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AVB-Manager User Manual 1.2

1. STREAM_INPUT 4 stream input 4 Object Name STREAM _INPUT 5 stream input 5 Descriptor name STREAM_INPUT 6 stream input 6 STREAM_LINPUT stream input 7 F STREAM_INPUT amp stream input 8 SE STREAM_INPUT clock stream input Clock accuracy STREAM _OUTPUT 1 stream output 1 AU Localized description avb interface Clock class STREAM _OUTPUT 2 stream output A EE STREAM_OUTPUT 3 stream output 3 eestor E STREAM OUTOUT A stream output A Domain number J STREAM OUTPUT 5 stream output 5 ee STREAM_OUTPUT 6 stream output 6 st ioe nee SEE LEA aS Ce STREAM_OUTPUT 7 stream output 7 iit eines a EE STREAM_OUTPUT amp stream output 8 ed eet STREAM _OUTPUT 9 clack stream output Loo announce interval AVB_INTERFACE 1 avb interface CLOCK DOMAIN clock denen Figure 39 AVB_INTERFACE Descriptor Values Values Clock accuracy The Clock Accuracy field of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported ff16 otherwise Clock class The Clock Class field of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported ff16 otherwise Clock identity The IEEE Std 802 AS 2011 clock identity of the interface Domain number The Domain Number field of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported zero 0 otherwise Interface flags The flags describing the features of t
2. E ENTITY Slot 1 CONFIGURATION 1 testing CONFIGURATION configuration A Obed SOLE Descriptor name Localized description configuration Figure 27 Descriptor name present If the Descriptor nameis empty the Localized descriptionis displayed instead H ENTITY Sot 1 CONFIGURATION 1 testing CONFIGURATION 2 configuration Localized description t Values Figure 28 Descriptor name empty ZCTIRIEDEL AVB Manager User Manual 1 2 3 2 1 3 Descriptor Values ey 4 Access Acquire state Released Lock state Unlockec d id Descriptor type ENTIT 4 Name Entity name X8 1D46 Group name Connect AVB 4 Values Association Id Configuration count Controller capabilities Current configuration 2 PCM 4 Wire Configuration v Figure 29 Descriptor Values The values can be displayed in two ways Function category sorted alphabetically sorted The search field can be used to exclude unwanted values Only those kind of values will be displayed whose names are matching the search criteria The descriptor values are separated various groups Not every group is available in every descriptor Following group and values are available in every descriptor group Id Descriptor index The Index of the descriptor in the descriptor model Descriptor type The Type of the descriptor in the descriptor model Descriptor group specific values are listed below 23 ZCTI
3. The selected Views are displayed in separate tabs in the Views area The Views can be switched by clicking on the respective tab Entity Properties X Connection Management Firmware Update Figure 19 Views Tabs click to jump to the respective chapter 15 ZCTIRIEDEL AVB Manager User Manual 1 2 3 1 6 Logging View System messages and occurrences can be found in the logging view nee Logging View TimeStamp TraceLevel Message 02 11 03 409 INFO Starting Trace of Riedel AVB Manager 1 0 1 0 on Donnerstag 28 11 13 at 02 11 03 409 02 11 11 350 INFO State of descriptor statemachine Read entity descriptor command has been sent for Entity 197cfffe422313 02 11 11 397 Request ACMP Talker and Listener Stream States of Entity 197cfffe422313 02 41 27 356 VERBOSE GET_TX_STATE_RESPONSE talker 197cfffe001d49 0 connectionstate Disconnected Command executed successfully 03 04 50 970 VERBOSE Sniffed GET_TX_CONNECTION_RESPONSE talker 197cfffe002071 0 has connected listener 0 0 on connection index 1 v Figure 20 Logging View Timestamp Timestamp of the entry in the format hh mm ss fff seconds with 3 fractional digits TraceLevel INFO Short Information Messages VERBOSE Detailed Information Messages WARNING Minor Warning Messages ERROR Major Error Messages EXCEPTION Debug information Message Text message Descending ascending sorting of the messages is possible by clicking in head row of the respe
4. stream output 5 Clock source location i 1 STREAM OUTPUT 6 stream output 6 Clock source location t ENTITY STREAM _OUTPUT stream output 7 STREAM _OUTPUT amp stream output HB STREAM _OUTPUT 9 clack stream output AMB_INTERFACE 1 avb interface CLOCK_DOMAIN 1 clock domain LOCK OU RCE 2 local clock Y Clock source type EXTERNAL Y Figure 41 CLOCK_SOURCE Descriptor Values Values Clock source flags Flags describing capabilities or features of the clock source Clock source identifier The GUID of the source for this clock Clock source location The descriptor_index of the object that this clock source is associated with index Clock source location type The descriptor_type of the object that this clock source is associated with Clock source type The type of clock source INTERNAL The clock is sourced from within th entity such as from a crystal oscillator EXTERNAL The clock is sourced from an external connection on the entity via a Jack INPUT_STREAM The clock is sourced from the media clock of an Input Stream only displayed if expert mode is enabled 37 ZCTIRIEDEL 38 JACK_INPUT OUTPUT Descriptor Values a ACAM WU SUCAT CHUL STREAM_OUTPUT S clack stream output VB INTERFACE IL avb interface CLOCK_DOMAIN 1 clock domain CLOCK SOURCE 1 AES CLOCK SOURCE local clock CLOCK SOURCE S stream input 9 JACK INPUT 1 jack inp JA
5. CLOCK_SOURCE lt n gt JACK_INPUT lt n gt JACK_OUTPUT lt n gt MEMORY_OBJECT lt n gt CONTROL_BLOCK lt n gt CONTROL lt n gt LOCALE lt n gt L STRINGS lt n gt RIEDEL This descriptor describes the highest level of the AVDECC Entity It repeats some of the information contained within the ADP advertise for the AVDECC Entity as well as the information required to read the rest of the descriptors from the AVDECC Entity This descriptor describes an AVDECC entity model for a particular setup of the AVDECC entity The descriptor tells the AVDECC Controller how many of each of the top level descriptors are present in the Configuration This descriptor describes an Audio Unit within the AVDECC entity An Audio Unit represents a single audio clock domain This descriptor describes a Stream Input or Output Port of the Unit This descriptor describes groups of audio channels in a Stream An Audio Cluster could represent a stereo IEC 60958 encoded signal a one or more channel multi bit linear audio signal a MIDI signal or a SMPTE signal This descriptor describes a static mapping between an audio Stream s channels and an Audio Clusters channels for Streams and Stream Ports that are located in the same Clock Domain These descriptors describes the end of an internal connection between Units of the AVDECC entity These descriptors describes an External Input Port or External Output Port of the unit The
6. 6 stream input 6 STREAM_INPUT stream input 7 S STREAM_INPUT amp stream input amp SE STREAM_INPUT S clock stream input Base combiner 1 STREAM OUTPUT 1 stream output 1 STREAM _OUTPUT 2 stream output 2 STREAM_OUTPUT 3 stream output 3 Base control block STREAM OUTPUT 4 stream output A Base demultiplexer STREAM_OUTPUT 5 stream output 3 STREAM OUTPUT 6 stream output 6 STREAM_OUTPUT stream output Base external output p 1 STREAM _OUTPUT 8 stream output H Localized description Base contral 1 Base external input port 1 STREAM_OUTPUT clock stream output E S AVB_INTERFACE 1 avb interface CLOCK_DOMAIN 1 clock domain Figure 32 AUDIO_UNIT Descriptor Values Values Base combiner The index of the first SIGNAL_COMBINER descriptor Base control The index of the first CONTROL descriptor Base control block The index of the first CONTROL_BLOCK descriptor Base demultiplexer The index of the first SIGNAL_DEMULTIPLEXER descriptor Base external input port The index of the first input EXTERNAL_PORT_INPUT descriptors Base external output port The index of the first output EXTERNAL_PORT_OUTPUT descriptors Base internal input port The index of the first input INTERNAL_JACK_INPUT and INTERNAL_PORT_INPUT descriptors Base internal output port The index of the first output INTERNAL_JACK_OUTPUT and INTERNAL_PORT_OUTPUT descriptors Base matrix The
7. Check this box to provide short term exclusive access to the entity to perform atomic operations When an entity is locked it only accepts commands which alter state from the AVDECC Controller which locked the entity Unchecked this box to unlock the entity State of the entity Available Entity is available in the AVB network Departing Entity departed in the AVB network and is no longer available Timeout Entity doesn t send alive signal any more and is no longer available Timestamp of last recent identification notification received from the entity This field is used to differentiate between devices in different gPTP domains The value of gptp_grandmaster_id is per interface If the GPTP_SUPPORTED flag is set in entity_capabilities then the gptp_grandmaster_id field is set to the Clock Identity of the grandmaster in the gPTP domain that this Entity is participating in on the interface transmitting the ADPDU If the GPTP_SUPPORTED flag is not set in entity_capabilities then the gptp_grandmaster_id field is set to zero 0 on transmit and ignored on receive This field is used to differentiate between devices in different gPTP domains The value of gotp_domain_number is per interface If the GPTP_SUPPORTED flag is set in entity_capabilities then the gptp_domain_number field is set to the domainNumber of the grandmaster in the gPTP domain that this Entity is participating in on the interface transmitting the ADPDU If the GPTP_SUPPORTED fla
8. Signal index Signal output Signal type The index of the first CONTROL descriptor For an EXTERNAL_PORT_INPUT this is the latency in nanoseconds between the physical pins of the Jack or pads on the PCB and the Port s output For an EXTERNAL_PORT_OUTPUT this is the latency in nanoseconds between the output of the previous block and the physical pins or pads The descriptor_index of the CLOCK_DOMAIN descriptor describing the Clock Domain for the port The descriptor_index for the JACK_INPUT or JACK_OUTPUT for the port The number of Controls within this External port Flags describing capabilities or features of the port The descriptor_index for the signal source of the port The index of the output of the signal source of the Port For a signal_type of SIGNAL_SPLITTER or SIGNAL_DEMULTIPLEXER this is which output of the object it is being source from for a signal_type of MATRIX this is the column the signal is from and for any other signal_type this is zero 0 The descriptor_type for the signal source of the port only displayed if expert mode is enabled 31 ZCTIRIEDEL 32 AVB Manager User Manual 1 2 STREAM_INPUT OUTPUT Descriptor Values CATERINOAL PURI INFUIS amp EA Search EXTERNAL PORT_OUTPUT 1 EXTERNAL PORT OU DUT d Id EXTERNAL PORT_OUTPUT 3 EXTERNAL PORT_OUTPUT4 STREAM_INPUT 1 stream input 1 Descriptor index 1 Unique Id 0 Descriptor type STREAM_INPI STREAM_INPUT 2 stream input
