Telecommunications Survey

Transcription

1 Victor Valley College Telecommunications Survey Victor Valley College Bear Valley Road Victorville, CA November 30, 2010 Submitted by P2S Engineering, Inc.

2 Executive Summary Background and Scope Victor Valley College in located in the High desert region of southern California 36 miles north of San Bernardino. The area covered by the district is approximately 1,800 square miles, serving about 380,000 citizens. Victor Valley College district was established in 1961 to serve the cities and communities of Adelanto, Apple valley, Helendale, Hesperia, Lucerne Valley, Ore Grande, Phelan, Pinon Hills, Victorville and Wrightwood. Each semester more than 13,000 students pursue associate's degrees, transfer to a four-year college or university or receive career certificates that qualify them to enter their chosen field. The local telecommunication services are currently provided by Verizon, who is the Local Exchange Carrier (LEC) for the voice network and data. The (LEC) provides a 400 pair copper cable to the campus with 300 pair terminated in the Student Services I Building #52 and 100 pair terminated in the Administration Services Building #10. The fiber optic service is provided by Verizon and consists of 12 strands of single mode cable. The fiber optic cable is terminated in the Student Services I building #52. In addition to the new Public Safety Training Center now under construction in Apple Valley the main campus will see growth in terms of additional classroom and office space requirements and many of the existing buildings will be replaced or remodeled as part of the campus master plan. The College also provides telecommunications services to Excelsior High School until they relocate to the new high school now under construction. To meet the changing needs of the campus, the existing campus Telecommunication Infrastructure System has been evaluated and will require major upgrading as necessary to accommodate the plan expansion. P2S evaluated the existing Telecommunication Infrastructure System currently serving the existing Victor Valley College Campus. Objective The objective of this report is to evaluate the existing Telecommunication Infrastructure Systems currently serving the existing Victor Valley College Campus. We will consider alternatives for improvements, make cost-effective and specific recommendations as necessary, to alter/upgrade/modify the existing telecommunication infrastructure to support new buildings, major renovations and building retrofits that form part of the campus Facilities Master Plan. Page 1 of 5

3 Executive Summary Methodology The following methodology was adopted in formulating our utility infrastructure master plan. A critical aspect in the evaluation of the existing telecommunications systems serving a facility is a detailed and accurate field investigation of the current systems. A detailed survey of the existing telecommunications system that currently serve the facilities at the Victor Valley College campus and existing conditions, together with potential problems, are being identified. The surveyed information has been verified through available record drawings, field investigations and meetings with the campus facilities staff. Alterations/upgrade/modifications necessary to support new buildings, major renovations and building retrofits that will form part of the proposed campus facilities were identified. Report Overview Our following report provides an analysis of the present telecommunication infrastructure system currently serving the campus. It identifies potential problems associated with the system, defines future requirements and outlines recommended solutions. The following are included in this survey submittal: Executive Summary Telecommunications System description and photos of the existing building telecommunications entrance rooms. Pull Box Conditions and photos of the existing pull boxes. Auto CAD drawings of the existing Telecommunication Infrastructure, including conduit plan, copper cable plan, fiber optic cable plan. Auto CAD drawings of the proposed Telecommunication Infrastructure, including conduit plan, copper cable plan, fiber optic cable plan. Page 2 of 5

4 Executive Summary Summary of our Findings and Recommendations Telecommunication Findings: The existing Main Distribution Facilities (MDF) for the copper and fiber optic cables that serves the campus at the time of the survey are located in the Student Services building #52. This space will not meet the long term needs of the campus. It will require major upgrading and expansion to meet the needs of the new proposed buildings and the modernization of any existing buildings. The campus Networking Operating Center (NOC) is located in the Advance Technology Building #21. This building is one of the newer buildings on campus and with minor renovation could serve as the Main Distribution Facility MDF and Network Operating Center (NOC). The existing inter-building telecommunication pathways including conduits and pull boxes are found to be inadequate for most of the existing buildings located around the main part of the campus. The existing inter-building telecommunication pathways including conduits and pull boxes are found to be inadequate for the existing buildings at the lower portion of the campus. There are a number of single points of failures with-in the campus backbone. The main copper and fiber optic cables that feed the lower portion as well as some of the buildings at the north end of the campus go through building #50. If this building is lost the campus would lose a number of the main building on campus. The existing building BDFs are inadequate and lack proper grounding, lighting, HVAC and Security Access. There are a large number of locations on campus where the data network has little or no Security. A number of people including staff and students could have access to the network. In some buildings, the telecommunications equipment, cables and pathways are co-located with high voltage system or used as janitor rooms. The existing fiber optic cable backbone consists of traditional multi-mode 62.5mm fiber optic cables. Page 3 of 5

5 Executive Summary Telecommunication Recommendations: As part of the Master Plan, co-locate the Main Distribution Facility (MDF) and the (NOC) Network Operating Center for the Voice, Data and Video Networks in one location. The existing Advance Technology Center building #21 telecommunication space is the recommended location. For the lower campus and other buildings that are away from the existing NOC provide for a de-centralized network for the voice and data networks As part of any Master Plan it is recommended that the Adapted P.E. Center building telecommunications space be used as a second MDF/NOC to serve the lower campus buildings. This would reduce the lengths of the cables that serve the lower portion of the campus. Replace existing conduit system with a new telecommunication conduit system including manholes/pull boxes. This new infrastructure could be designed as one project and constructed in phases as the funding became available. The best design for a campus network would be to link each building directly to a NOC/MDF this is called a Hierarchical Star inter-building backbone. However for larger inter-building networks more Hierarchical levels are recommended. This allows for a small number of buildings to be connected to other buildings rather than linking the building directly to the NOC/MDF. Provide new fiber optic cables from the new (MDF/NOC) to each building on campus. Recommended minimum fiber optic cables to be 12 strands single mode and/or 12 strands of 50mu multi-mode cable. Provide for new copper cable for all buildings on the campus. Copper cable to be sized based on square footage or the number of digital or analog services required in the building. Minimum of 50 pair for larger buildings and 25 pair for smaller buildings. Provide for new pathways to all (BDF s) for most buildings on campus. Adopt Telecommunication Infrastructure Design Standards. The Telecommunication Infrastructure Design Standards document is intended to provide the Architect, Electrical Engineer, HVAC Consultant, Civil Consultant and Telecommunication Consultant with the basic requirements and standards for network cabling infrastructure in a new or remodeled facility at Victor Valley College campus site. Page 4 of 5

6 Executive Summary Telecommunication Infrastructure Design Standards are designed using standards and materials that will provide the greatest longevity and function for current and future application areas. Standardization of components, installation methods and labeling will ensure that all cabling installation projects have a consistent functionality, and operational appearance. Page 5 of 5

7 Telecommunication Survey Administration Services Building #10 Telecom System Description The building entrance is served by PB #1A there are (3) 3 and (1) 3 from PB 1A. Building Entrance The copper cables consist of 100 pair coming in from Verizon and 100 pair from Building #52 Student Service I as well as 25 copper cable pairs going to Child Care Center (CDC) Building # 12. All cables are wall mounted and termination on protectors. There is a cable splice that is not strapped or mounted to the wall and could be damaged by any seismic event. The fiber optic cables are terminated in a rack mounted fiber optic patch panel. The fiber optic cables consist of 6 multi-mode (MM) strands from the Music Building #20 and 6 MM strands going to the Child Care Center Building # 12. Copper cable Tremination Backboard This telecommunication room is also used as a store room. It lacks proper Electrical and HVAC systems at time of survey. This room will not meet the minimum EIA/TIA Standards for telecommunications Rooms. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. Entrance Conduits We recommend that the campus review the use of multi-mode fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Data Equipment Rach Fiber Optic Cable Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Copper Cable Termination Page 1 of 1

8 Telecommunication Survey Administration Annex Building #10A Telecom System Description This building is served by (1) 3 conduit for PB-3A. The BDF is located in office space and part of the area is used as storage. Cable Entrance Under Floor There is a 100 pair copper cable terminated on a plywood backboard with 100 pair protector. The copper cable comes from the MOPE located in the Student Services I Building #52. The fiber optic cables consist of (1) 6 multi mode 62.5MM cable to the Music building #20. The fiber optic cables are terminated in a rack mounted fiber termination unit. All strands are terminated at both ends. The building telecommunications space is inadequate and there are limited pathways to serve the building. Copper Cable Termination BB There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. There is limited cable labeling on most cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. Copper Cable Protector We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Fire-stop all wall and ceiling penetrations. Data Equipment Rack Fiber optic termination patch panel Page 1 of 1

