JP7198834B2 - 物理媒体上の複数のデータ・チャネルの協調配信のための装置及び方法 - Google Patents
物理媒体上の複数のデータ・チャネルの協調配信のための装置及び方法 Download PDFInfo
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Description
ネットワーク事業者は、様々な異なるデバイスを使用してデータ・サービス(たとえば、ブロードバンド)及びビデオ・プロダクトを顧客に配信し、それにより、そのユーザ又は加入者が、いくつかの異なるコンテキスト、固定(たとえば、その居住地において)とモバイル(移動しながら、又は家から離れてなど)の両方において、データ/コンテンツにアクセスすることを可能にする。図1及び図2は、そのようなデータ・サービスをそのユーザ及び加入者に提供するために使用される、一般的な従来技術の管理された(たとえば、ケーブル)コンテンツ配信ネットワーク・アーキテクチャを示す機能ブロック図である。
代替的に、ネットワーク内でサービスを提供するために、いわゆる「オーバーザトップ(over-the-top)」又はOTT配信が使用され得、ネットワーク事業者と提携しないことがあるサード・パーティ・ソースからのコンテンツが、ネットワーク事業者の(上記で説明されたケーブル・アーキテクチャを含む)インフラストラクチャを介して、たとえば、IPベースのトランスポートを介して、要求側ユーザ又は加入者に直接コンテンツを提供し、すなわち、コンテンツは、よく知られているインターネット・プロトコル・ネットワークレイヤ・プロトコルに従って、上述の高スピードDOCSISケーブル・モデムなどを介して、ユーザのネットワーク又はIPアドレスに基づいて要求側ユーザへの配信のためにパケット化され、ルーティングされる。
無線アクセス技術(「RAT:Radio Access Technology」)としても知られる、多数のワイヤレス・ネットワーキング技術は、無線ベースの通信ネットワークのための接続の基礎をなす手段をユーザ・デバイスに提供する。そのようなRATは、しばしば、認可無線周波数スペクトル(すなわち、委員会の規則のセクション2.106において成文化された、周波数割振りの表に従ってFCCによって割り振られた無線周波数スペクトル)を利用する。現在、9kHzから275GHzの間の周波数帯域のみが割り振られている(すなわち、1つ又は複数の地上波又は空間無線通信サービス、或いは特定の条件下の電波天文学サービスによる使用のために指定されている)。たとえば、一般的なセルラー・サービス・プロバイダは、以下の表1に示されているように、いわゆる「3G」(第3世代)及び「4G」(第4世代))ワイヤレス通信のためのスペクトルを利用し得る。
NG-RAN又は「NextGen RAN(無線エリア・ネットワーク)」は、3GPP「5G」次世代無線システムの一部である。3GPPは、現在、リリース15 NG-RANと、それの構成要素と、いわゆる「gNB」(次世代ノードB又はeNB)を含む関与するノードの間の対話とを指定している。NG-RANは、超高帯域幅、超低レイテンシ(たとえば、1ms又はそれ以下の「ラウンドトリップ」程度)ワイヤレス通信を提供し、適用例に応じて、屋内「スポット」使用、都市「マクロ」(ラージ・セル)カバレージ、地方カバレージ、車両における使用、並びに「スマート」グリッド及び構造を含む、多種多様な展開シナリオにおいて、上記で説明されたタイプの認可スペクトルと無認可スペクトルの両方を効率的に利用することになる。NG-RANはまた、4G/4.5Gシステム及びインフラストラクチャと統合することになり、その上、新しいLTEエンティティが使用される(たとえば、EPC(発展型パケット・コア)とNR「NGC」(次世代コア(Next Generation Core))の両方への接続性をサポートする「発展型」LTE eNB又は「eLTE eNB」。したがって、「スタンドアロン」(SA:standalone)構成と「非スタンドアロン」(NSA:non-standalone)構成の両方が説明される。以下でより詳細に説明されるように、SAシナリオでは、5G NR又は発展型LTE無線セル及びコア・ネットワークは、単独で動作させられる。逆に、NSAシナリオでは、e-UTRANエンティティとNG-RANエンティティの組合せが利用される。
現存する4/4.5G(たとえば、LTE/LTE-A)及びWLAN(及び他の無認可)システムによってもたらされるワイヤレス・データ・レート、ロバストネス、及びカバレージにおける大きい進歩があっても、依然として、大きな障害が存在する。
