Presented by Steven Soenens at NAB 2013, this presentation deals with the latest changes in the standardization of satellite communication technology and the effects on the satcom industry.
In this presentation you find:
- what DVB-S2 Extensions are about,
- the outcome of real tests of the new technology,
- survey results of a world-wide industry survey conducted by Newtec (with >700 participants from > 400 companies),
- migration scenarios of today’s contribution and distribution networks, to the new generation satcom DVB-S2 technology
For more info: http://www.newtec.eu/technology/s2-extensions
From Event to Action: Accelerate Your Decision Making with Real-Time Automation
Satellite Communications Shaped by S2 Extensions Standard
1. Shaping the Future of
Satellite Communications
NAB, April 8, 2013
Session and
Panel Discussion
ARE YOU READY
FOR A NEW DVB
STANDARD?
Session
S2 Extensions Demystified
Industry Survey
Use Cases
Panel Discussion
“How broadcasters Look at
Future Network Technologies”
24. S2 EXTENSIONS
DEMYSTIFIED
Content Contribution
Use Case
Increased
Granularity
1-72 MHz 1-72 MHz
TX: DVB-S2 RX: DVB-S2
M6100
Broadcast Satellite Modulator
MDM6100
Broadcast Satellite Modem
IRD supporting small RO
SNG Van StudioUse DVB-S2 IRD’s or Demods
Supporting Small RO’s
MDM6100
Broadcast Satellite Modem
Decoders
Content Ingest
Video Compression
25. CONTRIBUTION USE-CASE
25
Increase Bitrate by almost 15% using Higher Power Density
Carriers Throughput Total Configuration C/N
A 14 7.072 Mbps 99.000 Mbps 2.143MB, 16APSK 5/6, 20% RO 12.1 dB
B 16 7.072 Mbps 113.000 Mbps 2,143 MB, 16APSK 5/6, 5% RO 12,1 dB
Carriers Throughput Total Configuration C/N
C 14 7.072 Mbps 99.000 Mbps 2.143 MB, 16APSK 5/6, 20% RO 12.1 dB
D 16 6.784 Mbps 108.544 Mbps 2.143 MB, 16APSK 4/5, 5% RO 11,5 dB
Increase Bitrate by almost 10% using Equivalent Power Density
Carrier Spacing with Clean
Channel Technology™
Rented Capacity
Transponder
Carrier Spacing with Clean
Channel Technology™
Rented Capacity
Transponder
Carriers from another
operator
Carriers from another
operator
Gain
Carrier Spacing with Clean
Channel Technology™
Rented Capacity
Transponder
Carrier Spacing with Clean
Channel Technology™
Rented Capacity
Transponder
Carriers from another
operator
Carriers from another
operator
Gain
Carrier Spacing with Clean
Channel Technology™
Rented Capacity
Transponder
Carrier Spacing with Clean
Channel Technology™
Rented Capacity
Transponder
Carriers from another
operator
Carriers from another
operator
Gain
Carrier Spacing with Clean
Channel Technology™
Rented Capacity
Transponder
Carrier Spacing with Clean
Channel Technology™
Rented Capacity
Transponder
Carriers from another
operator
Carriers from another
operator
Gain
Assumption
• Demodulators operate @ 5% RO
26. HEVC
Mobile
HEVC
Broadcast
DASH
CY13 CY14 CY15CY12 CY16
EVER MORE HD CONTENT AND THE PULL TOWARDS UHDTV WILL
PUSH FOR THE TRANSITION TO S2 EXTENSIONS
HEVC
HW Dec
HEVC Set
top & IRD
Satellite Market Disruption
CY13 CY14 CY15CY12
DVB
RF
CID
DVB
S2 Ext
Start S2
Repl.