9. Type of INPUT_STREAM the corresponding Input Stream must have set the Clock_Sync_Source flag see AVnu PA1 Pro Audio Media Clocking Specification document The list of CLOCK_SOURCE descriptor indices which the clock_source_index may be set to The number of Clock Source indexes in the clock_sources field The value of this field is referred to as C The maximum value for this field is 249 for this version of AEM The offset to the clock_sources field from the start of the descriptor This is 76 for this version of AEM only displayed if expert mode is enabled 7 RIEDEL AVB Manager User Manual 1 2 CLOCK_SOURCE Descriptor Values AUDIO_UNIT 1 audio unit BEA search STREAM_INPUT 1 stream input 1 freee STREAM _INPUT 2 stream input 2 STREAM INDUT 3 stream input 3 Descriptor index 1 Unique Id 0 STREAM_INPUT 4 stream input 4 Descriptor type STREAM INDUT 3 stream input Y S STREAM_INPUT 6 stream input E Object Name STREAM_INPUT stream input 7 Descriptor name AES Wi STREAM _INPUT amp stream input amp Localized description clock source 1 STREAM_INPUT S clock stream input ANY o CG 41 4 Values STREAM OUTPUT 1 stream output 1 STREAM _OUTPUT 2 stream output 2 Clock source flags 00000001 STREAM ID STREAM_OUTPUT 3 stream output 3 Clock source identifier 0x3030303030303030 STREAM_OUTPUT 4 stream output A magn E STREAM_OUTPUT S
10. UPLOAD response has been received sending BE eem Available Figure 72 update progress 55 7 RIEDEL AVB Manager User Manual 1 2 Only entities containing the three following descriptor values are available for the firmware update ENTITY Entity capabilities EFU_MODE ADDRESS_ACCESS SUPPORTED CONFIGURATION MEMORY_OBJECT Memory object type FIRMWARE_IMAGE Descriptor Values Ep IF Search Ki Access A ENTITY TR P07 CONFIGURATION 1 configuration AUDIO_UNIT 1 audio unit gt k e STREAM_INPUT 1 stream input gt Id STREAM_OUTPUT 1 stream output gt Name AVB_INTERFACE 1 avb interface 4 Values JACK_INPUT 1 jack input eg Ss JACK_OUTPUT 1 jack output Association Id 0x0 Ld MEMORY_OBJECT 1 firmware Configuration count 1 MEMORY_OBJECT 2 debug log mara LOCALE SE Controller capabilities 00000001 STRINGS 1 Current configuration 1 v STRINGS 2 E e STRINGS 3 Entity capabilities 00000708 STRINGS 4 EFU_MODE ADDRESS_A STRINGS 5S CCESS SUPPORTED AEM _SUPPOKFED CLASS 8 e Entity capabilities Defines the The capabilities of the AVDECC Entity Figure 73 required ENTITY descriptor values for firmware update EA Search Xx S ENTITY TR P07 CONFIGURATION 1 configuration AUDIO_UNIT 1 audio unit WW a STREAM_INPUT 1 strea
11. and field technicians NOTICE This manual as well as the software and any examples contained herein are provided as is and are subject to change without notice The content of this manual is for informational purpose only and should not be construed as a commitment by Riedel Communications GmbH amp Co KG or its suppliers Riedel Communications GmbH amp Co KG gives no warranty of any kind with regard to this manual or the software including but not limited to the implied warranties of merchantability and fitness for a particular purpose Riedel Communications GmbH amp Co KG shall not be liable for any errors inaccuracies or for incidental or consequential damages in connection with the furnishing performance or use of this manual the software or the examples herein Riedel Communications GmbH amp Co KG reserves all patent proprietary design title and intellectual property rights contained herein including but not limited to any images text photographs incorporated into the manual or software AVB Manager User Manual 1 2 September 2014 Copyright Riedel Communications GmbH amp Co KG All rights reserved Reproduction adaptation or translation of this manual in whole or in part is prohibited without prior written permission of Riedel GmbH except as allowed under the copyright laws All other trademarks are the property of their respective owner AVB Manager User Manual 1 2 1 1 Version This manual refer
12. of the same hardware can be updated simultaneously Firmware Update x Entity Id Name Update state 0x197CFFFE001D49 Slot 1 2 13 Inactive a a e A em eege sl EB mmm Figure 70 select entities to be updated Update in mmm progress Online state Load firmware file AVB1080P upq Start update 0x197CFFFE001FC7 0x197CFFFE001FC5 0x197CFFFE001FB2 Available Available Available ees df Available gt Click the button Start update Firmware Update xX Entity Id Name Fw Version Update state Cancel Updatein Update progress Online state Load firmware file AVB1080P upq 0x197CFFFE001D49 Slot 1 2 13 Inactive Cancel a Available 0x197CFFFE001FB2 001 007 002 021 Inactive TE 0x197CFFFE002074 nel 0x197CFFFE001F53 ET Figure 71 start the update gt Watch the update progress Depending of the option setting Reboot entity after Firmware Update per default the entities will reboot after completing the update procedure Firmware Update X Entity Id Name Fw Version Update state Cancel Update in Update progress Online state Load firmware file AVB1080P upg 0x197CFFFE001D49 Slot 1 2 13 Upload 70 8 Available 0x197CFFFE001F96 a 0x197CFFFE0002FF Slot 1 StartMemoryOperation UPLOAD command has been sent Slot 1 StartMemoryOperation
13. output of the object it is being source from for a signal_type of MATRIX this is the column the signal is from and for any other signal_type this is zero 0 Signal type The descriptor_type for the signal source of the port only displayed if expert mode is enabled 30 AVB Manager User Manual 1 2 RIEDEL EXTERNAL_PORT_INPUT OUTPUT Descriptor Values sc A a ENTITY X8 1D46 SL Search CONFIGURATION 1 AES Panel Configuration ip 4 CONFIGURATION 2 PCM 4 Wire Configuration Id 4 AUDIO _UWNIT 1 audio unit STREAM _PORT_INPUT 1 STREAM PORT INDUT STREAM PORT INDUT 3 SIREAM PORT INDUT A SIREAM PORT INDUT S SIREAM PORT INDUT 8 STREAM PORT INDUT Descriptor index 1 Unique Id 0 Descriptor type EXTERNAL POR 4 Values Base contral 1 Black latency Clock domain index 1 STREAM PORT INPUT 8 indek d STREAM _PORT_OUTPUT 1 STREAM PORT QUTPUT 2 Number of controls STREAM _PORT_OUTPUT 3 Port flags 00000000 STREAM _PORT_OUTPUT A Bet bales i STREAM _PORT_OUTPUT 5 STREAM_PORT_OUTPUT 6 Signal output STREAM _PORT_OUTPUT 7 Signal type ENTIT STREAM PORT _OUTPUT 6 EXTERNAL PORT_INPUT EXTERNAL PORTINPUT 2 EXTERNAL _PORT_INPUT 3 S Figure 37 EXTERNAL_PORT_INPUT Descriptor Values The Values of the EXTERNAL_PORT_INPUT Descriptor and EXTERNAL_PORT_OUTPUT Descriptor are identical Values Base control Block latency Clock domain index Jack index Number of controls Port flags
14. shadow shows the new area of the docking window RR File Views Options Help Network Adapters LAN onboard 7 A Ze E Figure 12 Move Docking Window The docking windows can also be stacked with other docking windows onto a Staple To do so drag n drop the docking window onto the middle icon in the center In this case a docking windows can be displayed by clicking on the respective tab below File Views Options Help Network Adapters LAN onboard 7 Ee Wi A Figure 13 Staple Docking Window 12 AVB Manager User Manual 1 2 3 1 1 Main Menu File Views Options Figure 14 Main Menu Options Help Exit File Views Options Help 7 Entity p E Entity Properties Connection Management E Firmware Update File Views Options Help af V Settings T AVE Manager properties File Views Options Help ely About ki Open log file folder bee TL Open user manual ep Properties Connection Management Firmware Update Settings AVB Manager properties l About Open log file folder Open user manual RIEDEL Closes the AVB Manager application Open the Entity Properties View in the Topic Content area Open the Connection Management View in the Topic Content area Open the Firmware Update View in the Topic Content area Displays the Settings dialog Displays the windo
15. sources offset Type INPUT_STREAM STREAM_INPUT 2 Figure 66 Descriptor Values area Clock Source Types INTERNAL The clock is sourced within the entity such as from a crystal oscillator EXTERNAL The clock is sourced from an external connection on the entity via a Jack INPUT_STREAM The clock is sourced from the media clock of an Input Stream 53 ZCTIRIEDEL AVB Manager User Manual 1 2 4 4 update the firmware gt Select Firmware Update in the View Selector File Views Options Help Network Adapters LAN onboard 7 ap o Ki EE z i Firmware Update X Firmware Update Figure 67 View Selector gt Click the button Load firmware file Firmware Update x Entity Id Name Fw Version Update state Cancel Updatein Update progress Online state Load firmware file No file Oxi97CFFFEQOLFC7 TR PO7 001 007 002 021 Inactive KH Available Ox197CFFFEOO1FB2 Can BEE Aabe Figure 68 load firmware file gt Navigate to the path of the firmware and select the firmware upg file A Open Firmware F IA Base E gege v Neuer Ordner J AVBX8_OP upg in _ AVBX8_release_log tt Dateiname AVBX8_OP upg v All files bd Figure 69 select firmware file 54 ZCHIRIEDEL AVB Manager User Manual 1 2 gt Click on one or multiple with the CTRL and or SHIFT key entities to select the entities to be updated The firmware file is hardware dependent Hence only entities
16. will be rebooted 3 2 1 2 Descriptors d ENTITY X8 1D 46 z 4 CONFIGURATION 1 AES Panel Configuration AUDIO UNIT 1 audio unt STREAM _INPUT 1 stream input 1 STREAM_INPUT 2 stream input 2 STREAM_INPUT 2 stream input 3 STREAM _INPUT 4 stream input A STREAM _INPUT S stream input Y STREAM _INPUT amp stream input 6 STREAM_LINPUT stream input ms STREAM _INPUT amp stream input 6 STREAM_INPUT S clock stream input STREAM OUTPUT L stream output 1 STREAM OUTPUT 2 stream output 2 STREAM OUTPUT 3 stream output 3 STREAM OUTPUT 4 stream output A STREAM _OUTPUT 5 stream output 3 STREAM OUTPUT 6 stream output 6 STREAM OUTPUT stream output STREAM OUTPUT amp stream output STREAM _OUTPUT 9 clock stream output AVB_INTERFACE 1 avb interface CLOCK _DOMAIN 1 clock domain We Figure 26 Descriptor groups 20 AVB Manager User Manual 1 2 The descriptors are grouped as follows Entity descriptor L CONFIGURATION lt n gt e Tian l 9 T aie im AUDIO_UNIT lt n gt F STREA M_PORT_INPUT lt n gt STREAM_PORT_OUTPUT lt n gt F AUDIO _CLUSTER lt n gt C AUDIO MAP lt n gt KR INTERNAL_PORT_INPUT lt n gt INTERNAL_PORT_OUTPUT lt n gt L EXTERNA L_PORT_INPUT lt n gt EXTERNAL_PORT_OUTPUT lt n gt STREAM_INPUT lt n gt STREAM_OUTPUT lt n gt AVB_INTERFACE lt n gt CLOCK _DOMAIN lt n gt
17. 00000000 UEBE UBB eOe EE BeBe eo ew Oe E II sign L CRW D TH D 8 d Figure 51 Crosspoints 45 ZCTIRIEDEL AVB Manager User Manual 1 2 1 This checkbox indicates the connection status of the Listener entity The checkbox is checked if the Listener entity has at least one connection to a Talker In this case Listener entity S ot 1 is connected to a Talker 2 Expanded view of Listener entity S ot 1 The single streams of the entity are visible 3 Collapsed view of Listener entity TR P03 Only the entity is visible the single channels are hidden 4 This checkbox indicates the connection status of the Listener channel The checkbox is checked if the Listener channel has a connection to a Talker In this case channel stream input of Listener TR P02 is connected to a Talker This connection can be disconnected by unchecking this box The connection state results of following command response GET_RX_STATE_RESPONSE DISCONNECT_RX_RESPONSE or CONNECT_RX_RESPONSE 5 This checkbox indicates the connection status between the Talker stream and the Listener channel The checkbox is checked if the Talker stream is connected to the Listener channel In this case stream stream output 2 of Talker S ot 1 is connected to Listener channel stream input This connection can be disconnected by unchecking this box 6 This checkbox indicates the connection status between the Talker and Listener entity The checkbox is c