例示的な一態様では、本開示は、とりわけ、既存の管理されたネットワーク(たとえば、ケーブル・ネットワーク)インフラストラクチャを活用する、拡張超高データ・レート・サービスを提供するための改善されたアーキテクチャ、方法及び装置を提供する。開示されるアーキテクチャは、コンテンツが消費され、固定ブロードバンドとモバイル・ブロードバンドとを、又は上記とIoTとを区別する必要をなくす、環境(たとえば、屋内/屋外/モビリティ)にかかわらず高度に均一なユーザ・エクスペリエンスを可能にする。これらの能力は、例示的な実施例では、構内への単一同軸ケーブル・ドロップを介して、及び単一CPEチップセットを介して提供される。いくつかの変形態では、(5G NRについての3GPPリリース15に従う)NSA動作が、さらに有利にサポートされる。
次に、本開示の装置及び方法の例示的な実施例が、詳細に説明される。これらの例示的な実施例は、サービス・プロバイダ(たとえば、MSO)の管理されたネットワークに関連する、又はそのネットワークによって少なくとも部分的にサポートされる、前述のワイヤレス・アクセス・ノード(たとえば、gNB及びeNB)のコンテキストにおいて説明されるが、他のタイプの無線アクセス技術(「RAT」)、デジタル・データ(たとえば、テキスト、画像、ゲーム、ソフトウェア・アプリケーション、ビデオ及び/又はオーディオ)を配信するように構成された他のタイプのネットワーク及びアーキテクチャが、本開示に従って使用され得る。そのような他のネットワーク又はアーキテクチャは、ブロードバンド、ナローバンド、又はそれ以外であり得、したがって、以下は、本質的に例にすぎない。
次に図4を参照すると、拡張サービス・プロバイダ・ネットワーク・アーキテクチャ400の一実施例が詳細に図示及び説明される。
1.アクセス及びモビリティ管理機能(AMF:Access and Mobility Management function)。NASシグナリングの終了と、NAS完全性保護及びサイファ化と、登録及び接続及びモビリティ管理と、アクセス認証及び許可と、セキュリティ・コンテキスト管理とを提供する。AMFは、従来の発展型パケット・コア(EPC)のMME機能性の部分に類似する機能を有する。
2.アプリケーション機能(AF:Application Function)。トラフィック・ルーティングに対するアプリケーション影響、NEFにアクセスすること、ポリシー制御のためのポリシー・フレームワークとの対話を管理する。NR AFは、EPCにおけるAFに相当する。
3.認証サーバ機能(AUSF:Authentication Server Function)。認証サーバ機能性を提供する。AUSFは、EPCからのHSSの部分と同様である。
4.ネットワーク露出機能(NEF:Network Exposure function)。能力及びイベントの露出、外部アプリケーションから3GPPネットワークへの情報のセキュアな提供、内部/外部情報の変換を管理する。NEFは、EPCと比較してまったく新しいエンティティである。
5.ネットワーク・スライス選択機能(NSSF:Network Slice Selection Function)。UEをサービスするためのネットワーク・スライス・インスタンスの選択、可能にされるNSSAIを決定すること、UEをサービスするために使用されるべきAMFセットを決定することを提供する。NSSFは、EPCと比較してまったく新しいエンティティである。
6.NFリポジトリ機能(NRF:NF Repository function)。サービス発見機能をサポートし、NFプロファイルと利用可能なNFインスタンスとを維持する。NRFは、EPCと比較してまったく新しいエンティティである。
7.ポリシー制御機能(PCF:Policy Control Function)。統一されたポリシー・フレームワークを提供し、CP機能に対するポリシー・ルールと、UDRにおけるポリシー判断のためのアクセス・サブスクリプション情報とを提供する。PCFは、EPCからのPCRF機能性の部分を有する。
8.セッション管理機能(SMF:Session Management function)。セッション管理(セッション確立、修正、解放)、UEのためのIPアドレス割振り及び管理、DHCP機能、セッション管理に関係するNASシグナリングの終了、DLデータ通知、適切なトラフィック・ルーティングのためのUPFについてのトラフィック・ステアリング構成を提供する。SMFは、EPCからのMME及びPGW機能性の部分を含む。
