Audio Over IP [Elektronisk resurs] Building Pro AoIP Systems with Livewire.

• Front Cover; Audio Over IP: Building Pro AoIP Systemswith Livewire; Copyright Page; Dedications Page; Contents; Acknowledgements; Preface; Chapter 1: Introduction to AoIP; 1.2.4. Smooth Integration with Other IP-Based Systems; 1.2.5. Talking the PC's Native Language; Chapter 2: Network Engineering for Audio Engineers; 2.2. Ethernet/IP Networks: Layering Model; 2.2.1. Layer 1: Physical Interface; 2.2.2. Layer 2: Ethernet and Switching; 2.2.5. Layer 5: Application; 2.2.6. Making Packets; 2.2.9. RTP; 2.4. Wide Area Networks and the Internet; 2.4.3. VPNs; 2.4.6. IP Broadcast. 
• 2.5.3. Delay and Jitter2.7. Network Diagrams; Chapter 3: Switching and Routing; 3.2. Ethernet Switch; 3.2.2. Scalability; Chapter 4: Livewire System; 4.3. Livewire System Components; 4.3.6. Axia Element Mixing Console; 4.3.9. Telos iPort Codec; 4.4.3. Sources and Destinations; 4.6. Levels and Metering; 4.6.3. International Variants; 4.6.4. Terminology of Audio Level Metering; 4.6.5. Livewire Levels; 4.7.2. Source Advertising; 4.7.6. Link Capacity; Chapter 5: Designing and Building with AoIP; 5.1.12. Power over Ethernet; 5.1.14. Beyond Cable: Ethernet Radio Links. 
• 5.1.15. Analog and AES3 Audio Cabling5.1.16. Microphone Connections; 5.2. Ethernet Switches and IP Routers for Livewire; 5.2.1. Switch Configuration; Configuring Ports Connecting to Other CISCO Catalyst Switches; 5.3.6. Livewire "Classic" Radio Studio Setup; Chapter 6: VoIP Telephone Systems in the Studio Environment; 6.2. SIP; 6.2.2. Addressing; 6.4. Codecs; 6.7. IP PBX; 6.7.3. Asterisk; 6.7.4. Others; 6.9. Using VoIP to Connect to the Telco Network; 6.9.1. MPLS; 6.11.4. Application Example: Telos VX System; 6.12. Application Examples: Telos Nx6 And Nx12; Chapter 7: IP Codecs. 
• 7.1. The Challenge7.2. When Delay Doesn't Matter; 7.3. When Delay Does Matter: Achieving Low Delay; 7.3.1. Audio Coding; 7.3.2. Transport; 7.4. Delay and Echo; 7.7.3. MPLS Service; 7.7.4. Mobile IP Services; 7.7.7. WiFi; 7.8.1. Transport Protocols; 7.8.3. Signaling; 7.10. Convergence; Chapter 8: Troubleshooting; 8.3. Ethernet Switch Diagnostics and Configuration; 8.3.1. Link, Activity, Duplex, and Rate LEDs; 8.4. Cable Testers; Chapter 9: FAQs; 9.3. Latency; References and Resources; Glossary; Index. 

• Position yourself at the forefront of audio and broadcast studio technology by learning audio over IP. You will gain knowledge of IP network engineering as it applies to audio applications, and then progress to a full understanding of how equipment built on Ethernet and Internet Protocol are used in today's audio production and broadcast facilities for the transporting, mixing and processing of pro-quality audio. A chapter on integrating Voice-over IP telephony (VoIP) to pro-audio and broadcast facilities is also included. Using the popular Livewire technology, you will learn how to design 

Ämnesord

Netscape Livewire (Computer file) Digital audio broadcasting. 

Genre

Electronic books.  (LCSH)

Klassifikation

TK6562.D54 P59 2010 (LCC)

006.5 (DDC)

Pugb (kssb/8 (machine generated))