9 Telecommunication Survey Child Development Center Building #12 Telecom System Description Entrance Conduits from PB #CD3 There are (3) 3 conduits from PB-1CDC (1) has the copper cable, (1) has the fiber optic cable placed in them with (1) vacant for future use. The building telecommunication room (TR) meets BICSI, EIA/TIA standards for a building of this size however at the time of the survey the TR was being used as a store room for the janitor. There is a 25 pair copper cable from Administration Services Building #10 terminated on a 25 pair protector. The fiber optic cables consist of (1) 6 strands multi mode 62.5 cable from the TR to Administration Services Building #10. The fiber optic cable is terminated in a 7 foot equipment rack. All strands are terminated at both ends. Data Equipment Rack The building telecommunication room has HVAC however the ceiling was not properly sealed it seems that much of the cool air ends up in the attic space. Recommendations Provide a new hard lid ceiling with an access panel to the attic space. Remove all material stored in the room. Fire-stop all wall and ceiling penetrations. Limit access to the room to Information Technology personal only. Fiber Optic termination Patch Panel Copper Cable Termination Communication Room HVAC Unit Page 1 of 1

10 Telecommunication Survey Music Building #20 Telecom System Description The building telecommunication equipment is located in the electrical room. The building telecommunication is a main distribution point for the fiber optic cables feeding the building to the west and north portions of the campus. Entrance Conduits from PB-10 CATV entrance cable from PB-0A The building copper cable is a 25 pair cable terminated on a 25 pair protector mounted on the side of the equipment rack.. The fiber optic cables consist of (1) 12 strands multi mode 62.5MM cable from the Student Services I Building #52. The building also provides fiber optic cables to the following buildings. 12MM to Advance Technology Center Building #21 12MM to Art Building #22 12MM to Science/Planetarium Building #31 12MM to Liberal Arts Building #31 06MM to Administration Services Building #10 06MM to Administration Annex Building #10A The fiber optic cables are terminated in a 72 port equipment rack mounted fiber optic termination unit. All strands are terminated. The building telecommunications space is inadequate and there are limited pathways to serve the building. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. 25 Pair Copper Cable The building telecommunication space lacks proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Fiber Optic termination patch panel Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Fiber Optic Patch Panel Page 1 of 1

11 Telecommunication Survey Advance Technology Building 21 Telecom System Description This building is one of the newest buildings on campus. The campus data network (NOC) is located on the lower level. (2) 4 conduits from PB-9 The pathways include (2) 4 conduits that come from PB-9 as well as (1) 4 from Counseling & Administration building #55. There also is (1) 4 and (3) 2 from PB -11. The copper cable consist of a 100 pair copper cable terminated on a wall mounted protector block coming from the MPOE located in the Student Services I building #52. The fiber optic cables consist of a 48 strands of single-mode (SM) tie cable coming from the MPOE located in the Student Services building 52. Building #52 still is a main distribution point for the campus. 2 conduit with 100X copper cable There also are (2) 12MM fiber optic cables one coming from the Music building #20 and one going to the Performing Arts Center building 54 addition. The fiber optic cables are terminated in rack mounted fiber optic termination units. All fiber optic strands are terminated This building has the Electrical, HVAC and grounding systems that would make this building a good choice for the campus (NOC) Network Operating Center. Recommendations (2) 2 conduits from PB-11 Relocated the MOPE from the Student Services I building #52 to the data center this would require additional pathways to the building as part of any outside plant upgrade. This building should be the Network Operating Center (NOC) for the campus and all services should be relocated to this building. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Fiber optic not terminated Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Campus Data Center Page 1 of 1

12 Telecommunication Survey Arts Building #22 Telecom System Description Cabinets with entrance conduits The building telecommunication space consists of a wall mounted rack located in a classroom. Anyone entering the room has access to the data and voice networks. The building telecommunications space is inadequate and there are limited pathways to serve the building. There are (2) 2 conduits for telecommunications and (1) 1 for FA from PB-9 all are full and there is no room for future growth. There is a 50 pair copper cable coming from PB-8 that has been abandon. A 25 pair copper cable is wall mounted on a 25 pair protector located with-in the wall cabinet. The fiber optic cable consists of 12 strands of multi-mode (MM) 62.5mu cable terminated in the wall mounted rack. All stands are terminated at both ends. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. 25 pair copper cable The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. 50 pair copper cable abandon Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. 2 conduit from PB-#9 Wall mounted equipment rack Page 1 of 1

13 Telecommunication Survey Liberal Arts Building #30 Telecom System Description The building telecommunications space is located in the mechanical room located on the second floor. The space consist of (3) small backboards on the wall. (1) 1 conduit from PB-6 The pathways are from PB-6 and consist of (1) 3 from the telecommunications pull box. This conduit is full. There is a 50 pair copper cable terminated on a wall mounted protector. The fiber optic cables consist of (1) 12 multi mode 62.5MM cable from the Music building #20. The fiber optic cables are terminated in a wall mounted fiber optic termination unit. 50 pair copper cable The building telecommunications spaces are inadequate and there are limited pathways to serve the building. There is limited grounding or bonding for the telecommunication equipment racks and entrance cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. Data equipment and patch panels Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Fiber optic termination patch panel Power Strip for data equipment Page 1 of 1

14 Telecommunication Survey Science Building #31 Telecom System Description The building entrance conduits are located in the electrical room. The main telecommunications conduits consist of (2) 3 conduits. This building has (2) telecommunication rooms the BDF and IDF. Entrance Conduits (2) 3 The copper backbone cable is a 50 pair copper cable from PB-7. There also is a 100 pair copper cable from the BDF to the IDF. Each wing of the building is served by its own telecommunications room. The IDF room were not part of the survey. The fiber optic cable consists of 12 strands of multi-mode 62.5mu from the Music Building #20. The fiber optic cable is terminated in a rack mount fiber termination unit. The building telecommunications (BDF) space is adequate however the room is being used as a janitor storage room. 50 Pair copper cable There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. The building telecommunication rooms (BDF) lacks proper grounding, bonding, Labeling, HVAC and electrical systems. Recommendations Upgrade the existing telecommunication room (BDF) with HVAC and electrical power. Telecom room entrance cable Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Provide additional pathways from the serving pull box to the BDF. Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. BB with 100X Protector Fire-stop all wall and ceiling penetrations. Equipment rack with FO cable Page 1 of 1

15 Telecommunication Survey Allied Health Building #32 Telecom System Description This buildings main conduits entrance is located in a small office closet. The conduits are located in a wall mounted pull box. The main conduit feed consist of (2) 2 conduit. Building Entrance Cabinet) The building is feed be a 50 pair copper cable terminated on a 66 block. There are not cable protectors on this cable.. The fiber optic cables consist of 6 strands of multi-mode 62.5mu fiber optic cable coming from the Student Services I building #52. The fiber optic cable is terminated in a fiber optic termination unit mounted in a 7 feet equipment rack. All strands are terminated at both ends. The building telecommunications spaces are inadequate and there are limited pathways to serve the building. 50X cable terminated on 66 Block There is limited grounding or bonding for the telecommunication equipment racks. No protector panels are provided on the copper backbone cable. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. (2) 2 entrance conduits Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Fire-stop all wall and ceiling penetrations. Equipment rack with Patch Panels Fiber Optic termination Unit Page 1 of 1

16 Telecommunication Survey Allied Health Portables Building #32A Telecom System Description This building is feed from the Allied Health building #32. There is a small pull box that serves as the telecommunication entrance. Serving Pull Box The building is limited voice and data services in the buildings. There is a small switch mounted on the wall in the A building and a wireless access point in the C building. Recommendations Provide a new wall mounted lockable cabinet in the B building and bring a new 25 pair copper cable and 6 strands of Fiber optic cable to the new cabinet. Provide new station cable as required to all office and classrooms. Electronic Switch located on shelve Wireless access Point Page 1 of 1

17 Telecommunication Survey Central Plant Building #40 Telecom System Description There are (3) 4 conduits coming from PB-5 and (4) 4 conduits leaving that go to the north of the building and are capped for future use. There is a small 6 pair copper cable terminated on a 6 pair protector block. Recommendations (3) 4 entrance Conduits No recommendations at this time. 6 Pair Copper Cable 6 Pair Protector Block Page 1 of 1

