@prefix schema: <https://schema.org/> .
@prefix skos: <http://www.w3.org/2004/02/skos/core#> .
@prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> .
@prefix ks: <https://comcomponent.com/vocab/> .

<https://comcomponent.com/blog/2026/03/15/001-windows-nic-advanced-properties-guide/#article>
    schema:about <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:mentions <https://comcomponent.com/knowledge/speed-duplex/>, <https://comcomponent.com/knowledge/duplex-mismatch/>, <https://comcomponent.com/knowledge/link-speed-downshift/>, <https://comcomponent.com/knowledge/jumbo-frame/>, <https://comcomponent.com/knowledge/checksum-offload/>, <https://comcomponent.com/knowledge/local-capture-checksum-error/>, <https://comcomponent.com/knowledge/lso-tso/>, <https://comcomponent.com/knowledge/rsc-lro/>, <https://comcomponent.com/knowledge/rss-nic/>, <https://comcomponent.com/knowledge/interrupt-moderation/>, <https://comcomponent.com/knowledge/flow-control-8023x/>, <https://comcomponent.com/knowledge/eee/>, <https://comcomponent.com/knowledge/wake-on-lan/>, <https://comcomponent.com/knowledge/selective-suspend/>, <https://comcomponent.com/knowledge/nic-resume-failure/>, <https://comcomponent.com/knowledge/vmq-sriov/>, <https://comcomponent.com/knowledge/hyper-v-host-networking/>, <https://comcomponent.com/knowledge/low-latency-workload/>, <https://comcomponent.com/knowledge/large-transfer-workload/>, <https://comcomponent.com/knowledge/pktmon/> .

<https://comcomponent.com/knowledge/nic-advanced-properties/> a skos:Concept ;
    skos:prefLabel "NIC詳細設定(Advancedタブ)"@ja ;
    skos:definition "デバイスマネージャーやネットワーク接続のプロパティにあるAdvanced(詳細設定)タブで構成する、NICドライバー固有の一連の設定項目群。"@ja ;
    skos:altLabel "NIC Advanced Properties" ;
    skos:altLabel "詳細設定タブ"@ja .

<https://comcomponent.com/knowledge/speed-duplex/> a skos:Concept ;
    skos:prefLabel "Speed & Duplex"@ja ;
    skos:definition "NICと相手機器が、どの速度・どのduplex(全二重/半二重)で通信するかを交渉または固定する設定。"@ja ;
    skos:altLabel "Link Speed & Duplex" ;
    skos:altLabel "リンク速度とduplex"@ja ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> .

<https://comcomponent.com/knowledge/duplex-mismatch/> a skos:Concept ;
    skos:prefLabel "duplexミスマッチ"@ja ;
    skos:definition "接続の片側だけがSpeed & Duplexを手動固定し、もう片側がAuto Negotiationのままになっている状態。速度低下や再送、異常な遅延の原因になる。"@ja ;
    skos:altLabel "Duplex Mismatch" .

<https://comcomponent.com/knowledge/link-speed-downshift/> a skos:Concept ;
    skos:prefLabel "リンク速度のダウンシフト"@ja ;
    skos:definition "本来1Gbpsや2.5Gbpsで接続できるはずのリンクが、100Mbpsなど低い速度で確立してしまう現象。"@ja ;
    skos:altLabel "100Mbpsへのダウンシフト"@ja .

<https://comcomponent.com/knowledge/jumbo-frame/> a skos:Concept ;
    skos:prefLabel "Jumbo Packet/Jumbo Frames"@ja ;
    skos:definition "MTU 1500を超える、標準より大きなEthernetフレーム(9000バイト前後)を使えるようにする設定。経路上のすべての機器で揃って初めて意味を持つ。"@ja ;
    skos:altLabel "Jumbo Packet" ;
    skos:altLabel "Jumbo Frames" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> .

