PXF 4222 E V1.3-G Infineon Technologies, PXF 4222 E V1.3-G Datasheet

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... Infineon Technologies Office. Infineon Technologies Components may only be used in life-support devices or systems with the express written approval of Infineon Technologies failure of such components can reasonably be expected to cause the failure of that life-support device or system affect the safety or effectiveness of that device or system. Life support devices or systems are intended to be implanted in the human body support and/or maintain and sustain and/or protect human life ...

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Table of Contents I IMA Version 1.1 PICS Proforma . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...

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List of Tables Table a Implementation Identification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...

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Preface This document is the ”Inverse Multiplexing for ATM Protocol Implementation Conformance Statement (PICS)” for the IWORX-P Interworking Controller PXF 4222, Version 1.1. This PICS answers the PICS Proforma as defined in ”Annex I, IMA Version 1.1 PICS Proforma” of ...

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I IMA Version 1.1 PICS Proforma I.1 Introduction To evaluate conformance of a particular implementation necessary to have a statement of which capabilities and options have been implemented for a given protocol. Such a statement is called a ...

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... Table b System Under Test SUT Name Hardware Configuration EASY 4225 V 1.2 Table c Product Supplier Name Infineon Technologies AG I.3 IMA PICS Proforma I.3.1 Global Statement of Conformance The implementation described in this PICS Proforma meets all of the mandatory requirements of the protocol specification. Yes__ No__ Note: Answering ” ...

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I.3.3 IMA Protocol Functions Table 21 Basic IMA Protocol (BIP) Definition Functions Item Protocol feature BIP.1 Does the implementation support a number N (1 transmission links within an IMA ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.7 Does the implementation distribute ATM cells arriving from the ATM layer over the N links in a cyclic round-robin fashion, and on a cell- by-cell basis? BIP.8 ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.15 Does the implementation aggregate, on receive, the ATM cell stream to the ATM layer? BIP.16 Does the implementation preserve the order of incoming cells? BIP.17 Does the ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.25 Does the implementation transmit the content of the link specific fields appearing in class A over the link for which these fields apply? BIP.26 Does the implementation ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.30 Does the implementation use the ”Rx Defect Indicators” field, located in the Link ”x” Information field in an ICP cell, to report the Rx defect indicators corresponding ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.37 If the implementation does not support the IMA version proposed by the OAM Label received from the far-end IMA unit, does the implementation report the "Config- Aborted ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.45 Does the implementation use the ICP Cell Offset field (octet 9) to indicate the location of the ICP cell within the IMA frame of length M cells? ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.56 Does the implementation use on transmit the value configured by the UM? BIP.57 Does the implementation allow different values both Tx and Rx directions? ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.63 Does the implementation process the fields in octets 12 through 49 if the SCCI field has advanced beyond the SCCI value of the last processed ICP cell? ...

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Table 21 Basic IMA Protocol (BIP) Definition Functions (cont’d) Item Protocol feature BIP.72 Does the implementation abort the start-up procedure using the appropriate code defined in the ”Group Status and Control” field of the ICP cell (as specified in Table ...

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Table 22 QoS Requirements Functions Item Protocol feature QOS.1 Does the implementation support all ATM traffic/QoS classes supported by the ATM layer? Note: none l Table 23 CTC and ITC Operation Functions Item Protocol feature CIT.1 Does the implementation indicate ...

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Table 23 CTC and ITC Operation Functions (cont’d) Item Protocol feature CIT.7 Does the implementation indicate a stuff event in the ICP cell preceding a stuff event using the mandatory LSI codes specified in Table 2 on page 30? CIT.8 ...

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Table 23 CTC and ITC Operation Functions (cont’d) Item Protocol feature CIT.15 Does the implementation ensure that a restart is not caused if the implementation detects a mismatch between the FE and NE Transmit clock modes? CIT.16 Does the implementation ...

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Table 24 IMA Data Cell (IDC) Rate Implementation Functions Item Protocol feature IDC.5 Does the implementation only select or change the TRL during the following situations: • during group start-up, • when the previously selected TRL's transmit state changes from ...

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Table 24 IMA Data Cell (IDC) Rate Implementation Functions Item Protocol feature IDC.11 Does the implementation remove CDV attributed to the presence of ICP cells by a mechanism equivalent to providing a small smoothing buffer into which cells are placed ...

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Table 25 Link Differential Delay (LDD) Functions Item Protocol feature LDD.1 Does the implementation introduce a differential delay among the constituent links of a maximum of 2.5 cell times at the physical link rate? LDD.2 Does the implementation tolerate up ...

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Table 26 IMA Interface Operation (IIO) Functions (cont’d) Item Protocol feature IIO.6 Does the implementation treat sequentially the incoming events that trigger the Tx LSM, although the order of treatment is implementation specific if these events appear simultaneously? IIO.7 Does ...

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Table 26 IMA Interface Operation (IIO) Functions (cont’d) Item Protocol feature IIO.13 Does the implementation use ”Inhibited”, ”Failed”, ”Fault” or ”Mis- connected” reason when reporting the Unusable state? IIO.14 Does the implementation re- evaluate the TX and Rx ...