18 Telecommunication Survey Library Building #41 Telecom System Description Station Cable Patch Panel The building entrance is located in the lower level at the back of the building in the electrical room. The building is served by (2) 4 conduits from PB-4 both conduits have cables placed in them. There also is (1) 4 conduit that s serves the satellite Antenna at the rear of the building. There is a 50 pair copper cable terminated on a wall mounted protector block. The cable feed is from the Student Services I building #52. The fiber optic cables consist of (1) 12 strands multi mode 62.5mu fiber optic cable from the fiber termination rack located in the Student Services I building #52. All strands of the fiber optic cable is terminated in a wall mounted termination unit. (2) 4 Conduits from PB-4 The building telecommunications spaces are inadequate and there are limited pathways to serve the building. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. No protector panels are provided on the campus copper backbone cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any renovation plans. 50 Pair Copper cable Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Fiber optic termination patch panel Campus Coaxial Cables Page 1 of 1

19 Telecommunication Survey Academic Commons Building #42 Telecom System Description The building is served by (1) 3 conduit from PB-4. The room has a low raised floor used for station cable pathways. Copper cable on protector block The copper cable consists of a 50 pair copper cable of which 25 pairs are terminated on a 25 pair cable protector and 25 pair terminated on a rack mounted 110 wiring block. The protector is mounted on a small plywood backboard attached to the back of the equipment rack. The fiber optic cables consist of (1)12 strand multi mode 62.5mu cable from the Student Services I building #52.. The fiber optic cable is terminated in a fiber optic termination unit mounted on the front of the equipment rack. All 12 strands are terminated at both ends.. The building telecommunications space is inadequate and there is limited pathway to serve the building. 25 pair Protector Block There is limited grounding or bonding for the telecommunication equipment racks. The building telecommunication rooms lack proper grounding, bonding, Recommendations Provide new telecommunication rooms as part of any renovation plans. 12 Port Fiber Optic TDU Provide additional pathways (at least 2 4 conduits) from PB-3 for future growth. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunications spaces. Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Fiber optic termination patch panel Copper Cable 110 wiring block Page 1 of 1

20 Telecommunication Survey Student Activities Center Building #44 Telecom System Description The building entrance conduits consist of (3) 3 conduits from PB-14A. The conduits are terminated in a wall mounted pull box located on the first floor. Building Entrance Conduits The Telecommunication Room (BDF) is located on the second floor. The room is also used as storage. The 100 pair copper cable is terminated on a 100 pair protector mounted on a plywood backboard. The fiber optic cables consist (1) 12 multi mode 62.5mu cables coming from the MOPE located in the Student Services I building #52. The fiber optic cable is terminated in a rack mounted termination units. All 12 strands are terminated at both ends. 100X Copper Cable Protector There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. No protector panels are provided on the campus copper backbone cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Limit the access to this room to Technology staff only. Remove all items stored in the room. Fiber Optic Patch Panel Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Fiber Optic Termination Unit Cat5e Patch Cords Page 1 of 1

21 Telecommunication Survey Student Services II Building #50 Telecom System Description This building is served from the Student services I building by (2) 3 inch conduits. It also has (2) 3 inch conduits leaving the Mechanical room going to Pull Box 14. This is the main pathway to the lower campus. 3 Conduit entering and leaving Building Backboard There is a 600 pair copper cable that enters the building from Students Services I with 50 pair terminated on protectors. This is the building copper feed. The 600 pair splice is exposed and can be access by anyone enters the mechanical room. There also is a 600 pair cable that leaves the building that is used to feed the lower campus. In addition to the 600 pair cable there is a 25 pair cable that comes from the Student Services I Building that is used to feed the high school portables located in the lower campus. The fiber optic cables consist of (1) 12 multi mode 62.5MM cable from the Student services I building. The fiber optic cable is terminated in 7 foot equipment rack with a fiber optic termination unit. The rack is located in a room that lacks proper security for the campus wide network. It should be noted that the loss of this building would cut off all services to the lower campus and some of the buildings at the north end of the upper campus. The building telecommunications spaces are inadequate and there are limited pathways to serve the building. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. 50 pair copper cable The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. 600 pair copper cable exposed Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Provide new Outside Pathways (OSP) pathways that would allow the buildings on the lower campus to be fed by dedicated pathways. Fire-stop all wall and ceiling penetrations. Equipment rack with fiber optic cable Page 1 of 1

22 Telecommunication Survey Student Services I Building #52 Telecom System Description This building has the main 300 pair copper cable (MPOE) from Verizon the local exchange carrier. The building is the main location for the copper distribution for the campus. At one time the data center was located in this building and served as the campus main MDF. Building entrance conduits The building is served by (1) 4 inch conduit that has the Verizon Copper and fiber optic cable placed in it. The building also serves as the main fiber optic cable distribution location for the campus wide data network. A fiber optic tie cable has been placed to the Advance Technology Data Center building. This building has a lot of space that can be return to educational space if the backbone copper and fiber optic cables were relocated to the Advance Technology Data Center building. Entrance conduits and cables The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations As part of a Telecommunication OSP Master Plan the copper and Fiber optic distribution cables should be relocated to the Advance technology Building 21. All incoming services from the local providers should also be relocated. This would allow the area to be reused as educational spaces. Campus MOPE We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Fiber optic termination patch panel Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Campus wide fiber optic cables Page 1 of 1

23 Telecommunication Survey Switchboard Building #53 Telecom System Description This building has little services required and at onetime this building housed the campus PBX operator. Today it still acts as the campus operator but it has very low call volume with the new VoIP call system The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Entrance pull box There is only office space in this building at the time of survey. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. Building data switch Wall mounted shelf with data equipment Page 1 of 1

24 Telecommunication Survey Performing Arts center Building #54 Telecom System Description This building has been expanded and additional conduits have been placed. The building is served by (1) 4 inch, (1) 3 inch, (1) 2 inch plus a bank of (3) 2 inch conduits. The 4 inch, 2 inch plus (2) 3 inch are vacant. Entrance conduits from PB #13 The copper cable consists of a 25 pair copper cable from building 52. The cable is terminated on a wall mounted 25 pair protector. The fiber optic cables consist of (1) 6 multi mode to building 52 and 12 multi mode 62.5MM cable to the Advance Technology Center building 21. The fiber optic cables are terminated in wall mounted and equipment rack termination units. The building telecommunications spaces are adequate and there are additional pathways to serve the building. (3) 2 inch conduits The building telecommunication room lacks proper grounding, bonding. Recommendations We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. 25 pair protector Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Fiber optic termination patch panel Rack mounted patch panels Page 1 of 1

25 Telecommunication Survey Counseling & Adminstration Building #55 Telecom System Description Conduit to Advance Technology Building This building is served by (2) 2 inch conduits from pull box #11 and there is (1) 4 inch conduit to the Advance Technology Center building #21. The building entrance conduits are located in the lower level of the building in the electrical room. There also is a 50 pair copper cable from the Student Services I building #52. This build lacks any telecommunications spaces. The fiber optic cables consist of (1) 12 multi mode 62.5MM cable from the equipment rack located on the upper floor to the Student Services I building #52. The fiber optic cables are terminated equipment rack termination units. The building telecommunications spaces are inadequate and there are limited pathways to serve the building. This building also serves as a pathway to the Advance Technology building #21. Backboard on Lower Level There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. Recommendations Provide new telecommunications rooms as part of any new building or renovation plans. Equipment rack located in office space We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Fiber optic termination patch panel Station cable patch panels Page 1 of 1

26 Telecommunication Survey Welding Building #61 Telecom System Description This building is only serviced by a 25 pair copper cable terminated on a 66 block mounted in a wall cabinet. There (1) 2 inch conduit feeding the building. Telecom wall cabinet There is a fiber optic cable that is going through the same wall cabinet that s terminates in a vacant portable building behind the Welding building. The building telecommunications spaces are inadequate and there are limited pathways to serve the building. The building telecommunication rooms lack proper grounding, bonding. Recommendations 2 in. conduit with Copper & Fiber optic Provide a new wall mounted telecommunications cabinet as part of any renovation plans. Provide at least (2) 2 inch conduits as new pathways to the building. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in conduits. Provide seal plugs on vacant building entrance conduits. 25 pair copper cable Wiring block with copper cable Page 1 of 1

