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This use case shows a first “possible” approach about how the STB should proceed to boot, using OPCH, DVB-IPI and acceding then to GVP backend.
==== Pre-conditions====
# The STB has a valid kernel version provided at manufacturing time
# Somehow, the STB is able to discover the IP and port to access the OPCH Metadata Channel, where basic STB configuration data is sent.
# Basic configuration data sent through the OPCH is (assumption):
## Multicast IP Address and port for each kernel version
## Multicast IP Address and port for Splash Image
## Multicast IP Address and port for DVB-IPI Entry Point channel
## Multicast IP Address and port for Infopush command channel
## Configuration values (tokens), including GVP Application Server URL
==== Post-conditions ====
# STB has a valid kernel version, demarcation zones and EPG.
[[File:OPCH_loading.jpg|framed|center]]
Created page with " This use case shows a first “possible” approach about how the STB should proceed to boot, using OPCH, DVB-IPI and acceding then to GVP backend. ==== Pre-conditions==== #..."
This use case shows a first “possible” approach about how the STB should proceed to boot, using OPCH, DVB-IPI and acceding then to GVP backend.
==== Pre-conditions====
# The STB has a valid kernel version provided at manufacturing time
# Somehow, the STB is able to discover the IP and port to access the OPCH Metadata Channel, where basic STB configuration data is sent.
# Basic configuration data sent through the OPCH is (assumption):
## Multicast IP Address and port for each kernel version
## Multicast IP Address and port for Splash Image
## Multicast IP Address and port for DVB-IPI Entry Point channel
## Multicast IP Address and port for Infopush command channel
## Configuration values (tokens), including GVP Application Server URL
==== Post-conditions ====
# STB has a valid kernel version, demarcation zones and EPG.
[[File:OPCH_loading.jpg|framed|center]]
