will show a pass with an asterisk for NEXT with a value less than 1 dB; that value is indicative of a sharp bend or improper termination. No Cat6 testing will be accepted with a NEXT value of less than 1 dB All Performance/Certification tests

STATEMENT OF WORK SECTION 01 44

Tests will be completed via Bi-directional Measurement, using both wavelengths applicable to the FO cable type. When testing Multimode a mandrel will be used. The most recent revision of the ANSI/TIA/EIA-526 shall be used as reference for testing methods.

NOTE: All Fiber will be tested using an OTDR.

Determining a FO loss budget unless otherwise stated for specific equipment requirements, all loss budgets shall conform to the values in the ANSI/TIA/EIA-

568. Cable transmission performance values can be referenced in 568 Section 4.2 Table 1. 0.75 dB NC 2710, 10/20 7 of 31 loss will be allowed for mated connector pairs (i.e. patch panel transitions/bulkheads) and 0.3 dB loss will be allowed for fusion or mechanical fiber splices. For example: An OS1 Single-mode cable installed from bulkhead to wall jack with 361m in length will have an acceptable loss value of 1.86 dB for both wave lengths. This is determined as both the bulkhead and jack count as mated connector pair. The transmission performance is rated at 1 dB/km for both wavelengths. (.75 dB x 2) + (.361km x 1 dB) = 1.86 dB 1.6.4.6 Final Verification Tests Perform verification tests for UTP and optical fiber systems after the complete telecommunication cabling and workstation outlet/connectors are installed.

Detailed test results will be provided to 432d Support Sq. for verification and acceptance.

Visually inspect UTP and optical fiber jacket materials for UL or third party certification markings. Inspect cabling terminations in telecommunication rooms and at workstations to confirm color code for T568A or T568B pin assignments, and inspect cabling connections to confirm compliance with the most recent revision of the ANSI/TIA/EIA-568 standards. Visually confirm marking of outlets, cover plates, outlet/connectors, and patch panels. Patch panel wiring should conform to manufacturer’s specifications and be available upon request.

Verification Tests UTP backbone copper cabling shall be tested for DC loop resistance, shorts, opens, intermittent faults, and polarity between conductors, and between conductors and shield, if cable has overall shield. Test operation of shorting bars in connection blocks. Test cables after termination but prior to being cross-connected. All category FO circuits shall be tested using a test set that meets the accuracy requirements of the most recent revision of the ANSI/TIA/EIA- 568 standards for cabling. Unless otherwise stated, FO testing methods should conform to TIA/EIA-526-7.

12.7 TELECOMMUNICATION PATHWAY. Raceway or cable tray fill rate shall not exceed 40 percent. Primary mode of transport infrastructure will be cable tray unless authorized by base Communication Squadron.

12.8 Optical Fiber Connectors. Provide in accordance with TIA-455-21. Optical fiber connectors shall be non-keyed duplex LC in accordance with TIA/EIA- 604-10 with zirconia ceramic alignment sleeves compatible with OM4 single- mode fiber. The connectors shall provide a maximum attenuation of 0.3 dB with less than a 0.2 dB change after 500 mating cycles. Provide duplex fiber optic adapters and connectors with zirconia ceramic alignment sleeves for new construction. The government will specify fiber optic adapters/connectors for renovation or addition to existing facilities requiring interface with existing equipment. The government will specify fiber optic adapters/connectors for secure systems as required by the customer and accreditation authority.

NOTE: Only use LC style connectors for new construction. Existing Optical Fiber connectors shall be replaced with duplex LC in accordance with TIA/EIA- 604-10 with zirconia ceramic alignment sleeves. Select 850 or 1300 nm for multimode fiber optic cable and 1310 or 1550 nm for single-mode fiber optic cable

STATEMENT OF WORK SECTION 01 45

Provide in accordance with TIA-455-21. Optical fiber connectors shall be duplex LC in accordance with TIA/EIA-604-10 with zirconia ceramic alignment sleeves, epoxy less crimp style compatible with 50/125 multimode and 8/125 single mode fiber. The connectors shall provide a maximum attenuation of 0.3 dB at [850] [1300] [1310] [1550] nm with less than a 0.2 dB change after 500 mating cycles.

12.9 Cover Plates. Telecommunication cover plates shall comply with UL 514C, and TIA-568 series flush design constructed to match color of receptacle/switch cover plates specified in Section 26 20 00.

END OF SECTION