27 Telecommunication Survey Electronics Building #62 Telecommunication System Description This building copper cable feed is inside wiring from the telecommunication cabinet located in the outside closet. Building entrance The fiber optic cables consist of (1) 12 multi mode 62.5MM cable from the building equipment rack to the BDF located in building #64. The fiber optic cable is terminated in a equipment rack fiber optic termination unit. The telecommunication space consist of (1) seven foot four post cabinet. The cabinet was unlocked at the time of the survey. The building telecommunications spaces are inadequate and there are limited pathways to serve the building. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Fiber optic cable Recommendations Provide new telecommunications space as part of any renovation plans. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Equipment rack in office space. Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. Fiber optic termination patch panel Rack mounted patch panels Page 1 of 1

28 Telecommunication Survey Technical Education Building #63 Telecommunication System Description This building is served by a 25 pair copper cable. The cable is terminated on a 25 pair protector. Station cable to Equipment Cabinet The fiber optic cables consist of (1) 6 multi mode 62.5MM cable from the BDF to the BDF located in the Automotive building #64. The fiber optic cable is terminated in a rack mounted termination unit. All 6 strands are terminated. The building telecommunications space is inadequate and there are limited pathways to serve the building. The cabinet lacks security for the data network. There is limited grounding or bonding for the telecommunication equipment racks. 7 foot equipment cabinet The building telecommunication space lacks proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any renovation plans. Provide new pathways to the building. Fiber Optic termination Unit Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication space. Provide seal plugs on vacant building entrance conduits.. Fiber optic termination 6 strands Copper Cable Patch Panels Page 1 of 1

29 Telecommunication Survey Automotive Building #64 Telecommunication System Description This building entrance conduits consist of (2) 2 inch from the outside closet located in this complex of buildings. All conduits are full. 50 Pair copper cable on protectors There is 50 copper cable pairs terminated in protectors that comes from Pull box #5L. The fiber optic cables consist of (1) multi mode 62.5MM cable from Construction Technology building #65. The cable is terminated in its own fiber optic termination unit. There are (3) Fiber Optic cables that feed the other building in this complex. 6MM to Building 64 Offices, 12MM to building 62 and 6MM to building 63. They are all terminated in the same Fiber Optic Termination Unit. Fiber optic termination unit 12 port The building telecommunications space is inadequate and there are limited pathways to serve the building. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Fiber optic termination 24 port Provide new telecommunications rooms as part of any new building or renovation plans. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Building switch Provide seal plugs on vacant building entrance conduits. Building entrance cabinet Page 1 of 1

30 Telecommunication Survey Construction Technology Building #65 Telecom System Description The entrance conduits consist of (3) 3 inch from Pull Box 3L and (3) 3 inch from Pull Box 4L. The building telecommunication equipment is located in an electrical room. (6) 3 inch entrance conduits The building serves as a copper cable and fiber optic cable distributions center for the lower campus. There is a 200 pair copper cable coming from the Student Services I building #52. There is a 100 pair copper cable that feeds the portable buildings #80. This is no longer being used as the High Scholl has its own copper feed from Verizon. There also is a 25 pair copper cable that feeds the Adapted P.E. Center building #70. Copper cable Backboard The fiber optic cables consist of a number of cables because this is a major distribution location for the lower campus buildings. The fiber optic cables are terminated in one 7 foot equipment rack with a fiber optic termination unit. The fiber consist of (1) 12MM 62.5mu from the Student Services I building #52. (1) 12MM to building 64, (1) 6MM to building 67, (1) 6MM to building 60A, (1) 6MM to building 65A, (1) 6MM to building 93, (1) 6MM to building 91, (1) 6MM to building 75, (1) 6MM to building 80 and (1) 6MM to building 94, The building telecommunications space lack proper security for the telecommunications data network. 7 foot equipment rack There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications rooms as part of any renovation plans. Fiber optic termination patch panel We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables in entrance conduits. Fiber optic patch panel Page 1 of 1

31 Telecommunication Survey Lower Portables Building #66A Telecom System Description This building is severed by (1) 2 inch conduit. The fiber Optic cable consists of (1) 6 MM 62.5mu cable terminated in a fiber optic termination unit. The fiber optic cable comes from building 65. Any copper cable serves comes from building 66B.. 2 inch entrance conduit This space is used as flex space and little data and voice services are need at the time of survey. Recommendations The only recommendation at this time would be to provide a wall mounted lockable enclosure to limit access to the data equipment. Wall mounted equipment shelve Fiber optic termination patch panel 48 port copper patch panel Data Copper Cables Page 1 of 1

32 Telecommunication Survey Lower Portables Building #66B Telecom System Description There are limited voice and data available in this building. Building 66B is part of a complex of a number of small portable buildings, Wall mounted cabinet There is a 50 pair copper cable terminated on a 50 pair copper cable protector mounted on the wall. A wall mounted cabinet on the wall has had all the wiring blocks and equipment removed. At the time of survey this complex is being used as flex space. Recommendations We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Wall mounted cabinet with dead station cables Relocate protector block to wall mounted cabinet to provide limited access. Remove all abandon cables. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. 50 pair protector block 50 pair entrance cable Page 1 of 1

33 Telecommunication Survey Animation Building #67 Telecom System Description The copper cable consists of (1) four pair station copper cable terminated on a wall mounted protector block. This cable is not recommended for this type of use. 4 pair cable on protector block The fiber optic cables consist of (1) 6 multi mode 62.5MM cable from the Construction Technology building #65. The fiber optic cable is terminated in wall mounted cabinet. The building telecommunications space is inadequate and there are limited pathways to serve the building. This building maybe replaced or renovated as part of any master plan. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. No protector panels are provided on the campus copper backbone cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Wall mounted cabinet Recommendations Provide new telecommunications space as part of any new building or renovation plans. Provide additional entrance pathways to the building. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide a new 6 pair OSP copper cable terminated on a protector block. Copper cable patch panels Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. Fiber optic termination patch panel Page 1 of 1

34 Telecommunication Survey Adapted PE Center Building #70 Telecom System Description This is one of the newer buildings on campus and the telecommunication systems meet most BICSI and TIA standards. The telecommunication equipment is located however in a large electrical room. 3 inch conduit from PB #1B The telecommunication space is served by (3) 3 inch conduits from PB #1B. The copper cable is a 25 pair copper cable from the Construction Technology building #65. The copper cable is terminated on a 25 pair protector block. The fiber optic cables consist of (1) 6 strand multi mode 62.5MM cable from the Gymnasium building #71. The fiber optic cable is terminated in a equipment rack termination unit. The building telecommunications spaces are inadequate and there are limited pathways to serve the building. This building maybe replaced or renovated as part of any master plan. (2) 3 inch conduits from PB #1B There also is a coaxial cable that serves as the building backbone CATV system. This building could serve as a copper and fiber optic distribution point for the lower campus. It also could provide space for data equipment as a campus back. Recommendations 25 Pair copper cable on protector We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide a wire cage around the telecommunication equipment to limit access to the data network. 48 port copper cable patch panels Fiber optic termination patch panel Page 1 of 1

35 Telecommunication Survey Gym Building #71 Telecom System Description 4 inch entrance conduit from PB #1A Copper cable with missing splice case This building telecommunication space consist of a 7 foot four post cabinet to house the data equipment and a plywood backboard for the 50 pair copper cable. The space is used as storage for the Gymnasium as well as the janitor. The building copper cable consists of a 50 pair cable terminated on a 50 pair protector mounted on a plywood backboard. At the time of serve there was an open splice with the case missing. The fiber optic cables consist of (1) 12 multi mode 62.5mu cable from the Student Service I building #52. There also is (1) 6 multi mode 62.5 mu going to the Adapted P.E. Center building #72 and (1) 6 multi mode 62.5mu going to classroom building 72. The fiber optic cables are terminated in a equipment cabinet. The fiber optic termination units are mounted in the back of the cabinet. The building telecommunications space is inadequate and there are limited pathways to serve the building. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations 50 pair copper protector Provide new telecommunications space as part of any renovation plans. Provide additional conduit to the building and place a splice case on the existing copper cable. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Fiber optic termination patch panel Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables. Provide seal plugs on vacant building entrance conduits. Fire-stop all wall and ceiling penetrations. 48 port patch panel Page 1 of 1

