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当社の産業用グレード製品は、室温測定値から外挿したものではなく、全温度範囲にわたる試験を通じて検証された動作温度範囲を規定しています。拡張温度範囲に対応する製品は、ベルリンの施設において仕様上のコーナー条件で試験されています。\u003C\u002Fp>",{"icon":144,"title":146,"short-description":147},{"type":134,"svg":145,"sprite-id":36},"\u003C?xml version=\"1.0\" encoding=\"UTF-8\"?>\n\u003Csvg id=\"Produktion\" xmlns=\"http:\u002F\u002Fwww.w3.org\u002F2000\u002Fsvg\" viewBox=\"0 0 160 160\">\n \u003Cline x1=\"151.9736\" y1=\"142.4473\" x2=\"8.0264\" y2=\"142.4473\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cline x1=\"44.587\" y1=\"10\" x2=\"44.587\" y2=\"150\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cpath d=\"M44.8736,142.222s-9.1361,7.1517-10.474-59.1317c-.9379-46.4655-4.5062-60.3583-6.5465-64.5119-.7507-1.5284-2.1574-1.5284-2.9081,0-2.0402,4.1537-5.6085,18.0464-6.5465,64.5119-1.3379,66.2834-10.474,59.1317-10.474,59.1317\" fill=\"none\" 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","\u003Cp>データ保持期間とは、NANDが電源を切断した状態でも読み取り可能なデータを保持できる期間を指します。Swissbit製品は、使用初期段階において10年間のデータ保持性能を維持し、指定された書き込み上限に近づくにつれて、1年まで徐々に性能が低下していきます。これは、民生用フラッシュメモリの仕様をはるかに上回るものです。特定のデータ領域（ファームウェアの保存、設定データ、監査ログなど）への書き込み頻度が低いアプリケーションでは、産業用NANDが提供するデータ保持性能が不可欠です。データ保持期間は温度や使用頻度によって異なりますが、当社の仕様は産業環境における最悪の条件を想定して策定されています。\u003C\u002Fp>",{"icon":159,"title":161,"short-description":162},{"type":134,"svg":160,"sprite-id":36},"\u003C?xml version=\"1.0\" encoding=\"UTF-8\"?>\n\u003Csvg id=\"Produktion\" xmlns=\"http:\u002F\u002Fwww.w3.org\u002F2000\u002Fsvg\" viewBox=\"0 0 160 160\">\n \u003Cpath d=\"M83.182,74.4368c5.8029-9.3118,19.0999-27.0453,36.2095-27.0453,18.0092,0,32.6085,14.5993,32.6085,32.6085s-14.5993,32.6085-32.6085,32.6085c-22.5842,0-33.5344-21.2451-39.3915-32.6088-5.8571-11.3636-16.8073-32.6083-39.3915-32.6083-18.0092,0-32.6085,14.5993-32.6085,32.6085s14.5993,32.6085,32.6085,32.6085c23.2009,0,36.009-27.2673,36.009-27.2673\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" 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","\u003Cp>産業用機器の稼働期間は10～15年です。医療機器には、製品のライフサイクル全体を通じて検証済みの部品が求められます。自動車システムには、車両の生産期間を通じて予測可能な供給が求められます。スイスビットは、サプライヤーとの長期的な関係を維持し、長期的な供給体制を前提とした製品設計を行っています。ライフサイクルの要件が最先端の性能ニーズを上回る場合、当社は最新技術よりも安定性を優先して部品を選定します。当社は、消費財のモデルチェンジサイクルではなく、お客様の機器のライフサイクルに合わせた部品の供給を保証します。\u003C\u002Fp>","3c8e3bf1-740a-4b37-b169-5ee75ff65917","featureList","b741db44-4b41-4685-87e5-4a472b199133",{"content":167,"id":216,"isHidden":13,"type":116},{"anchor-name":79,"anchor-id":78,"title":168,"alignment":103,"background-type":120,"blocks":169},"ファームウェア技術：インテリジェントなストレージ管理",[170,173],{"content":171,"id":125,"isHidden":13,"type":110},{"text":172},"\u003Cp>ファームウェアの性能によってストレージが理論上の耐用年数を満たせるか、あるいは早期に故障するかが決まります。