Nearly everyone out there is misleading you about AV-over-IP. It’s not easy, it’s not lossless compression and it’s not going to happen overnight. But, it IS the future of AV signal distribution. There is no standard that everyone has adopted for sending AV signals (video, audio, control and power) over the network – there are multiple ways of doing it and none of the different options are interoperable. So, buyer and adopter beware. Gary Kayye’s latest keynote will help guide the future of AV-Over-IP as not only is he a respected AV technologist, but he’s help set the standards in signal routing before. So, both the manufacturers and the integrators will be listening to his opinions on this and which AV-Over-IP “standard” he likes best. Presented by Gary Kayye © THE rAVe Agency

1. AN UNBIASED EXPLANATION OF AV-over-IP
@rAVePubs
@gkayye
Gary Kayye
Founder | rAVe Publications
SPONSORED BY:

2. LIVE EXHIBIT HALL TOURS

3. LIVE EXHIBIT HALL TOURS
10:30AM
12:30PM

4. WHAT WILL HAPPEN WITH AV IN 2019
33
BALL
KAYYE’S
KRYSTAL
3PM | BACK IN HERE

5. AN UNBIASED EXPLANATION OF AV-over-IP
@rAVePubs
@gkayye
Gary Kayye
Founder | rAVe Publications
SPONSORED BY:

6. SPONSORED BY:

7. Social media screen
@rAVePubs

10. @rAVePubs
@gkayyeSPONSORED BY:

11. 01- HISTORY
@rAVePubs
@gkayyeSPONSORED BY:

12. 02- THE NETWORK01- HISTORY
@rAVePubs
@gkayyeSPONSORED BY:

13. 02- THE NETWORK01- HISTORY
03- OPTIONS
@rAVePubs
@gkayyeSPONSORED BY:

14. 02- THE NETWORK
04- THE FUTURE
01- HISTORY
03- OPTIONS
@rAVePubs
@gkayyeSPONSORED BY:

15. HISTORY
SPONSORED BY:

16. HISTORY

17. HISTORY1990’s

18. HISTORY1990’s 2000’s

19. HISTORY1990’s 2000’s 2010’s

20. HISTORY1990’s 2000’s 2010’s

21. HISTORY1990’s 2000’s 2010’s 2020’s

22. HISTORY1990’s 2000’s 2010’s 2020’s

23. @rAVePubs
@gkayye
HISTORY

24. And, at the same time:
RESOLUTION went up
@rAVePubs
@gkayye
HISTORY

25. And, at the same time:
RESOLUTION went up

26. VGA or SD (640x480)
XGA (1024x768)
HD (1280x720)
WXGA (1366x768)
SXGA (1280x1024)
UXGA (1600x1200)
WUXGA (1920x1200)
Full HD (1920x1080)
QXGA (2048x1536)
WQXGA (2650x1600)
4K UHD (3840x2160)
4K DCI (4096x2160)
5K/UHD+ (5120x2880)
8K UHD (7680x4320)
SVGA (800x600)
And, at the same time:
RESOLUTION went up

27. THE NETWORK
SPONSORED BY:

30. Oh, and this is just the video.

31. Oh, and this is just the video.
A U D I O C O N T R O L E T H E R N E T
This same network is also supposed to carry:
and sometimes power

35. THE NETWORK

36. THE NETWORK
T H I S D O E S N ’ T R E A L LY M E A N A N Y T H I N G
Y O U R S I S D I F F E R E N T T H A N M I N E A N D T H E I R S I S T O O !

37. THE SWITCH

38. 100 Mbps
1 Gbps
10 Gbps
50 Gbps
100 Gbps
THE SWITCH

39. Gbps
4K
@rAVePubs
@gkayyex8.2 Million

40. Gbps
4K
@rAVePubs
@gkayyex8.2 Million

41. @rAVePubs
@gkayye
Suspend Reality

42. @rAVePubs
@gkayye

43. Gbps
4K
@rAVePubs
@gkayyex8.2 Million

44. 10 Gbps
4K
@rAVePubs
@gkayye

45. 10 Gbps
4K
@rAVePubs
@gkayye

46. 1 Gbps
4K
@rAVePubs
@gkayye

47. 1 Gbps
4K
@rAVePubs
@gkayye

48. @rAVePubs
@gkayye
OMPRESSION

49. A N D , L E S S S L I C I N G ( A K A : C O M P R E S S I O N ) D O E S N ’ T M E A N
B E T T E R Q U A L I T Y - I T A L L D E P E N D S O N H O W W E L L Y O U
D O T H E S L I C I N G A N D R E - B U I L D I N G O N T H E O T H E R E N D .
@rAVePubs
@gkayye
Packets

50. A N D , L E S S S L I C I N G ( A K A : C O M P R E S S I O N ) D O E S N ’ T M E A N
B E T T E R Q U A L I T Y - I T A L L D E P E N D S O N H O W W E L L Y O U
D O T H E S L I C I N G A N D R E - B U I L D I N G O N T H E O T H E R E N D .
@rAVePubs
@gkayye
Packets

51. OPTIONS
SPONSORED BY:

52. OPTIONS
…today
SPONSORED BY:

54. H.264 & H.265
FOR STREAMING
H.264
1080p @ 30fps you need 10 Mbps video stream
4K @ 30fps you need 32 Mbps per video stream
H.265
Cut H.264 in half