36 Telecommunication Survey Faculty Offices Building #75 Telecom System Description This is a portable building used as Faculty Office Space. The telecommunication space consists of a small wall mount cabinet located in the office. Small wall mounted cabinet The building entrance conduit is (1) 2 inch from PB #1L. There is no copper cable terminated in this building. The fiber optic cables consist of (1) 6 multi mode 62.5mu cable from the Construction Technology Building #65. The fiber optic cable is terminated in a fiber optic termination unit installed in the cabinet. The building telecommunications space is inadequate and there are limited pathways to serve the building. This building maybe replaced part of any master plan. There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. 12 port fiber optic termination units The building telecommunication rooms lack proper grounding, bonding. Recommendations Provide new telecommunications rooms as part of any new building. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. 12 port copper cable patch panel Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Mount existing copper patch panel and switch installed in the cabinet to the backboard. Page 1 of 1

37 Telecommunication Survey Portables Building #80 Telecom System Description The telecommunication for this complex of portables is served from Room #17. The complex consists of 6 portable buildings. Today it is being used as flex space for the Excelsior High School. The new High school center is now under construction on the upper portion of the campus. 25 pair Copper Cable from building 52 The complex is served by (2) 3 inch conduits from PB #10L. The High School copper cable is consists of a 25 pair cable provided by Verizon. The Voice network for the High School is a small Digital PBX. There also is 100 pair copper cable terminated on protector blocks that comes from the Construction Technology Building #65. The fiber optic cables consist of (1) 6 multi mode 62.5MM cable from the Construction Technology building #65. There also is a 6 multi-mode 62.5 cable from the Student Service I building 52. The fiber optic cables are terminated in 7 foot equipment rack with a 12 port fiber termination units. These buildings will continue to be used as flex space. 100 Pair Copper cable from Building 65 There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. (2) 7 foot equipment racks Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Fiber optic termination patch panel Page 1 of 1

38 Telecommunication Survey Maintenance Office Building #93 Telecom System Description This building is served by (3) 3 inch conduits from PB #8L. Two conduits have cables place in them and one is vacant. Building entrance conduits There is a 100 pair copper cable coming from the Construction Technology building 65. A (6) pair copper cable leaves the building go s to the Maintenance Warehouse building and a (12) pair copper cable go s to the Fire Technology building #94. The fiber optic cables consist of (1) 6 multi mode 62.5MM cable from the Construction technology building #65. The fiber optic cable is terminated in wall mounted fiber optic termination unit. The building telecommunications space is inadequate and there are limited pathways to serve the building. This building maybe replaced or renovated as part of any master plan. Conduit to Building 92 There is limited grounding or bonding for the telecommunication equipment racks, and entrance cables. The building telecommunication rooms lack proper grounding, bonding, HVAC and electrical systems. Recommendations Provide new telecommunications space as part of any new building or renovation plans. Wall mounted equipment shelf Provide a wall mounted lockable cabinet to limit access to the building data network equipment. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Fiber optic termination patch panel Remove all abandon cables in entrance conduits. Provide seal plugs on vacant building entrance conduits. Fiber optic cable Page 1 of 1

39 Telecommunication Survey Fire Technology Building #94 Telecom System Description The Fire technology Center building will be relocating it s classes to the new Fire Life Center now under construction in Apple Valley. The schedule complete is for October Building entrance cables The entrance conduit consists of (1) 3 inch conduit from PB #8L. There also is a 12 pair copper cable from the Maintenance Operation building #93. The fiber optic cables consist of 6 multi mode 62.5MM cable from the Construction technology building #65. There also is (1) 12 multi mode 62.5 from the BDF to the BDF in the Business Education building. The fiber optic cables are terminated in wall mounted and equipment rack termination units. 12 pair copper cable on protectors The building telecommunications space is inadequate and there are limited pathways to serve the building. This building maybe replaced or renovated after the move to the Apple valley campus.. Recommendations Provide new telecommunications space as part of any new building or renovation plans. We recommend that the campus review the use of 62.5MM fiber optic cables used for the campus data backbone system. As part of any future plans the campus may look at higher speeds of 10G and 20G for the backbone. Fiber optic termination unit Provide new grounding and bonding system per ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding requirements for telecommunication spaces. Remove all abandon cables. Provide new conduits to the building as part of any new building or renovation plans. Fiber optic termination patch panel Wall mounted equipment shelf Page 1 of 1

40 Pullbox Conditions PB-A1 NORTHSIDE OF BUILDING 10 PB-A1 is 3 feet wide 5 feet wide and 4 feet deep located just north of building 10 Administration Services. This pull box is the main copper and fiber optic cable feed for building 10 and also feeds building 10A Administration Annex and building 12 Child Development Center. PB-A1 looking south PB-A1 looking west The pull box also provides the pathway for the Verizon main copper and fiber optic cables that feed the campus placed in (2) 4 inch conduits from Spring Valley Parkway. (1) 4 inch conduit continues east to PB-A3. There are (3) 4 inch conduits that leave the pull box from the west end and head north to PB-B1 located at the south end of the New High School site being built as of the date of this report. (3) 3 inch plus (1) 3 inch head south from the pull box to Building 10. All the conduits expect for (1) 4 inch from Spring valley Parkway that have cables placed in them therefore no additional cables can be placed in the box. There is a 400 pair copper cable coming from Verizon of which 100 pair terminate in Building #10 and 300 pair continue east and terminate in the Student Services Building #52 (MOPE). There is a 100 pair copper cable cut dead at the bottom of the pull box that can be removed. This box does not meet EIA/TIA standards for outside plant (OSP) telecommunications installations. PB-A1 RECOMMENDATIONS: Replace this box with a larger 4 X 7 pull box with spring load double hinged covers. Remove all abandon cables. Add at least (2) 4 inch conduits from this pull box to a new PB-A2 located in parking lot 11. PB-A1 PB-A1 100 pair copper cable Page 1 of 36

41 Pullbox Conditions PULLBOX A2 LOCATED IN PARKING LOT 11 Pull box PB-A2 is a small 22 wide 30 long and 18 deep box used as a pull point for cables placed from the Music Building #20 to Administration building #10. PB-A2 parking lot 11 The Pull Box has (2) 3 inch conduits entering and leaving the bottom both of which have cables placed in them. It was noted that the copper cables have major kinks in them that was most likely done at time of installation. This pull box is less than three feet deep and has very little cover over it. This box will does not meet EIA/TIA standards. RECOMMENDATIONS: Replace this box with a 4 X 7 pull box with spring loaded double hinged lids. Add conduits as required from this pull box to Pull Box A1. PB-A2 PB-A2 kinked cables PB-A2 Page 2 of 36

42 Pullbox Conditions PULLBOX 3A LOCATED IN PARKING LOT 11 Pullbox 3A is 3 feet wide 5 feet long 5 feet deep located in parking lot 11 and is a pull point for the Verizon copper and fiber optic cables that serve the campus. There is (1) 4 inch conduit from PB-A1 on the west wall and (1) 4 inch conduit on the east wall going to PB-11A located in parking lot 5. This pull box is in good condition and meets current EIA/TIA standards for under ground pathways. PB-A3 Looking West RECOMMENDATIONS: Add (2) additional 4 conduit from this pull box to PB-9A located in the parking lot on the west side of the Advance Technology Center. This will allow for new copper and fiber optic cables to be placed in order to relocate the campus services from Building 52 Student Services I. PB-A3 Looking East PB-A3 PB-A3 PB-A3 Page 3 of 36

43 Pullbox Conditions PULL BOX - 3CDC LOCATED ON HIGH SCHOOL SITE: Pull box 3 CDC is located at the south end of the new High School site that is now under construction. There are two pull boxes on this site PB- 3CDC and PB-2CDC At the time of the survey the pull box was damage due to the construction and will need to be replaced. Pull box B1 along with pull box B2 are the pathways for the copper and fiber optic cables that serve the Child Development Center (CDC) building. PB-3CDC High School Site Pull box - B2 will provide the pathway to the High School for Verizon and at the time of the survey this pull box will be replaced by Verizon. RECOMMENDATIONS: NOTE: As of October 5, 2010 Verizon had replaced both pull boxes (PB- 3CDC & PB-2CDC) on this site. P2S could not get access to the boxes. It was noted however, that the tops of the lids were labeled VERIZON. These are not Verizon pull boxes so they should be relabeled with a campus ID. PB-3CDC High School Site PB-3CDC Looking South Page 4 of 36