18. 2 4 Object Name STREAM_INPUT 3 stream input 3 Descriptor name STREAM_INPUT 4 stream input A STREAM_INPUT 5 stream input 5 Localized description stream input 1 STREAM_INPUT amp stream input 6 4 Values STREAM_INPUT stream input 7 STREAM_INPUT amp stream input amp STREAM_INPUT clock stream input STREAM OUTPUT 1 stream output 3 Avb interface index 1 II Backedup talker guid Backedup talker unique STREAM _OUTPUT 2 stream output 2 STREAM _OUTPUT 2 stream output 3 STREAM OUTPUT 4 stream output A STREAM OUTPUT 5 stream output D STREAM OUTPUT 6 stream output 6 Backup talker guid 0 Backup talker guid 1 Backup talker quid 2 STREAM OUTPUT 7 stream output 7 Backup talker uniqueQ 0 s STREAM _OUTPUT amp stream output HB STREAM_OUTPUT 9 clack stream output D O TEITT DEA E a Figure 38 STREAM_INPUT Descriptor Values The Values of the STREAM_Input Descriptor and STREAM_Output Descriptor are identical Values AVB interface index Backed up talker guid Backed up talker unique Backup talker guid 0 Backup talker guid 1 Backup talker guid 2 Backup talker unique 0 Backup talker unique 1 Backup talker unique 2 Buffer length Clock domain index Current format Formats Formats offset Number of formats Stream flags The descriptor_index of the AVB_INTERFACE from which this stream is sourced or to wh
19. AM Command 10 47 28 911 AM INFO GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 911 AM INFO GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 912 AM INFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 912 AM INFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 912 AM INFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 913 AM INFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 913 AM INFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command Figure 11 AVB Manager main window click to jump to the respective chapter 11 ZC RIEDEL AVB Manager User Manual 1 2 Move the Docking Windows The docking windows can be moved by drag n drop Click and hold the desired headline and move it to the new position also outside the AVB Manager window The arrows on the top bottom left and right side as well as in the middle in the AVB Manager window allows the docking of the window to the respective position While hovering over the arrows a blue
20. B Manager User Manual 1 2 3 2 2 Connection Management The Connection Management tab contains 2 areas stream input NO_STRING TR P02 m 0e 0000000 lt Properties Connection Matrix Figure 48 Connection Management click to jump to the respective chapter 3 2 2 1 Properties a Connection mode Bidirectional connection d Device filter Listener device name Talker device name a Stream filter Stream format filter Listener stream name Talker stream name MO FILTER je Figure 49 Connection Management Properties The filter fields can be used to exclude unwanted entities Only those entities will be displayed whose names are matching the search criteria Use for wildcard searching Example Use Dev or X8 or vice to find the name Device X8 Use for OR operation Example name1 name2 The Properties contains following fields Connection mode Bidirectional connection If enabled the manager tries to establish a bidirectional connection by default Device Filter Listener Device Name Filter by listener device name to only show entities of filter categories Talker Device Name Filter by talker device name to only show entities of filter categories Use regular expressions If enabled the manager interprets arbitrarily substrings in the filter field 43 ZCTIRIEDEL AVB Manager User Manual 1 2 Stream Filter only streams with matching format will be displayed Strea
21. CK_INPUT 2 jack input 2 JACK_INPUT s jack input 3 JACK_INPUT A4 ack input A JACK_INPUT 5 jack input 5 JACK_INPUT 6 jack input 6 JACK_INPUT jack input JACK_INPUT amp jack input 8 JACK_OUTPUT 1 jack output 1 JACK_OUTPUT 2 jack output 2 JACK _OUTPUT 3 jack output 3 JACK_OUTPUT 4 jack output A JACK_OUTPUT S jack output 5 JACK_OUTPUT 6 jack output 6 JACK OUTPUT 7 jack output 7 JACK_OUTPUT amp jack output amp LReH ATAT D OANT Ze A bass z Figure 42 JACK_INPUT Descriptor Values DI Descriptor index Descriptor type 4 Object Name Descriptor name Localized description a Values Base control Jack flags Jack type Number of controls AVB Manager User Manual 1 2 1 Unique Id 0 JACK INPUT jack input 1 0003 CLOCK_SYNC_SOURCE CAPTIVE AES EBU AES EBU D The Values of the Jack_Input Descriptor and Jeck Output Descriptor are identical Values Base control Jack flags Jack type Number of controls only displayed if expert mode is enabled The type of the jack The index of the first CONTROL descriptor Flag describing capabilities or features of the Jack The number of controls within this jack AVB Manager User Manual 1 2 7 RIEDEL MEMORY_OBJECT Descriptor Values JACK INPUT 1 jack input 1 JACK _INPUT 2 jack input 2 JACK_INPUT 2 jack input 2 JACK_INPUT 4 jack input A JACK
22. CLOCK DOMAIN STREAM_INPUT 4 stream input A STREAM_INPUT 5 stream input 5 Object Name STREAM _INPUT amp stream input 6 Descriptor name EE Localized description clock domain STREAM _INPUT amp stream input amp STREAM_INPUT clock stream input a en STREAM _OUTPUT 1 stream output 1 z Clock source index EE AES Type EXTERNAL ENTITY 1 z STREAM OUTPUT 2 stream output 2 Meacbaaace L73 STREAM_OUTPUT 3 stream output 3 STREAM_OUTPUT 4 stream output A Clock sources count 3 STREAM OUTPUT 5 stream output 5 Clock sources offset 76 STREAM OUTPUT 6 stream output 6 STREAM_OUTPUT stream output 7 STREAM_OUTPUT 8 stream output amp STREAM_OUTPUT 9 clack stream output AVB_INTERFACE 1 avb interface CLOCK _DOMAIN 1 clock domain CLOCK SOUIRCE 1 AES Figure 40 CLOCK_DOMAIN Descriptor Values Values Clock source index Clock sources Clock sources count Clock sources offset q The descriptor_index describes the current clock source for the clock domain In the current configuration the user may select a new clock source for the clock domain Clock Source Types INTERNAL The clock is sourced within the entity such as from a crystal oscillator EXTERNAL The clock is sourced from an external connection on the entity via a Jack INPUT_STREAM The clock is sourced from the media clock of an Input Stream If clock Source
23. For a signal_type of SIGNAL_SPLITTER or SIGNAL_DEMULTIPLEXER this is which output of the object it is being source from for a signal_type of MATRIX this is the column the signal is from and for any other signal_type this is zero 0 The descriptor_type for the signal source of the control The offset from the start of the descriptor for the first octet of the value_details This field is 104 for this version of AEM control specific value details 41 ZCTIRIEDEL 42 AVB Manager User Manual 1 2 LOCALE Descriptor Values XB 1D46 f Descriptor Values p Aa A JACK INPUT jack input 1 BH sen CC l JACK_INPUT 2 jack input 2 JACK_INPUT 3 jack input 3 ld JACKINPUT A jack input A Descriptor index 1 Unique Id 0 JACK_INPUT 5 jack input y Descriptor type LOCALE JACK_INPUT 6 jack input 6 eae ee 4 Values JACK_INPUT jack input 7 JACK_INPUT E jack input 8 base_string JACK _OUTPUT 1 jack output 1 JACK_OUTPUT 2 jack output 2 JACK _OUTPUT 2 jack output 3 number_of_strings JACK_OUTPUT 4 jack output A JACK_OUTPUT S jack output Y JACK _OUTPUT 6 jack output 6 JACK_OUTPUT jack output JACK_OUTPUT amp jack output 8 JACK_OUTPUT 9 BNC clock output MEMORY _OBJECT 1 firmware MEMORY_OBJECT 2 debug log CONTROL_BLOCE 1 control bock CONTROL NO_STRING p e CONFIGURATION 2 PCM 4 Wire Configuration sl Figure 46 LOCALE Descrip
24. G STREAM OUTDUTE stream output 6 Descriptors counts JACK_OUTPUT count 9 STREAM_OUTPUT stream output 7 AVE_INTERFACE count 1 STREAM_OUTPUT 8 stream output 8 CLOCK SOURCE count 3 STREAM_OUTPUT clock stream output CONTROL count 1 AVB_INTERFACE 1 avb interface CLOCK DOMAIN 1 clock domain Figure 31 CONFIGURATION Descriptor Values Localized description configuration Descriptor values of the CONFIGURATION and of all Descriptors in this group Object Name Descriptor name The object name of the descriptor Localized description The index of the descriptor in the descriptor model Values Descriptors counts The number of descriptor counts in the descriptor_counts field This is referred to as N Descriptors counts count The number of descriptor counts in the descriptor_counts field This is referred to as N Descriptors counts offset The offset to the descriptor_counts field from the start of the descriptor only displayed if expert mode is enabled 25 ZCTIRIEDEL AVB Manager User Manual 1 2 e AUDIO_UNIT Descriptor Values a ENTITY X8 1D46 a Saz Search 4 CONFIGURATION 1 AES Panel Configuration ree STREAM_INPUT 1 stream input 1 Descriptor index 1 Unique Id 0 STREAM_INPUT 2 Stream input 2 Descriptor type AUDIO UNIT q STREAM_INPUT 2 stream input 3 T F STREAM_INPUT 4 stream input 4 Object Name STREAM_INPUT 5 Stream input 5 Descriptor name STREAM_INPUT
25. NPUT 8 EES 1 STREAM_PORT_OUTPUT 1 l STREAM_PORT_OUTPUT 2 EE STREAM_PORT_OUTPUT 3 Port flags 00000000 STREAM_PORT_OUTPUT A4 STREAM_PORT_OUTPUT S STREAM_PORT_OUTPUT 6 Signal output STREAM_PORT_OUTPUT STREAM PORT OUTPUT 6 Signal index 1 Signal type ENTITY INTERNAL PORT_INPUT INTERNAL_PORTINPUT 2 INTERNAL_PORT_INPUT 5 F Figure 36 INTERNAL_PORT_INPUT Descriptor Values The Values of the INTERNAL_PORT_INPUT Descriptor and INTERNAL_PORT_OUTPUT Descriptor are identical Values Base control The index of the first CONTROL descriptor Block latency For an INTERNAL_PORT_INPUT this is the latency in nanoseconds between the physical pins of the Jack or pads on the PCB and the Porte output For an INTERNAL_PORT_OUTPUT this is the latency in nanoseconds between the output of the previous block and the physical pins or pads Clock domain index The descriptor_index of the CLOCK_DOMAIN descriptor describing the Clock Domain for the port Internal index The descriptor_index for the INTERNAL_PORT_INPUT or INTERNAL_PORT_OUTPUT descriptor sourcing or sinking this port on the other unit Number of controls The number of Controls within this External port Port flags Flags describing capabilities or features of the port Signal index The descriptor_index for the signal source of the port Signal output The index of the output of the signal source of the Port For a signal_type of SIGNAL_SPLITTER or SIGNAL_DEMULTIPLEXER this is which
26. ORTED CLASS A SUPPORTED CL Figure 62 Descriptor Values area ZCHIRIEDEL AVB Manager User Manual 1 2 4 3 setup clocking gt Select Entity properties in the View Selector File Views Options Help Network Adapters LAN onboard Ey e E Entity Properties Xx Figure 63 View Selector gt Select the desired entity in the Entity Table Entity id Name Group state Online state Identified at Grandmaster id Ox197CFAFE001D49 Slot 1 Rack Available Dao SEA TAE me TRFOS_ Testrack Available 1 Jee TRPO2 Testrack LE Available Ox 9 FFFEBSESDO TR P08 E 0x496FFFE8389D9 Ox 197CFFREQO1F96 TR POS Available Ox496FFFES389D9 Figure 64 Table of entities gt Select the CLOCK_DOMAIN Descriptor ENTITY Slot 1 CONFIGURATION 1 configuration AUDIO UNIT 1 audio unit STREAM_INPUT 1 stream input 1 STREAM OUT DUT 1 stream output 1 AVD INTERFACE 1 avb interface CLOCK DOMAIN 1 cock domain CLOCK SOURCE 1 clock source 1 JACK_INPUT 1 jack input 1 JACK _OUTPUT 1L jack output 1 MEMORY _OBJECT 1 firmware Figure 65 Descriptor area gt Select in the Descriptor Values Clock source index in the group Values the desired clock input in the drop down menu Object Name a Values REI Clock sources Type INTERNAL ENTITY 1 Type EXTERNAL VALID 1 Clock sources count Type INPUT_STREAM STREAM_INPUT 1 Clock