9.統一データ管理(UDM:Unified Data Management)。認証及び鍵一致(AKA:Authentication and Key Agreement)証明の生成、ユーザ識別ハンドリング、アクセス許可、サブスクリプション管理をサポートする。これは、EPCからのHSS機能性の部分を備える。
10.ユーザ・プレーン機能(UPF:User plane function)。UPFは、パケット・ルーティング及びフォワーディング、パケット検査、QoSハンドリングを提供し、また、データ・ネットワーク(DN:Data Network)への相互接続の外部PDUセッション・ポイントとして働く。UPFはまた、RAT内モビリティとRAT間モビリティとのためのアンカー・ポイントとして働き得る。UPFは、EPCからの従来のSGW及びPGW機能性の一部を含む。
- AMF識別子(AMF ID:AMF Identifier)は、AMF(アクセス及びモビリティ管理機能)を識別するために使用され、
- NRセル・グローバル識別子(NCGI:NR Cell Global Identifier)は、NRセルをグローバルに識別するために使用され、セルが属するPLMN識別情報とセルのNRセル識別情報(NCI:NR Cell Identity)とから構築され、
- gNB識別子(gNB ID:gNB Identifier)は、PLMN内のgNBを識別するために使用され、それのセルのNCI内に含まれ、
- gNBをグローバルに識別するために使用され、gNBが属するPLMN識別情報とgNB IDとから構築される、グローバルgNB ID、
- トラッキング・エリアを識別するために使用され、トラッキング・エリアが属するPLMN識別情報とトラッキング・エリアのTAC(トラッキング・エリア・コード(Tracking Area Code))とから構築される、トラッキング・エリア識別情報(TAI:Tracking Area identity)、
- ネットワーク・スライスを識別するために使用される、シングル・ネットワーク・スライス選択支援情報(S-NSSAI:Single Network Slice Selection Assistance information)。
したがって、どんなデータがMSO又はそれの顧客にとって有用であるかに応じて、上記の様々な部分は、特定のgNB「クライアント」、又は、MSOネットワークによってバックホール化されるそれらの構成要素に関連付けられ、記憶され得る。
図4のコンテキストでは、本明細書で説明されるDUeは、拡張CPE(CPEe)413及び無線ノード406a(たとえば、柱取り付け外部デバイス)に対して任意の数の形式及び機能を仮定し得る。概して、「DU」及び「CU」が3GPP規格化特徴及び機能を指すことを認識すると、これらの特徴及び機能は、図4のアーキテクチャ400においてサポートされる限り、無数のやり方及び/又はロケーションで実装され得る。その上、(本明細書でCUe及びDUeと呼ばれる)これらの構成要素の拡張及び/又は延長、並びに本開示によって提供されるそれらの機能は、同様に、アーキテクチャ400全体にわたる様々なノード及びロケーションにおいて分散され得、図示されたロケーション及び配置は例示的なものにすぎない。
- オプション1(RRC/PCDPスプリット)
- オプション2(PDCP/RLCスプリット)
- オプション3(イントラRLCスプリット)
- オプション4(RLC-MACスプリット)
- オプション5(イントラMACスプリット)
- オプション6(MAC-PHYスプリット)
- オプション7(イントラPHYスプリット)
- オプション8(PHY-RFスプリット)
を含み得る。
図6a及び図6bは、図4のHFCケーブル・プラント内の距離の関数としての、例示的なダウンストリーム(DS)及びアップストリーム(US)データ・スループット又はレートを示す。図示のように、10Gbps程度の総(DSとUSとを組み合わせた)帯域幅が、(本出願の譲受人によって行われるコンピュータ化シミュレーションに基づいて)2100フィート(640m)におけるノード+2において、及び1475フィート(450m)におけるノード+1において達成可能である。上述の10Gbpsの1つの例示的なスプリットは、非対称、たとえば、8Gbps DL/2Gbps ULであるが、これは、本明細書の他の場所で説明されるように、たとえば、TDD変動を使用して動的に変動させられ得る。