44 Pullbox Conditions PULL BOX 1CDC LOCATED AT THE CHILD DEVELOPMENT CENTER: Pull box B1CDC is 3 feet wide 5 feet long and 4 feet deep located on the east side of the CDC building. There are (3) inch conduits from this pull box to the building Communications room entrance. PB-1CDC One conduit has a 25 pair copper cable and the other has the fiber optic cables and one vacant conduit. There also is a Verizon pull box located in the same location. There is a copper cable out of the Verizon pullbox that feeds the pole line across West Campus Drive. This was the old construction yard for the Advance Technology Center contactor. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. PB-1CDC RECOMMENDATIONS: Replace this pull box with a new 4 X 7 pull box with spring loaded double hinged lids. Provide racks on the side walls to support the copper and fiber optic cables. Removed or label For Future Use any abandon cables in this box. PB-1CDC VERIZON PB VERIZON Page 5 of 36

45 Pullbox Conditions PULL BOX 10 Telecom : Pull Box 10 is 2 feet wide 3 feet long 3 feet deep located south of the electrical room in the Music building #20. There is one 3 inch conduit from the pull box to the electrical room that is full. Pull box 10 is also used as a pull point for cables that continue to the east side of the campus. PB-10 This pull box is too small for the amount of cables placed in it. This box also has a splice case in it that was placed at the time of construction of the Advance Technology Center building. There is no room for future growth at this location no other cables can be added. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: PB-10 Replace both the Signal & Telecom pull boxes with 4 X 7 pull box with spring loaded double hinged lids. Provide additional conduits from this pull box to PB-9A and PB-10B. Provide racks on walls to support the copper, fiber optic and coaxial cables placed in this bull box. Provide additional conduits to tie into a new conduits system along Jacaranda Ave and East campus drive. Remove all abandon cables in this pull box. PB 10 PB-10 Page 6 of 36

46 Pullbox Conditions PULL BOX 10A Signal : Pull box 10A Signal is connected to pull box PB-10 Telecom and is connected by one 3 inch. This pull box is also being used as a splicing point. PB-10B As with most other pull boxes on campus this pull box is missing the tie down bolts therefore lacks security. The conduits in this pull box are impacted by the number of cables placed in them. In additional to the copper, fiber optic cables there are a number of low voltage cables (EMS, FA) cables in this pull box. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replace both the Signal & Telecom pull boxes with 4 X 7 pull box with spring loaded double hinged lids. Provide additional conduits from this pull box to PB-9A and PB-10B. PB-10B Provide racks on walls to support the copper, fiber optic and coaxial cables placed in this bull box. Remove all abandon cables in this pull box. PB-10B PB-10B Page 7 of 36

47 Pullbox Conditions PULL BOX 10B: Pull box 10B is 2 feet wide 3 feet long and 3 feet deep located at the south east end of the Music building #20. This box has (2) 3 inch conduit s entering and leaving the pull box. One conduit has the copper cable placed in it. One has the fiber optic cable and one has low voltage EMS cables placed in it. There are no vacant conduits available in this pull box. PB-10B There are racks along the side walls however the cables are not supported as required by EIA/TIA standards. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replace this box with a 4 X 7 pull box with spring loaded double hinged lids. Provide additional conduits from this pull box to a new Pull Box to be placed in Parking Lot 5. PB-10B PB-10B PB-10B Page 8 of 36

48 Pullbox Conditions PULL BOX 11: There are two Pull Boxes at this location Telecom & Signal both Pull boxes are 3 feet wide 4 feet long and 3 feet deep located at the south west corner of the Counseling & Administration building #55. This pull box provides pathways via the (Counsel & Administration building) to the new Advance Technology building #21 (1) 4 inch and (3) 2 inch from the pull box to the building in addition to the (1) 4 inch from building #55. PB-11 A 100 pair copper cable from the Student Services building #52 to Advance Technology building #21 passes thru this pullbox and Counseling & Administration building #55. There are two 30 X 40 pull boxes at this location tie together by (1) 2 inch conduit. The middle pull box has (4) 4 inch conduits on the north wall and (2) 2 inch on the south wall. The outside pull box has (2) 4 inch on the north wall and (4) 2 inch conduits on the south wall. Both of these pull boxes are tied to pull box 10B. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. PB-11 RECOMMENDATIONS: Replace both boxes with a 4 X 7 pull box with spring loaded double hinged lids. Provide additional conduits from this pull box to a new Pull Box to be placed in Parking Lot 5. PB-11 PB-11 Page 9 of 36

49 Pullbox Conditions PULL BOX 11A: Pull box 11A is a 3 feet wide 5 feet long and 5 feet deep and is a pull point for the Verizon cables going to Student Services I building #52 MOPE. There is (1) 4 inch from pullbox A3 with the Verizon copper and fiber optic cable placed in it. PB-11A There are (3) 3 inch conduit from PB #10 with the campus feed from Student Services I building #52 to the Music building #20. There are no vacant ducts in this Pullbox. RECOMMENDATIONS: Replace this box with a 4 X 7 pull box with spring loaded double hinged lids. Place a new 4 X 7 Pull Box in Parking Lot 5 and place new conduits to PB-10B, PB-11 and PB-12. PB-11A PB-11A PB-11A Page 10 of 36

50 Pullbox Conditions PULL BOX 12: Pull box 12 is 2 feet wide 3 feet long and 2 feet deep ocated on the southwest side of Performing Arts Building #54. This pulbox feeds Pullbox 13 and the Student Services I building #52. All conduits have cable placed in them. There is a CATV 500. Cable with a lot of slack that fills the pullbox. PB-12 There are (2) 3 inch conduits and (4) 3 inch conduits at the going to Student Services I building #52. There are (3) 3 inch conduits going to PB-13 that feed the Performing Arts Center building #54. There also is (1) 3 inch conduit going to PB-11 and (3) 3 inch conduits going to PB-11A located in Parking Lot 5. This pull box has no room for future growth. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. PB-12 RECOMMENDATIONS: Replace this box with a 4 X 7 pull box with spring loaded double hinged lids. Place new conduits from a new 4 X 7 pull box to be installed in Parking Lot 5. PB-12 PB-12 Page 11 of 36

51 Pullbox Conditions PULL BOX 13: Pull box 13 is 4 feet wide 5 feet long box with a double lid place on top of an existing pull box. It is located on the northeast side of the Performing Arts building #54. The two tier pull box has (2) 3 inch and (1) 2 inch and (1) 1 inch on the top tier of the pull box. The conduits are all vacant expect for (1) 3 inch conduit that has a copper and Fiber optic cable placed in it. PB-13 The bottom tier of the pullbox has (3) 3 inch conduits all have cables placed in them. The bottom tier of the pullbox feeds the old portion of the building while the top portion feeds the new addition to the Performing Arts building #55. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: PB-13 Replace the existing lids with new spring loaded hinged lid. Provide new wall mounted racks to support all cables place in this box. PB-13 PB-13 Page 12 of 36

52 Pullbox Conditions PULL BOX 14: There are two boxes at this location Telecom & Signal the pull boxes are 3 feet wide 5 feet long and 4 feet deep located next to Parking Lot 8 and is connected to pullbox 14A with (3) 3 inch conduits. There is a 300 pair copper cable that go to the lower campus buildngs. PB-14 There are (2) 3 inch conduits from the Student Services II Building #50 that enter the south wall of the pullbox. One conduit has a 300 pair cable and 100 pair cable placed in it. The 300 pair cable feed the lower campus buildings and the 100 feeds building #44 via PB-14A. It should be noted that at this location all cables go through the Student Service II building #50. If any was to happen to the Student Services II building #50 the lower campus buildings as well as the Student Activities building #44 would loose all network services. The other conduit has a numbner of fiber optic cable in ti as well as a 25 pair copper cable that feed the High School complex. PB-14 PB-14FA is used for Fire Alarm Cables. There is little room for futre growth at this location. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: PB-14 Replace this box with a 4 X 7 pull box with spring loaded double hinged lids. Place new conduits to from this pull box to a new Pull Boxes that are placed in Parking lots 6 and 7. This would allow for cable to placed without going through building #50. PB-14FA PB-14FA Page 13 of 36

53 Pullbox Conditions PULLBOX 14A: Pullbox 14A is 2 feet wide 3 feet long and 2 feet deep it sits at the edge of the cliff behind the Student Activities Building #44. This box also feed the Student Activities building #44 with copper and fiber optic cables. The main copper cable feed to the lower campus passes through this box as well as the 25 pair copper cable from Student Services I building #52 to the High School located in the protables on the lower campus. PB-14A There also is a number of low valtage cables passing through this box, These cables most likey used for EMS or FA. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Relocated this box and provide a new 4 X 7 pull box with spring loaded double hinged lids. Place new conduits to from the new pull box to a new a Pull Box that is placed as part of a new infrastructure. This will provide new pathways to the east side of the campus. PB-14A PB-14A PB-14A Page 14 of 36