Cycle
CY16
NIT
CID
ConsumptionUHDTV
Displays
CY13 CY14 CY15CY12
More
UHDTV
Displays
CY16
HEVC
S2
EXTENSIONS
UHDTV
UHDTV
SW Dec
27. S2 EXTENSIONS
DEMYSTIFIED
Content Distribution to
Headends and Towers
Increased
Granularity
36 MHz
TX: DVB-S2
M6100
Broadcast Satellite Modulator
Professional IRD’s
Multi Decryptor
Receivers
Receiver / Transcoders
Use Existing DVB-S2 IRD’s
Typically Support RO’s < 20%
Uplink Headend
Broadcast Uplink Video Headend
28. DISTRIBUTION TO HEADENDS AND TOWERS
Throughput Configuration Link margin Availability
A 48.8 Mbps 27.1 Mbaud, 8PSK 3/5, 35% 4.95 dB 99.991%
B 51.8 Mbps 28.8 Mbaud, 8PSK 3/5, 25% 4,60 dB 99.990%
C 52.2 Mbps 31.3 Mbaud, QPSK 5/6, 15% 4,97 dB 99.991%
Throughput Configuration Link margin Availability
D 49.5 Mbps 27.5 Mbaud, 8PSK 3/5, 35% 4.89 dB 99.300%
E 50.0 Mbps 30.0 Mbaud, QPSK 5/6, 20% 5,14 dB 99.600%
Assumptions
• Tested receivers do not suffer from link degradation using 15% RO
• Receiver can handle increased baudrates and bitrates
Increase Bitrate by almost 7% without Loss of QoS
Reduce Downtime by 43% without Loss of Throughput
29. S2 EXTENSIONS
DEMYSTIFIED
TX: DVB-S2
M6100
Broadcast Satellite
Modulator
Use S2 Extensions capable
Demodulators
TX: S2
Extensions
Multistream
Equalink
Professional IRD’s
Multi Decryptor
Receivers
Receiver / Transcoders
Uplink Headend
Broadcast Uplink Video Headend
MDM6100
Broadcast Satellite ModemASI
GbE
DVB-S
DVB-S2
X
Distribution to Headends
and Towers
• S2 Extensions
• Multistream
• Equalink®
• Transmodulation
30. S2 EXTENSIONS
DEMYSTIFIED
TX: DVB-S2
M6100
Broadcast Satellite
Modulator
TX: S2
Extensions
Multistream
Equalink
Professional IRD’s
Multi Decryptor
Receivers
Receiver / Transcoders
Uplink Headend
Broadcast Uplink Video Headend
MDM6100
Broadcast Satellite ModemASI
GbE
DVB-S
DVB-S2
Primary Distribution to
Headends and Towers
• Preserve CAPEX
• No Operational changes
• Video upgrades
independent of
Transmission technology
• Small step towards
interactive distribution
31. 36 MHz 36 MHz
Carrier 1
DVB-S
Carrier 2
DVB-S
Starting from 2 Transport Streams in one 72 MHz Transponder
Throughput Configuration IBO/OBO Availability
2*42 Mbit/s
(84Mbit/s)
2 DVB-S 36MHz Carriers
27.5 Mbaud, QPSK 5/6, 25%
4.8dB/3dB 99.9%
Add one additional TS enabled by S2 Extensions, Equalink, 72MHz & Multistream
Throughput Configuration IBO/OBO Availability
3*42Mbit/s
(126 Mbit/s)
Multistream Carrier with S2 Ext
68,5 MBaud 8PSK 114/180, 10%
1,5dB/0.6dB 99.9%
72 MHz
PRIMARY DISTRIBUTION TO HEADENDS AND TOWERS
Zone Beam Europe (W3A)
S2
EXTENSIONS
32. 54 MHz
Carrier 1
DVB-S
Starting from 45MBaud on 72MHz Trp (Compatible with Professional IRDs)
Throughput Configuration
69 Mbit/s DVB-S, limited by downlink power/Hz
45 Mbaud, QPSK 5/6, 20%
Double Video Capacity using S2 Extensions, Equalink, 72MHz and Multistream
Throughput Configuration
144,5 Mbit/s S2 Extensions
70MBaud, 8PSK 126/180, 5%
72 MHz
PRIMARY DISTRIBUTION TO HEADENDS AND TOWERS
Hemi Beam (IS-805)
S2
EXTENSIONS
33. 36 MHz
Combine two Transport Streams into a Single Carrier
Throughput Configuration
44.4 Mbit/s DVB-S 36MHz
27.5 Mbaud, QPSK 7/8, 35%
PRIMARY DISTRIBUTION TO HEADENDS AND TOWERS
36 MHz
36 MHz
Throughput Configuration
65 Mbit/s DVB-S2 36MHz
30.0 Mbaud, 8PSK 3/4, 20%
Throughput Configuration
89 Mbit/s S2 Extensions 36MHz
34.0 Mbaud, 16APSK 120/180, 10%
S2
EXTENSIONS
+ 1,5 dB gain
switching to
new
transponder
34. Newtec proprietary – Internal use onlyWebinar NAB 2013
M6100, MDM6100
Broadcast Modulator, Modem, Demodulator, Trans-Modulator
MDM6000, HUB6000 Satellite Modem and Hub
S2 EXTENSIONS
DEMYSTIFIED
Newtec’s Portfolio
Newtec Delivers High Efficient
Satellite Transport Solutions
35. • 506 Mbps over a single 72MHz
C-band transponder
• 372 Mbps over a 72MHz Ku-
band transponder
• 310 Mbps over single 36 MHz
Ku band transponder
• 2x 380Mbps on the Newtec
MDM6000 Modem
36. Shaping the Future of
Satellite Communications
NAB, April 8, 2013
Session and
Panel Discussion
ARE YOU READY
FOR A NEW DVB
STANDARD?
Session
S2 Extensions Demystified
Industry Survey
Use Cases
Panel Discussion
“How broadcasters Look at
Future Network Technologies”