\u003C\u002Fp>\u003Cp>FTL(フラッシュ変換レイヤー)、ウェアレベリング（寿命平均化）、ガベージコレクション、そしてデータ整合性アルゴリズム。これらは、民生用（一般向け）ファームウェアでは決して遭遇しない、極端な温度変化や過酷な使用パターン下でも確実に動作しなければなりません。産業用ファームウェアは、「連続稼働」「予測可能なワークロード（処理負荷）」、そして「突然の電源遮断（電断・停電）への耐性」に最適な設計が施されています。\u003C\u002Fp>",{"content":174,"id":163,"isHidden":13,"type":164},{"view-type":128,"orientation":129,"columns":130,"items":175},[176,181,186,191,196,201,206,211],{"icon":177,"title":179,"short-description":180},{"type":134,"svg":178,"sprite-id":36},"\u003C?xml 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スタティック・ウェア・レベリングは、使用頻度の低いデータ（ファームウェア、設定、更新頻度の低いレコード）さえも移動させ、すべてのブロックが均一に摩耗するようにします。ダイナミック・ウェア・レベリングは、アクティブなデータを効率的に処理します。FTLは、ストレージが理論上の耐用年数に達するか、あるいはホットスポットによって早期に故障するかに直接影響します。当社は、継続的なロギング、シーケンシャル書き込み、予測可能なパターンといった産業用ワークロードに合わせてFTLを最適化しています。\u003C\u002Fp>",{"icon":182,"title":184,"short-description":185},{"type":134,"svg":183,"sprite-id":36},"\u003C?xml version=\"1.0\" encoding=\"UTF-8\"?>\n\u003Csvg id=\"Produktion\" xmlns=\"http:\u002F\u002Fwww.w3.org\u002F2000\u002Fsvg\" viewBox=\"0 0 160 160\">\n \u003Cg>\n \u003Cpolygon points=\"132.558 120.816 88.8059 120.816 86.8059 62.6633 134.558 62.6633 132.558 120.816\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cline x1=\"82.8413\" y1=\"62.6633\" x2=\"138.5227\" y2=\"62.6633\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cline x1=\"110.6818\" y1=\"73.5\" x2=\"110.6818\" y2=\"108.9793\" 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Swissbitのガベージコレクションアルゴリズムは、複数のブロックに分散している有効なページを空のブロックに集約し、古いブロックを解放して消去できるようにします。これにより、NANDの効率を維持し、寿命を最大化します。また、TRIMコマンドのサポートを実装しており、オペレーティングシステムが削除されたデータを含むページをストレージに通知できるようにすることで、ガベージコレクションが不要な情報を保持することなく領域を回収できるようにしています。TRIMはNANDの摩耗を大幅に低減し、パフォーマンスを向上させます。\u003C\u002Fp>",{"icon":187,"title":189,"short-description":190},{"type":134,"svg":188,"sprite-id":36},"\u003C?xml version=\"1.0\" encoding=\"UTF-8\"?>\n\u003Csvg id=\"Produktion\" xmlns=\"http:\u002F\u002Fwww.w3.org\u002F2000\u002Fsvg\" viewBox=\"0 0 160 160\">\n \u003Cg>\n \u003Cline x1=\"102.0075\" y1=\"58.4259\" x2=\"80.2167\" y2=\"80.2167\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cpolyline points=\"87.9659 58.426 102.0073 58.426 102.0073 72.4674\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003C\u002Fg>\n \u003Crect x=\"18.6965\" y=\"18.6965\" width=\"122.607\" 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fill=\"currentColor\"\u002F>\n \u003C\u002Fg>\n\u003C\u002Fsvg>","TCG オパール","\u003Cp>Swissbitのストレージは、標準化された暗号化キー管理およびセキュア消去機能に関するTCG Opal 2.0仕様に対応しています。Opalにより、起動前の認証、ユーザーベースのアクセス制御、およびハードウェア暗号化ストレージを義務付けるデータ保護規制への準拠が可能になります。IT管理者は、ストレージベンダーごとに専用のソフトウェアを導入することなく、暗号化ポリシーを一元的に管理できます。