Muutke küpsiste eelistusi

E-raamat: CTS-D Certified Technology Specialist-Design Exam Guide, Second Edition

  • Formaat: 672 pages
  • Ilmumisaeg: 10-Feb-2023
  • Kirjastus: McGraw-Hill Education
  • Keel: eng
  • ISBN-13: 9781260136111
Teised raamatud teemal:
  • Formaat - EPUB+DRM
  • Hind: 88,40 €*
  • * hind on lõplik, st. muud allahindlused enam ei rakendu
  • Lisa ostukorvi
  • Lisa soovinimekirja
  • See e-raamat on mõeldud ainult isiklikuks kasutamiseks. E-raamatuid ei saa tagastada.
  • Formaat: 672 pages
  • Ilmumisaeg: 10-Feb-2023
  • Kirjastus: McGraw-Hill Education
  • Keel: eng
  • ISBN-13: 9781260136111
Teised raamatud teemal:

DRM piirangud

  • Kopeerimine (copy/paste):

    ei ole lubatud

  • Printimine:

    ei ole lubatud

  • Kasutamine:

    Digitaalõiguste kaitse (DRM)
    Kirjastus on väljastanud selle e-raamatu krüpteeritud kujul, mis tähendab, et selle lugemiseks peate installeerima spetsiaalse tarkvara. Samuti peate looma endale  Adobe ID Rohkem infot siin. E-raamatut saab lugeda 1 kasutaja ning alla laadida kuni 6'de seadmesse (kõik autoriseeritud sama Adobe ID-ga).

    Vajalik tarkvara
    Mobiilsetes seadmetes (telefon või tahvelarvuti) lugemiseks peate installeerima selle tasuta rakenduse: PocketBook Reader (iOS / Android)

    PC või Mac seadmes lugemiseks peate installima Adobe Digital Editionsi (Seeon tasuta rakendus spetsiaalselt e-raamatute lugemiseks. Seda ei tohi segamini ajada Adober Reader'iga, mis tõenäoliselt on juba teie arvutisse installeeritud )

    Seda e-raamatut ei saa lugeda Amazon Kindle's. 

The most up to date CTS-D exam study system—available exclusively from McGraw Hill and AVIXA Press

Published with AVIXA®, CTS-D® Certified Technology Specialist-Design Exam Guide, Second Edition provides comprehensive coverage of all exam objectives on the leading internationally recognized certification for audiovisual design professionals. Each chapter features learning objectives, best practices, diagrams, photos, and chapter review questions with in-depth explanations. Designed to help you prepare for the CTS-D exam, this authoritative resource also serves as an essential on-the-job reference.<

Online content includes:

  • New CTS-D sample questions from AVIXA
  • Link to a library of design, installation, and AV math videos
  • Link to AVIXA standards
  • Link to AVIXA’s AV standards Clearing House

Covers all CTS-D exam objectives, including:

  • Communicating design intent
  • Ergonomics in AV design
  • Audio and visual principles of design
  • Communicating with allied trades
  • Lighting specifications
  • Structural and mechanical considerations
  • Specifying electrical infrastructure
  • Elements of acoustics
  • Digital signals
  • Audio and digital video design
  • Control requirements
  • Networking for AV
  • Streaming design
  • Security for networked AV applications
  • Project implementation activities

