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KAOHSIUNG, April 3, 2024 /PRNewswire/ -- RTOs International Network (RIN), an entity within the European Association of Research and Technology Organizations (EARTO), Europe's premier network of R&D institutions, convened its inaugural meeting in Taiwan this year. Chiou Chyou-Huey, Director General of the Department of Industrial Technology at the Ministry of Economic Affairs (MOEA), together with the chief executives of RIN member organizations and delegates from various R&D institutions, assembled at the Grand Hyatt Taipei on March 27th for the 2024 RIN Summit with Taiwan RTOs. The gathering aimed to bolster and broaden engagement with Taiwan's R&D community. With the backing of the MOEA's Department of Industrial Technology, the Metal Industries Research & Development Centre (MIRDC) joined forces with Germany's Fraunhofer IPA and National Research Council Canada (NRC) to showcase their exceptional collaborative achievements at the Summit. MIRDC exhibited its leading-edge technology and expertise in industrialization, with focus on overcoming challenges faced by local industries and facilitating their access to global markets. MIRDC and Fraunhofer have collaborated to develop the first “Miniaturized Welding Cobot” to overcome the challenges associated with automating the welding of large structural steel components. Featured in the photo, from left are Cheng-Chang Chiu, Director at MIRDC, Yung-Hsiang Lai, President of MIRDC, Chyou-Huey Chiou, Director General of the Department of Industrial Technology at the MOEA, Mathias Rauch. Director of the Research Strategy and Policy Department at the Fraunhofer-Gesellschaft, Meng-Tsung Su ITRI senior vice president and RIN chair, Yueh-Hsiu Lee, Director at MIRDC. Advancing Welding Techniques and Embracing Human-Robot Synergy Historically, the task of welding large ship hulls has always been highly complex. It involves not just the joining of two metal plates, but also the intricate fusion of flat and curved surfaces, requiring a range of welding positions such as flat, vertical, and overhead. Mastering these techniques to ensure quality welding at a rapid pace has been a significant challenge for welders on-site. As a result, they must undergo extensive training and secure relevant certifications before being assigned to such tasks. However, human physical strength and focus have their limits. To address this issue, help workers reduce fatigue, and improve the quality of welds, MIRDC, by leveraging the respective expertise of Fraunhofer IPA, CSBC Corporation, and Techman Robot Inc., has developed the first miniaturized welding collaborative robot (or cobot). This innovative solution aids in overcoming the challenges associated with automating the welding of large structural steel components. The newly developed welding cobot is not only user-friendly and highly mobile but also comes equipped with laser scanning sensors that emulate the eyes of a skilled welder. These sensors can capture the 3D profile of each weld bead in real time, adapting to changes in the bead shape and thermal input. By generating reference coordinates and multi-layer profiles rapidly, the robot digitizes the expertise of a master welder, creating a database of parameters that allow the robotic arm to execute each weld with precision and high quality, with the weld length extended from the original 30 cm to 100 cm. This advancement has not only optimized the welding process but also enhanced welding efficiency by over 90%. Following a year of concept and feasibility testing, the technology is now set to be deployed in larger-scale fields. Looking forward, the cobot is poised for integration into a broader range of industrial applications, such as high-rise construction, petrochemical operations, and offshore wind power generation. This integration is anticipated to significantly boost industrial capacity. Transforming Sewage Sludge into Clean Energy In addition, MIRDC has advanced the technology for electrochemical methane production through the joint development of liquefied waste biomass sources with NRC. Although Taiwan's biomass energy sector has not thrived, largely due to limited variety and the number of available material sources, Taiwan produces 760 million metric tons of sewage sludge annually. Furthermore, this output is increasing at an annual rate of over 20%, providing a reliable source of biomass materials. Working in collaboration with NRC, MIRDC leveraged organic sludge as a biomass source. By applying hydrothermal liquefaction, which generates high temperatures and pressures, the team successfully broke down the complex biomass molecules into simpler ones. The process has significantly increased the efficiency of methane production, boosting the gas yield from 40% to 75% and reducing the reaction time by over 30%. This progress has shortened the traditional anaerobic fermentation period from 30 days to less than 7 days, greatly enhancing methane production efficiency. Currently, with the field validation provided by wastewater treatment facilities, organic sludge is treated through a high-pressure hydrothermal liquefaction process to promote biodegradation, followed by anaerobic fermentation that reduces the volume of sludge and transforms wastewater into renewable resources. Looking ahead, MIRDC plans to forge stronger connections with equipment providers and further develop technologies to maximize the benefits of a green economy and sustainable ecosystem. Yung-Hsiang Lai, President of MIRDC, stated that the two milestones are a testament to the organization's commitment to fostering industrial innovation and pursuing international collaboration. These achievements also showcase Taiwan's determination to consistently advance its industrial technologies, contributing to a brighter future aligned with the broader objective of sustainability. MIRDC and the NRC team have collaborated to employ high-pressure hydrothermal liquefaction technology to break down biomass feedstocks into small molecules, enhancing the efficiency of biomass-based gas production. Featured in the photo, from left, are Dr. Hsuan-Cheng Liu, Engineer at MIRDC; Yueh-Hsiu Lee, Director at MIRDC; Yung-Hsiang Lai, President of MIRDC; Lakshmi Krishnan, Vice President of Life Sciences at NRC; Cheng-Chang Chiu, Director at MIRDC; Cheng-Yuan Hung, Assistant Chief at MIRDC and Tao-Lin Li, Chief at MIRDC.