Opalのロック範囲機能により、ストレージを暗号化領域と非暗号化領域に分割することができ、保護されたデータと非暗号化のブートパーティションの両方を必要とするユースケースに対応します。\u003C\u002Fp>",{"icon":238,"title":240,"short-description":241},{"type":134,"svg":239,"sprite-id":36},"\u003C?xml version=\"1.0\" encoding=\"UTF-8\"?>\n\u003Csvg id=\"Produktion\" xmlns=\"http:\u002F\u002Fwww.w3.org\u002F2000\u002Fsvg\" viewBox=\"0 0 160 160\">\n \u003Cpath d=\"M80,150l-2.6449-1.0532c-.5873-.2899-14.54-7.3029-28.4358-25.5169-12.6705-16.6076-27.7742-46.181-27.7742-92.7572v-14.2299l58.8548-6.4427,58.8548,6.4427v14.2299c0,46.5763-15.1036,76.1496-27.7742,92.7572-13.8958,18.214-27.8485,25.227-28.4358,25.5169l-2.6449,1.0532Z\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" 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Trust）」は、実行前に暗号署名を用いてファームウェアの真正性を検証します。信頼された鍵で署名されたファームウェアのみが実行可能です。これにより、暗号化機能を侵害したり、データを漏洩させたり、永続的なバックドアを作成したりする可能性のあるファームウェアレベルの攻撃からシステムを保護します。セキュアブートはシステムの信頼の連鎖をストレージにまで拡張するものであり、産業用IoT、医療機器、自動車システムなど、検証済みのブートシーケンスを必要とするアプリケーションにとって極めて重要です。\u003C\u002Fp>",{"icon":243,"title":245,"short-description":246},{"type":134,"svg":244,"sprite-id":36},"\u003C?xml version=\"1.0\" encoding=\"UTF-8\"?>\n\u003Csvg id=\"Produktion\" xmlns=\"http:\u002F\u002Fwww.w3.org\u002F2000\u002Fsvg\" viewBox=\"0 0 160 160\">\n \u003Cg>\n \u003Cpath d=\"M92.1029,141.3035H20.6965c-1.1046,0-2-.8954-2-2V20.6965c0-1.1046.8954-2,2-2h118.607c1.1046,0,2,.8954,2,2v65.9857\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cg>\n \u003Cg>\n \u003Cpolygon points=\"140.8791 148.9531 99.3135 148.9531 97.4135 93.7065 142.7792 93.7065 140.8791 148.9531\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" 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5220.22-Mおよび同様のデータ消去基準を満たしますが、数分から数時間を要します。「Purge」は、暗号鍵の破壊と上書きを組み合わせ、最大限のセキュリティを実現します。 「Fast Erase」は、再利用のためにNANDを工場出荷時の状態にリセットします。アプリケーションは、セキュリティ要件と時間的制約、およびデバイスのライフサイクルをバランスよく考慮し、適切な消去方法を選択します。\u003C\u002Fp>",{"icon":248,"title":250,"short-description":251},{"type":134,"svg":249,"sprite-id":36},"\u003C?xml version=\"1.0\" encoding=\"UTF-8\"?>\n\u003Csvg id=\"Produktion\" xmlns=\"http:\u002F\u002Fwww.w3.org\u002F2000\u002Fsvg\" viewBox=\"0 0 160 160\">\n \u003Cg>\n \u003Cpath d=\"M17.971,64.455h29.0934c6.5992,0,11.9569,5.3577,11.9569,11.9569v36.3856c0,1.4043-1.1401,2.5443-2.5443,2.5443H8.5585c-1.4043,0-2.5443-1.1401-2.5443-2.5443v-36.3856c0-6.5992,5.3577-11.9569,11.9569-11.9569Z\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cpath d=\"M16.8276,64.455l-.0923-16.5885c0-5.5699,4.5704-10.1271,10.1565-10.1271h11.6129c5.5699,0,10.1271,4.5572,10.1271,10.1271v16.4503\" fill=\"none\" stroke=\"currentColor\" 