Foreword xxiii
Acknowledgments xxv
Part I The Certified Technology Specialist-Design
Chapter 1 What Is a Certified Technology Specialist-Design?
3(6)
Introducing AVLXA
3(1)
Why Earn Your CTS-D Credential?
4(2)
What Does a CTS-D Do?
6(1)
Are You Eligible for the CTS-D Exam?
7(1)
Chapter Review
7(2)
Chapter 2 The CTS-D Exam
9(22)
The Scope of the CTS-D Exam
9(2)
Exam Preparation Strategies
11(2)
Mathematical Strategies
13(3)
Order of Operations
14(2)
Electrical Calculations
16(4)
Electrical Basics
16(4)
The CTS-D Exam Application Process
20(5)
Getting to the Testing Center
20(1)
Identification Requirements
21(1)
Items Restricted from the Exam Room
21(1)
About the Exam
21(1)
During the Exam
22(1)
Dismissal or Removal from the Exam
23(1)
Hazardous Weather or Local Emergencies
23(1)
Special Accommodations for Exams
24(1)
Exam Scoring
24(1)
Retesting
24(1)
CTS-D Exam Practice Questions
25(2)
Answers to CTS-D Practice Questions
26(1)
Chapter Review
27(4)
Part II Environment
Chapter 3 Communicating Design Intent
31(48)
Creating an Exceptional AV Experience
32(1)
Types of AV Experience
32(1)
Components of an AV Experience
33(1)
The Phases of an AV Design Project
33(5)
Concept Design/Briefing/Program Phase
35(1)
Design Phase
36(1)
Construction Phase
37(1)
Verification Phase
37(1)
Reading Construction Drawings
38(16)
Scaled Drawings
39(3)
Drawing Types
42(4)
Architectural Drawing Symbols
46(4)
Common Architectural Drawing Abbreviations
50(1)
AV Drawing Symbols
51(3)
The AV Design Package
54(6)
Front-End Documentation
54(1)
Architectural and Infrastructure Drawings
55(3)
AV System Drawings: Facility Drawings
58(1)
AV System Drawings: System Diagrams
59(1)
AV System Specifications
59(1)
The Basics of AV-Enabled Spaces
60(3)
Audience and Presenter Areas
60(2)
Control and Projection Areas
62(1)
Programming
63(1)
The Needs Analysis
63(3)
Who Are the End Users?
63(1)
Clients on a Project
64(2)
Developing the Concept Design/Program Report
66(6)
Step 1 Ask Questions
66(1)
Step 2 Review Existing Documentation
67(1)
Step 3 Evaluate the Site Environment/Benchmarking
68(3)
Step 4 Conduct Program Meetings
71(1)
Step 5 Create the Concept Design/Program Report
71(1)
A Closer Look at the Concept Design/Program Report
72(4)
Executive Summary
73(1)
Space Planning
73(1)
System Descriptions
73(1)
Infrastructure Considerations
74(1)
Budget Recommendations
74(1)
Distribution and Approval
75(1)
Chapter Review
76(3)
Review Questions
76(2)
Answers
78(1)
Chapter 4 Ergonomics in AV Design
79(16)
Human Dimensions and Visual Field
80(4)
The Horizontal Visual Field
81(1)
The Vertical Visual Field
82(1)
Head Rotation
83(1)
Sightlines
84(1)
Human Sightlines
85(1)
Eye Height
85(1)
Seating Layouts
86(1)
Floor Layouts
87(1)
Furniture
88(4)
Tables and Chairs
89(1)
Lecterns
90(1)
Other Furniture
91(1)
Chapter Review
92(3)
Review Questions
92(1)
Answers
93(2)
Chapter 5 Visual Principles of Design
95(40)
Determining Image Specifications
96(1)
Viewing Requirements
96(7)
Determining Image Size
97(2)
Determining Text Size
99(1)
Visual Acuity and the Snellen Eye Chart
99(1)
Element Height
99(2)
Viewing Angles
101(1)
Viewing Distance
101(2)
Display Device Selection
103(3)
Video Resolution
104(1)
Aspect Ratio
105(1)
Calculating Aspect Ratio
105(1)
Calculating Screen Diagonal
106(1)
Display Types
106(12)
Direct-View Displays
107(1)
Front Projection
108(3)
Rear Projection
111(4)
Videowalls
115(3)
Display Environment
118(3)
Measuring Light
118(2)
System Black
120(1)
Contrast Ratio
120(1)
ANSI/AVLXA V201.01:2021
121(1)
Five Viewing Positions
121(1)
ISCR Conformance
121(1)
Projector Positioning
122(2)
Projector Light Path
123(1)
Projection Throw
123(1)
Predicting Projector Brightness
124(4)
