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COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

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Page 1: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

COMMUNICATIONS DESIGN AND IMPLEMENTATION

2010

Communications Design in Military Projects

Page 2: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

What is Involved in Communications Design?

RFP’s

Design Narratives

Outlet Locations and Type

Detail Drawings

Specifications (SpecsIntact)

Page 3: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

What Systems are Typically Involved?

Page 4: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Systems and their Design Guide Criteria

Page 5: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

What is the I3A Technical Criteria

Design of Information Infrastructure Architecture

Based on ANSI/TIA/EIA Standards with DOD preferences

Establishes an Army-wide IT architectural design criteria for telecommunications

Takes precedence in all cases over the UFC 3-580-01

Not a specification, a Technical Criteria for design

Page 6: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

I3A Design Requirements

ANSI/TIA/EIA Standards are the basis as a minimum

CSI Master Format 2004 numbers and titles

ISEC - reviews, approves, or make comments for correction to the contract drawings for installation

Telecommunication designs shall be rendered and stamped by a Registered Communications Distribution Designer (RCDD)

Page 7: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

What are the TIA/EIA Standards

Page 8: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Who Developed the Standards

More than 150 Subject Matter Experts Include:

● Architects● Commissioning Agents● Electrical Engineers● Energy Consultants● Fire Protection Consultants● Information Technology ● Insurance Risk Assessors ● Mechanical Engineers● Security Consultants● Structural Engineers

Page 9: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

What is BICSI?

Page 10: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

“BICSI”

BICSI (pr. “BIK SEE”) (the “Building Industry Consulting Service International”)

Headquartered in Tampa, Florida the organization has membership in nearly 100 countries.

Credentials are recognized worldwide by the telecommunications industry, DOD, and USACOE for cabling installers and designers who specialize in complex communications systems

Page 11: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Why an RCDD?

Page 12: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

BICSI Specialist Credentials

Page 13: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Designer/Contractor Roles

Contractor does not have to be an RCDD or have one on staff

Electrical, mechanical, and plumbing contractors are not required to be a P.E. or have on staff

BICSI Technician Certification for contractor

Contractor can’t possibly design after building design is complete

No oversight if contractor is designer and installer

RCDD designs and contractor installs

Page 14: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Communications Drawings

It is the RCDD’s responsibility to provide “T” drawings not the contractor

CSI Master Format 2004: T-Sheets Floor plans Communications Room Detail Riser Diagrams Cable Tray Plan Etc….

Page 15: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Project Management

Project management is critical after design to ensure contractor installations are I3A compliant

Submittal Review Inspections Test Report Analysis Random Testing

Page 16: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Test Report Analysis

Page 17: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Communications Design Coordination

Page 18: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Pathways and Spaces

Page 19: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Pre-Design Phase Meeting with Owner

Why is a pre-design meeting needed with the owner?

1. I3A is a minimum criteria and does not cover all user preferences

2. Communications design is based on necessity and performance not functionally

3. To ensure that the RFP truly represents what the owner needs

4. Special applications the owner may have, and make sure the infrastructure design will match their equipment

Page 20: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

SIPRNET

Secret Internet Protocol Router Network

SIPRNET version 5.0 Technical criteria published by USAISEC with mandates from CTTA , DISA, DAA, DOD, DOIM (NEC), NSTISSC, and TEMPEST

Design for SIPRNET shall be coordinated with the CTTA and DAA

CTTA determines the quantity and location of SIPRNET outlets

CTTA- reviews, approves or make comments for correction to the contract drawings for installation contract documents for installation

Page 21: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

SIPRNET Cont…

SIPRNET Environment:

Environment determines the need for a PDS

CAA (3 Classes)

LCA

UAA

Page 22: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Conclusion

Information Transport Systems are designed per I3A and TIA/EIA Standards for the purpose of scalability, code compliance, standard compliance, and performance.

The I3A standards were created so that RCDD’s will design communications infrastructures that are standard across all Army-wide installations

Page 23: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

References

Technical Criteria for the Installation of Information Infrastructure Architecture, I3A (February 2010 )

Unified Facilities Criteria (UFC)

TIA/EIA Standards 2009

CSI Master Format 2004

Technical Guide for the Integration of SIPRNET, (Version 5.0, August 2008)

Page 24: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Bits and Bytes

For example, it takes eight bits (1 byte) to store a single character.

The capital letter “A” is expressed digitally as 01000001. A small case “a” is represented in binary code as 01100001.

Page 25: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Digital Universe: 988 Exabytes By 2010

Page 26: COMMUNICATIONS DESIGN AND IMPLEMENTATION 2010 Communications Design in Military Projects

Examples & Drawings Provided By: