Organizations are becoming increasingly dependent upon technology as a primary component of their core systems and those systems are becoming an integral part of any new construction initiative. In order to improve the level of products and services that can be delivered to customers, it is necessary to utilize current technology resources as efficiently as possible, understand how those resources can be adapted to meet new challenges and develop strategies for future technology to meet their long term goals. Trilliant Technology Group enables its clients to efficiently integrate their technology planning with their construction initiatives.
Scope of Service
Voice/Data
- PBX and C.O. Based Systems
- Wireless Applications
- Call Centers
- Trading Systems
- IP, Frame Relay, Sonet, ATM
- Wide Area Networks
- Local Area Networks
- Nurse Call Systems
- Paging Systems
Transmission Mediums
- Outside Plant
- Fiber Optic Networks
- Structured Cable Systems
- Coaxial Networks
- T1/T3
- ISDN and DSL offerings
- Satellite / Microwave
Facility Design
- Computer Rooms
- Telecommunications Closets
- Building Entrance Facilities
- Emergency Power Systems
- Cable Pathway and Riser Design
- Power and Environmental Specifications
Project Management
- Microsoft Project
- Trilliant Project Management Methodology & Documentation
For information on how Trilliant's 5-step Service Model is applied to telecommunications consulting projects, click here.
Download Trilliant's Telecommunications Services (188 KB pdf)
Check
out case studies of Trilliant's Telecommunications projects
City
of Houston
Houston Rockets/Downtown Arena
Houston, Texas
Architects: Morris Architects, HOK Sports Facilities Group, John Chase Architects
A new era in the history of the Houston Sports began with the voters approval of a new multi-purpose arena located in downtown Houston. The facility will serve as the future site of Houston Rockets and Comets games, other sporting events, family shows, concerts and public assembly.
Morris Architects, HOK Sports Facilities Group, and John Chase Architects designed the Houston Arena, which features a simple, yet sophisticated style and offer timeless appeal. Interior amenities will include 92 luxury suites, an estimated 2,800 club seats, and two spacious club seat lounges. The arena also will house a restaurant, which will offer traditional seated dining as well a unique ledge dining area with a spectacular view overlooking the playing floor. The Rockets and Comets business offices and practice facilities will move to the new arena upon its completion. With a budget of $175 million, the multi-purpose arena will be owned by the Harris County-Houston Sports Authority and operated by the Houston Rockets organization under the terms of a 30-year lease. The arena will be located in downtown Houston on a four-block site bounded by LaBranch, Jackson, Bell and Polk Streets.
Scheduled to open in September 2003, construction
is planned to take approximately 25 months. The multi-purpose arena will
accommodate an estimated 18,500 patrons for basketball, 17,800 for hockey
and 19,300 for concerts. Designed to enhance the fan experience, the interior
of the arena will offer easy accessibility through a street-level concourse
and a sunken seating bowl located approximately thirty-two feet below
grade. With approximately 62 percent of the arena's seating capacity located
in the lower bowl, the state-of the-art facility will feature one of the
largest, lower seating bowls in the nation. A seven-story parking garage,
with 2,500 spaces, will be constructed on a two-block area south of the
arena and will be connected to the arena by an enclosed skybridge.
Through a strategic alliance with Randall Technology Consulting, the Trilliant team was retained in the role of technology consultant to assess, design, specify, procure and manage the data, telecommunications, Point of Sale and Wireless systems to support the technology necessary in the new facility, as well as, the entrance facilities, infrastructure, equipment and services that support them. (read the complete case study)