Screen Gain
125(1)
Light Source Life
125(1)
Projector Lens
126(1)
Ambient Light Levels
127(1)
Calculating Required Projector Brightness
127(1)
Measuring OFE Projector Brightness
128(1)
Task-Light Levels
129(2)
Calculating Task-Light Levels
130(1)
Chapter Review
131(4)
Review Questions
131(2)
Answers
133(2)
Chapter 6 Audio Principles of Design
135(52)
Introduction to the Decibel
136(3)
Calculating Decibel Changes
137(1)
Decibel Reference Levels
137(2)
Perceived Sound Pressure Level
139(3)
SPL Meter Weighting: Spectrum Analysis
141(1)
Loudspeaker Systems
142(1)
Point-Source Systems
142(1)
Distributed Systems
142(1)
Designing Loudspeaker Coverage
142(3)
Calculating Loudspeaker Coverage
143(2)
Distributed Layout Options
145(2)
Edge-to-Edge Coverage
145(1)
Partial Overlap Coverage
146(1)
Edge-to-Center Coverage
146(1)
Ohm's Law Revisited
147(1)
Loudspeaker Impedance
147(1)
Wiring Loudspeakers
148(4)
Loudspeakers Wired in Series
148(1)
Loudspeakers Wired in Parallel, Same Impedance
149(2)
Loudspeakers Wired in Parallel, Different Impedances
151(1)
Loudspeakers Wired in a Series and Parallel Combination
151(1)
Measuring Impedance
152(1)
Transformers
153(2)
Loudspeaker Taps
154(1)
Specifying a Power Amplifier
155(2)
Headroom Requirements
156(1)
Loudspeaker Sensitivity
156(1)
Power Amplifiers
157(1)
Specifying a Power Amplifier for Directly Connected Systems
157(1)
Specifying a Power Amplifier for Distributed Audio
157(1)
Microphones
158(4)
Microphone Polar Response
162(1)
Polar Plot
163(2)
Microphone Frequency Response
165(1)
Microphone Signal Levels
165(1)
Microphone Sensitivity
166(1)
Microphone Pre-Amp Gain
167(1)
Microphone Mixing and Routing
168(1)
Automatic Microphone Mixers
168(1)
Microphone Placement: A Conference Table
169(1)
Microphone Placement: The 3:1 Rule
170(1)
Reinforcing a Presenter
171(3)
Microphones and Clothing
172(1)
Polar Plots for Reinforcing a Presenter
173(1)
Audio System Quality
174(3)
It Must Be Loud Enough
174(1)
It Must Be Intelligible
175(1)
It Must Remain Stable
176(1)
PAG/NAG
177(2)
More Variables: NOM and FSM
179(1)
PAG/NAG in Action
180(1)
Chapter Review
180(7)
Review Questions
181(2)
Answers
183(4)
Part III Infrastructure
Chapter 7 Communicating with Allied Trades
187(12)
Communicating with Stakeholders
188(1)
Tracking the Project
189(4)
Work Breakdown Structure
190(1)
Gantt Chart for Project Schedules
191(1)
Logic Network Diagram
192(1)
Industry Standards as Common Language
193(2)
Hierarchy of Design Consultation
195(1)
Showing Workmanship
196(1)
Chapter Review
196(3)
Review Questions
197(1)
Answers
198(1)
Chapter 8 Lighting Specifications
199(30)
Basics of Lighting
200(5)
Brightness
200(1)
Color Temperature
201(2)
Color Rendering Index
203(2)
Energy Consumption
205(1)
Lighting the Space
206(12)
Task Lighting
206(1)
Shades and Blackout Drapes
206(1)
Choosing Light Sources
207(2)
Choosing Luminaires
209(1)
Luminaire Specifications
209(1)
Lighting Design
210(3)
Creating a Zoning Plan
213(3)
Documenting Luminaires
216(2)
Lighting Control
218(3)
On/Off vs. Dimmable
218(2)
Lighting Scenes
220(1)
Lighting a Videoconference
221(4)
Glare
222(1)
Light Balance
223(1)
Color Balance
224(1)
Wall and Table Finishes
224(1)
Illuminated Exit Signs
225(1)
Chapter Review
226(3)
Review Questions
226(2)
Answers
228(1)
Chapter 9 Structural and Mechanical Considerations
229(26)
Codes and Regulations
230(3)
Designing for Equal Access
231(1)
Electric and Building Codes
232(1)
Mounting Considerations
233(6)
Mounting Options
233(3)
Load Limit
236(1)
Mounting Hardware
237(2)
Designing the Rack
239(10)
Rack Sizes
241(1)
Ergonomics
242(1)
Weight Distribution
243(1)
Signal Separation Within a Rack
244(1)
Block Diagrams
245(1)
Heat Load