ここで、
Rt=総ライン抵抗オーム/304.8メートル(1000フィート)
p=誘電体の電力ファクタ(power factor)
F=メガヘルツ(MHz)単位の周波数
0.5E-03s(対称US/DSを仮定する)×(0.7×3E08m/s)×1km/1000m
=1.05E02km
図7及び図7aは、本開示による、ネットワーク無線周波数ノード装置409の例示的な構成を示す。上記で参照されたように、これらのノード409は、とりわけ、現存するHFC(及び光)インフラストラクチャ、並びにCUe404などの他の4G/5G構成要素との最も効率的な統合を容易にするように、(i)MSOの物理的にセキュアな空間などにおいて、他のMSO機器とコロケートされること、(ii)「ストランド」又は柱取り付け、(iii)表面取り付け、及び(iv)埋め込まれることを含む、任意の数のフォーム・ファクタをとることができる。
図8は、本開示によるCPEe装置413の例示的な構成を示す。図示のように、CPEe413は、概して、HFC分散ネットワーク(すなわち、構内における同軸ドロップ)へのRF入力インターフェース816。概して、前に説明されたノード409の送信機/受信機と対称の送信機/受信機アーキテクチャが使用され、すなわち、インピーダンス整合回路要素、ダイプレクサ、同期回路、チルトなどが、CPEe RFフロント・エンドの一部として使用される。ブロック・コンバータ810は、以下でより詳細に説明される、構内ドメインに対する同軸ケーブル・ドメイン帯域(ここで、50~850及び850~1650MHz)に及びそれからコンバートするために使用される。
次に、図9~図9dを参照すると、たとえば、本明細書の図4のネットワーク・インフラストラクチャを動作させる方法が、図示及び説明される。
Claims (22)
- 統合されたワイヤレス・データ・サービスを配信するために現存するインフラストラクチャが使用されるように、無線周波数(RF)ネットワークを動作させる方法であって、前記方法が、
規定された周波数帯域内で、前記現存するインフラストラクチャの少なくとも一部分上でOFDM(直交周波数分割多重)波形を送信するステップと、
少なくとも1つのチャネルを、前記規定された周波数帯域の少なくとも1つのサブバンド内で割り振るステップと、
少なくとも1つの同期キャリアを、前記規定された周波数帯域の前記少なくとも1つのサブバンド内で割り振るステップと、
前記同期キャリア上にI(同相)データとQ(直交位相)データとを多重化するステップとを含み、
前記送信されたOFDM波形が、少なくとも第1及び第2の空間ダイバーシティ・データ・チャネルを備え、前記少なくとも第1及び第2の空間ダイバーシティ・データ・チャネルは、前記少なくとも第1及び第2の空間ダイバーシティ・データ・チャネルの各々が、少なくとも1つの受信機デバイスによって受信され、アグリゲートされ得るように、互いに対して周波数において、及び前記規定された周波数帯域内でシフトされる、
方法。 - 前記現存するインフラストラクチャの前記少なくとも一部分上で前記送信するステップが、少なくとも1つの単一同軸ケーブル構内ドロップへの配信のためのハイブリッド・ファイバー同軸(HFC)インフラストラクチャ上で送信するステップを含み、
前記統合されたワイヤレス・データ・サービスが、1Gbpsを超過するレートにおけるデータ配信を備える、
請求項1に記載の方法。 - 前記送信するステップは、少なくとも、前記現存するインフラストラクチャの通常動作帯域よりも周波数が広い周波数帯域を使用するステップを含む、請求項2に記載の方法。
- 前記規定された周波数帯域を、前記現存するインフラストラクチャの利用可能な総帯域幅から指定するステップと、
前記少なくとも第1及び第2の空間ダイバーシティ・データ・チャネルを少なくとも2つのそれぞれのサブバンドに割り振るステップと
をさらに含む、請求項1に記載の方法。 - 前記割り振るステップが、広帯域増幅器装置を使用して約98MHzのサブバンドに割り振るステップを含む、請求項4に記載の方法。
- 前記割り振るステップが、1つ又は複数の現存するHFC(Hybrid Fiber Coax)ネットワーク・ハブへの前記少なくとも2つのサブバンドの配信をさらに含む、請求項4に記載の方法。