<https://comcomponent.com/knowledge/checksum-offload/> a skos:Concept ;
    skos:prefLabel "Checksum Offload"@ja ;
    skos:definition "IP/TCP/UDPのchecksum計算をOSではなくNIC側で処理させる設定。"@ja ;
    skos:altLabel "チェックサムオフロード"@ja ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> .

<https://comcomponent.com/knowledge/local-capture-checksum-error/> a skos:Concept ;
    skos:prefLabel "ローカルキャプチャのchecksumエラー"@ja ;
    skos:definition "自分のPC上でパケットキャプチャすると、NICがchecksumを埋める前のパケットが見えるため、実際には正常なパケットでも解析ツールがchecksum不正と表示する現象。"@ja ;
    skos:altLabel "offloadの見え方"@ja ;
    skos:altLabel "checksum error(offload起因)"@ja ;
    ks:verifiedBy <https://comcomponent.com/knowledge/pktmon/> .

<https://comcomponent.com/knowledge/pktmon/> a skos:Concept ;
    skos:prefLabel "Packet Monitor(pktmon)"@ja ;
    skos:definition "Windows標準でパケットキャプチャができるツールで、取得したETLはpcapngに変換してWiresharkで開ける。"@ja ;
    skos:altLabel "pktmon.exe" .

<https://comcomponent.com/knowledge/lso-tso/> a skos:Concept ;
    skos:prefLabel "Large Send Offload(LSO/TSO)"@ja ;
    skos:definition "大きなTCP送信データをNIC側で細かいフレームに分割する設定。send-heavyなスループットとCPU使用率の削減に効く。"@ja ;
    skos:altLabel "LSO" ;
    skos:altLabel "TSO" ;
    skos:altLabel "TCP Segmentation Offload" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    ks:recommendedFor <https://comcomponent.com/knowledge/large-transfer-workload/> .

<https://comcomponent.com/knowledge/rsc-lro/> a skos:Concept ;
    skos:prefLabel "Receive Segment Coalescing(RSC/LRO)"@ja ;
    skos:definition "受信側で複数のTCPセグメントをNIC側でまとめる設定。受信スループットとCPU使用率の削減に効くが、低レイテンシやpacket単位の観測には不利になることがある。"@ja ;
    skos:altLabel "RSC" ;
    skos:altLabel "LRO" ;
    skos:altLabel "Large Receive Offload" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    ks:recommendedFor <https://comcomponent.com/knowledge/large-transfer-workload/> .

<https://comcomponent.com/knowledge/rss-nic/> a skos:Concept ;
    skos:prefLabel "Receive Side Scaling(RSS)"@ja ;
    skos:definition "受信処理を複数CPUに分散させる設定。multi-core環境でのスループットとスケーラビリティに効く。"@ja ;
    skos:altLabel "RSS" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    ks:recommendedFor <https://comcomponent.com/knowledge/large-transfer-workload/> .

<https://comcomponent.com/knowledge/interrupt-moderation/> a skos:Concept ;
    skos:prefLabel "Interrupt Moderation"@ja ;
    skos:definition "割り込み頻度を抑制して、CPU負荷とレイテンシを交換する設定。高め/Adaptiveにすると CPU負荷は下がるがレイテンシは増えやすい。"@ja ;
    skos:altLabel "割り込みモデレーション"@ja ;
    skos:altLabel "Interrupt Moderation Rate" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> .

<https://comcomponent.com/knowledge/flow-control-8023x/> a skos:Concept ;
    skos:prefLabel "Flow Control(802.3x pause frame)"@ja ;
    skos:definition "802.3x pause frameの送受信に関する設定。dropを減らせることがある一方、pauseが別の輻輳を広げることもある。"@ja ;
    skos:altLabel "Flow Control" ;
    skos:altLabel "802.3x pause frame" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> .