245(2)
Calculating Heat Load from Power Amplifiers
247(1)
Cooling a Rack
247(2)
HVAC Considerations
249(1)
HVAC Issues That Impact Design
249(1)
Fire and Life Safety Protection
250(2)
Fire Isolation
251(1)
Energy Management
252(1)
Chapter Review
252(3)
Review Questions
253(1)
Answers
254(1)
Chapter 10 Specifying Electrical Infrastructure
255(40)
Circuit Theory
256(7)
Circuits: Impedance and Resistance
258(3)
Inductors, Capacitors, and Resistors in a Series Circuit
261(1)
Inductors, Capacitors, and Resistors in a Parallel Circuit
262(1)
Specifying Electrical Power
263(2)
Established Terms
264(1)
Codes and Regulations
264(1)
Electrical Distribution Systems
265(11)
Power Distribution Basics
266(1)
Protective Earth/Safety Ground/EGC
266(3)
Ground/Earth Faults
269(2)
The Dangers of Three-to-Two-Pin Adapters
271(1)
Grounds for Confusion
271(1)
Power Distribution Systems
272(1)
The Neutral/Return in Three-Phase Distribution
273(2)
Power Distribution Systems in North America
275(1)
Specifying AV Circuits
276(4)
Branch Circuit Loads
277(1)
Calculating the Number of Circuits: An Example
278(2)
Power Strips and Leads
280(2)
Isolated Ground
282(1)
Interference Prevention and Noise Defense
282(4)
Magnetic-Field Coupling
283(1)
Electric-Field Coupling
284(1)
Electromagnetic Shielding
285(1)
Ground Loops
286(1)
Balanced and Unbalanced Circuits
286(2)
Transformer-Balanced Circuits
288(1)
Cable Support Systems
288(2)
Cable Tray
288(1)
Conduit
289(1)
Cable Duct
289(1)
Hook Suspension Systems
289(1)
Conduit Capacity
290(2)
Jam Ratio
291(1)
Chapter Review
292(3)
Review Questions
292(1)
Answers
293(2)
Chapter 11 Elements of Acoustics
295(28)
Acoustic Engineering
296(1)
Sound Production
296(1)
Sound Propagation
297(2)
Sound Intensity
298(1)
Particle Displacement
299(1)
Sound Interaction
299(14)
Reflection
300(6)
Absorption
306(3)
Transmission
309(4)
Sound Reception
313(5)
The Integration Process
313(3)
Background Noise
316(2)
Chapter Review
318(5)
Review Questions
318(1)
Answers
319(4)
Part IV Applied Design
Chapter 12 Digital Signals
323(12)
Digital Signals
324(1)
Digital Audio Bandwidth
324(1)
Digital Video Bandwidth
325(3)
Bit Depth
326(1)
YUV Subsampling
326(1)
Bandwidth: Determining Total Program Size
327(1)
Content Compression and Encoding
328(4)
Digital Media Formats
329(1)
Codecs
329(1)
Digital Audio Compression: MP3
330(1)
Digital Video Compression
330(2)
Chapter Review
332(3)
Review Questions
332(1)
Answers
333(2)
Chapter 13 Digital Video Design
335(32)
Digital Video Basics
336(4)
High-Definition and Ultra High-Definition Video
337(2)
The Cliff Effect
339(1)
Video Signal Types
340(8)
Serial Digital Interface
341(1)
Transition-Minimized Differential Signaling
341(1)
DVI
342(1)
HDMI
342(2)
HDBaseT
344(1)
DisplayPort
344(1)
USB4, USB3.2, and USB Type-C Connectors
345(1)
Thunderbolt
346(2)
Video over IP Networks
348(1)
Introduction to EDID
348(9)
EDID Packets
349(1)
How EDID Works
349(1)
EDID Table
350(2)
Developing an EDID Strategy
352(1)
EDID Data Tables
353(1)
Resolving EDID Issues
354(2)
Managing EDID Solutions
356(1)
EDID and Displays
356(1)
Digital Rights Management
357(5)
High-Bandwidth Digital Content Protection
357(1)
HDCP Interfaces
357(1)
How HDCP Works
358(1)
HDCP Device Authentication and Key Exchange
358(1)
HDCP Locality Check
359(1)
HDCP Session Key Exchange
359(1)
HDCP and Switchers
359(1)
HDCP Authentication with Repeaters
360(1)
HDCP Device Limits
361(1)
HDCP Troubleshooting
361(1)
Chapter Review
362(5)
Review Questions
363(1)
Answers
364(3)
Chapter 14 Audio Design
367(26)
Analog vs. Digital Audio
368(1)
DSP Architectures
369(2)
Signal Monitoring
371(2)
Analog vs. Digital Signal Monitoring
372(1)
Setting Up the System
373(10)