27. RIEDEL 24 E ENTITY X8 1p46 AVB Manager User Manual 1 2 ENTITY Descriptor Values 4 CONFIGURATION 1 AES Panel Configuration AUDIO UNIT 1 audio unit STREAM_INPUT 1 stream input 1 STREAM_INPUT 2 stream input 2 Lock state Unlocker STREAM _INPUT 2 stream input 3 P ta STREAM_INPUT 4 stream input A d Access Acquire state Released rei Descriptor type ENTITY STREAM_INPUT S stream input 5 3TREAM_INPUT S stream input 6 4 Name STREAM_LINPUT stream input 7 Entity name Y8 1D46 STREAM_INPUT amp stream input amp STREAM_INPUT 9 clock stream input eler Sibi Connect AVB STREAM OUTDUT 1 stream output 1 4 Values STREAM _OUTPUT 2 stream output 2 Association Id STREAM _OUTPUT 3 stream output 2 STREAM _OUTPUT 4 stream output A STREAM _OUTPUT 5 stream output 5 STREAM OUTPUT 6 stream output 6 STREAM _OUTPUT stream output 7 Configuration count 2 Controller capabilities 00000001 Current configuration ve PCM 4 Wire Configuration x STREAM _OUTPUT stream output H 00004 7OB STREAM_OUTPUT 9 clock stream output EFU_MODEADDRESS ACCESS SUPPORTE AVB_INTERFACE 1 avb interface L CLOCK_DOMAIN 1 dock domain lt 2 7 Figure 30 ENTITY Descriptor Values Access Acquire state The ACQUIRE_ENTITY command is used by a Controller to obtain exclusive access to an entire entity or a subtree of objects It also function
28. URATION 1 AES Panel Config F 4 CONFIGURATION 2 PCM 4 Wire Cc f Access b AUDIO_UNIT 1 audio unit Acquire state STREAM_INPUT 1 stream input 1 Lock state STREAM_INPUT 2 stream input 2 4 Id STREAM_INPUT 3 stream input 3 STREAM _INPUT 4 stream input A Descriptor type STREAM_INPUT 5 stream input 5 4 Name STREAM_INPUT 6 stream input 6 Entity name mam e sam Entity Table Descriptors Descriptor Values Figure 23 Entity properties click to jump to the respective chapter 3 2 1 1 Entity Table Entity id Name Group Acquire state Lock state Online state Identified at Grandmaster id Gptp domain Interface index Association id Identify control index 0x197CFFFE001D46 X8 1D46 Connect AVB j i 0x197CFFFE001D46 0x0 Figure 24 Entity Table The table of entities contains 12 columns Column Content Entity id Global Unique Identifier of the entity Name Identify the entity be user name Group Identify multiple entities in a user defined group Acquire state Check this box to obtain exclusive access to an entire entity or a sub tree of objects It also functions as a long term lock on the entire entity or a sub tree of objects Unchecked this box to release the entity 18 AVB Manager User Manual 1 2 Lock state Online state Identified at Grandmaster id Gptp domain Interface index Association id Identify control index lt RIEDEL
29. ZCIIRIEDEL AVB Manager User Manual 9001 2000 CERT DIN EN ISO 9001 2000 Zertifikat 01 100 071754 2014 Riedel Communications GmbH amp Co KG All rights reserved Under the copyright laws this manual may not be copied in whole or in part without the written consent of Riedel Every effort has been made to ensure that the information in this manual is accurate Riedel is not responsible for printing or clerical errors All trademarks are the property of their respective owners ZCTIRIEDEL AVB Manager User Manual 1 2 1 Preface 4 DB e e 5 BE MOOI ers cao a cee ect oa aus rere ee ges ee ees amie ee eatin ess pas or ocean eng eee pee ees 6 2 Installation 7 3 AVB Manager 10 l Man ale 11 PBEM T a E EEE R E E E EE AEA 13 a EE 14 Sisco AVB M nager NetWork INTO EE 15 EE e E e 15 EE 15 OLOT OIE V EE 16 Ee 17 Bp WO a A A tearm tte eceme nt cans 18 Geh ENEE 18 B22 COMECON Manoel EE 43 EE en Ee e 49 4 Howto 51 4 1 set p delete COMMGGT GOING iasodeiicsnsisosantenskoeutaed sate tuscan adnan dwundunbbcadaened NEN NANNA aAA E NENEN aE ENEN 51 42 sele E Rei E ee e EE 52 Ne d leet a SE 4A pdate ENEE 54 5 Appendix 57 SME e E 57 52 NCS EEN 58 ZCTIRIEDEL AVB Manager User Manual 1 2 1 Preface Thank you for choosing a Riedel product This document provides detailed information about the installation and operation of the Riedel AVB Manager This Operating Manual is dedicated to engineers
30. _INPUT S jack input 3 JACK_INPUT 6 jack input 6 JACK_INPUT jack input JACK_INPUT amp jack input 8 JACK OUTPUT 1 jack output 1 JACK_OUTPUT 2 jack output 2 JACK _OUTPUT 3 jack output 3 JACK _OUTPUT 4 jack output 4 JACK_OUTPUT S jack output 5 JACK OUTPUT 6 jack output 6 JACK _OUTPUT jack output 7 JACK _OUTPUT jack output 6 JACK _OUTPUT BNC clock output MEMORY _OBJECT 1 firmware MEMORY _OBJECT 2 debug log CONTROL_BLOCE 1 control bock CONTROL NO_STRING LOCALE 1 CONFIGURATION 2 PCM 4 Wire Configuration Figure 43 MEMORY_OBJECT Descriptor Values Descriptor index 1 Unique Id 0 Descriptor ty MEMORY_OBJEC i ype MENTIR OBJEC 4 Object Name Descriptor name Localized description firmware 4 Values Length 0800000 Maximum length 0x800000 Memory object type FIRMWARE_IMAGE Start address 0x400 Target descriptor index 1 Target descriptor type Values Length The 64 bit actual length of the memory object This value will change and will reflect the actual size of the data contained in the memory region described by this memory object Maximum length The 64 bit maximum length of the memory object Memory object type The type of the memory object Start address The 64 bit start address used for reading or writing the object s data Target descriptor index The descriptor_index of the object that is the target of the memory regi
31. _OUTPUT 5 STREAM _PORT_OUTPUT 6 STREAM _PORT_OUTPUT STREAM _PORT_OUTPUT amp EXTERNAL PORTINPUT 1 EXTERNAL _PORT_INPUT 2 EXTERNAL_PORT_INPUT 3 4 Id Descriptor index 1 Unique Id 0 Descriptor type STREAM_PORT_INPUT 4 Values Base cluster 1 Base control 1 Base map 1 Clock domain index 1 Number of clusters 16 Number of controls Number of maps 16 Port flags Figure 33 STREAM_PORT_INPUT Descriptor Values The Values of the STREAM_PORT_INPUT Descriptor and STREAM_PORT_OUTPUT Descriptor are identical Values Base cluster Base control Base map Clock domain index Number of clusters Number of controls Number of maps Port flags The index of the first AUDIO_CLUSTER VIDEO_CLUSTER or SENSOR_CLUSTER descriptor describing the clusters within the port The index of the first CONTROL descriptor The index of the first AUDIO_MAP VIDEO_MAP or SENSOR_MAP descriptor which defines the mapping between the stream and the port The descriptor_index of the CLOCK_DOMAIN descriptor describing the Clock Domain for the port The number of clusters within the port This corresponds to the number of AUDIO_CLUSTER VIDEO_CLUSTER or SENSOR_CLUSTER descriptors which represent these clusters The number of Controls within this Stream Port The number of map descriptors used to define the mapping between the stream and the port Flags describing capabilities or features of the port only displayed if expert mode
32. a model from a vendor The localized string reference pointing to the localized model name Defines the serial number of the entity RIEDEL AVB Manager User Manual 1 2 Talker capabilities Defines the talker capabilities of the AVDECC entity Talker streams The talker_stream_sources field is used to identify the number of streams a Talker is capable of sourcing simultaneously Vendor id Identify the manufacturer of the entity Vendor name The localized string reference pointing to the localized vendor name only displayed if expert mode is enabled CONFIGURATION Descriptor Values a ENTITY X8 1D46 s D CONFIGURATION 1 AES Panel Config AUDIO_UNIT 1 audio unit SEH EI STREAM_INPUT 1 stream input 1 Descriptor index 1 Unique Id 0 STREAM_INPUT 2 stream input 2 p Descriptor type CONFIGURATIC STREAM_INPUT 3 stream input 3 i STREAM_INPUT 4 stream input 4 Object Name STREAM_INPUT 5 stream input 5 Descriptor name AES Panel Configuration STREAM_INPUT amp stream input D STREAM_LINPUT stream input 7 e 4 ya STREAM_INPUT 8 stream input 8 Ss STREAM INDUT 3 clock stream input MEMORY_OBJECT count 2 STREAM_OUTPUT 1 stream output 1 LOCALE count 1 STREAM_OUTPLIT 2 stream output 2 AUDIO_UNIT count 1 STREAM_OUTPUT 3 stream output 3 STREAM_INPU nt 9 STREAM_OUTPLIT 4 stream output A STREAM_OUTPUT count 9 STREAM_OUTPUT 5 stream output 5 JACK_INPUT
33. am has at least one connection to a Listener In this case stream stream output 3 of Talker S ot 1 is connected to a Listener The connection state results of following command response GET_TX_STATE_RESPONSE A Listener channel can be connected to only one Talker stream at the same time A Talkers stream can be connected to multiple Listener channels if supported by the entity 46 AVB Manager User Manual 1 2 Tooltips RIEDEL Hovering over an entity shows a tooltip Stream Connections Refresh connection states Talker l Franks Panel M Figure 52 Tooltip The contents of the tooltip depends on the type of entity Talker Listener Entity Channels Entities Talkers Listener Name Groupname GUID Version Grandmaster Vendor Model Name of the entity Name of the group of the entity Global Unique Identifier of the entity Software Version of the entity Grandmaster Id of the entity Entity vendor name Entity model name Channels of Talker Listener Name Unique Id Status Connected Talker Listener Channels only Stream ID Stream MAC Connected Listener Talker Channels only Name of the entity The Index of the descriptor in the descriptor model Connected Disconnected Entity Id of the connected Talker The stream_id field is set to the current id of the Stream or zero 0 if the Stream is not connected and has not had a stream_id set The flags field indica
34. ction 51 RIEDEL 52 4 2 select a configuration An entity can have multiple sets of configurations The current configuration selection can be changed as follows gt Select Entity properties in the View Selector El zb File Views Options Help Network Adapters LAN onboard e Entity Properties X Figure 59 View Selector gt Select the desired entity in the Entity Table Entity Properties X Entity id Name Group E state Online state Ow 1 97 CFFFEO01D49 Franks Rack Available 0x1 97CFFFEQOLFC7 eae 0219 7CFAFE001F82 TR POZ bk 0x197CFFFE001FA8 TR Pos 0x197CFFFE001F96 TR POS Figure 60 Table of entities gt Select the main Descriptor ENTITY E E ebe configuration AUDIO_UNIT 1 audio unit STREAM_INPUT 1 stream input STREAM _OUTPUT 1 stream output AVB_INTERFACE 1 avb interface JACK_INPUT 1 jack input JACK _OUTPUT 1 ack output MEMORY OBJECT 1 firmware Figure 61 Descriptor area es ms Available Oxi S7CFFFEQOLFCS ae e Available Available AVB Manager User Manual 1 2 gt Select in the Descriptor Values Current configuration in the group Values the desired configuration in the drop down menu Association Id Di Configuration count Controller capabilities 00000001 D Current configuration 1 AVB Configuration 1 Entity capabilities 1 AVB Configuration 1 bk 2 AVB Configuration AEM_SUPP
35. ctive column Only the last 2500 messages are displayed in the Logging View Previous messages can be examined in the log files 16 ZCTIRIEDEL AVB Manager User Manual 1 2 3 1 7 Log Files The AVB Manager stores every system message in a log file The log files of each instance are stored in a separate temp folder of your system and can easily opened by using the main menu Help gt open log file folder Organisieren v In Bibliothek aufnehmen v Freigeben f r v RiedelAVBController_06 01 0_00_04 622 2_W1 log gz RiedelAYBController_07 01 0_00_05 787 2_W1 log qz RiedelAVBController_08 01 0_00_05 207 2_W1 log qz RiedelAYBController_09 01 1_07_04 263 5_W4 log qz RiedelAVBController_01 01 0_18_07 294 11_W11 log gz _ RiedelAVBController_02 01 1_05_25 043 9_W9 log gz RiedelAVBController_03 01 0_00_09 112 41_W1 log gz _ RiedelAVBController_04 01 0_17_44 323 1_W1 log gz RiedelAYBController_05 01 log Figure 21 Log File Folder The AVB Manager stores the last ten sessions in separate files The eleventh session overwrites the first one The maximum file size of a single log file is up to 100 MB and maximum 10 of free disk space Log files of greater size are splitted into multiple files To reduce disk space the files will be compressed gz after closing the AVB Manager session The syntax of the filename is as follows temp Riedel Communications AVBManager Multi instance Mutex_Instance RiedelAVBControlle