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x2=\"109.0229\" y2=\"100.7978\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cpath d=\"M123.8328,115.4169c0,6.7737-5.489,12.2688-12.2627,12.2688-6.7798,0-12.2688-5.4951-12.2688-12.2688,0-3.018,1.088-5.784,2.8951-7.9169v-48.2707c0-5.157,4.2166-9.3737,9.3737-9.3737,2.5755,0,4.9174,1.0511,6.6138,2.7537,1.7026,1.6965,2.7537,4.0384,2.7537,6.62v48.2707c1.8071,2.1329,2.8951,4.8989,2.8951,7.9169Z\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cline x1=\"109.0229\" y1=\"115.3211\" x2=\"114.9803\" y2=\"115.3211\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cline x1=\"108.5884\" y1=\"58.7598\" x2=\"114.5458\" y2=\"58.7598\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cline x1=\"111.5671\" 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部品選定、はんだペーストの配合、PCBの厚み、および機械的なストレインリリーフにより、一般向けドライブでは破壊されるような衝撃や振動にも耐えることが可能となっています。この堅牢化により、輸送機器（鉄道、自動車、航空宇宙）、往復運動を行う機械を用いた産業用オートメーション、および絶え間ない振動や時折の落下にさらされるモバイル機器での使用に対応しています。\u003C\u002Fp>",{"icon":304,"title":306,"short-description":307},{"type":134,"svg":305,"sprite-id":36},"\u003C?xml version=\"1.0\" encoding=\"UTF-8\"?>\n\u003Csvg id=\"Produktion\" xmlns=\"http:\u002F\u002Fwww.w3.org\u002F2000\u002Fsvg\" viewBox=\"0 0 160 160\">\n \u003Cpath d=\"M80,149.678l-2.6449-1.0532c-.5873-.2899-14.54-7.3029-28.4358-25.5169-12.6705-16.6076-27.7742-46.181-27.7742-92.7572v-14.2299l58.8548-6.4427,58.8548,6.4427v14.2299c0,46.5763-15.1036,76.1496-27.7742,92.7572-13.8958,18.214-27.8485,25.227-28.4358,25.5169l-2.6449,1.0532Z\" fill=\"none\" stroke=\"currentColor\" stroke-linecap=\"round\" stroke-linejoin=\"round\" stroke-width=\"3\"\u002F>\n \u003Cpath 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当社は、特定のワークロードパターンに合わせてファームウェアのアルゴリズムを修正し、特定の耐用年数要件に合わせてオーバープロビジョニング比率を調整し、顧客固有のセキュリティ機能を実装し、独自の機械的制約に合わせてフォームファクタを適応させ、特定の熱環境に合わせて温度管理を最適化します。こうしたカスタマイズにより、Swissbitは単なる部品サプライヤーからエンジニアリングパートナーへと変貌し、既製品では対応できない厳しい要件を持つアプリケーション向けに、ストレージソリューションを共同開発しています。\u003C\u002Fp>","8a098e58-985a-4386-aca4-a5191865144b",{"content":320,"id":352,"isHidden":13,"type":116},{"anchor-name":88,"anchor-id":87,"title":321,"alignment":103,"background-type":322,"blocks":323},"産業用ストレージにスイスビットを選ぶ理由","lightBlue",[324],{"content":325,"id":350,"isHidden":13,"type":351},{"style":326,"textalignment":103,"columns":130,"items":327},"plain",[328,336,343],{"type":329,"icon":330,"title":332,"text":333,"link":334,"link-text":335},"iconTeaser",{"type":35,"svg":36,"sprite-id":331},"made-in-germany","欧州の製造およびSiP技術","\u003Cp>Swissbitのストレージ製品は、ドイツのベルリンで製造されています。Swissbitは、欧州でも数少ない半導体パッケージング施設を運営しており、NANDフラッシュ、コントローラー、および各種部品を組み合わせて完成した産業用ストレージ製品を製造する「システム・イン・パッケージ（SiP）」技術を採用しています。