- 前記I(同相)データと前記Q(直交位相)データを用いて、4G/4.5G LTE(Long Term Evolution)/LTE-A(Long Term Evolution Advanced)信号又は5G NR(Fifth Generation New Radio)信号のうちの少なくとも1つを同期するステップをさらに含む、請求項1に記載の方法。
- 前記同期キャリア上に前記I(同相)データと前記Q(直交位相)データとを前記多重化するステップが、前記同期キャリア上に少なくとも第1のデータ・ビット及び少なくとも第2のデータ・ビットを多重化するステップを含み、前記少なくとも第1のデータ・ビットが第1の技術に対応し、前記少なくとも第2のデータ・ビットが第2の技術に対応する、請求項1に記載の方法。
- 前記第1の技術が3GPP LTEを備え、前記少なくとも第2の技術が3GPP 5G NR(第5世代新無線)を備える、請求項8に記載の方法。
- 無認可無線周波数帯域において、少なくとも3GPP第5世代(5G)新無線(NR)準拠エア・インターフェースを使用して、少なくとも1つのユーザ・デバイスに前記OFDM波形を送信するステップをさらに含む、請求項1に記載の方法。
- 前記現存するインフラストラクチャの少なくとも一部分上でOFDM(直交周波数分割多重)波形を前記送信するステップが、少なくとも同軸ケーブル上で、及び前記同軸ケーブルに結合された複数の増幅器段を介して前記OFDM波形を送信するステップを含む、請求項1に記載の方法。
- ワイヤレス・ユーザ・デバイスをサポートするように構成されたネットワーク・アーキテクチャであって、前記アーキテクチャは、
ネットワークのワイヤライン又は光媒体上に無線周波数(RF)波形を送信するように構成された分散ノードであって、前記RF波形が、(i)直交周波数分割多重(OFDM)変調されたRF波形と、(ii)少なくとも2つの空間的に多様なデータ・ストリームとを備え、前記少なくとも2つの空間的に多様なデータ・ストリームのうちの第1のものが、第1の周波数サブバンドに割り振られ、前記少なくとも2つの空間的に多様なデータ・ストリームのうちの第2のものが、第2の周波数サブバンドに割り振られる、分散ノードと、
第1の複数のユーザ・ノードであって、前記第1の複数のユーザ・ノードの各々が、前記ワイヤライン又は光媒体とデータ通信しており、受信機装置を備える、第1の複数のユーザ・ノードと
を備え、前記受信機装置が、
送信されたOFDM変調波形を受信することと、
アップコンバートされた波形を形成するために、前記受信されたOFDM変調波形を少なくとも1つのユーザ周波数帯域にアップコンバートすることと、
前記アップコンバートされた波形を少なくとも1つのワイヤレス・ユーザ・デバイスに送信することと
を行うように構成され、
前記ネットワークの前記ワイヤライン又は前記光媒体上への前記RF波形の送信は、前記第1の周波数サブバンド及び前記第2の周波数サブバンドにそれぞれ関連する少なくとも2つの同期データ・ストリームを多重化する同相及び直交位相(I-Q)を含む、ネットワーク・アーキテクチャ。 - 前記分散ノード及び前記第1の複数のユーザ・ノードのうちの少なくとも1つとデータ通信している無線ノードをさらに備え、前記無線ノードが、前記少なくとも1つのユーザ・ノードへの少なくとも補足データ通信を行うように構成された、請求項12に記載のネットワーク・アーキテクチャ。
- 前記無線ノードが、少なくとも光ファイバー媒体を介して前記分散ノードとデータ通信しており、前記無線ノードが、ワイヤレス・インターフェースを介して前記少なくとも1つのユーザ・ノードとデータ通信している、請求項13に記載のネットワーク・アーキテクチャ。
- 前記ネットワークの第2のワイヤライン又は光媒体上に無線周波数(RF)波形を送信するように構成された第2の分散ノードをさらに備え、前記RF波形が、直交周波数分割多重(OFDM)変調され、前記ネットワークの前記第2のワイヤライン又は光媒体が、前記第1の複数のユーザ・ノードとは異なる第2の複数のユーザ・ノードをサービスする、請求項12に記載のネットワーク・アーキテクチャ。
- 少なくとも前記分散ノード、及び(i)前記第1の複数のユーザ・ノードのうちの少なくとも1つ、及び(ii)前記第2の複数のユーザ・ノードのうちの少なくとも1つとデータ通信している無線ノードをさらに備え、前記無線ノードが、前記第1の複数のユーザ・ノードのうちの前記少なくとも1つと前記第2の複数のユーザ・ノードのうちの前記少なくとも1つの両方への少なくとも補足データ通信を行うように構成され、