全球嵌入式開發軟體與服務領導廠商IAR Systems®宣布針對近期發表之全新即時作業系統PX5 RTOS提供完整支援。工業級PX5 RTOS為先進的第五代即時作業系統，針對最精細與發展成熟的嵌入式應用而量身打造。PX5 RTOS不僅協助嵌入式系統開發人員管理多執行緒應用程式的即時排程任務，還能提高嵌入式裝置的品質、安全及防護能力。憑藉IAR Embedded Workbench for Arm®對PX5 RTOS的完整支援，開發人員可在整合開發環境中設計安全關鍵商業應用程式，從原始碼直到韌體進行無縫銜接的編譯與除錯。用戶可藉此縮短上市時程、提升裝置韌體品質、以及獲得跨多裝置平台的可攜性。 IAR Embedded Workbench為一完整的開發工具鏈，具備高度最佳化的編譯器與先進除錯功能。全球成千上萬嵌入式研發業者都對強大IAR C/C++ Compiler™的各項頂尖優化功能表示肯定。輔以PX5 RTOS僅佔1KB的極小體積，可根據應用自動調整規模，廠商可藉由採用較小裝置來降低BOM (物料清單) 成本，或是在現有平台加入更多差異化功能。PX5 RTOS無論處理何種系統負載都能維持固定的先決性，而IAR的C-STAT 與C-RUN程式碼分析工具則能可靠地測試程式碼以提供最高品質。在安全關鍵應用程式方面，IAR Embedded Workbench for Arm並推出通過TÜV SÜD認證的功能安全版本，其符合ISO 26262標準的相關規範。 PX5 RTOS具備原生建置的業界標準POSIX pthreads 執行緒API，以及同級產品最佳的容量與效能。在安全防護方面，PX5 RTOS 提供指標/資料驗證 (PDV)技術，開發者可在執行階段運用此技術驗證函式的回傳位址、函式指標、系統物件、全域資料、以及記憶體集區，此技術為PX5 RTOS獨有功能，除原生支援POSIX pthread(semaphore、mutex、訊息佇列等)，PX5 RTOS並提供多種即時延伸架構，如事件旗標、快速佇列、tick timers計時器、記憶體管理等。由於支持PX5 RTOS業界標準POSIX pthreads API，因此能立即啟用眾多軟體堆疊 – 包括開源與商業軟體 – 支持各種即時嵌入式物聯網平台。 PX5 總裁 Bill Lamie 表示：「我們力求精簡，而 PX5 RTOS 專為在包括商業和安全關鍵應用等所有物聯網應用提供優勢而構建。很高興與 IAR Systems 合作，該公司是嵌入式開發工具領域中累積多年信譽的領導者。事實上，我們充分利用了 IAR Embedded Workbench for Arm，包括編譯器、除錯器、程式碼覆蓋和其 C-STAT 靜態分析工具來完成 PX5 RTOS 的實際應用。我們堅信使用 IAR Systems 開發工具能協助我們在創紀錄的時間內實現 PX5 RTOS 的承諾。」 IAR Systems 技術長 Anders Holmberg 表示：「我們與 Bill Lamie 及其團隊合作近二十年，其專業知識和創新活力是無與倫比的。我們對於能從一開始就支持此新產品倍感振奮。PX5 RTOS 具有高度可靠性和確定性，並適用於記憶體最受限的裝置，結合我們的工具套件，將使開發人員能在最短的時間內實現新應用，同時提高嵌入式裝置的品質和安全性。」
IAR Systems's awarded Embedded Workbench streamlines the development of commercial and safety-critical applications based on PX5's new real-time operating system UPPSALA, Sweden, Jan. 26, 2023 /PRNewswire/ -- The PX5 RTOS has just been launched, and IAR Systems®, the world leader in software and services for embedded development, already offers full support for the new real-time operating system. The PX5 Industrial RTOS is an advanced 5th-generation RTOS designed for the most sophisticated and developed embedded applications. The PX5 RTOS helps embedded systems developers to manage the real-time scheduling of their multithreaded applications while increasing the quality, safety, and security of embedded devices. With PX5 RTOS being fully supported in IAR Embedded Workbench® for Arm®, developers can leverage an integrated development environment for seamlessly building and debugging their commercial safety-critical applications from source code to firmware. Accordingly, customers benefit from reduced time-to-market, improved device firmware quality, and