為你所委托 1756-IR6I 處理器
| 1734-ACNR | 1746-P4 | 1747-C20 | 1756-BA1 | 1762-IQ8 | 1763-MM1 |
| 1734-ADN | 1746-IA16 | 1747-CP3 | 1756-BA2 | 1762-IQ8OW6 | 1763-NC01 |
| 1734-ADNX | 1746-IA4 | 1747-DU501 | 1756-BATA | 1762-IR4 | 1766-L32AWA |
| 1734-AENT | 1746-IA8 | 1747-FC | 1756-BATM | 1762-IT4 | 1766-L32AWAA |
| 1734-AENTK | 1746-IB16 | 1747-KY1 | 1756-CFM | 1762-L24AWA | 1766-L32BWA |
| 1734-AENTR | 1746-IB32 | 1747-L532 | 1756-CN2 | 1762-L24AWAR | 1766-L32BWAA |
| 1734-AENTRK | 1746-IB8 | 1747-L533 | 1756-CN2R | 1762-L24BWA | 1766-L32BXB |
| 1734-APB | 1746-IC16 | 1747-L541 | 1756-CNB | 1762-L24BWAR | 1766-L32BXBA |
| 1734-APB | 1746-IG16 | 1747-L542 | 1756-CNBR | 1762-L24BXB | 1766-MM1 |
| 1734-ARMK | 1746-IH16 | 1747-L543 | 1756-CP3 | 1762-L24BXBR | 1768-CNB |
| 1734-CTM | 1746-IM16 | 1747-L551 | 1756-CPR2 | 1762-L40AWA | 1768-CNBR |
| 1734-CTMK | 1746-IM4 | 1747-L552 | 1756-DH485 | 1762-L40AWAR | 1768-ENBT |
| 1734-EP24DC | 1746-IM8 | 1747-L553 | 1756-DHRIO | 1762-L40BWA | 1768-EWEB |
| 1734-EP24DCK | 1746-IN16 | 1747-M13 | 1756-DNB | 1762-L40BWAR | 1768-KY1 |
| 1734-EPAC | 1746-INT4 | 1747-M15 | 1756-EN2F | 1762-L40BXB | 1768-L43 |
| 1734-EXT1 | 1746-IO12 | 1747-OS302 | 1756-EN2T | 1762-L40BXBR | 1768-L43S |
| 1734-EXT3 | 1746-IO12DC | 1747-OS401 | 1756-ENBT | 1762-OA8 | 1768-L45 |
| 1734-FPD | 1746-IO4 | 1747-RL302 | 1756-EWEB | 1762-OB16 | 1768-L45S |
| 1734-FPDK | 1746-IO8 | 1747-SDN | 1756-HSC | 1762-OB32T | 1768-M04SE |
| 1734-IA2 | 1746-ITB16 | 1747-SN | 1756-HYD02 | 1762-OB8 | 1768-PA3 |
為你所委托 1756-IR6I 處理器
Stefan Hoppe, President OPC Foundation, said, “The OPC Foundation maintains the b standard for secure industrial interoperability for inbation modeling and data exchange, which, as part of this relationship with DTC, benefits all who wish to create semantically identical digital twins. Our involvement to liaise with DTC further strengthens the user’s ability to model each data aspect quickly and precisely, creating and interacting with any digital twin. Digital twins will be fully compatible with the OPC UA framework used in the run-time components within the operational domain.”
OPC會(huì)主席Stefan Hoppe表示：“OPC會(huì)維護(hù)著信息建模和數(shù)據(jù)交換的安全工業(yè)互操作性的全球標(biāo)準(zhǔn)，作為與數(shù)字孿生聯(lián)盟關(guān)系的一部分，這將使所有希望創(chuàng)建語義相同的數(shù)字孿生的人受益。我們與數(shù)字孿生聯(lián)盟的聯(lián)絡(luò)，進(jìn)一步加強(qiáng)了用戶快速精確地對(duì)每個(gè)數(shù)據(jù)方面進(jìn)行建模、創(chuàng)建任何數(shù)字孿生模型并與之交互的能力。數(shù)字孿生將與操作域內(nèi)運(yùn)行時(shí)組件中使用的OPC UA框架完全兼容�！�
“As one of the key contributors to Digital Twin Consortium’s open-source program, Microsoft saw the rising demand for open digital twin technology and industrial interoperability standards like OPC UA. The collaboration of OPC Foundation and DTC will continue to elevate the impact of digital twin technologies. These two organizations have already started collaborating on open-source projects and these projects will expand to include emerging technologies,” said Erich Barnstedt, Chief Architect Standards, Consortia and Industrial IoT, Azure Edge + Platb, Microsoft Corporation.
微軟公司Azure Edge+平臺(tái)標(biāo)準(zhǔn)、聯(lián)盟和工業(yè)物聯(lián)網(wǎng)架構(gòu)師Erich Barnstedt說：“作為數(shù)字孿生聯(lián)盟開源計(jì)劃的主要貢獻(xiàn)者之一，微軟看到了對(duì)開放式數(shù)字孿生技術(shù)和OPC UA等工業(yè)互操作性標(biāo)準(zhǔn)的需求不斷上升。OPC會(huì)和數(shù)字孿生聯(lián)盟的合作將繼續(xù)提升數(shù)字孿生技術(shù)的影響力。這兩個(gè)組織已經(jīng)開始在開源項(xiàng)目上進(jìn)行合作，這些項(xiàng)目將擴(kuò)大到包括新興技術(shù)�！�
Both consortia will exchange inbation through regular consultations, joint contributor relations, seminars, open-source projects, and other activities.
兩大聯(lián)盟將通過定期磋商、聯(lián)合貢獻(xiàn)者關(guān)系、研討會(huì)、開源項(xiàng)目和其他活動(dòng)來交流信息。
為你所委托 1756-IR6I 處理器
