Business Relocation and Telecommunications Infrastructure Design and Planningbusiness relocation, office relocation and telecommunication consultant, commercial property office space relocation, business planning and office team project managementoffice relocation and telecommunication consultant, commercial property office space relocation, business relocation, business planning and office team project management

 

Business and Technology Relocation Planning and Project Management

Business Relocation and Project Management consultant for Avaya and Nortel network pbx phone service, business relocation and Telecommunications Infrastructure Design and Planning, corporate relocation and Telecommunications Infrastructure Design and Planning, open office equipment technology commercial telecommunication phone system provide business service, office space avaya nortel network phone system provide commercial telecom phone services Telecommunications Infrastructure Design and Planning, business relocation and Telecommunications Infrastructure Design and Planning, Business Communication and Project Management consultant for Avaya and Nortel network pbx phone service Planning project manager for network cable rfp pbx mdf idf ladder rack system implementation office design project management telecommunication phone service information technology business services network cable rfp pbx mdf idf ladder rack system implementation project manager for office design project management telecommunication phone service information technology business services

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Typical Infrastructure Design Guidelines

 

 

Construction Project Management and Typical Infrastructure Design Guidelines for Consultant Service, Technology Infrastructure Design are key services we offer our clients.  Here are a few of the commonly used Infrastructure Design Guidelines we use for Technology spaces just to give you a feel for what is needed in planning.  We will provide the construction project management starting with the design and layout of the Infrastructure and then project management of the build-out of the technology spaces, making sure everything is ready for the network and communications equipment.

 

The Telecommunications Service Entrance Room (TSER) must be designed to allow for the proper termination of cables entering the building and the placement of telecommunications electronics. Therefore, this room must be adequately sized; be relatively dust-free; be provided with adequate, conditioned AC-power (emergency power is highly recommended); be provided with adequate environmental (temperature and humidity) controls; be adequately lighted; be equipped with an equipment grounding bar; be protected against accidental water damage (e.g. sprinkler or sewer system malfunction, leakage from the floor above); and be secured to allow entry by authorized personnel only. The TSER serves the building as a whole; a typical TSER for a 100,000 sf building would be 12' X 8'.


Telecommunications (TC) Rooms provide centralized, environmentally conditioned, secure physical spaces to interconnect the horizontal cables coming from the desktop to the building's backbone cables, and contain voice, data and video electronics equipment. As such, design requirements are very similar to those of service entrance facilities, although on a smaller scale. It is important to resist the temptation to under-size telecommunications rooms. Unless adequate space is allocated for both existing and future equipment needs, the room will soon become a collection of "spaghetti" wiring and randomly installed equipment. TC rooms serve a particular floor or section of a floor; one 10' X 11' TC room is recommended for each 10,000 sf of floor plate.

The Equipment Room houses the building occupant’s voice and data networking equipment (its name varies widely, but it is often called the data room, client/server room, PBX room, etc.). As a first approximation, space is allocated for this room on the basis of 0.75 sf per 100 sf of useable floor space; a typical Equipment Room would contain 400 sf to support up to 400 workstations. 

 

Critical Issues which need to be addressed at Initial building design
A brief summary of significant IT Infrastructure design considerations is shown below.

  • Increased heat loads due to the use of 1U Rack servers. As a result, vertical ventilation alone will not be adequate to cool equipment racks (a typical 8-foot cabinet may generate more than 8,000 BTUs).

  • Increased branch circuit wiring due to the increased use of dual-corded equipment. As a result, the number of available circuit breaker positions in a PDU may not be adequate.

  • Increased use of 208 V AC power supplies. This will exacerbate the problem of not having enough circuit breaker positions in a PDU.

  • Reduced net useable floor space due to equipment manufacturers requiring deeper equipment racks (currently as much as 40"). The effect of this can be partially offset by the use of new high density "1 U" servers and the use of 9 foot high equipment cabinets.

  • Reduced net useable floor space due to increased clearance requirements in both the front and back of equipment cabinets.

These are but a few of the hundreds of issues which should be addressed during the Design and Build phase of a construction project. In today’s ever changing world of technology, you can see the need to add an Information Technology Infrastructure Design Engineer or Consultant to your Construction team.

We hope this brief summary of our design philosophy will result in the opportunity to discuss in detail how we can apply our knowledge and experience to your project requirements. Contact us today so that we can review your needs and provide the best available resource to assist you with the design, planning and Project Management of your next facility upgrade expansion or relocation project.
 

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              Last modified:  10/04/08                           Paradise Communications                            2005 Paradise Communications