36. d by the signal_type and signal_index fields Channel count The number of channels within the cluster Format The format for each channel of this cluster all channels within the Cluster have the same format Path latency The latency in nanoseconds between the IEEE 1722 2011 timing reference plane and the opposite end of the currently selected signal path This does not include any latency added by a DELAY Control The path_latency field is used to inform smart Controllers of the extra latency to get the samples to the output so that outputs across multiple entities can be sample aligned Signal index The descriptor_index for the signal source of the cluster Signal output The index of the output of the signal source of the control Fora signal_type of SIGNAL_SPLITTER or SIGNAL_DEMULTIPLEXER this is which output of the object it is being source from for a signal_type of MATRIX this is the column the signal is from and for any other signal_type this is zero 0 Signal type The descriptor_type for the signal source of the cluster 28 AVB Manager User Manual 1 2 RIEDEL AUDIO_MAP Descriptor Values d ENTITY AR 1D46 s CONFIGURATION 1 AES Panel Configuration ee d CONFIGURATION 2 PCM 4 Wire Configuration 4 AUDIO UNIT 1 audio unt Descriptor index 1 Unique Id 0 d STREAM_PORT_INPUT 1 AUDIO _CLUSTER 1 NO_STRING LR AUDIO_CLUSTER 2 NO_STRING leg AUDIO CLUSTER 2 NO_STRING ang Stream Ch lt gt c
37. destination MAC Stream format Stream id Stream VLAN id RIEDEL The msrp_accumulated_latency field s use depends on if the command is sent to a STREAM_INPUT or a STREAM OUTPUT If it is sent to a STREAM_INPUT then the msrp_accumulated_latency field is set to the accumulated_latency of the Stream s MSRP Talker Advertise if connected or zero 0 otherwise If it is sent to a STREAM_OUTPUT then the msrp_accumulated_latency field is set to the last set value if it has been set since the Stream was connected or the appropriate default value for the Stream s traffic class 2 milliseconds for Class A and 50 milliseconds for Class B if it has not been set since the Stream was connected The MSRP_ACC_LAT_VALID flag is set only when this field contains a valid accumulated latency The use of the msrp_failure_bridge_id and msrp_failure_code depends on if the command is sent to a STREAM_INPUT or a STREAM OUTPUT If it is sent to a STREAM_INPUT then the msrp_failure_bridge_id and msrp_failure_code fields are set to the failure_bridge_id and failure_code of the Stream s MSRP Talker Failed if the Stream has received an MSRP Talker Failed otherwise they contain zero 0 If it is sent to a STREAM_OUTPUT then the msrp_failure_bridge_id and msrp_failure_code fields are set to the last set value if it has been set since the Stream was connected or zero 0 otherwise The MSRP_FAILURE_VALID flag is set only when these fields contain failure informa
38. e Entity must support a firmware update e Entity must have the memory descriptor Tirmware Image Name of the entity The actual Firmware Version Inactive UploadStarted UploadinProgress StoreStarted StorelnProgress StoreFinished Aborting Aborted Error No Update process ongoing UPLOAD command has been sent UPLOAD response has been received STORE command has been sent STORE response has been received OPERATION_STATUS has reached 100 ABORT command has been sent ABORT response has been received Update aborted after error Action button to cancel the firmware update Display of the actual Update progress percentage Display of the actual Update progress horizontal bar State of the stream Available Departing Timeout Entity is available in the AVB network Entity departed in the AVB network and is no longer available Entity doesn t send alive signal any more and is no longer available Multiple entities can be selected by left click in the respective rows while pressing SH FTor CTRLon the keyboard The selected row will be highlighted 49 SCH g IRIEDEL OOo 50 A popup menu appears by right click on an entity Entity Id Name Fw Version Update state Cancel Update in Update progress Online state Load firmware file No file inactive Available Identify Entity 0x197CFFFE001D46 X8 1D46 2 23 Reboot Entity Figure 55 Right click on En
39. eferred language escriptor if supported by the entity Connection Matrix options Expand Matrix per default active after re opening the only recommended for small systems Connection Management tab By default the Connection Management opens with collapsed device Matrix This box can be checked to expand the view and show all available streams This mode requires more system performance during Startup Hence this function should only activated for small systems Use regular expression pattern in name filter per default If checked the checkboxes in the Connection Management properties are checked by default Firmware Update options Reboot entity after Firmware Update per default only working if supported by the entity 14 RIEDEL AVB Manager User Manual 1 2 3 1 3 AVB Manager Network Info Avb Manager network info The entity name of this AVB Manager Riedel AVB Manager GUID 0x272FFFEBO0026 Figure 16 AVB Manager Network Info In this windows the entity name of the AVB Manager is entered Furthermore the Global Unique Identifier of the AVB Manager is displayed 3 1 4 Network Adapters Network Adapters LAN onboard s Figure 17 Network Adapters In this field the network adapter needs to be selected which is connected to the AVB network After changing the network adapter all entities will be re discovered 3 1 5 View Selector In this area the active View can be selected SEA Figure 18 View Selector
40. g Collapsed device view Only the name of entity is displayed Expanded device view All channels of the entity are displayed 44 ZCHIRIEDEL AVB Manager User Manual 1 2 The checkboxes next to the Talkers Listeners name informs about at least one present connection This checkbox is only for information purpose and can not be checked unchecked Exceptions are the checkboxes of the single channels of the Listeners A checked checkbox can be unchecked by clicking on it This will disconnect the Listener from the respective Talker Symbol Meaning Unchecked field No connection set up eil Checked field At least one connection is set up w Checked field At least one connection is set up The Listener can be single channel of Listener disconnected by unchecking this checkbox The crosspoints between the Talker and the Listeners informs about the connection between the respective entities Following symbols are used Symbol Meaning J Unconnected Crosspoint The Listener is not connected to the Talker OH Connected Crosspoint The Listener is connected to the Talker DN Connection Error Hovering over this item will show a tooltip about the error Unknown Status The system wasn t able to read the Status of the entity Crosspoints 1 2 3 4 stream input Slot 1 NO_STRING TR P02 stream input rR POS TR POA TR POS TR POG TR PO7 NC 10 ER 06
41. g is not set in entity_capabilities then the gptp_domain_number field is set to zero 0 on transmit and ignored on receive This field is used to advertise the AEM AVB_INTERFACE descriptor that represents the interface that is transmitting this ADPDU If the AEM_INTERFACE_INDEX_VALID flag is set in entity_capabilities then the interface_index field is set to the AVB_INTERFACE descriptor index of the interface transmitting the ADPDU If the AEM_INTERFACE_INDEX_VALID flag is not set in entity_capabilities then the interface_index field is set to zero 0 on transmit and ignored on receive This field is used to associate multiple AVDECC Entities into a logical collection This allows each loudspeaker of a multi channel rig to be a separate AVDECC Entity but to be associated by the AVDECC Controller into a single logical AVDECC Entity If the ASSOCIATION_ID_SUPPORTED flag is not set in the entity_capabilities field then this field is set to zero 0 If ASSOCIATION_ID_SUPPORTED flag is set and ASSOCIATION_ID_VALID flag is not set in the entity_capabilities field then this field is set to zero 0 If ASSOCIATION_ID_SUPPORTED and ASSOCIATION_ID_VALID flags are set in the entity_capabilities field then the value of this field is the EUI 64 used to associate the AVDECC Entities all associated AVDECC Entities will have the same EUI 64 in this field This field is used to advertise the appropriate AEM CONTROL descriptor that is the primary IDENTIFY C
42. he interface Log announce interval The currentLogAnnouncelnterval of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported zero 0 otherwise Log pdelay interval The currentLogPDelayReqInterval of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported zero 0 otherwise Log sync interval The currentLogSyncinterval of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported zero 0 otherwise Mac address The MAC address of the interface Offset Scaled log variance The Offset Scaled Log Variance field of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported 000016 otherwise Port number The Port Number field of the interface as used by IEEE Std 802 1AS 2011 functionality of the AVB interface if supported 0000 16 otherwise Priority1 The Priority1 field of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported ff16 otherwise Priority2 The Priority2 field of the IEEE Std 802 AS 2011 grandmaster functionality of the AVB interface if supported ff16 otherwise Values of dynamically AS Path Number of Clockldentities The count field is set to the number of Clockidentities present in the path_sequence field Path sequence The path_sequence field is set to pathSequence of the latest IEEE Std 802 1AS 2011 Announce message PathTrace TLV 34 AVB Manager User Manual 1 2 l
43. hecked if there is at least one connection between the Talker and Listener entity In this case Listener entity TR PO3 is not connected to Talker entity TR POS The connection state results of following command response GET_RX_STATE_RESPONSE DISCONNECT_RX_RESPONSE or CONNECT_RX_RESPONSE 7 This checkbox indicates the connection status between the Listener channel and the Talker entity The checkbox is checked if the Listener channel has a connection to the Talker entity In this case channel stream input amp of Listener S ot 1 is connected to Talker entity TR DOS The connection state results of following command response GET_RX_STATE_RESPONSE DISCONNECT_RX_RESPONSE or CONNECT_RX_RESPONSE 8 This checkbox indicates the connection status between the Talker stream and the Listener entity The checkbox is checked if the Talker stream has at least one connection to the Listener entity In this case stream stream output 1 of Talker TR P02 is connected to Listener entity Slot 1 The connection state results of following command response GET_TX_STATE_RESPONSE GET_TX_CONNECTION_RESPONSE 9 This checkbox indicates the connection status of the Talker entity The checkbox is checked if the Talker entity has at least one connection to a Listener In this case Talker entity TR P02 is connected to a Listener 10 This checkbox indicates the connection status of the Talker stream The checkbox is checked if the Talker stre
