An overview of boosting SNGs via All-IP Satellite Newsgathering on 3 stages: Ingestion, Transmission and Production.

1. INGEST
ALL-IP SATELLITE NETWORKS
PRODUCTION
TRANSMISSION

2. INGEST
ALL-IP SATELLITE NETWORKS
PRODUCTION
TRANSMISSION

3. INGEST
TRENDS
INGEST MORE AND HIGHER QUALITY
CONTENT FROM MORE LOCATIONS,
MORE VANTAGE POINTS & ANY SOURCE
MOBILE JOURNALISM UAS/DRONES 4K UHD MULTI-CAMERA
INGEST ALL-IP SATELLITE NETWORKSPRODUCTION TRANSMISSION

4. INGEST
ALL-IP SATELLITE NETWORKS
PRODUCTION
TRANSMISSION

5. PRODUCTION
TRENDS
LOCAL PRODUCTION
VERSUS REMOTE
PRODUCTION
EVER MORE
COMPACT
MORE & MORE
REMOTE PRODUCTION
THE RISE OF MOBILE
JOURNALISM (MoJo)
EVER MORE COMPACT
From large OB Vans and SNGs to camera
cars, fly-aways & ultra compact mobile
journalism kits.
MORE & MORE REMOTE
PRODUCTION
• Multi-camera captures provided
to a remote studio
• Remote access to newsroom &
production systems
THE RISE OF MOBILE
JOURNALISM (MoJo)
Its economy, its portability and its
immediacy.
INGEST ALL-IP SATELLITE NETWORKSPRODUCTION TRANSMISSION

6. INGEST
ALL-IP SATELLITE NETWORKS
PRODUCTION
TRANSMISSION

7. PROS
• Low OPEX
• Low delay
• High throughput
• Controlled bandwidth
CONS
• High CAPEX
• Portability
• Low coverage area
• Flexibility of location
PROS
• Very low cost
• Medium delay
• Abundant in urban areas
CONS
• Very low throughput
• Uncontrolled bandwidth
• Bandwidth contention possible
• Susceptible to jitter
PROS
• Low OPEX
• Low delay
• Highest throughput
• Controlled bandwidth
CONS
• High CAPEX
• Low coverage area
• Flexibility of location
PROS
• Low cost
• Medium delay
• Abundant in urban areas
CONS
• Medium throughput
• Uncontrolled bandwidth
• Bandwidth contention possible
• Susceptible to jitter
• Global availability
TRANSMISSION
TRENDS
BENEFIT FROM THE OPTIMAL MIX OF TRANS-
MISSION PATHS & THE FUNDAMENTAL
VALUE OF THE DIFFERENT TECHNOLOGIES
3G / 4G MICROWAVE WIFI FIBER SATELLITE
PROS
• Very high availability (Ka/Ku band)
• High & scalable throughput
• Low jitter
• All-IP
• Pricing coming down (HTS)
CONS
• Satellite link delay
• Cost challenge
>> Aggregate IP Bandwidth by Bonding all available IP networks
INGEST ALL-IP SATELLITE NETWORKSPRODUCTION TRANSMISSION

8. INGEST
ALL-IP SATELLITE NETWORKS
PRODUCTION
TRANSMISSION

9. BOOSTING SNG VIA
ALL-IP SATELLITE NETWORKS
RELY ON SATELLITE
WHEN IP TERRESTRIAL
NETWORKS:
• Are unavailable
• Provide not enough bandwidth
(contention)
• Suffer from jitter (cellular bonding)
• Are not cost-effective (last mile)
2G/3G/4G
MICROWAVE
Ka/Ku/C
SITE 1
SITE 2
STUDIO
SITE 3
CENTRALIZED
MANAGEMENT
IP / INTERNET
ALL-IP NETWORK BONDING
MDM3X00 / MDM5000
INGEST ALL-IP SATELLITE NETWORKSPRODUCTION TRANSMISSION
TAKE A LOOK AT
IP SATELLITE IN ACTION
WITH NEWTEC DIALOG

10. Mx-DMA®
FLEXIBLE
BANDWIDTH ALLOCATIONS
BREAKING
NEWS EVENT
2G/3G/4G
IP
FNG
SNG
50%
TERRESTRIAL
CAPACITY
50%
TERRESTRIAL
CAPACITY
SNG
NO TERRESTRIAL
CAPACITY
AVAILABLE
JITTER?
BW STABILITY?
50%
TERRESTRIAL
CAPACITY
50%
TERRESTRIAL
CAPACITY
SEAMLESS SCALING
OF SATELLITE
CAPACITY
INGEST ALL-IP SATELLITE NETWORKSPRODUCTION TRANSMISSION
OVERVIEW NEWTEC
DIALOG TECHNOLOGIES
FOR SNG

11. NEWTEC DIALOG®
TECHNOLOGIES FOR SNG
INGEST ALL-IP SATELLITE NETWORKSPRODUCTION TRANSMISSION
NEWTEC
PATENTED Mx-DMA®
MULTI-LEVEL
QoS MODEL
SATLink
MANAGER POWERFUL APIs
• On-demand variable bandwidth
allocation
• Seamless carrier resizing without
packet loss or additional jitter
• No fragmentation of the space segment
• Support of high bitrates
• Manage QoS in VSAT forward & return
with the same flexibility as for terrestrial
networks
• Provide SLA guarantees across a
population for different services in
changing weather conditions.
• Space segment allocation and time-
based session rights
• Session based QoS profile switching
(CIR/PIR)
• Powerful APIs enabling integration in
higher level management systems
CENTRALIZED BANDWIDTH
AND QoS MANAGEMENT