<https://comcomponent.com/knowledge/eee/> a skos:Concept ;
    skos:prefLabel "Energy Efficient Ethernet(EEE/Green Ethernet)"@ja ;
    skos:definition "リンクがidleのときの消費電力を落とす、省電力のための設定。速くする設定ではなく、相手機器やケーブル条件によってはリンク不安定やダウンシフトの切り分け候補になる。"@ja ;
    skos:altLabel "EEE" ;
    skos:altLabel "Green Ethernet" ;
    skos:altLabel "IEEE 802.3az" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> .

<https://comcomponent.com/knowledge/wake-on-lan/> a skos:Concept ;
    skos:prefLabel "Wake on LAN(Wake on Magic Packet)"@ja ;
    skos:definition "ネットワーク経由でスリープ中のPCを起こすための設定。Wake on Pattern Matchは意図しないwakeの原因になりやすい。"@ja ;
    skos:altLabel "WoL" ;
    skos:altLabel "Wake on Magic Packet" ;
    skos:altLabel "Wake on Pattern Match" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> .

<https://comcomponent.com/knowledge/selective-suspend/> a skos:Concept ;
    skos:prefLabel "Selective Suspend"@ja ;
    skos:definition "idle時やスリープ時にNICをどこまで低電力化するかを決める設定。"@ja ;
    skos:altLabel "Device Sleep" ;
    skos:altLabel "Standby時リンク制御"@ja ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> .

<https://comcomponent.com/knowledge/vmq-sriov/> a skos:Concept ;
    skos:prefLabel "VMQ/VMMQ/SR-IOV"@ja ;
    skos:definition "Hyper-Vホストや仮想化基盤向けに、VMごとの受信キュー割り当てやNICの直接分割を行う設定群。"@ja ;
    skos:altLabel "Virtual Machine Queue" ;
    skos:altLabel "Virtual Machine Multi-Queue" ;
    skos:altLabel "Single Root I/O Virtualization" ;
    ks:configuredBy <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    ks:recommendedFor <https://comcomponent.com/knowledge/hyper-v-host-networking/> .

<https://comcomponent.com/knowledge/low-latency-workload/> a skos:Concept ;
    skos:prefLabel "低レイテンシ重視のワークロード"@ja ;
    skos:definition "小さいrequest/responseの遅延やjitterの最小化を優先する通信ワークロード。産業用カメラや装置制御などが該当する。"@ja ;
    skos:altLabel "低レイテンシ"@ja ;
    skos:altLabel "小さいrequest/response"@ja .

<https://comcomponent.com/knowledge/large-transfer-workload/> a skos:Concept ;
    skos:prefLabel "大容量転送・スループット重視のワークロード"@ja ;
    skos:definition "大容量ファイルコピーやNASのような、スループットの最大化を優先する通信ワークロード。"@ja ;
    skos:altLabel "大容量ファイルコピー"@ja ;
    skos:altLabel "NAS/バックアップ"@ja .

<https://comcomponent.com/knowledge/hyper-v-host-networking/> a skos:Concept ;
    skos:prefLabel "Hyper-Vホストのネットワーク構成"@ja ;
    skos:definition "vSwitch構成、キュー割り当て、ゲスト側設定と一体で評価する必要がある、Hyper-VホストにおけるNIC調整の領域。"@ja ;
    skos:altLabel "仮想化基盤のNIC設計"@ja .