54 Pullbox Conditions PULL BOX 9A: Pull box 9A is 3 feet wide 5 feet long and 5 feet deep located in the parking lot just west of the Advance Technology Center building #21. This box was placed so to re-route the cables from Pullbox 10 and 10A to Pullbox 9. PB-9A There are (2) 4 inch and (4) 2 inch conduits from PB-10 and PB-10A. There also is (2) 4 inch and (4) 2 inch conduits from PB-9a to PB-9. All the 4 inch conduits are vacant. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replace the existing lids with traffic rated spring loaded hinged lids. This will allow pull box to be opened without the use of special tools. PB-9A Place (2) 4 inch conduits from PB-A3 to PB-9A and (2) 4 inch conduits from PB-9A to the Advance Technology building #21 this will provide new pathways for the Verizon copper and fiber optic cables to be placed. Relocate the MPOE from the Student Service I building #52 to the Advance Technology Center building #21. PB-9A PB-9A Page 15 of 36

55 Pullbox Conditions PULL BOX 9: There are two pull boxes at this location Telecom and Signal as well as the electrical pull box. The signal pull box has the EMS low voltage cable placed in it. PB-9 Pullbox 9 is 4 feet wide 5 feet long and 7 feet deep located south of the Art building there is (1) 2 inch and (1) 1 inch conduit that feeds the Art building #22. (2) 3 inch conduits that go to the data room in Advance Technology Center building #21. There is (1) 3 inch conduit that go s to Pullbox 8 and (4) 2 inch and (2) 4 inch conduits that come from PB-9A. There are limited pathways to allow for any growth to the Northeast end of the upper campus. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. PB-9 RECOMMENDATIONS: Replace the lids with spring load hinged lids to allow for easy access. Provide new 4 inch conduits to pull box 8 to allow for future growth. PB-9 PB-9 Page 16 of 36

56 Pullbox Conditions PULLBOX 8: Pullbox 8 is 3 feet wide 5 feet long and 3 feet deep located at the southeast end of the Science building #31. The are two pull boxes in this location on for Telecommunication and one for Fire Alarm/CATV. PB-8 There is (1) 3 inch conduit from pull box 9 and there are both copper and fiber optic cables installed in this conduit. No other cable can be placed in this conduit as of the date of the survey. Pull box 8A (Fire Alarm/CATV) is adjacent to pullbox 8 which is typical for this part of the campus. Pullbox 8 is labeled COMM and Pullbox 8A labeled SIG. PB-8 Pullbox 8A has (2) 3 inch and (1) 2 inch conduits at each end of the pull box. The 2 inch conduit has the CATV cables and a copper cable in it. There are a two CATV cables that have been cut and abandon in place. The 3 inch conduit has the Fire Alarm/EMS cables placed it. This pull box is a pull point and the conduits continue to PB-7. No other cables can be placed in these conduits. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: PB-8 Replace both pull boxes with a 4 X 7 pull box with spring load hinged lids. Provide a concrete border around the new pull box. There should be a concrete pathway installed to allow for easy access to the pull box. All cut and abandon cables should be removed. PB-8A PB-8A Page 17 of 36

57 Pullbox Conditions PULL BOX 7: Pullbox 7 and 7A are 3 feet wide 5 feet long and 3 feet deep located at the northeast end of the Science building #31. This area is over grown with ground cover and the pullboxes could not be open. This pullbox is a pull piont between Pullbox 8 and Pullbox 6 and also provides the entrance conduits to the Science buillding #31. PB-7 RECOMMENDATIONS: Recommend that the area be cleared so as to allow access to the pullboxes in the future. Provide a concrete border around the new pull box. There should be a concrete pathway installed to allow for easy access to the pull box. Replace both pull boxes with a 4 X 7 pull box with spring load hinged lids. PB-7 Place at least (4) 4 conduits to a new conduits system to be placed along Jacaranda Ave and East campus Drive. All cut and abandon cables should be removed. PB-7A Page 18 of 36

58 Pullbox Conditions PULL BOX 6 and 6A: Pullbox 6 and 6A are 3 feet wide 5 feet long and 5 feet deep located on the northside of the lake. Pullbox 6 and 6A are pull points between Pullbox 7 and 5. They also provide the conduit pathways to the Liberial Arts building #30. PB-6 There is (1) 3 inch conduit that go s from Pullbox 6 to the Mechical room located in Liberal Arts building #30. Both the copper cable and fiber optic cable are plced in this conduiit. No other cables can be placed in the conduit. Pullbox 6A has (1) 2 inch and (2) inch conduits that go to a pullbox located on the wall in the Mechical room. The CATV and Fire Alarm/EMS cables are placed in these conduits. It should be noted that this pullbox is located in the fire lane and therefore the lid is traffic rated and has no spring hinges to help with the opening and closing of the pullbox. PB-6 This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: PB-6 The pull box as well as other pull box in this area have limited pathways and provide no future growth. Replaced the lid with a new spring loaded lid and wall mounted racking to support cables place in the pull box so as to meet EIA/TIA standards for telecommunications. Provide at least (2) new 4 conduits from pull box 6 to the Liberal Arts building #30. Place at least (2) 4 conduits to a new conduits system to be placed along Jacaranda Ave and East campus Drive. PB-6 PB-6A Page 19 of 36

59 Pullbox Conditions PULL BOX 5 AND 5A: Pullbox 5 and 5A are located north of the lake also. They servie as a pull point between Pullbox 6 and Pullbox 4. At the time of field survey the covers could not be open. Damage was noted to the ring around the covers because of the traffic. PB-5 This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replace the existing covers with spring loaded lids that meet EIA/TIA standards. PB-5 Add at least (2) 4 conduits at both ends to increase pathways to this area. PB-5A PB-5A Page 20 of 36

60 Pullbox Conditions PULL BOX 4: Pull box 4 is located at the front entrance to the Learning Resources Center (LRC). There are (2) 4 inch conduits from the manhole to the LRC building electrical room. Pull box 4 is tied to Pull Box 4A with (1) 4 inch conduit. There are (2) 3 inch conduits that leaves the pull box and enters pull box 3. PB-4 This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replace the existing covers with spring loaded lids to meet EIA/TIA Standards. Provide at least (2) 4 conduits in each direction to provide additional pathways. PB-4 PB-4 PB-4 PB-4 Page 21 of 36

61 Pullbox Conditions PB-4A: Pull box PB-4A is located next to PB-4 and provides the pathways to the Satellite Antenna. There also is a number of additional low voltage cables placed in this box most likely used for PB-4A This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replace the existing covers with spring loaded lids and wall mounted racking to support cable placed in this box to meet EIA/TIA Standards. PB-4A PB-4A PB-4A PB-4A Page 22 of 36

62 Pullbox Conditions PULL BOX 3: Pullbox 3 is located on the east side of the upper campus between building 42 and building 44. The pull box serves as the main copper cable feed as well and the CATV. There are (2) 3 conduits that feeds the lower campus Pull Box #2 located in on the west side of building #72. PB-3 The pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replace the existing covers with spring loaded lids that meet EIA/TIA standards for telecommunications. PB-3 PB-3 PB-3 PB-3 Page 23 of 36

63 Pullbox Conditions PULL BOX PB-1: Is located on the lower campus just east of the elevator between the Gym building # 71 and Classrooms building #72 this pull box serves as the main copper and fiber optic cable feed between the upper and lower portions of the campus. There are (3) 4 and (1) 2 coming from Pull Box PB-2 located on the north wall. Also there is (1) 4 conduit that feeds PB-1A. PB-1 On the south wall are (3) 3 coming from PB-4A located on the upper campus. Also there are (4) 4 conduits to PB-1B that feed the Adapted PE Center building #70. All the conduits have cable placed in them. There is little opportunity for future growth. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. PB-1 RECOMMENDATIONS: Replace the existing covers with spring loaded lids to meet EIA/TIA standards. Place a new conduit sub structure systems in the lower portions of the campus that will allow for new pathways to all buildings and provide a new tie to the upper campus. PB-1 PB-1 Page 24 of 36