portability across device platforms. The IAR Embedded Workbench is a complete development toolchain with a highly optimizing compiler and advanced debugging functions. Thousands of embedded developers worldwide value the powerful IAR C/C++ Compiler™ for its best-in-class optimizations. In conjunction with PX5 RTOS' minimal footprint of ca. 1KB, which automatically scales in size with regards to the application, companies can therefore reduce their BOM (Bill of Materials) by using smaller devices or adding more differentiating features to their existing platform. PX5 RTOS is deterministic regardless of system load, while IAR's code analysis tools C-STAT and C-RUN aim for a reliably tested code basis for demonstrably the highest code quality. For safety-critical applications, IAR Embedded Workbench for Arm is available as a functional safety edition certified by TÜV SÜD and complies with the requirements of ISO 26262. The PX5 RTOS features a native implementation of the industry standard POSIX pthreads API as well as best-of-class size and performance. As for safety and security, the PX5 RTOS provides Pointer/Data Verification (PDV) technology, which developers can leverage at run-time to verify function return addresses, function pointers, system objects, global data, and memory pools. This technology is unique to the PX5 RTOS. In addition to the native POSIX pthread support (semaphore, mutex, message queue, etc.), the PX5 RTOS also offers real-time extensions such as event flags, fast queues, tick timers, memory management, and more. Given the PX5 RTOS industry-standard POSIX pthreads API support, a wide range of software stacks are instantly enabled - both open source and commercial - for real-time embedded IoT platforms. "We are striving for simplicity, and PX5 RTOS is purpose-built to deliver benefits across all IoT sectors, including commercial and safety-critical applications", said Bill Lamie, President of PX5. "We are excited to partner with IAR Systems, a trusted leader over many years in embedded development tools. In fact, we fully leveraged the IAR Embedded Workbench for Arm, including compiler, debugger, code coverage, and their C-STAT static analysis tool to bring the PX5 RTOS to life. We firmly believe using the IAR Systems development tools has helped us deliver on the promise of the PX5 RTOS in record time." "We have worked with Bill Lamie and his team for close to two decades, and their expertise and innovative