DVB-SH TRAINING
From the leader in the DVB-SH IP Encapsulation, you will get a 2 days training on DVB-SH theoretical and practical aspects.
The training is delivered at the UDcast Headquarters situated in Sophia-Antipolis, one of the leading technology parks in Europe, which is located on the French Riviera, 20 minutes drive from the Nice International Airport. This airport is reachable with all major Airlines, as well as with a substantial number of low-cost airlines directly from many cities in Europe.
Hotels are available in the technology park itself, as well as in nearby larger towns like Nice, Antibes or Cannes.
During the training you will have the opportunity to meet key UDcast people involved in the development of DVB-H, as well as the UDcast business people who are intimately familiar with the worldwide DVB-H landscape.
The training includes on-site lunch and refreshments. Training hours are approximately from 09:00 to 17:50 with a 1 hour lunch break.
PREREQUISITES
To fully benefit of this course, you should have a basic knowledge of TCP/IP.
COURSE OUTLINE
DAY 1 - MORNING
- History towards DVB-SH standard
- Architecture oveview
- Satellite Component
- Complementary Ground Component
- Frequency planning SC / CGC / 3G
- Architecture highlights
- RF features
- Time slicing
- Power saving
- Error protection
- SHIP
- DVB-SH conceptual overview
- OMA-BCAST and CBMS
- Electronic Service Guide
- Service Purchase and Protection
- DVB-SH challenges
- Mobile TV technologies DVB-H/SH, DMB, MediaFLO, ISDB-T
- DVB-SH: an evolution from DVB-H
- Differences between Digital TV and Mobile TV
- DVB-SH network architectures: Mobile Operator and Broadcaster view
- Summary
DAY 1 - AFTERNOON
- DVB-T, -H and -SH transmission systems
- Adaptation
- Turbo coding
- Time interleaving
- Framing and modulation
- OFDM
- TDM
- ISO/IEC 13818-1
- MPEG-2 Transport Packets and Sections
- Tables: PAT, PMT
- ETSI DVB standard
- Tables: NIT, SDT, TDT, EIT, INT
- Multi-Protocol Encapsulation
- ETSI DVB-H standard
- Time-Slicing
- Modifications to MPE header
- MPE-FEC
- MPE-iFEC
- Purpose
- Operating principles
- Example walk-through
- Parameter selection guidelines
- SH Services
- Rationale
- Implications: IPDC, DVB services, SFN, SHIP
- Reference information
- SI / PSI tables
- Glossary
- Documentation
- Products overview
- IP Encapsulator (IPE-10)
- IPE-Manager
- iSplicer
- GOLDENEAGLE Analyzer & Silver monitor
- Feature highlights
- Time slicing, channels & sub-channels
- Statistical multiplexing
- Content protection
- Loss-free handover
- Session management
- SHIP insertion
- Monitoring
- Regionalization
DAY 2 - MORNING
- Initial Setup
- Monitoring
- Troubleshooting
- Self-tests
- Alarms & logs
- System graph
- Features
- Protocol description
- Use case
- Understanding DCO, NO, Channels, fundamental concepts
- SNMP access to the IPE-Manager
- Intitial setup of IPE-Manager
- Configuration of IPE-Manager device
- Understanding the workspace
- Setup of DVB-H network infrastructure
- Management of sessions
DAY 2 - AFTERNOON
- Reminder on distribution architectures
- Challenges of centralized distribution
- Regional Content
- Addressable Advertising
- Microcellular coverage
- Delta-T calculation: Issues and possible solutions
- Distribution to Transmitter Issues
- The MIP Protocol
- UDcast iSplicer functional description
- UDcast iSplicer configuration and operation
- Setup of the Analyzer GOLDENEAGLE
- Configuring, monitoring and setup of alarm parameters
- Visualizing error history
- RF layer monitoring (RF levels, constellation, guard interval)
- MPEG-2 TP layer analysis (PID distribution)
- Expert Mode: SI / PSI and time-slicing analysis