<https://comcomponent.com/knowledge/nic-resume-failure/> a skos:Concept ;
    skos:prefLabel "スリープ復帰後のNIC接続不良"@ja ;
    skos:definition "スリープ復帰後にNICが認識されない、または数秒間つながらなくなる症状。"@ja ;
    skos:altLabel "復帰不良"@ja ;
    skos:altLabel "NICが消える"@ja .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/speed-duplex/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Speed & Duplexはリンク速度とduplexの交渉/固定を、NICプロパティの詳細設定タブで構成する項目である"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/speed-duplex/> ;
    rdf:predicate ks:mayCause ;
    rdf:object <https://comcomponent.com/knowledge/duplex-mismatch/> ;
    schema:description "Speed & Duplexを片側だけ手動固定し、もう片側をAutoのままにすると、duplex mismatchが起こり速度低下や再送、異常な遅延の原因になる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-server/networking/technologies/network-subsystem/net-sub-performance-tuning-nics> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/speed-duplex/> ;
    rdf:predicate ks:mitigates ;
    rdf:object <https://comcomponent.com/knowledge/link-speed-downshift/> ;
    schema:description "1Gbps/2.5Gbpsのはずが100Mbpsになる問題では、ケーブルや相手機器を確認したのち、Speed & DuplexをAutoへ戻すことが有効な対処手順に含まれる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-server/networking/technologies/network-subsystem/net-sub-performance-tuning-nics> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/jumbo-frame/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Jumbo Packet/Jumbo Framesは、標準より大きなEthernetフレームを使うようNICの詳細設定タブで有効化する項目である"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/checksum-offload/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Checksum OffloadはIP/TCP/UDPのchecksum計算をNICへ委ねる設定で、詳細設定タブで有効/無効を切り替えられる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/checksum-offload/> ;
    rdf:predicate ks:mayCause ;
    rdf:object <https://comcomponent.com/knowledge/local-capture-checksum-error/> ;
    schema:description "Checksum Offloadが有効だと、自分のPC上のキャプチャではNICがchecksumを埋める前の状態が見えるため、実際には正常なパケットでもchecksum errorとして表示されることがある"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/local-capture-checksum-error/> ;
    rdf:predicate ks:verifiedBy ;
    rdf:object <https://comcomponent.com/knowledge/pktmon/> ;
    schema:description "ローカルキャプチャのchecksumエラーがoffloadの見え方によるものかどうかは、pktmonでのキャプチャ(pcapng変換)やミラーポートでのwire上の確認によって切り分けられる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-server/networking/technologies/pktmon/pktmon> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/lso-tso/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Large Send Offload(LSO/TSO)は大きなTCP送信データをNIC側で分割する設定で、詳細設定タブで有効/無効を切り替えられる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/rsc-lro/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Receive Segment Coalescing(RSC/LRO)は受信側で複数のTCPセグメントをまとめる設定で、詳細設定タブで有効/無効を切り替えられる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/overview-of-receive-segment-coalescing> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/rss-nic/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Receive Side Scaling(RSS)は受信処理を複数CPUに分散する設定で、詳細設定タブおよびGet/Set-NetAdapterRssで構成できる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/setting-rss-parameters> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/interrupt-moderation/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Interrupt Moderationは割り込み頻度を抑制する設定で、詳細設定タブで水準を切り替えられる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-server/networking/technologies/network-subsystem/net-sub-performance-tuning-nics> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/flow-control-8023x/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Flow Controlは802.3x pause frameの送受信に関する設定で、詳細設定タブで構成する"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/eee/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "EEE/Green Ethernetは詳細設定タブで有効/無効を切り替える省電力設定である"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/wake-on-lan/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Wake on LANはWake on Magic Packetという詳細設定項目で有効化する、スリープ中のPCをネットワーク経由で起こす機能である"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/standardized-inf-keywords-for-power-management> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/selective-suspend/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "Selective Suspendはidle時やスリープ時にNICをどこまで低電力化するかを、詳細設定またはPower Managementタブで構成する"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/troubleshoot/windows-client/networking/power-management-on-network-adapter> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/vmq-sriov/> ;