Where to Set Gain
374(3)
Common DSP Settings
377(6)
Introduction to Equalization
383(6)
Parametric Equalizers
385(1)
Pass Filters
386(1)
Crossover Filters
386(1)
Feedback-Suppression Filters
387(1)
Noise-Suppression Filters
388(1)
Graphic Equalizers
388(1)
Chapter Review
389(4)
Review Questions
389(2)
Answers
391(2)
Chapter 15 Control Requirements
393(16)
Types of Control Systems
394(1)
Control System Components
395(5)
Central Processing Unit
395(1)
Control Interfaces
396(3)
Control Points
399(1)
Control System Design
400(5)
Best Practice for User Experience Design
401(1)
Needs Analysis
401(1)
CPU Configurations
402(1)
Programming for Control
403(2)
Establishing Control Points
405(1)
Verifying System Performance
405(1)
Chapter Review
405(4)
Review Questions
405(1)
Answers
406(3)
Chapter 16 Networking for AV
409(56)
What Is a Network?
410(1)
Network Components
410(15)
Clients and Servers
412(1)
Network Interface Cards
413(1)
Network Devices
414(1)
Links
415(2)
Fiber-Optic Cable
417(5)
Wireless Connections
422(3)
The OSI Model
425(3)
Layers of the OSI Model
426(1)
The Layers
426(1)
Data Transmission and OSI
427(1)
Ethernet
428(6)
Local Area Networks
428(1)
Topology
428(3)
What Is Ethernet?
431(1)
Isolating LAN Devices
432(2)
Wide Area Networks
434(3)
WAN Topologies
435(1)
Private and Public WANs
436(1)
Network-Layer Protocols
437(1)
Internet Protocol
437(6)
IP Addressing
437(1)
IPv4 Addressing
438(1)
Types of IP Addresses
439(3)
IPv6 Addresses
442(1)
Address Assignment
443(5)
Static and Dynamic IP Addresses
443(1)
Dynamic Host Configuration Protocol
444(1)
Reserve DHCP
445(1)
Automatic Private IP Addressing
445(1)
Domain Name System
446(1)
Dynamic DNS
447(1)
Internal Organizational DNS
447(1)
Transport Protocols
448(3)
TCP Transport
448(1)
UDP Transport
449(1)
TCP vs. UDP
449(1)
Ports
449(2)
The Host Layers
451(1)
The Session Layer
451(1)
The Presentation Layer
451(1)
The Application Layer
452(1)
Bandwidth
452(2)
Quality of Service
452(2)
Security Technologies
454(3)
Network Access Control
454(1)
Firewall
455(2)
AV over Networks
457(1)
AV over Ethernet
457(1)
AV over IP Networks
458(3)
AES67 Interoperability
458(1)
Dante
458(1)
SMPTE ST2110
459(1)
RAVENNA
459(1)
Crestron DM NVX
460(1)
AMXSVSI
460(1)
Extron NAV
460(1)
BlueRiver and SDVoE
460(1)
NewTek NDI
461(1)
Q-SYS
461(1)
Chapter Review
461(4)
Review Questions
462(1)
Answers
463(2)
Chapter 17 Streaming Design
465(26)
Streaming Needs Analysis
466(4)
Streaming Tasks
466(1)
Audience
467(1)
End Points
468(1)
Content Sources
468(1)
Using Copyrighted Content
469(1)
Streaming Needs Analysis Questions
470(1)
Streaming Design and the Network Environment
471(2)
Topology
471(1)
Bandwidth: Matching Content to the Network
472(1)
Image Quality vs. Available Bandwidth
472(1)
Streaming and Quality of Service
473(3)
Latency
474(1)
Network Policies and Restrictions
475(1)
Cheat Sheet: Streaming Network Analysis Questions
475(1)
Designing the Streaming System
476(4)
Real-Time Transport Protocol
477(1)
Other Streaming Protocols
477(1)
High-Quality Streaming Video
478(2)
Unicast and Multicast
480(7)
Unicast
480(1)
Multicast
480(2)
Unicast vs. Multicast
482(1)
Implementing Multicast
483(2)
IPv4 Multicast Addressing
485(1)
IPv6 Multicast Addressing
486(1)
Streaming Reflectors
486(1)
Chapter Review
487(4)
Review Questions
488(1)
Answers
489(2)
Chapter 18 Security for Networked AV Applications
491(14)
Security Objectives
492(1)
Identifying Security Requirements
493(4)
Determining a Security Posture
494(2)
Stakeholder Input
496(1)
Assessing Risk
497(1)
Risk Registers
497(1)
Mitigation Planning
498(4)
Change Default Passwords
499(1)
Use Two-Factor Authentication
499(1)
Create Multiple User Roles
500(1)
Accounts for Every User
