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Henrik
44
ShannonLteUeCap.proto
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44
ShannonLteUeCap.proto
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syntax = "proto2";
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message ShannonLteUECap {
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// ShannonUECapLte version.
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required uint32 version = 1;
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// List of combos.
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repeated Combo combos = 2;
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// Unknown bitmask.
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required uint32 bitmask = 3;
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}
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message Combo {
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// List of Components.
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repeated Component components = 1;
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/*
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The supportedBandwidthCombinationSet of this combo.
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It's stored as a 32bit unsigned int, each of its bits has the same value of the corresponding
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bit in the BitString. 0 means default i.e. only BCS 0 supported (if applicable).
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*/
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optional uint32 bcs = 2;
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// Unknown bitmask.
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required uint32 unknown1 = 3;
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// Unknown bitmask.
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required uint32 unknown2 = 4;
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}
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message Component {
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// LTE Bands are stored as int
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required int32 band = 1;
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/*
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First 8 bits encode mimo, second 8 bits encode bw class. Bw class is encoded setting to 1 the
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bit representing the bw class index.
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Ex. 1000 0000 = class A (index 0), 0100 0000 = class B (index 1), 00100 0000 = class C (index 2)
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Mimo is encoded as enum, 0 -> 2, 1 -> 4
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*/
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required int32 bwClassMimoDl = 2;
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/*
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First 8 bits encode mimo, second 8 bits encode bw class. Bw class is encoded setting to 1 the
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bit representing the bw class index.
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Ex. 1000 0000 = class A (index 0), 0100 0000 = class B (index 1), 00100 0000 = class C (index 2)
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Mimo is encoded as enum, 0 -> 1, 1 -> 2
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*/
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required int32 bwClassMimoUl = 3;
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}
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174
ShannonNrUeCap.proto
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174
ShannonNrUeCap.proto
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syntax = "proto2";
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message ShannonNrUECap {
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// ShannonNrUECap version.
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optional uint32 version = 1;
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// ID assigned to this ShannonNrUECap.
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optional int32 id = 2;
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// List of combo groups.
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repeated ComboGroup comboGroups = 3;
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// List of FeatureSetDownlink.
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repeated FeatureNr dlFeatureList = 4;
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// List of FeatureSetUplink.
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repeated FeatureNr ulFeatureList = 5;
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// List of FeatureSetDownlinkPerCC.
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repeated FeatureDlPerCCNr dlFeaturePerCCList = 6;
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// List of FeatureSetUplinkPerCC.
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repeated FeatureUlPerCCNr ulFeaturePerCCList = 7;
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// Extra features
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optional ExtraFeatures extraFeatures = 8;
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// Integrity protection
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optional uint32 integrity = 9;
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}
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message ComboGroup {
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// Some features that applies to the whole combo group.
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required ComboFeatures comboFeatures = 1;
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// List of combos that share the same ComboFeatures.
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repeated Combo combos = 2;
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}
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message FeatureNr {
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// Intraband Freq Separation is stored as unsigned int
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optional uint32 intrabandFreqSeparation = 1;
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}
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message FeatureDlPerCCNr {
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// Max SCS is stored as numerology + 1, i.e. 1 = 15kHz, 2 = 30kHz, 3 = 60kHz, 4 = 120kHz.
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required int32 maxScs = 1;
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// Max Mimo is stored as an enum. 0 -> not supported, 1 -> 2, 2 -> 4.
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required int32 maxMimo = 2;
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// Max Bandwidth is stored as it's.
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required uint32 maxBw = 3;
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/*
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Max Modulation Order is stored as an enum. 0 -> not supported, 1 -> QAM64, 2 -> QAM256.
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Note that as TS 38 306 4.2.7.8 and 4.2.7.6, this doesn't specify the maximum (nor the minimum)
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modulation supported.
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*/
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required int32 maxModOrder = 4;
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// BW 90MHz supported is stored as boolean.
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required bool bw90MHzSupported = 5;
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}
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message FeatureUlPerCCNr {
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// Max SCS is stored as numerology + 1, i.e. 1 = 15kHz, 2 = 30kHz, 3 = 60kHz, 4 = 120kHz.
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required int32 maxScs = 1;
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// Max Mimo is stored as an enum. Max Mimo UL: 0 -> not supported, 1 -> 1, 2 -> 2.
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required int32 maxMimo = 2;
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// Max Bandwidth is stored as it's.
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required int32 maxBw = 3;
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/*
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Max Modulation Order is stored as an enum. 0 -> not supported, 1 -> QAM64, 2 -> QAM256.
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Note that as TS 38 306 4.2.7.8 and 4.2.7.6, this doesn't specify the maximum (nor the minimum)
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modulation supported.
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*/
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required int32 maxModOrder = 4;
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// BW 90MHz supported is stored as boolean.