44. his product including e Telephone Service e Email Service e Skype Service e Fax Service e Configuration Support e Trainings e Repair Your primary point of contact for any service issues is your local dealer In addition Riedel Customer Service in Wuppertal Germany is also available to assist you Telephone 49 0 202 292 9400 Monday Friday 8am 5pm Central European Time Fax 49 0 202 292 9419 Skype riedel communications service Or use the contact form on our website www riedel net gt Company gt Riedel Communications gt Contact gt Wuppertal Headquarters For repairs please contact your local dealer Your dealer will be able to help process your repair as fast as possible and or arrange for the delivery of spare parts The address for repairs sent directly to Riedel Communications GmbH is Riedel Communications GmbH amp Co KG Repairs Uellendahler Str 353 D 42109 Wuppertal Germany Please add a completed repair form to all your repairs The form can be found at the Riedel website www riedel net_ gt Company gt Services gt Support gt Contact 58 AVB Manager User Manual 1 2 Notes RIEDEL 59 AV USO RESTRITO Riedel Communications GmbH amp Co KG Uellendahler Str 353 42109 Wuppertal Germany www riedel net
45. ich it is sinked The GUID of the Talker that this stream is backing up The Unique ID of the Talker that this stream is backing up The primary backup Talker s GUID The secondary backup Talker s GUID The tertiary backup Talker s GUID The primary backup Talker s Unique ID The secondary backup Talker s Unique ID The tertiary backup Talker s Unique ID The length in nanoseconds of the MAC s ingress or egress buffer as defined in IEEE Std 1722 2011 Figure 5 4 For a STREAM_INPUT this is the MAC s ingress buffer size and fora STREAM_OUTPUT this is the MAC s egress buffer size This is the length of the buffer between the IEEE Std 1722 2011 reference plane and the MAC The descriptor_index of the clock domain providing the media clock for the stream The stream format of the current format Array of stream formats of the supported formats The offset from the start of the descriptor for the first octet of the formats The number of formats supported by this audio stream The maximum value for this field is 47 for this version of AEM Flags describing capabilities or features of the stream Values of dynamically stream info Flags The flags field is set to an appropriate combination of the flags to indicate which fields have values to be set The lower 16 bits of the flags map directly to the flags field of ACMP AVB Manager User Manual 1 2 MSRP accumulated latency MSRP failure bridge_id MSRP failure code Stream
46. index of the first MATRIX descriptor Base mixer The index of the first MIXER descriptor Base multiplexer The index of the first SIGNAL_MULTIPLEXER descriptor Base signal selector The index of the first SIGNAL_SELECTOR descriptor Base splitter The index of the first SIGNAL_SPLITTER descriptor Base stream input port The index of the first STREAM_PORT_INPUT descriptor Base stream output port The index of the first STREAM_PORT_OUTPUT descriptors Base transcoder The index of the first SIGNAL_TRANSCODER descriptor Clock domain index The descriptor_index of the CLOCK_DOMAIN descriptor describing the clock domain for the unit Current sampling rate The current sample rate of this audio unit Number of combiners The number of signal combiners within this audio unit Number of control blocks The number of controls within this audio unit Number of controls The number of controls within this audio unit Number of demultiplexers The number of signal demultiplexers within this audio unit Number of external input ports The number of external input ports used by this audio unit Number of external output ports The number of external output ports used by this audio unit Number of internal input ports The number of internal input ports used by this audio unit Number of internal output ports The number of internal output ports used by this audio unit Number of matrices The number of matrices within this audio unit Number of m
47. is enabled 27 ZCTIRIEDEL AVB Manager User Manual 1 2 AUDIO_CLUSTER Descriptor Values 4 ENTITY XS 1D46 CONFIGURATION 1 AES Panel Configuration d CONFIGURATION 2 PCM 4 Wire Configuration 4 AUDIO UNIT 1 audio unt Descriptor index 1 Unique Id 0 a STREAM FORT INPUT 1 Descriptor type AUDIO CLUSTER AUDIO CLUSTER 1 NO_STRING EE AUDIO CLUSTER 2 NO_STRING Object Name AUDIO CLUSTER 3 NO_STRING Descriptor name AUDIO CLUSTER A NO_STRING AUDIO CLUSTER E NO_STRING AUDIO CLUSTER 6 NO_STRING Values AUDIO CLUSTER 7 NO STRING Block latency AUDIO CLUSTER S NO_STRING AUDIO CLUSTER 9 NO_STRING AUDIO_CLUSTER 10 NO_STRING Format MELA AUDIO_CLUSTER 11 NO_STRING Path latency 1 AUDIO _CLUSTER 12 NO_STRING AUDIO CLUSTER 13 NO_STRING AUDIO_CLUSTER 14 NO_STRING Signal output 1 AUDIO_CLUSTER 15 NO_STRING Localized description Channel count 1 Signal index 1 AUDIO_CLUSTER 16 NO_STRING ih ec AUDIO_MAP 1 AUDIO_MAP 2 i Figure 34 AUDIO_CLUSTER Descriptor Values Values Block latency For an AUDIO_CLUSTER attached to a STREAM_PORT_INPUT this is the latency in nanoseconds between the IEEE Std 1722 2011 reference plane and the output of the cluster For an AUDIO_CLUSTER attached to a STREAM_PORT_OUTPUT this is the latency in nanoseconds between the output of the previous block s output and the IEEE Std 1722 2011 reference plane The previous block is the object identifie
48. ixers The number of mixers within this audio unit 26 AVB Manager User Manual 1 2 Number of multiplexers Number of signal selectors Number of splitters Number of stream input ports Number of stream output ports Number of transcoders Sampling rates count Sampling rates offset Supported sampling rates lt RIEDEL The number of signal multiplexers within this audio unit The number of signal selectors within this audio unit The number of signal splitters within this audio unit The number of input stream ports used by this audio unit The number of output stream ports used by this audio unit The number of signal transcoders within this audio unit The number of sample rates in the sampling_rates field The maximum value is 91 2 C for this version of AEM The offset to the sample_rates field from the start of the descriptor An array of 4 octet sample rates supported by this audio unit only displayed if expert mode is enabled STREAM_PORT_INPUT OUTPUT Descriptor Values a ENTITY X8 1D46 eed CONFIGURATION 1 AES Panel Configuration d CONFIGURATION 2 PCM 4 Wire Configuration ad AUDIO_UWNIT 1 audio unt STREAM _PORT_INPUT 2 STREAM _PORT_INPUT 3 STREAM PORT INDUT A SIREAM PORT INDUT S STREAM PORT INDUT 8 STREAM PORT INDUT STREAM _PORT_INPUT amp STREAM _PORT_OUTPUT 1 STREAM _PORT_OUTPUT 2 STREAM _PORT_OUTPUT 3 STREAM _PORT_OUTPUT A STREAM _PORT
49. luster ch AUDIO CUUSTERA NO_STRING AUDIO CLUSTER bh NO STRING Mappings offset AUDIO CLUSTER S NO_STRING AUDIO CLUSTER 7 NO_STRING AUDIO _CLUSTER amp NO_STRING AUDIO _CLUSTER 9 NO_STRING AUDIO _CLUSTER 10 NO_STRING AUDIO _CLUSTER 11 NO STRING AUDIO CLUSTER 12 NO STRING AUDIO CLUSTER 13 NO_STRING AUDIO _CLUSTER 14 NO_STRING AUDIO CLUSTER 1S NO_STRING AUDIO CLUSTER 16 NO_STRING AUDIO MAP 2 S Descriptor type AUDIO MAF Number of mappings 0 Values Mappings The audio channel to stream index and steam channel mappings Mappings offset The offset from the start of the descriptor for the first octet of the mapping stream_channel 0 string This field is 8 for this version of AEM Number of mappings The number of channel mappings within the descriptor The value of this field is referred to as N The maximum value of this field is 62 for this version of AEM 29 ZCTIRIEDEL AVB Manager User Manual 1 2 INTERNAL_PORT_INPUT OUTPUT Descriptor Values a ENTITY X8 1D46 BES search CONFIGURATION 1 AES Panel Configuration ree d CONFIGURATION 2 PCM 4 Wire Configuration d AUDIO UNIT 1 audio unit Descriptor index 1 Unique Id 0 E Descriptor type INTERNAL POR STREAM_PORT_INPUT 2 S STREAM PORT INPUT 3 Values STREAM_PORT_INPUT 4 Base contral 1 STREAM_FORT_INPUT 5S i Block latency STREAM_PORT_INPUT 6 STREAM PORT INPUT Clock domain index 1 STREAM_PORT_I
50. m format filter No Filter No Filter applied Show all streams AES Audio Format Show only AES Audio Format streams Mono PCM Audio Format Show only Mono PCM Audio Format streams Dual PCM Audio Format Show only Dual PCM Audio Format streams Only Clock Streams Show only Clock Stream streams Listener stream name Filter by listener stream name to only show entities of filter categories Talker stream name Filter by talker stream name to only show entities of filter categories Use regular expressions If enabled the manager interprets arbitrarily substrings in the filter field 3 2 2 2 Connection Matrix The Connection Matrix contains 3 areas Listener stream input Stream input stream input TR PO stream input stream input TR POG stream input TR PO stream input TR POS a EH a IR DJE m OM00000 ec SUE CRT Jo JO af EC JO JO JO Jo ll Je BEBE ER Jo JO00eOO00D DEE LI E O UR a O r O J000 e0000 De 0000000 Bo i Talker Crosspoints Figure 50 Connection Matrix All Talkers of the AVB network are displayed vertically on the left side of the Connection Matrix All Listeners are displayed horizontally on the top of the Connection Matrix Depending of the option setting Expand Matrix per default the single channels of the entities are collapsed or expanded Expanding and collapsing is done by clicking on following symbols Symbol Meanin
51. m input Descriptor index 0 STREAM_OUTPUT 1 stream output s AVB_INTERFACE 1 avb interface Descriptor type MEMORY _OBJECT JACK_INPUT 1 jack input 4 Object Name JACK_OUTPUT 1 jack output Descrintor name MEMORY_OBJECT 1 firmware ard MEMORY_OBJECT 2 debug log Localized description firmware LOCALE 1 4 Values STRINGS 1 2 STRINGS 2 Length 0x800000 STRINGS 3 Maximum length 0x800000 STRINGS 4 s STRINGS 5 Memory object type Start address 0x400 Ka Memory object type The type of the memory object Figure 74 required MEMORY_OBJECT descriptor values for firmware update 56 AVB Manager User Manual 1 2 lt RIEDEL 5 Appendix 5 1 Glossary ACMP AVDECC Connection Management Protocol ADPDU AVDECC Discovery Protocol Data Unit AEM AVDECC Entity Model AES EBU Standard for carrying a digital stereo audio signal 2 mono channels between devices AVB Audio Video Bridging AVDECC Standard for Audio Video Discovery Enumeration Connection Management and Control GUID Globally Unique IDentifier is a unique reference number used as an identifier gPTP generalized Precision Time Protocol MSRP Multiple Stream Reservation Protocol PC Personal Computer Sample Rate Number of digital amplitude values per second taken from a signal 48 96kHz 57 ZCTIRIEDEL AVB Manager User Manual 1 2 5 2 Service If you have any further questions we offer comprehensive customer service options for t
52. o AVB Standards Ethernet AVB is built upon a basis of three major standards e 802 1Qav specifies queuing and forwarding rules that shape the traffic to avoid bottlenecks at any bridge or end station e P802 1Qat defines the stream reservation protocol that sets up the path allowing a stream to go across the AVB cloud e P802 1AS allows microsecond accurate time synchronization across all AVB nodes Media is packetized following the IEEE P1733 and IEEE P1722 standards The AVB communication protocol works on layer 2 Hence it is not necessary to open any port in the firewall on the operating PC The AVB commands are based on the AVB standards and only working if supported by the entity AVB Manager User Manual 1 2 RIEDEL 2 Installation This chapter describes the installation procedure of the AVB Manager The installation of the AVB Manager includes also the mandatory installation of e Microsoft NET Framework 4 0 30319 e WinPcap 4 1 3 The installation of these products will be skipped if they are already installed on the target PC gt Start the installation by executing the Installer exe file Organisieren e ffnen Brennen Neuer Ordner Al RiedelAVBManagerlnstallerSetup_Vx xx x exe Figure 2 Installation File The mandatory installations are displayed in the next window Already installed packages are unchecked and tagged with the information Installed gt Click Install to proceed In