500(1)
Disable Unnecessary Services
501(1)
Keeping Systems Updated
501(1)
Air-Gapping
501(1)
Enable Encryption and Auditing
501(1)
AVTXA RP-C303.01:2018 Recommended Practices for Security in Networked AV Systems
502(1)
Chapter Review
502(3)
Review Questions
503(1)
Answers
504(1)
Chapter 19 Conducting Project Implementation Activities
505(40)
Performance Verification Standard
506(2)
System Verification Process
508(1)
Regional Regulations
509(2)
Resources for Regional Codes
510(1)
Verification Tools
510(1)
Audio System Verification
511(6)
Audio-Testing Tools
511(6)
Video System Verification
517(2)
Verifying the Video Signal Path
517(1)
Signal Extenders
517(2)
Verifying Video Sources
519(13)
Camera Adjustments
519(5)
Display Setup
524(6)
Audio/Video Sync
530(1)
Verifying Audio/Video Sync
531(1)
Correcting Audio/Video Sync Errors
531(1)
Conducting System Closeout
532(4)
Closeout Documentation
532(4)
Troubleshooting
536(1)
Customer Training
537(2)
Client Sign-Off
539(1)
Chapter Review
539(6)
Review Questions
539(2)
Answers
541(4)
Part V Appendixes and Glossary
Appendix A Math Formulas Used in AV Design
545(14)
Using the Proper Order of Operations
545(1)
Steps to Solving Word Problems
545(1)
Step 1 Understand the Problem
546(1)
Step 2 Create a Plan
546(1)
Step 3 Execute Your Plan
547(1)
Step 4 Check Your Answer
548(1)
Rounding
548(1)
AV Math Formulas
549(1)
Estimated Projector Throw
549(1)
Projector Lumens Output
549(1)
ANSI Brightness of a Projector
550(1)
Luminance from Illuminance
550(1)
Decibel Formula for Distance
550(1)
Decibel Formula for Voltage
551(1)
Decibel Formula for Power
551(1)
Current Formula (Ohm's Law)
551(1)
Power Formula
552(1)
Series Circuit Impedance Formula
552(1)
Parallel Circuit Impedance Formula: Loudspeakers with the Same Impedance
552(1)
Parallel Circuit Impedance Formula: Loudspeakers with Different Impedances
553(1)
Series/Parallel Circuit Impedance Formulas
553(1)
Needed Acoustic Gain
553(1)
Potential Acoustic Gain
554(1)
Audio System Stability (PAG/NAG)
554(1)
Conduit Capacity
554(1)
Jam Ratio
555(1)
Heat Load Formula (Btu)
555(1)
Heat Load Formula (kJ)
555(1)
Power Amplifier Heat Load (kJ)
556(1)
Power Amplifier Heat Load (Btu)
556(1)
Required Amplifier Power (Constant Voltage Loudspeaker Systems)
556(1)
Wattage at the Loudspeaker
557(1)
Simplified Room Mode Calculation
557(1)
Loudspeaker Coverage Pattern (Ceiling Mounted)
557(1)
Loudspeaker Spacing (Ceiling Mounted)
558(1)
Digital Video Bandwidth
558(1)
Appendix B AVIXA Standards
559(4)
Published Standards, Recommended Practices, and Technical Reports
559(2)
Standards in Development
561(2)
Appendix C AVIXA AV Standards Clearinghouse
563(2)
Appendix D Video References
565(2)
Appendix E About the Online Content
567(4)
System Requirements
567(1)
Your Total Seminars Training Hub Account
567(1)
Privacy Notice
567(1)
Single User License Terms and Conditions
567(2)
TotalTester Online
569(1)
Technical Support
569(2)
Glossary 571(48)
Index 619
InfoComm International is the trade association representing the professional audiovisual and information communications industries worldwide. From offices around the world, InfoComm serves its members and the industry through: Education, including technical and business courses, in the classroom and online, resources, such as AV standards, thought pieces and market research, and through events, including local roundtables and international trade shows. Established in 1939, InfoComm has more than 5,000 members, including manufacturers, systems integrators, dealers and distributors, independent consultants, programmers, rental and staging companies, end-users and multimedia professionals from more than 80 countries.