Quiz 2026 Perfect AVIXA CTS: Certified Technology Specialist Valid Test Objectives

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AVIXA CTS - General Exam Syllabus Topics:

Topic	Weight
Duty A:Creating AV Solutions	47%
Task 1:Gather Customer Information	10%
Task 2:Conduct Initial Site Survey	9%
Task 3: Evaluate Site Environment (acoustics, lighting, seating, finishing, etc.)	9%
Task 4:Develop an AV Project Scope	9%
Task 5: Design AV Solutions	10%
Domain 2:Implementing AV Solutions	27%
Task 1:Integrate AV Solutions	10%

AVIXA CTS Exam Certification Details:

Non-Member Exam Price	$475(USD)
Number of Questions	110
Books / Training	Candidate Handbook
Exam Code	CTS
Duration	150 mins
Exam Name	AVIXA Certified Technology Specialist (CTS)
Schedule Exam	Pearson VUE
Passing Score	350 / 500
Sample Questions	AVIXA CTS Sample Questions

>> CTS Valid Test Objectives <<

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AVIXA Certified Technology Specialist Sample Questions (Q51-Q56):

NEW QUESTION # 51
A schedule is being created for a project. Which of these factors will have the MOST impact on the calculations?

A. blueprints
B. labor hours
C. inventory
D. cost of materials

Answer: B

Explanation:
When creating a project schedule, labor hours are critical as they directly impact the timeline. Labor hours dictate how long tasks will take, which influences the entire schedule and project completion date.
CTS Technology Specialist Reference
Project management materials in CTS emphasize that accurate labor estimates are essential for realistic scheduling and resource allocation, directly impacting project duration.

NEW QUESTION # 52
"Shock Loads" for equipment mounts refer to

A. suspended equipment not electrically isolated from Its mounting structure.
B. calculated isolation required to eliminate vibration otherwise transferred to the building structure.
C. sudden additional loads from earthquakes or personnel hanging from the mounts.
D. calculated counterweight required to balance an offset load on a cantilever mount.

Answer: C

Explanation:
"Shock Loads" for equipment mounts refer to sudden additional loads from earthquakes or personnel hanging from the mounts. Shock loads are unexpected forces that can be significantly higher than normal operating loads and can cause structural failures if not properly accounted for. This is particularly important in areas prone to seismic activity or where equipment might be subjected to additional stresses. Axis Technology Specialist documentation highlights the need to design mounts and supports to withstand such shock loads to ensure the safety and durability of the installation.

NEW QUESTION # 53
What is the BEST way to manage a campus-wide AV system deployment?

A. on-site monitoring checks
B. stand-by stock of equipment
C. service level agreement
D. remote monitoring solution

Answer: D

Explanation:
A remote monitoring solution is the best way to manage a campus-wide AV system deployment because it allows for continuous, real-time monitoring and management of the AV systems from a central location. This approach enables quick detection and resolution of issues, minimizes downtime, and reduces the need for on-site visits. Remote monitoring can provide insights into system performance, usage patterns, and potential problems, making it easier to maintain and optimize the AV infrastructure across a large campus.

NEW QUESTION # 54
A client wants to upgrade tire AV system in a boardroom and add control of the lights and shades to the control panel. What information is MOST relevant to gather to enable this integration?

A. communications protocols
B. warranty Information
C. number of IR ports
D. color temperature

Answer: A

Explanation:
When upgrading an AV system in a boardroom and adding control of the lights and shades to the control panel, the most relevant information to gather is the communications protocols. Understanding the protocols used by the lighting and shading systems ensures compatibility with the AV control panel, enabling seamless integration. Axis Technology Specialist documentation highlights the necessity of knowing communication protocols to ensure different systems can interact correctly and be managed from a unified control interface.

NEW QUESTION # 55

This screen has a 16:9 aspect ratio. How close should the nearest viewer be positioned?

A. 4'8" (1.4 m)
B. 5'11" (1.8 m)
C. 6'7" (2 m)
D. 3'3" (1 m)

Answer: A

Explanation:
The question relates to viewer distance based on image height, which is part of image size and viewing distance calculations under AVIXA design principles.
This screen is 65" diagonal with a 16:9 aspect ratio. The image height is given as 31.6" (80.2 cm).
According to the AVIXA CTS Exam Guide, the formula for minimum (nearest) viewing distance for a basic decision-making (BDM) environment is:
Minimum viewing distance = 1.5 × Image Height
- AVIXA CTS Exam Guide, 5th Edition - Chapter 7: Display Design, p. 155 So in this case:
* Image Height = 31.6 inches (80.2 cm)
* Nearest Viewing Distance = 1.5 × 31.6 inches = 47.4 inches # 4'8" (1.4 m) Thus, the correct and closest viewing distance to ensure readability and visual comfort is Option C: 4'8" (1.4 m).
Note: For analytical decision-making (ADM), a shorter distance might be used (up to 4× height), and for passive viewing (PV), longer distances are acceptable. But this question implies nearest (minimum) viewer positioning, hence the 1.5x rule applies.
# References:
* AVIXA CTS Exam Guide, 5th Edition - Chapter 7: Display Design, p. 150-160
* AVIXA Design Reference: Image Size for 2D Content in Audiovisual Systems (ANSI/AVIXA V202.
01:2016)

NEW QUESTION # 56
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