53. on This is the object that the settings log file or firmware applies Target descriptor type The descriptor_type of the object that is the target of the memory region This is the object that the settings log file or firmware applies only displayed if expert mode is enabled 39 AVB Manager User Manual 1 2 7 RIEDEL CONTROL_BLOCK Descriptor Values JACK_INPUT 1 jack input 1 aj JACK_INPUT 2 jack input 2 JACK_INPUT 3 jack input 3 JACK_INPUT 4 jack input A Descriptor index 1 Unique Id 0 Ee Descriptor type CONTROL BLOCK JACK_INPUT 6 jack input amp S 5 JACK_INPUT 7 jack input 7 BEES JACK_INPUT 8 jack input 8 Descriptor name JACK _OUTPUT 1 Jack output 1 Localized description control block JACK_OUTPUT 2 Jack output 2 F JACK_OUTPUT 3 jack output 3 Values JACK_OUTPUT 4 jack output A Base control 1 JACK _OUTPUT S jack output 5 JACK _OUTPUT 6 jack output 6 JACK QUTPUT 7 jack output 7 Number of controls 0 JACK_OUTPUT amp jack output 8 JACK_OUTPUT 9 BNC clock output MEMORY_OBJECT 1 firmware MEMORY_OBJECT 2 debug log Final control index 1 CONTROL BLOCK 1 control block CONTROL NO_STRING LOCALE 1 CONFIGURATION 2 PCM 4 Wire Configuration F Figure 44 CONTROL_BLOCK Descriptor Values Values Base control The index of the first CONTROL descriptor Final control index The index of the final CONTROL desc
54. ontrol for the AVDECC Entity If the AEM_IDENTIFY_CONTROL_INDEX_VALID flag is set in entity_capabilities then the identify_control_index field is set to a CONTROL descriptor index that can be used with the SET_CONTROL AEM command If the AEM_IDENTIFY_CONTROL_INDEX_VALID flag is not set in entity_capabilities then the identify_control_index field is set to zero 0 on transmit and ignored on receive One entity can be selected by left click in the respective row The selected row will be highlighted and the available descriptors are displayed It is not possible to select multiple rows at the same time 19 ZCTIRIEDEL AVB Manager User Manual 1 2 A popup menu appears by right click on an entity Entity id Name Group Acquire state Lock state Online state Identified at Grandmaster id Gptp domain Interface index Association id Identify control index 0x197CFFFE001D45 x8 1D46 Connect LC da aabie 0x197CFFFEO01D46 0x0 0 0x0 0 Read Descriptors Read Connection Identify Entity Reboot Entity Figure 25 Right click on Entity Table Command Function Read Descriptors All Descriptor Values of the selected entity will be read Read Connection Talker and Listener Connection States of the selected entity will be read Identify Entity The respective entity signalize itself to be identified by the operator The signalisation is device dependent i e all LEDs will flash for a few seconds Reboot Entity The selected entity
55. r AVB Manager entity name Please note that the entity name ig limited to 64 Byte NETWORK ADAPTER Set user friedly network adapter name to generate the AVE Managers unique entity id from this network adapter MAC address explicit The following parameters are for administrators to configure the AVE Manager s UI HIDE FWOUPDATE VIEW set this parameter to hide the firmware update view to the user HIDE CONNECTION VIEW set this parameter to hide the connection matrix view to the user HIDE PROPERTY VIEW set this parameter to hide the entity properties view to the user fHIDE LOGGING VIEW get this parameter to hide the logging view to the user Figure 10 Command line description AVB Manager User Manual 1 2 RIEDEL 3 1 Main Window The main window contains 5 areas _Main Menu Network Adapters View Selector Descriptor V alues Bas Search xX Logging View Timestamp Type Message Logging View 10 47 28 909 AM INFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 910 AM INFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 910 AM INFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28 AM Command 10 47 28 910 AMJINFO _ GET_STREAM_INFO Response from Entity 0x197cfffe001d46 State Not_Implemented 9 3 2014 10 47 28
56. r_XX YY Timestamp Counter_Wn_En_Xn log gz Multi instance Mutex entity id of the AVB Manager XX file number 01 10 round robin YY increment of splitted files 01 02 03 Timestamp relative timestamp of file termination Counter total number of all messages _En number of Errors if existing _Wn number of Warnings if existing The log of a session starts in the first increment file with the information about Stack GUI version and the Start time Starting Trace of Riedel AVDECC Controller Protocol Stack Relesase v1 0 0 at 2014 04 1 3 38 25 557 PM Starting Trace of Riedel AVB Manager Version 1 6 3 0 Build Release at 2014 04 1 3 38 25 635 PM After this the different messages are listed f i which network interface is connected to the AVB network or if new devices are detected or disconnected The message Trace stopped is the last entry in the log file and is written by closing the AVB Manager session So it is possible to see if the log file is complete 17 ZCTIRIEDEL AVB Manager User Manual 1 2 3 2 Views The single contents of each view are described in the next sub chapters Entity Properties X Connection Management Firmware Update Entity id Name Group Acquire state Lock state Figure 22 Views 3 2 1 Entity properties The entity properties tab contains 3 areas Entity Properties X e Entity id Name Group 0x197CFFFEOO1D46 X8 1D46 Connect AVB ff 4 ENTITY xs 1D46 A Gaz CONFIG
57. riptor in the internal signal chain If there is no internal signal chain then this is set to zero 0 Number of controls The number of Control within this Control Block 40 AVB Manager User Manual 1 2 RIEDEL CONTROL Descriptor Values CONFIGURATION 2 PCM 4 Wire Configuration ah JACK INPUT 1 jack input 1 JACK _INPUT 2 jack input 2 JACK _INPUT 3 jack input 2 JACK_INPUT 4 jack input A JACK_INPUT S jack input 3 JACK _INPUT 6 jack input 6 JACK _INPUT jack input 7 JACK_INPUT amp jack input amp JACK OUTPUT 1 jack output 1 JACK _OUTPUT 2 jack output 2 JACK _OUTPUT 3 jack output 3 JACK OUTPUT 4 jack output 4 JACK_OUTPUT S jack output 5 P Esizl search 4 Id Descriptor index 1 Unique Id 0 Descriptor type 4 Object Name Descriptor name Localized description 4 Values black latency control domain JACK OUTPUT 6 jack output 6 JACK OUTPUT jack output 7 JACK _OUTPUT 8 jack output amp JACK_OUTPUT amp BNC clock output MEMORY_OBJECT 1 firmware MEMORY_OBJECT 2 debug log CONTROL BLOCK 1 control block CONTROLI NO_STRING LOCALE 1 Figure 45 CONTROL Descriptor Values Values block latency control domain control latency control type control valuetype number of values reset time signal index signal output Signal type values offset Values details value detail con
58. s as a long term lock on the entire entity or a sub tree of objects Lock state The LOCK_ENTITY command is used to provide short term exclusive access to the entity to perform atomic operations When an entity is locked it only accepts commands which alter state from the Controller which locked the entity Name Entity name Identify the entity be user name Changes will be written directly to the network Group name Identify multiple entities in a user defined group Changes will be written directly to the network Values Association id Configuration count Controller capabilities Current configuration Entity capabilities Firmware version Globally unique identifier Listener capabilities Listener streams Model id Model name Serial number The association_id is used to associate multiple AVDECC entities into a logical collection Defines the count of configurations of the entity Defines the controller capabilities of the AVDECC entity Show the current configuration of the entity Select a new configuration in the drop down menu Defines the The capabilities of the AVDECC entity 64 octet UTF 8 string containing the firmware version of the AVDECC Entity Defines the global unique identifier of this entity Defines the listener capabilities of the AVDECC entity The listener_stream_sinks field is used to identify the number of streams a Listener is capable of simultaneously sinking Identify the entity dat
59. s to AVB Manager Version 1 10 x x Version Check RIEDEL e The version is displayed in the startup splash screen and in the title bar of the AVB Manager window e An information window can be opened by choosing the menu Help gt About E ki Open log file folder ok Open user manual tr H L iedel AVB Manage Riedel AWB Manager Version 1 10 0 0 Copyright amp 2014 Riedel Communications GmbH amp Co KG All Rights Reserved Product details IEEE Std Version IEEE Std 1722 1 2013 htto www niedel net Figure 1 About dialog ZCTIRIEDEL AVB Manager User Manual 1 2 1 2 About AVB Audio Video Bridging AVB also known as Ethernet AVB is the common name for the set of technical standards developed by the IEEE 802 1 Audio Video Bridging Task Group Ethernet AVB adds latency guarantees and bandwidth reservation for media streams to the existing Ethernet protocols Ethernet AVB requires AVB compatible Ethernet hardware switches amp NICs but remains backward compatible with existing Ethernet standards This means that only the sections of a network that are supposed to send or receive AVB streams need to be updated to AVB compatible hardware Unlike IEEE 1588 PTP based standards AVB includes a stream reservation protocol allowing one to use the same network infrastructure for IP services e g fileserver access corporate network and communications without risking delays or a loss of audi
60. se descriptors describes an IEEE Std 1722 2011 sourced or sinked Stream This descriptor describes an interface implementing AVB functionality This descriptor describes a source of a common clock signal within an AVDECC entity This descriptor describes a Clock Source These descriptors describes an Input or Output Jack This descriptor describes a Memory Object representing a region of addressable memory that may be used for settings log files or firmware upgrades This descriptor describes a grouping of Controls within the Configuration or Unit The Control Block contains an internal signal path and can be used to group a functional set of Controls together This descriptor describes a generic Control This descriptor describes a localization of the immutable strings within the AVDECC entity This descriptor provides up to seven localized strings lt n gt indicates the number of each descriptor and is starting with 1 N ZCTIRIEDEL 22 AVB Manager User Manual 1 2 One descriptor type can be selected by left click in the respective row The selected row will be highlighted and the available descriptor values will be displayed It is not possible to select multiple rows at the same time Behind the descriptor is the Descriptor namedisplayed The Descriptor nameis entered in the descriptor values within the group Object name The Descriptor nameis also displayed behind descriptor groups for instance testing
61. sh button to exit the Setup Wizard ZR RIEDEL Cancel Figure 7 AVB Manager Setup Installation com pleted Another windows informs about the successful installation of all packages gt Clicking OK to close the installer Figure 8 AVB Manager Installer Successful Installation ZCTIRIEDEL 10 AVB Manager User Manual 1 2 3 AVB Manager This chapter describes the operation of the AVB Manager The AVB Manager can be started by double clicking the desktop icon AVE Riedel AvB Manager Figure 9 Desktop Icon of the AVB Manager Multiple Instances It is possible to start for each network adapter a separate instance of the AVB Manager The entity id of an instance is generated from the network adapter mac address An instance set a mutex object to protect the generated entity ID against other instances The user settings are stored in the registry to save the settings per instance Command Line Option The AVB Manager can also be started with command line options The command line option or help displays an overview about all supported commands Fi an Command line description RIEDEL Start a new instance of the Riedel AVE Manager AVE Manager INSTANCE NAME MyName NETWORK ADAPTER NetworkFriend1yName HIDE FWOPDATE VIEW HIDE_CONNECTION VIEW HIDE_PROPERTY VIEW HIDE LOGGING VIEW Optionen 7 INSTANCE NAME set AVB Manager name used as logfile folder name and fo