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required bool bw90MHzSupported = 5;
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// MaxNumberSRS-ResourcePerSet is stored as unsigned int
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required uint32 maxNumSRSResPerSet = 6;
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}
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message ExtraFeatures {
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optional uint32 caParamEutraBitmap = 1;
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optional uint32 caParamEutraSupportedNaics2CrSAp = 2;
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optional uint32 caParamNrBitmap = 3;
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optional uint32 caParamNrSimultaneousSrsAssocCsiRsAllCc = 4;
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optional uint32 caParamNrMaxNumberSimultaneousNzpCsiRsActBwpAllCc = 5;
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optional uint32 caParamNrTotalNumberPortsSimultaneousNzpCsiRsActBwpAllCc = 6;
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optional uint32 caParamNrSimultaneousCsiReportsAllCc = 7;
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optional uint32 caParamMrdcBitmap = 8;
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optional uint32 caParamMrdcUlSharingEutraNr = 9;
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optional uint32 caParamMrdcUlSwitchingTimeEutraNr = 10;
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}
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message ComboFeatures {
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/*
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The supportedBandwidthCombinationSet that applies to the Nr Components.
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It's stored as a 32bit unsigned int, each of its bits has the same value of
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the corresponding bit in the BitString.
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0 means default i.e. only BCS 0 supported (if applicable).
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*/
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optional uint32 bcsNr = 1;
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/*
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The supportedBandwidthCombinationSet that applies to the IntraEnDc
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Components (supportedBandwidthCombinationSetIntraENDC).
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It's stored as a 32bit unsigned int, each of its bits has the same value of
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the corresponding bit in the BitString.
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0 means default i.e. only BCS 0 supported (if applicable).
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*/
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optional uint32 bcsIntraEndc = 2;
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/*
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The supported Bandwidth Combination Set that applies to the Eutra
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Components (supportedBandwidthCombinationSetEUTRA-v1530).
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It's stored as a 32bit unsigned int, each of its bits has the same value of
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the corresponding bit in the BitString.
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0 means default i.e. only BCS 0 supported (if applicable).
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*/
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optional uint32 bcsEutra = 3;
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/*
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Power Class of the whole combination, it's stored as an enum.
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Note that this doesn't override the powerclass of the uplink bands.
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For FR1 0 -> Default, 1 -> PC2, 2 -> PC1.5
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For FR2 0 -> Default
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*/
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optional int32 powerClass = 4;
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// IntraBandENDC-Support is stored as an enum. 0 -> contiguous, 1 -> non-contiguous, 2 -> both.
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optional int32 intraBandEnDcSupport = 5;
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// SupportedNumberTAG is stored as unsigned int.
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optional uint32 supportedNumTag = 6;
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}
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message Combo {
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// List of Components.
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repeated Component components = 1;
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// A bit mask stored as unsigned int that enables or disables this combo for specific SKUs.
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required uint32 skuBitMask = 2;
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}
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message Component {
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// LTE Bands are stored as they are, NR Bands are stored as band number + 10000.
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required uint32 band = 1;
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// BwClass DL is stored as ASCII value - 0x40. 0 means DL not supported.
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required uint32 bwClassDl = 2;
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// BwClass UL is stored as ASCII value - 0x40. 0 means UL not supported.
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required uint32 bwClassUl = 3;
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/*
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For LTE this is FeatureSetEUTRA-DownlinkId, the corresponding FeatureSetDL-r15
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seems to be hardcoded elsewhere (see ShannonFeatureSetEutra).
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Note that the index starts from 1 as per 3GPP spec, 0 means DL not supported.
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For NR this sets some features that applies to the whole component (not PerCC).
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Empirically 1 -> FR1, 2 -> FR2.
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*/
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required uint32 dlFeatureIndex = 4;
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/*
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For LTE this is FeatureSetEUTRA-UplinkId, the corresponding FeatureSetUL-r15
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seems to be hardcoded elsewhere (see ShannonFeatureSetEutra).
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Note that the index starts from 1 as per 3GPP spec, 0 means UL not supported.
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For NR this sets some features that applies to the whole component (not PerCC).
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Empirically 1 -> 1 SRS port per resource, 2 -> 2 SRS ports per resource.
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*/
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required uint32 ulFeatureIndex = 5;
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/*
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This is a list of FeatureSetDownlinkPerCC-Id per each CC. This only applies to NR.
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The corresponding FeatureSetDownlinkPerCC are stored in dlFeaturePerCCList.
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Note that the index starts from 1 as per 3GPP spec, 0 means DL not supported.
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*/
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repeated uint32 dlFeaturePerCCIds = 6 [packed = true];
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/*
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This is a list of FeatureSetUplinkPerCC-Id per each CC. This only applies to NR.
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The corresponding FeatureSetUplinkPerCC are stored in ulFeaturePerCCList.
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Note that the index starts from 1 as per 3GPP spec, 0 means UL not supported.
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*/
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repeated uint32 ulFeaturePerCCIds = 7 [packed = true];
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/*
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SupportedSRS-TxPortSwitch is stored as enum.
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1 -> t1r1, 2 -> t1r2, 3 -> t1r4, 4 -> t2r2, 5 -> t2r4, 6 -> t1r4-t2r4
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*/
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optional int32 srsTxSwitch = 8;
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}
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