energy are unparalleled", said Anders Holmberg, CTO of IAR Systems. "We are excited to support this new product offering from the very start. PX5 RTOS is highly reliable and deterministic and fits into some of the most memory-constrained devices. In conjunction with our tool suite, it allows developers to realize new applications quickly while increasing their embedded devices' quality, safety, and security." More information about PX5 RTOS is available at www.px5rtos.com. Further information on the IAR Embedded Workbench for Arm, its capabilities in detail, and the supported devices are available at www.iar.com/arm. ### Ends Editor's Note: IAR Systems, IAR Embedded Workbench, Embedded Trust, C-Trust, C-SPY, C-RUN, C-STAT, IAR Visual State, I-jet, I-jet Trace, IAR Academy, IAR, and the logotype of IAR Systems are trademarks or registered trademarks owned by IAR Systems AB. All other product names are trademarks of their respective owners. CONTACT: IAR Systems Contacts Rafael Taubinger, Senior Product Marketing Manager, IAR SystemsTel: +46 18 16 78 00 Email: rafael.taubinger@iar.com The following files are available for download: https://mb.cision.com/Main/386/3703205/1804039.pdf PR_PX5_RTOS_EN_Final https://news.cision.com/iar-systems/i/iar-px5,c3137382 IAR-PX5
智慧系統的發展早已超越傳統硬體升級，轉向系統整合、運算架構與感測技術的全方位演進。近期從蔚來 ET9 搭載高解析智慧車燈、Microchip 進軍車用 SoC FPGA、到安森美（onsemi）推出高性能 iToF 感測器，顯示 AI、車用與光電感測的跨界融合，正逐步重塑智慧應用的疆界。 蔚來 ET9 搭載 25,600 像素智慧車燈 重新定義車與環境互動 蔚來最新旗艦車款 ET9，成為全球首批搭載艾邁斯歐司朗 EVIYOS™ HD 25 多像素 LED 晶片的量產車型。EVIYOS HD 25 搭載高達 25,600 顆可獨立控制的微型 LED，可主動在夜間投影行車路線、行人提示與風險警示資訊，具備 500 公尺遠距照明能力與地面光毯功能，將車燈從傳統照明裝置轉變為智慧駕駛輔助平台。 觀點解析：車燈不再只是亮度與數量的競爭，而是演算法、感測模組與光源技術融合的實力展現。EVIYOS 模組化設計預示著車燈將成為車與環境即時互動的重要節點。 Microchip 推 PolarFire SoC FPGA 推動 RISC-V 進軍車用核心 Microchip 宣布其 PolarFire® SoC FPGA 通過 AEC-Q100 車規認證，正式進入車用 SoC 應用領域。該晶片具備 -40°C 至 125°C 工作溫度範圍，支援 Linux 與 RTOS 作業系統，並內建 500K 邏輯元件。結合高能效與嵌入式安全特性，適用於 ADAS、電池管理與智慧閘道器等場景。 觀點解析：RISC-V 架構逐步進入以 Arm 為主的車用運算領域，PolarFire SoC 所代表的中階密度 FPGA 架構，對追求模組化、高整合度的車用平台具備高度吸引力，為 Tier-1 車電供應商提供更多開放選項。 安森美推出 Hyperlux ID 感測系列 iToF 深度感知突破 30 公尺 為解決傳統 iToF 感測器在解析度與穩定性上的限制，安森美推出 Hyperlux™ ID 系列產品，搭載 1.2MP 全域快門感測器，實現最遠 30 公尺的即時深度感測能力，並優化移動目標偵測與戶外運作表現。應用場景涵蓋工業自動化、AR/VR、智慧安防與自駕技術。 觀點解析：iToF 感測的競爭不再侷限於硬體規格，而是平台整合能力的比拼。安森美透過整合雷射板、演算法支援與開發套件，將 3D 感測推向更廣泛且實用的應用層面。 小結：AI 車用應用融合加速，技術邊界持續擴張 三項來自不同領域的創新突破，皆指向未來智慧應用的共同趨勢： 光電整合：EVIYOS 模組結合 LED、演算法與µ-driver，讓車燈成為資訊顯示與互動載體。 運算架構開放化：RISC-V FPGA 跨入車用主控市場，推動開放平台設計。 3D 感測普及化：iToF 精準度與範圍大幅提升，為工業與自駕應用創造更大落地空間。 從車頭到晶片核心，智慧應用的融合戰爭正如火如荼展開，無論是在自駕車、智慧工廠還是未來機器人技術中，這些突破將加速新世代智慧系統的實現。 參考來源： 蔚來車燈新聞：https://www.ezpr.com.tw/蔚來et9搭載艾邁斯歐司朗智能多像素led產品eviyos-hd-25/ Microchip 車規認證：https://www.ezpr.com.tw/microchip-polarfire-soc-fpga通過aec-q100汽車級認證/ 安森美 iToF 感測器：https://www.ezpr.com.tw/安森美技術突破攻克itof現有挑戰/