64 Pullbox Conditions PULL BOX -1A: Pull Box-1A is 18 wide 30 long and 18 deep located between the Classrooms building #72 and the Gym building 71. It provides the pathway for the copper and fiber optic cables going to building 71 & 72. There is (1) 4 conduit going to building #72 and (1) 4 conduit going to building #71. PB-1A This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replace the pull box with a 5 X 7 pull box with a double hinged spring loaded lids. Provide at least (2) 4 conduits to the Gym building #71. PB-1A Provide new conduits to a new conduit system to be placed along Mojave Fish Hatcher Road that will feed most buildings located in the lower campus. PB-1A PB-1A Page 25 of 36

65 Pullbox Conditions PULL BOX 1B: Pull Box 1B is 3 wide 5 long and 4 deep located in the dirt area west of the Adapted PE Center building # 70. It has (4) 3 coming from PB - #1 and (4) 3 going to the telecommunication room located in building #70. PB-1B RECOMMENDATIONS: Replace the covers with double hinged spring loaded lids. Add conduits as part of a new conduit system that will serve the lower portion of the campus. This pull box to be tie into a new conduits system to place along Mojave Fish Hatcher Road, New system to included conduits at least (4) 4 inch conduits and 4 X 7 pull boxes to support the future growth in the lower campus as well as a new conduits system located in the upper campus. PB-1B Page 26 of 36

66 Pullbox Conditions PULL BOX PB2: Pull Box PB-2 is 3 feet wide 5 feet long and 4 feet deep it serves as the main copper feed between the upper and lower portions of the campus and there is fiber optic cable placed in the pull box that is still on the cable reel. PB-2 This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: Replaced the existing covers with double hinged spring loaded lids and provide racking along the walls to support all cables placed in the pull box to meet EIA/TIA standards. PB-2 Remove the cable reel still in the box this may require the placement of new fiber optic cable. PB-2 PB-2 PB-2 Page 27 of 36

67 Pullbox Conditions PULL BOX 1L: PB-1L Is located in Parking Lot 20 and serves Faculty Offices Building #75. There are (2) 2 inch conduit from the pullbox to building #75. (1) conduit has a fiber optic cable in and the other is vacant. PB-1L The are (2) 3 inch conduit in the west wall that come from pull box 2 and (2) 3 inch leave the east wall and go to pull box 2L. These conduits have copper and fiber optic cables placed in them there are no vacant conduits. This pull box is the only pathway that feed the building located on the east side of Mojave Fish Hatcher Road. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. PB-1L RECOMMENDATIONS: Replace the pull box with a 4 X 7 box with double hinged spring loaded lids. Place new conduits as needed to support a new conduit system that feeds the lower campus. This would require the placement of new copper and fiber optic cables. PB-1L PB-1L PB-1L Page 28 of 36

68 Pullbox Conditions PULL BOX 2L: Pullbox 2L was cover with dirt and could not be open at time of survey. Recommend that a small block wall be built around three side so as to keep the dirt from covering the pullbox. The concern of opening the pull box at this time is the dirt would go into pullbox and the cover could not be replaced PB-2L This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: It is recommended that a new conduits system be placed along Mojave Fish Hatcher Road, New system to included conduits at least (4) 4 inch conduits and 4 X 7 pull boxes to support the future growth in the lower campus. This would require the placement of new copper and fiber optic cables. Page 29 of 36

69 Pullbox Conditions PULL BOX 3L: Pullbox 3L is on the east side of Mojave Hatchery Road. Tyhere are (3) 3 inch conduit coming from pullbox 2L. (5) 3 inch conduit leave the north wall of the pullbox. (3) of the conduit go to Construction Technology building 65 and (2) continue north to Pullbox 4L. All the conduits have cables in them. There are no vacant ducts. PB-3L This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: It is recommended that a new conduits system be placed along Mojave Fish Hatcher Road. New system to included conduits at least (4) 4 inch conduits and 4 X 7 pull boxes to support the future growth in the lower campus. PB-3L This would require the placement of new copper and fiber optic cables. PB-3L PB-3L PB-3L Page 30 of 36

70 Pullbox Conditions PULL BOX 4L: Pullbox 4L is located Northwest of the Construction Technology building 65. There are (5) 3 inch conduits on the south wall (3) come from building 65 and (2) come from Pullbox 3L. PB-4L There is also (1) 2 inch conduit that leaves the Pullbox and goes to the Administration of Justice building 66A. There is (1) 4 inch and (4) 2 inch that leaves this Pullbox and goes north to Pullbox 5L. All the conduits have cables placed in them. There are no vacant conduits. One of the splice cases use in this pullbox is not correct for this environment. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. PB-4L RECOMMENDATIONS: It is recommended that a new conduits system be placed along Mojave Fish Hatcher Road. New system to included conduits at least (4) 4 inch conduits and 4 X 7 pull boxes to support the future growth in the lower campus. This would require the placement of new copper and fiber optic cables. PB-4L PB-4L PB-4L Page 31 of 36

71 Pullbox Conditions PULLBOX 5L: Pullbox 5L is located in parking Lot 17. There is (1) 2 inch conduit that serves the Digital Animation Building 67. There is (1) 4 inch and (4) 2 inch conduits that come from pullbox 4L that enter the south wall and the west side wall. PB-5L There are (1) 4 inch and (2) 3 inch conduits that head north from the pullbox and end in pullbox 6L. All conduits have cables placed in them and there are no vacant conduits. One of the splice cases in this box is not correct for this environment also. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: PB-5L It is recommended that a new conduits system be placed along Mojave Fish Hatcher Road, New system to included conduits at least (4) 4 inch conduits and 4 X 7 pull boxes to support the future growth in the lower campus. This would require the placement of new copper and fiber optic cables. PB-5L PB-5L PB-5L Page 32 of 36

72 Pullbox Conditions PULL BOX 6L: This pullbox is located in the north bound traffic lane of Mojave Fish Hatchery Road. Because of the location and depth of the pullbox it is in vary poor condition. The pullbox walls are begaining to give way from the traffic. There are large cracks around the cover of the pullbox that will allow water to peitrate the roadway base. PB-6L There is (1) 4 inch conduit and (2) 3 inch conduits that come from Pullbox 5L. This pullbox is use as a pull poi9nt for the copper and fiber optic cables that feed all the buildings at the Maintenance area. There is a small copper cable splice case in this pullbox. There are (3) 3 inch conduit that leave the pullbox and go to Pullbox 7L. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. PB-6L RECOMMENDATIONS: It is recommended that a new conduits system be placed along Mojave Fish Hatcher Road, New system to shall included at least (4) 4 inch conduits as back bone pathways and 4 X 7 pull boxes to support the future growth in the lower campus. This pull box should be abandoned in place as part of an overall telecommunication infrastructure plan. This would require the placement of new copper and fiber optic cables. PB-6L PB-6L PB-6L Page 33 of 36

73 Pullbox Conditions PULL BOX 7L: Pullbox 7L has (3) conduits that just pass through the pullbox. It is not clear as to why this pull box was installed the way it was. There are no exposed cables in this pullbox. PB-7L This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: As part of a new conduits system be placed along Mojave Fish Hatcher Road, new conduit to be place from the new pull boxes to pull box 7L. This would also require the placement of new copper and fiber optic cables. Replace the existing covers with new doble hinged spring loaded lids and wall mounted racking to support cable placed in this box to meet EIA/TIA standards. PB-7L Page 34 of 36

74 Pullbox Conditions PULL BOX 8L: Pullbox 8L has the (3) 3 conduits that come from Pullbox 6L. There is (1) 3 inch conduit that serves the Warehouse building 91, (1) 3 inch conduit that leaves the west wall of the pullbox and enters the Fire Technology Building 94, PB-8L There are (3) 3 inch conduits that leave the pullbox and enters the Maintenance & Operation Building 93. There is one vacant conduit in the pullbox. There is construction material still in this pull box. This pull box does not meet EIA/TIA standards for telecommunications OSP installation. RECOMMENDATIONS: PB-8L Place additional conduit to the buildings supported by this pull box. Replace the existing covers with double hinged spring loaded lids and provide wall mounted racking to support cables placed in this box. It should be noted that the Fire Technology Building #94 classes will be locating to the new Training Center located in Apple Valley in This will allow for Building #94 to be remodeled or replaced. At a minimum, the pull box should be cleaned and all building material to be removed. PB-8L PB-8L PB-8L Page 35 of 36