欧州での製造により、部品の出所を確実に追跡できることが求められる自動車用ストレージソリューション、医療機器用ストレージ、および防衛用途において不可欠な、サプライチェーンの透明性が確保されています。\u003C\u002Fp>","\u002Fja\u002Fcompany\u002Fmade-in-germany","「Made in Germany」について詳しく知る",{"type":329,"icon":337,"title":339,"text":340,"link":341,"link-text":342},{"type":35,"svg":36,"sprite-id":338},"packaging-expertise","20年以上のストレージに関する専門知識","\u003Cp>Swissbitは2001年以来、NANDフラッシュおよびSSDソリューションの開発に取り組んできました。当社のエンジニアリングノウハウは、平面型SLCから最新の3D NAND世代まで、USBドライブからPCIe Gen 5 SSDに至るまで多岐にわたります。また、-40°Cの産業用オートメーション環境から+105°Cの自動車環境に至るまで、幅広い用途向けのストレージを設計してきました。\u003C\u002Fp>","\u002Fja\u002Fcompany\u002Fabout-us","Swissbitについて詳しくはこちら",{"type":329,"icon":344,"title":346,"text":347,"link":348,"link-text":349},{"type":35,"svg":36,"sprite-id":345},"costomization","特定の要件に合わせたカスタマイズ","\u003Cp>Swissbitの垂直統合体制（ハードウェア開発、ファームウェア設計、SiP製造、および試験）により、標準製品では対応できない特定の耐用年数プロファイル、温度範囲、またはセキュリティ機能を必要とする用途に向けたカスタマイズが可能となります。\u003C\u002Fp>","\u002Fja\u002Ftechnology\u002Fcustomization","Swissbitのカスタマイズ機能をご覧ください","70e6fc62-584e-4397-af02-0db28b1d6afc","iconTeaserList","493ec4b0-00ce-4b9d-9c49-3dbcf7b678a7",{"content":354,"id":386,"isHidden":13,"type":116},{"anchor-name":91,"anchor-id":90,"title":91,"alignment":103,"background-type":355,"blocks":356},"white",[357],{"content":358,"id":384,"isHidden":13,"type":385},{"style":120,"items":359},[360,364,368,372,376,380],{"icon":361,"headline":362,"text":363},{"type":35,"svg":36,"sprite-id":36},"SLC、pSLC、TLCのどれを選ぶべきでしょうか？","\u003Cp>10万回を超える書き込みサイクル数や、最高温度耐性が求められる場合は、SLCをお選びください。コスト重視でありながら、一般向けTLCの耐久性(PE3000回)では不十分な、用途には、pSLC製品お選びください。読み込みが中心の用途や、書き込みワークロードが3,000回未満で、極限の耐久性よりも容量やコストを重視する場合は、産業用グレードのTLCが適切な選択になります。\u003C\u002Fp>",{"icon":365,"headline":366,"text":367},{"type":35,"svg":36,"sprite-id":36},"用途に応じた必要な耐久性をどのように計算すればよいですか？","\u003Cp>1日あたりの書き込み量をGB単位で算出し、導入年数と365日を乗算した後、50%のマージンを加算します。この合計値が、必要なTBW（総書き込み量）となります。これをNANDの耐用年数と比較してください。SLCはTBWにおいて約100倍の生容量を提供し、pSLCは10～25倍、TLCはオーバープロビジョニングやワークロードのパターンに応じて3～5倍を提供します。\u003C\u002Fp>",{"icon":369,"headline":370,"text":371},{"type":35,"svg":36,"sprite-id":36},"温度グレードはどれを選ぶべきですか?","\u003Cp>空調管理された環境では、コンシューマ温度グレード（0°C～+70°C）で十分です。拡張温度グレード（-25°C～+85°C）は、屋外設置の機器に対応します。過酷な気候、自動車のエンジンルーム内での使用、および施設内でも空調管理の無い環境で使用される産業用機器には、産業用温度グレード（-40°C～+85°C）が必要です。\u003C\u002Fp>",{"icon":373,"headline":374,"text":375},{"type":35,"svg":36,"sprite-id":36},"産業用ストレージには、特殊なインターフェースが必要ですか？","\u003Cp>いいえ。産業用ストレージでも、SATA、PCIe\u002FNVMe、eMMC、SD\u002FmicroSDといった標準インターフェースが採用されています。違いは、NANDの品質、ファームウェアの最適化、部品の選定、および検証テストにあります。産業用ストレージは、同じインターフェースを採用している一般向け製品が耐えられないような過酷な環境下でも動作が可能です。\u003C\u002Fp>",{"icon":377,"headline":378,"text":379},{"type":35,"svg":36,"sprite-id":36},"Power-fail 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