前記無線ノードが、少なくとも光ファイバー媒体を介して前記分散ノードとデータ通信しており、前記無線ノードが、RFスペクトルの無認可部分を利用するワイヤレス・インターフェースを介して、前記第1の複数のユーザ・ノードのうちの前記少なくとも1つと前記第2の複数のユーザ・ノードのうちの前記少なくとも1つの両方とデータ通信している、請求項15に記載のネットワーク・アーキテクチャ。 - ハイブリッド・ファイバー/同軸ケーブル分散ネットワーク内での使用のためのコントローラ装置であって、前記コントローラ装置が、
無線周波数(RF)通信管理モジュールと、
ネットワーク・コア・プロセスとのデータ通信のために、前記RF通信管理モジュールとデータ通信している第1のデータ・インターフェースと、
前記ハイブリッド・ファイバー/同軸ケーブル分散ネットワークの第1のRF分散ノードとのデータ通信のために、前記RF通信管理モジュールとデータ通信している第2のデータ・インターフェースと、
前記ハイブリッド・ファイバー/同軸ケーブル分散ネットワークの第2のRF分散ノードとのデータ通信のために、前記RF通信管理モジュールとデータ通信している第3のデータ・インターフェースと
を備え、
前記無線周波数(RF)通信管理モジュールは、互いに対して周波数においてシフトされ、選択された送信周波数帯域を介して送信される、複数の空間的に多様なデータ・ストリームを使用して、少なくとも、前記第1のRF分散ノードと前記第2のRF分散ノードとのうちの少なくとも1つからのデジタル・データの送信を可能にするための、コンピュータ化論理を備え、
前記第1のRF分散ノードと前記第2のRF分散ノードとのうちの少なくとも1つからのデジタル・データの送信は、同相及び直交位相(I-Q)の変調されたアナログ信号の送信を含み、前記I-Qの変調されたアナログ信号は、複数の空間的に多様なデータ・ストリームに関連する同期データを含む、コントローラ装置。 - 前記無線周波数(RF)通信管理モジュールが、3GPP第5世代新無線(5G NR)gNB(gノードB)コントローラ・ユニット(CU)を備え、
ネットワーク・コア・プロセスとのデータ通信のための前記第1のデータ・インターフェースが、5GC(第5世代コア)との3GPP第5世代新無線(5G NR)Xnインターフェースを備え、
前記第2のデータ・インターフェースが、少なくともワイヤライン・データ・ベアラ媒体上で動作可能な3GPP第5世代新無線(5G NR)F1インターフェースを備え、前記第1のRF分散ノードが、3GPP第5世代新無線(5G NR)gNB(gノードB)分散型ユニット(DU)を備え、
前記第3のデータ・インターフェースが、少なくとも高密度波分割多重化(DWDM)光学データ・ベアラ上で動作可能な第5世代新無線(5G NR)F1インターフェースを備え、前記第2のRF分散ノードが、3GPP第5世代新無線(5G NR)gNB(gノードB)分散型ユニット(DU)を備える、
請求項17に記載のコントローラ装置。 - 前記少なくとも2つの同期データ・ストリームのI-Q多重化は、前記第1の周波数サブバンド及び前記第2の周波数サブバンドのそれぞれの受信機の同期を可能とするQPSK(Quadrature Phase Shift Keying)変調フォーマット内のデータ・ビットの多重化を含む、請求項12に記載のネットワーク・アーキテクチャ。
- 前記第1の周波数サブバンドは、3GPP 4G LTE(3rd Generation Partnership Project Fourth Generation Long-Term Evolution) 波形を含み、前記第2の周波数サブバンドは、5G NR(Fifth Generation New Radio)波形を含む、請求項19に記載のネットワーク・アーキテクチャ。
- 前記少なくとも2つの同期データ・ストリームは、前記分散ノードから複数のアクティブ構成要素のダウンストリームの発振器の周波数同期をさせるように構成され、前記複数のアクティブ構成要素は、(i)線路延長増幅器又は(ii)CPEのうちの少なくとも1つを含む、請求項12に記載のネットワーク・アーキテクチャ。
- 前記I-Q変調されたアナログ信号は、前記ダウンストリーム(DS)方向において一方向通信を採用する規定の周波数内のスペクトルを利用するハイブリッド・ファイバー/同軸ケーブル分散ネットワークの一部内のQPSK(Quadrature Phase Shift Keying)アナログ同期チャネルを含む、請求項17に記載のコントローラ装置。
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