55. H.264 & H.265
FOR STREAMING
H.264
1080p @ 30fps you need 10 Mbps video stream
4K @ 30fps you need 32 Mbps per video stream
H.265
Cut H.264 in half
& VTC

56. @rAVePubs
@gkayye

57. 1G =JPG-2000
INSIDE ANY AV ROOM
1G IP network
1080p @ 60fps small amount of compression
4K @ 60fps it depends…(11-40 Gbps)
@rAVePubs
@gkayye

58. 10 G - SDVOE
INSIDE & OUTSIDE ANY AV
ROOM, COMMAND & CONTROL
& SOME LIVE EVENTS
10G IP networks
10 (SDVoE) less compression, but NEED network

59. @rAVePubs
@gkayye
1G TO 10G VARIABLE
- PURE3
INTELLIGENT
SELECTIVE STREAMING
Variable from 1G to 10G networks
1080p to 4K with
variable bit rate selection

60. UNCOMPRESSED
LIVE EVENTS & BROADCAST
UNCOMPRESSED = 50G IP network
ONLY Fiber
@rAVePubs
@gkayye

61. SO, IT ALL COMES DOWN TO CLIENT APPLICATION
@rAVePubs
@gkayye

62. THE MEETING ROOM AUDITORIUMS
THE CLASSROOMTHE CLASSROOM THE BOARDROOM
VIDEO CONFERENCING
ARENASLIVE CONCERT VENUES COMMAND & CONTROL CENTERS

63. @rAVePubs
@gkayye

64. A N D , I T M I G H T
M E A N S O M E
S Y S T E M S H AV E
A C O M B I N AT I O N
O F D I F F E R E N T
AV- o v e r - I P
P R O D U C T S .
@rAVePubs
@gkayye

65. @rAVePubs
@gkayye
SO, YOU
NEED TO…

66. DEMO &
EDUCATE
@rAVePubs
@gkayye
SO, YOU
NEED TO…

67. D E M O
E D U C AT E
DEMO &
EDUCATE

68. LET THE CUSTOMER DECIDE THE TRADE-
OFFS USING THEIR OWN APPLICATION
Streaming and VTC
Meeting Rooms and Classrooms
Live Events
Live Broadcast
D E M O
E D U C AT E
EXPLAIN THE DIFFERENCE BETWEEN THE
DIFFERENT APPLICATIONS OF AV-over-IP
DEMO &
EDUCATE

69. HOW DOES
WORK???
SPONSORED BY:

86. I
I I I I I
P
P P P P P P P P P P P P P P P P P P P P P P P
@rAVePubs
@gkayye
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} Picture
Frame

87. C O M P R E S S E D1 0 8 0 p N O C O M P R E S S I O N
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88. C O M P R E S S E D1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB

89. 1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB
C O M P R E S S E D

90. 1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB
C O M P R E S S E D

91. 1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB
C O M P R E S S E D

92. 1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB
C O M P R E S S E D

93. 1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB
C O M P R E S S E D

94. 1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB
C O M P R E S S E D

95. 1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB
C O M P R E S S E D

96. 1 0 8 0 p N O C O M P R E S S I O N
80.0 MB 5.8 MB
C O M P R E S S E D

100. @rAVePubs
@gkayye

101. O N - R A M P S O F F - R A M P S
@rAVePubs
@gkayye
E N C O D E R S D E C O D E R S

102. ULTIMATELY AV-OVER-IP REQUIRES BOTH ON-RAMPS (ENCODERS) AND OFF-RAMPS
(DECODERS) AND THEY NEED TO BE ABLE TO TALK TO EACH OTHER - SPEAK THE
SAME LANGUAGE

103. OH, AND A CONTROLLER
In addition to encoders and
decoders, we have to have some way
to control all this stuff
•Pulling content off the network into a
decoder
•Switching between pieces of content
•Overlay pieces of content on top of each
other (tile content like a digital canvas)
•And manage, securely, where it’s supposed
to able to go
@rAVePubs
@gkayye

104. SPEAKING OF SECURITY

105. Certifications: MCSE MCT CCNP (video vs Switch and Router Core),
Information Assurance - Security Plus, AWS Certifications (cloud)
You’re going to have to become (or
employ) a network of network security
experts at your company.
THIS IS GOING TO BE
A BIG DEAL
Every organization will handle network
security differently.

106. THE FUTURE

107. WHEN?

108. THE MEETING ROOM AUDITORUMS
THE CLASSROOMTHE CLASSROOM THE BOARDROOM
VIDEO CONFERENCING
ARENASLIVE CONCERT VENUES COMMAND & CONTROL CENTERS
2019 2019 2022
2020 2021 2017
2025 2024 2019

109. WHO?

110. H.264 & H.265
@rAVePubs
@gkayye

111. H.264 & H.265
@rAVePubs
@gkayye

112. 1Gbps
@rAVePubs
@gkayye

113. 10Gbps
@rAVePubs
@gkayye

114. @rAVePubs
@gkayye
10Gbps

115. QUESTIONS?
G A R Y K AY Y E
g a r y @ r AVe P u b s . c o m
SPONSORED BY:
C O N N E C T w i t h m e