62. stall the Riedel AVB Manager and the required components if not installed WinPcap A 1 3 exe AvbManagerSetup msi Windows 7 SP1 64 Figure 3 AVB Manager Installer ZCTIRIEDEL After installing Microsoft NET Framework and WinPcap if required the installation of the AVB Manager starts gt Click Next to proceed Welcome to the Riedel AVB Manager Setup Wizard The Setup Wizard will install Riedel AYB Manager on your computer Click Next to continue or Cancel to exit the Setup Wizard 7X RIEDEL Cancel Figure 4 AVB Manager Setup The destination folder can be defined in the next window gt Click Next to proceed a Destination Folder Click Next to install to the default folder or cick Change to choose another Install Riedel AVB Manager to c Program Files x86 Riedel Communications Riedel AVB Manager Cancel Figure 5 AVB Manager Setup Destination Folder AVB Manager User Manual 1 2 ZCHIRIEDEL AVB Manager User Manual 1 2 Now the installer is ready to install the AVB Manager gt Click Install to proceed cf Ready to install Riedel AVB Manager er i Click Install to begin the installation Click Back to review or change any of your installation settings Click Cancel to exit the wizard Cancel Figure 6 AVB Manager Setup Ready to Install gt Clicking Finish exits the installer Completed the Riedel AVB Manager Setup Wizard Click the Fini
63. t RIEDEL Values of dynamically AVB info Flags Gptp domain number Gptp grandmaster id MSRP mappings msrp mapping count Propagation delay The flags field is set to a combination of values as appropriate from IEEE P1722 1 D23 March 2013 Table 7 131 or zero 0 The gptp_domain_number field is set to the domainNumber of the current IEEE Std 802 1AS 2011 grandmaster as elected on this AVB Interface The gptp_grandmaster_id field is set to the Clockldentity of the current IEEE Std 802 1AS 2011 grandmaster as elected on this AVB Interface The msrp_mappings field of the GET_AVB_INFO response contains one or more mappings from traffic class to priority and VLAN ID Offsets are based on the start of the msrp_mappings field IEEE P1722 1 D23 March 2013 Table 7 132 shows the msrp_mappings Format The msrp_mappings count field is set to the number of mappings present in the msrp_mappings field The propagation_delay field is set to the propagation delay in nanoseconds as reported by the IEEE Std 802 1AS 2011 pDelay mechanism only displayed if expert mode is enabled 35 ZCTIRIEDEL 36 AVB Manager User Manual 1 2 CLOCK_DOMAIN Descriptor Values ae A h a CONFIGURATION 1 AES Panel Configuration s ES Z Search AUDIO UNIT 1 audio unt J STREAM_INPUT 1 stream input 1 SE STREAM_INPUT 2 stream input 2 Descriptor index 1 Unique Id 0 STREAM_INPUT 3 stream input 3 Descriptor type
64. tes if this is valid The stream_dest_mac field is set the destination MAC address of the Stream which has either been previously set or dynamically allocated or zero 00 00 00 00 00 00 if there is no address The STREAM_DEST_MAC_VALID flag is set only when this field contains a valid destination address Number of connected Listeners and Entity Id of every connected Listener 47 48 ZC ITRIEDEL AVB Manager User Manual 1 2 Change Object Name A right mouse click on the stream names shows a dialog window to change directly the object name of the respective entry Stream Connections Franks Panel The object name of the stream H ER Le Franks Panel G T SG weree D oO d HDD E KO UO ee eee eo eee Figure 53 Change TT Name AVB Manager User Manual 1 2 3 2 3 Firmware Update The Firmware Update tab contains 2 areas Firmware Update X Entity Id Name Fw Version Update state Cancel Update in Update progress Online state Load firmware file No file 0x197CFFFE001D46 X8 1D46 3 2 3 1 Entity Table The table of entities contains 8 columns Column Entity Id Name Fw Version Update State Cancel Update in Update progress Online State ZCTIRIEDEL 4l Available Entity Table Action Buttons Figure 54 Firmware Update click to jump to the respective chapter Content Global Unique Identifier of the entities Only entities with following conditions will appear
65. tion The stream_dest_mazc field is set the destination MAC address of the Stream which has either been previously set or dynamically allocated or zero 00 00 00 00 00 00 if there is no address The STREAM_DEST_MAC_VALID flag is set only when this field contains a valid destination address The stream_format field is set to the current format of the Stream This is equivalent to the current_format field of the addressed descriptor Presets A set of stream format presets Select an stream format preset to set it to the entity Stream format The stream_format field is set to the current format of description the Stream This is equivalent to the current_format field of the addressed descriptor The stream_id field is set to the current id of the Stream or zero 0 if the Stream is not connected and has not had a stream_id set The flags field indicates if this is valid The stream_vlan_id field is set to the VLAN ID of the Stream or zero 0 if the Stream is not connected The STREAM_VLAN_ID_VALID flag is set only when this field contains a valid VLAN ID only displayed if expert mode is enabled 33 ZCTIRIEDEL AVB Manager User Manual 1 2 AVB_INTERFACE Descriptor Values d ENTITY SR 1D46 4 CONFIGURATION AES Panel Configuration AUDIO UNIT 1 audio unt STREAM_INPUT 1 stream input 1 Descriptor index 1 Unique Id 0 STREAM_INPUT 2 stream input 2 Descriptor type AVE INTERFACE STREAM _INPUT 2 stream input 3
66. tity Table Command Function Identify Entity The respective entity signalize itself to be identified by the operator The signalisation is device dependent i e all LEDs will flash for a few seconds Reboot Entity The selected entity will be rebooted 3 2 3 2 Action Buttons There are 2 action buttons Button Action Load Firmware file Opens a window to browse to the location of the firmware file Start Update Starts the Update procedure on all selected entities itll RIEDEL AVB Manager User Manual 1 2 4 Howto 4 1 setup delete connections gt Select Connection Management in the View Selector File Views Options Help Network Adapters LAN onboard igs Connection Management Connection Management Figure 56 View Selector gt Click the Collapse Expand Symbols of the desired entities of Talker and Listener for instance Talker TR P04 and Listener Slot 1 Stream Connections Franks Panel Franks Panel Slot 1 Figure 57 Colla pse Expa nd Sym bols gt Click an empty Crosspoint to establish the connection for instance connection between channel output stream 1 and stream input 8 or gt Click a present Crosspoint to delete the connection for instance connection between channel output stream 1 and stream input 4 Stream Connections iid it RRE Talker vi ivy vi vy vl vy ey Franks Panel ti P Franks Panel Slot 1 Figure 58 establish delete conne
67. tor Values local_identifier Values base_string The descriptor index of the first STRINGS descriptor for this locale local_identifier 64 octet UTF 8 string containing the locale identifier number_of_strings The number of STRINGS descriptors in this locale This es the same value for all locales in an AVDECC Entity only displayed if expert mode is enabled STRINGS Descriptor Values XB 1D46 f Descnptor Values aeee o e jare n poea A eala JACK_INPUT 3 jack input 3 d Ges Al x JACK_INPUT A Yack input A 4 id JACK_INPUT 5 jack input 3 e Se JACK INPUT 6 jack input 6 Descriptor index 1 Unique Id 0 JACK_INPUT jack input Descriptor type STRINGS JACK_INPUT E jack input 8 JACK_OUTPUT 1 jack output 1 JACK _OUTPUT 2 jack output 2 om Ses JACK_OUTPUT 3 jack output 3 string_1 audio unit JACK _OUTPUT 4 jack output A JACK_OUTPUT S jack output 5 JACK_OUTPUT 6 jack output 6 string_3 stream input 2 JACK_OUTPUT jack output JACK_OUTPUT 8 jack output RN JACK OUTPUT 9 BNC clock output string_ stream input 4 MEMORY OBJECT 1 firmware MEMORY_OBJECT 2 debug lag CONTROL_BLOCE 1 control bock CONTROL NO_STRING d LOCALE STRINGS 2 STRINGS 3 Figure 47 STRINGS Descriptor Values a Values string_2 stream input 1 string_4 stream input 3 String stream input 5 Values string x 64 octet UTF 8 string at index x ZCHIRIEDEL AV
68. trol latency control type IDENTIFY IEEE 1722a Working Group Wi H T T control valuetype number of values 1 This is the latency in nanoseconds between the output of the previous block and it s output The previous block is the object identified by the signal_type and signal_index fields For a DELAY control the value of the delay is not included in this value The domain that this control belongs to An AVDECC Entity may have one or more control domains to restrict access to controls By default an AVDECC Entity uses control domain 0 for all controls The worst case time in microseconds from when a control value change is received and when the control has completely switched to the new value The type of the control See Table 7 94 for the table of valid control types The type of the value contained in the control as defined in 7 3 5 1 The control value type determines T the size of a value entry in the value_details array The number of value settings this control has The value of this field is referred to as N The maximum value of this field is defined in the Max Value Count column of Table 7 39 The time period in microseconds from when a control is set with the SET_CONTROL command till it automatically resets to it s default values When this is set to zero 0 automatic resets do not happen The descriptor_index for the signal source of the control The index of the output of the signal source of the control
69. ws to enter the entity name of the AVB Manager Displays the About dialog Opens the folder of the AVB Manager log files in the windows explorer Opens the user manual in windows help format 13 ZCTIRIEDEL AVB Manager User Manual 1 2 3 1 2 Settings Dialog di Riedel AVE Manage lanes Entity Properties options Show descriptors in Entity Properties view in expert mode iv Read all configurations of entities on startup en GB x Primarily preferred language de DE v Secondarily preferred language Connection Management options Expand Matrix per default only recommended for small systems _ Use regular expression pattern in name filter per default Firmware Update options V Reboot entity after firmware update Figure 15 Settings dialog Entity Property options Show descriptors in Entity Properties view in expert mode active after restarting By default only the major Descriptor Values are displayed Enabling this the AVB Manger checkbox displays all available Descriptor Values in the respective Descriptor groups Read all configurations of an entity on startup By default all configurations stored in an entity will be read on startup of the AVB Manager This box can be unchecked to reduce network traffic and to speed up startup delay In this case only the active configuration will be read during startup of the AVB Manager Primarily preferred language Changes the language of the Locale Secondarily pr

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