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Table 26 IMA Interface Operation (IIO) Functions (cont’d) Item Protocol feature IIO.20 Does the implementation validate the Rx OAM Label and Rx IMA ID over at least one link before moving into the Start-up-Ack state? IIO.21 Does the ...

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Table 26 IMA Interface Operation (IIO) Functions (cont’d) Item Protocol feature IIO.30 Does the implementation determine and report that the group is up when both the local and remote GSMs are Operational? IIO.31 Does the implementation determine and report that ...

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Table 26 IMA Interface Operation (IIO) Functions (cont’d) Item Protocol feature IIO.38 Does the implementation ensure that it does not drop any ATM layer cells when deleting or inhibiting links while the GSM is maintained in the Operational state? IIO.39 ...

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Table 26 IMA Interface Operation (IIO) Functions (cont’d) Item Protocol feature IIO.43 When running the group start-up procedure, does the implementation wait a minimum of one second, unless all the configured links are being reported Rx=Active by FE, before reporting ...

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Table 26 IMA Interface Operation (IIO) Functions (cont’d) Item Protocol feature IIO.48 When running the LASR procedure and after the Tx state of all accepted links has been reported Usable in a previous update of the ICP cell, does the ...

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Table 27 IMA Frame Synchronization (IFS) Mechanism Functions Item Protocol feature IFS.1 Does the implementation perform IMA frame synchronization on each link, based on the IFSM defined in Figure 19 on page 69 and Table 16 on page 69? IFS.2 ...

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Table 27 IMA Frame Synchronization (IFS) Mechanism Functions (cont’d) Item Protocol feature IFS.15 Does the implementation assume that any occurrence of HEC/CRC errored cell in the ICP cell position was an ICP cell? IFS.16 Does the implementation ignore the cell ...

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Table 28 IMA Interface OAM Operation Functions Item Protocol feature OAM.1 Does the implementation report the following link remote defect indicators: link defects, LIF, and LODS? OAM.2 If several defects are detected at the same time, does the implementation report ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.7 Does the implementation replace with Filler cells all ATM layer cells received on a link after an OCD or OIF anomaly condition has been detected on that link? ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.17 Does the implementation increment IV-IMA for every detected errored, invalid or missing ICP cell, except during seconds when a SES-IMA or UAS-IMA condition is reported, as indicated in ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.22 Does the implementation increment SES-IMA for every one second interval containing one or more LODS link defects, except during seconds when a UAS-IMA condition is reported, as indicated ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.27 Does the period of FE unavailability begin at the onset of 10 contiguous SES-IMA (including the first 10 seconds to enter the UAS-IMA condition), as indicated in Table ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.34 Does the implementation increment Tx-FC each time the Tx-Mis- Connected link failure condition is entered, as indicated in Table 19 on page 77? OAM.35 Does the implementation increment ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.42 Does the implementation increment Rx-FC-FE each time the Rx- Unusable-FE link failure condition is entered, as indicated in Table 19 on page 77? OAM.43 Does the implementation increment ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.49 Does the implementation increment GR-FC-FE each time the Config- Aborted-FE group failure condition is entered, as indicated in Table 19 on page 77? OAM.50 Does the implementation increment ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.59 Does the implementation report a LODS failure alarm for the persistence of a LODS defect at the NE? OAM.60 Does the implementation report a RFI-IMA failure alarm for ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.67 Does the implementation report a Start-up-FE failure alarm when it receives this signal from FE (the declaration of this failure alarm may be delayed to ensure the FE ...

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Table 28 IMA Interface OAM Operation Functions (cont’d) Item Protocol feature OAM.75 In the case of the LIF, LODS, RFI- IMA and Fault failure alarms, does the implementation support 10 ± 0.5 seconds as a default persistence clearing time to ...

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S3 implemented by application. S4: no implementation-specific faults defined. S5: one value for all kinds of defects. Table 29 Test Pattern Procedure (TPP) Functions Item Protocol feature TPP.1 Does the implementation activate the Test Pattern procedure in the ...

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Table 29 Test Pattern Procedure (TPP) Functions (cont’d) Item Protocol feature TPP.6 Does the implementation monitor the incoming ICP cells on the links already recognized in the group to detect a change of the Test Link Command? TPP.7 If the ...

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Table 30 IMA Interaction with Plane Management Functions Item Protocol feature IPM.1 Does the implementation process IMA group configuration indications received from the Plane Management? IPM.2 Does the implementation process IMA link addition/deletion indications received from the Plane Management? IPM.3 ...

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I.4 PICS Proforma References [A-1] The ATM Forum, AF-PHY-0086.001, Inverse Multiplexing for ATM (IMA) Specification Version 1.1. [A-2] ISO/IEC 9646-1: 1990, Information technology - Open systems interconnection - Conformance testing methodology and framework - Part 1: General concepts (See also ...

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