    rdf:predicate ks:configuredBy ;
    rdf:object <https://comcomponent.com/knowledge/nic-advanced-properties/> ;
    schema:description "VMQ/VMMQ/SR-IOVはHyper-V向けの受信キュー・仮想化支援を、詳細設定タブで構成する"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/overview-of-single-root-i-o-virtualization--sr-iov-> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/rsc-lro/> ;
    rdf:predicate ks:notRecommendedFor ;
    rdf:object <https://comcomponent.com/knowledge/low-latency-workload/> ;
    schema:description "RSCは受信throughputとCPU使用率には効くが、低レイテンシやpacket単位の観測を重視する場面では無効化を評価する候補になる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/overview-of-receive-segment-coalescing> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/interrupt-moderation/> ;
    rdf:predicate ks:notRecommendedFor ;
    rdf:object <https://comcomponent.com/knowledge/low-latency-workload/> ;
    schema:description "Interrupt Moderationを高め/Adaptiveにすると CPU負荷は下がるがレイテンシは増えやすく、低レイテンシ重視ではLow/Offを評価する"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-server/networking/technologies/network-subsystem/net-sub-performance-tuning-nics> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/eee/> ;
    rdf:predicate ks:notRecommendedFor ;
    rdf:object <https://comcomponent.com/knowledge/low-latency-workload/> ;
    schema:description "EEE/Green Ethernetは省電力のための設定で、産業用カメラや装置制御など低レイテンシ重視の場面では無効化が候補になる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/jumbo-frame/> ;
    rdf:predicate ks:recommendedFor ;
    rdf:object <https://comcomponent.com/knowledge/large-transfer-workload/> ;
    schema:description "Jumbo Frameは大きなデータ転送でパケット数とヘッダー処理回数を減らせるため、NIC・相手・経路のスイッチがすべて対応する専用経路でのスループット向上に使う"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/rss-nic/> ;
    rdf:predicate ks:recommendedFor ;
    rdf:object <https://comcomponent.com/knowledge/large-transfer-workload/> ;
    schema:description "RSSは受信処理を複数CPUに分散する設定で、multi-core環境ではスループットとスケーラビリティ向上のため有効が基本方針とされる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/setting-rss-parameters> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/lso-tso/> ;
    rdf:predicate ks:recommendedFor ;
    rdf:object <https://comcomponent.com/knowledge/large-transfer-workload/> ;
    schema:description "LSO/TSOは大きなTCP送信データをNIC側で分割する設定で、送信の多いスループットとCPU使用率削減に効くため通常は有効にする"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/rsc-lro/> ;
    rdf:predicate ks:recommendedFor ;
    rdf:object <https://comcomponent.com/knowledge/large-transfer-workload/> ;
    schema:description "RSCは受信側で複数のTCPセグメントをまとめる設定で、受信スループットとCPU使用率の削減に効くため受信重視なら有効にする"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/overview-of-receive-segment-coalescing> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/vmq-sriov/> ;
    rdf:predicate ks:recommendedFor ;
    rdf:object <https://comcomponent.com/knowledge/hyper-v-host-networking/> ;
    schema:description "VMQ/VMMQ/SR-IOVはHyper-VホストでVMごとの受信キュー割り当てや仮想化支援に効く設定で、通常のデスクトップPCの調整対象ではない"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/overview-of-single-root-i-o-virtualization--sr-iov-> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "established" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/selective-suspend/> ;
    rdf:predicate ks:mayCause ;
    rdf:object <https://comcomponent.com/knowledge/nic-resume-failure/> ;
    schema:description "Selective SuspendやDevice Sleepの設定次第で、スリープ復帰後にNICが数秒つながらない、消えるといった復帰トラブルが起こることがある"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/troubleshoot/windows-client/networking/power-management-on-network-adapter> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .

[] a rdf:Statement ;
    rdf:subject <https://comcomponent.com/knowledge/eee/> ;
    rdf:predicate ks:mayCause ;
    rdf:object <https://comcomponent.com/knowledge/link-speed-downshift/> ;
    schema:description "EEE/Green Ethernetは相手機器やケーブル条件によっては、リンク不安定や100Mbpsへのダウンシフトの切り分け候補になる"@ja ;
    ks:evidence <https://learn.microsoft.com/en-us/windows-hardware/drivers/network/nic-advanced-properties> ;
    ks:verifiedAt "2026-08-01" ;
    ks:certainty "context-dependent" .