SIM_SOWupdate9-18-14.docx
DOCX document 20 KB Posted
- Attached to
- Installation of SIPR/NIPR Hardware
- Solicitation number
- W912K6-14-T-2065
About this file
Updated SOW
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Other files
| File | Type | Posted |
|---|---|---|
| W912K6-14-T-2065-0001.pdf | ||
| SIM_drawing.pdf | ||
| 175th_WING_INSTALLATION_ACCESS_APPLICATION-1w.docx | DOCX document | |
| W912K6-14-T-2065.pdf |
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Text version
STATEMENT OF WORK
(SOW)
General: Engineer, furnish and install fiber cabling and switches to support both NIPRNET and SIPRNET. Work to be performed at Martin State Airport, 2701 Eastern Blvd, Middle River MD 21220, Building 2045.
Scope: This SOW defines the 135th IS and 175th CYOG requirements to purchase and have installed two switches and fiber optic cabling to provide both NIPRNET and SIPRNET access across 24 quad port faceplate drops, two NIPRNET and two SIPRNET drops per faceplate, for a total of 48 SIPRNET and 48 NIPRNET.
This SOW allows for an optional a site visit/ engineering survey prior to submitting a bid.
The desired installation end date is on or before 30Nov2014.
Requirements:
1. Furnish and install on government supplied racks: Two AL100E15-E5GS Federal TAA. Avaya American made Ethernet Routing Switch 5632FD with 24 SFP ports, 8 XFP ports, 300W AC PS, 1.5 foot Stacking Cable., and Base Software License Kit (EUED RoHS 5/6 compliant).
2. Furnish, install and terminate two single mode 9 micron plenum rated non-metallic reinforced fiber optic cable from Rm 108 to the government furnished racks in Rm 103.
3. These cables will be terminated SC on the Rm 108 side and LC on the Rm 103 side.
4. Forty-eight 1-port 1000BASE-SX Small Form Factor Pluggable (SFP) Gigabit Ethernet Transceiver, connector type: LC. Digital Diagnostic Monitoring Interface.
5. Two 1-port 1000BASE-LX Small Form Factor Pluggable (SFP) Gigabit Ethernet Transceiver, connector type: LC. Digital Diagnostic Monitoring Interface.
6. Furnish and install plenum-rated multimode OM3 50 micron, non-metallic reinforced 2-strand fiber at the two (2) requested locations in room 104 for SIPRNET and NIPRNET. Fiber will be terminated, coiled and left in the existing cable trays for future use by owner. See Drops 1 and 2 on drawing.
7. Furnish and install plenum-rated multimode OM3 50 micron, non-metallic reinforced, 2-strand fiber at the eight (8) locations in Rm 105 terminated at six foot intervals, to support both NIPRNET and SIPRNET.
8. Furnish and install plenum-rated multimode OM3 50 micron, non-metallic reinforced, 2-strand fiber at the fourteen (14) locations in Rm 103 terminated at six foot intervals, to support both NIPRNET and SIPRNET.
9. At the termination points within the rooms, furnish and install Corning LC Unicam connectors which will be then terminated in the Ortronics faceplates.
10. At the Government supplied racks, terminate each strand of fiber with corning LC Unicam connectors, each supported by Corning CCH housing and a 12 fiber adapter module.
11. Twenty four (24) Ortronics quad faceplates.
12. All NIPRNET fiber will be green jacketed, plenum-rated multimode OM3, 50 micron, non-metallic reinforced 2-strand fiber
13. All SIPRNET fiber will be red jacketed, plenum-rated multimode OM3, 50 micron, non-metallic reinforced 2-strand fiber At every location where SIPRNET drops are installed.
14. All fiber will be installed within existing Wiremold 5400 raceway if possible in all areas.
15. SIPRNET connectors at the faceplate will be LC form factor.
16. All conduit if needed to be run on walls will be 1” in diameter.
17. NIPRNET connectors at the faceplate will be SC form factor.
18. All cabling will be labeled at both ends with a computer generated shrink wrap label.
19. The existing conduits in the ceiling breaching the wall separating rooms 104 and 105 will be used.
20. All fiber runs will be tested and certified working.
21. Provide an electronic copy of the drawings of work completed.
All SIPR and NIPR fiber optic cables will be installed IAW:
AFRISA 33-203, A2.1.3.6
AFPD 33-2, Information Assurance (IA) Program, 19 April 2007 AFSSI 7700, Emission Security (EMSEC), 24 October 2007 NSTISSAM TEMPEST/2-95 and 2-95A, (U//FOUO) RED/BLACK Installation Guidance, 3 February 2000
Seperation of SIPR and NIPR fiber optic cables is NOT required IAW AFRISA 33-203, A2.2.1.1, which states: Fiber optic cable does not have an electromagnetic field that would cause a TEMPEST problem and does not require shielding or separation.
Additional Requirements:
1. All work will be performed Monday-Friday 7-330.
2. Customer will provide escorts during all working hours.
3. Job site should be rendered clean and safe at the end of each day.
4. Contractor will provide a 12 month warranty for all work performed.
5. Manufacturer’s warranty will apply to all equipment and work performed.
6. All work should be accomplished following industry, DoD and Air National Guard standards.
Optional Items:
1. Forty-eight patch panel fiber cables from panel to switch.
File details come from the government source that posted it. Updated .