Microchip Technology Inc.的 PolarFire®系統單晶片（SoC）FPGA 已獲得汽車電子委員會 AEC-Q100 認證。AEC-Q 標準是IC設備的指南，透過壓力測試來衡量汽車電子元件的可靠性。通過 AEC-Q100 認證的元件都經過嚴格的測試，能夠承受汽車應用中的極端條件。PolarFire SoC FPGA已通過汽車行業Grade 1溫度認證，支援-40°C至125°C工作範圍。 PolarFire SoC FPGA 採用嵌入式 64 位元四核心 RISC-V® 架構，能夠運行 Linux®和即時操作系統（RTOS），具有高達 500K 邏輯元素（LE）的中端密度可程式邏輯。SoC FPGA 專爲要求低功耗、高效能、高可靠性和更寬工作溫度範圍的複雜應用而設計。具有相同密度和封裝的元件具有可擴展的安全保障，並具有跨溫度等級的接腳封裝相容性，適用於汽車、航太和軍事應用。 SoC FPGA 整合了嵌入式安全和保障功能，以保護實體、元件、設計和資料的完整性。SoC 在設計上具有單事件抗擾（SEU）能力，進而提高了可靠性，有助於降低在苛刻環境中資料損壞和系統故障的風險。 Microchip FPGA業務部副總裁Bruce Weyer表示：「PolarFire SoC FPGA獲得AEC-Q100認證，證明了我們的技術能夠在最具挑戰性的條件下正常運行，彰顯了我們致力於提供強大解決方案以滿足汽車行業嚴格要求的承諾。我們的低功耗設計和 RISC-V 核心使汽車工程師能夠爲下一代汽車系統創建先進、可靠和節能的解決方案。」 PolarFire FPGA 和 SoC 具有高能效和熱效能，無需主動冷卻，同時確保高整合度、國防級安全性和可靠性。憑藉高水平可擴展性，它們可在不同溫度條件下保持效能，滿足關鍵任務環境的嚴格要求。 開發工具 Microchip 的 Libero® SoC 設計套件、SmartHLS™、VectorBlox™ 和 Microchip 的 Mi-V 合作伙伴平台生態系統支援 PolarFire SoC，可實現快速 RISC-V 應用開發。支援各種 Microchip 和合作伙伴的知識產權 （IP）核心，加快產品上市時間。Libero SoC Design Suite 透過了 TÜV Rheinland 的功能安全認證，符合汽車應用的 ISO 26262 ASIL D 標準。相容的開發板也已面市。 供貨與定價 如需瞭解更多訊息或購買，請聯繫 Microchip 業務代表、全球授權經銷商或存取 Microchip 採購和客戶服務網站 www.microchipdirect.com 。
全球嵌入式系統研發領域之軟體領導者IAR於德國紐倫堡舉辦的 embedded world 2025 展會重磅發表全新雲端平台，為嵌入式軟體開發人員提供前所未有的自由度與彈性，協助開發團隊在工具選擇和日常工作流程中實現更高效的協作與創新。IAR全新可擴充工具組整合完整產品線，包括廣受業界肯定的 IAR Embedded Workbench、高性能 IAR C/C++ 編譯器、構建工具，以及一系列頂級附加元件，如 IAR C-STAT 靜態程式碼分析工具、IAR Embedded Trust 端對端安全解決方案，以及功能強大的 C-SPY 除錯器。借助此創新平台，IAR不僅助力客戶優化開發工具投資，並為汽車、工業、醫療等關鍵產業之嵌入式開發團隊提供高效、專業且符合產業標準的開發解決方案，全面提升嵌入式軟體開發的效率與品質。 自由彈性，拓展開發規模 傳統的軟體授權模式往往缺乏彈性，尤其在分散式開發團隊的協作和架構及處理器的支援上存在局限，使企業增加額外成本。 IAR 全新雲端平台因應現代嵌入式軟體開發需求，可支援不同規模的分散式團隊在私有雲、公有雲和混合雲環境中高效協作。開發者可自由選擇硬體設備與晶片供應商來支援Arm、RISC-V及多種傳統架構，避免依賴單一供應商，進而提升開發彈性。 簡化合規流程，強化安全防護 IAR 全新雲端平台彈性可因應不斷變化的法規與產業標準，提供一系列專為功能安全和資訊安全設計的開發工具，符合 MISRA、IEC、ISO 等國際標準，協助開發人員高效因應安全關鍵型專案的複雜性，大幅減少合規工作量。 開發團隊將能在 IAR 的專業支援下快速且高效地構建安全可靠的軟體，確保順利通過嚴苛的產業認證。 加速創新，提升程式碼品質 IAR 全新雲端訂閱模式整合全面且強大的開發工具，助力嵌入式軟體開發人員提升程式碼品質與性能，加速軟體部署進程。 憑藉高度整合的無縫開發流程，IAR 工具鏈大幅提升開發效率，並協助客戶節省時間與成本，釋放更多資源以專注於技術創新與產品研發。 IAR 執行長 Cecilia Wachtmeister 表示：「IAR 正從傳統的單一產品永久授權模式全面升級為平台化訂閱服務。 全新的雲端平台不僅顯著降低客戶的初始投入，並提供更高彈性與可客製性。開發人員可享受全方位工具存取許可權，實現全球協作，提升程式碼品質，加速產品上市進程，並優化整體開發成本。」 此外，雲端平台進一步增強了 IAR 與客戶的持續互動，使 IAR 能夠更迅速回應需求，加快工具的更新反覆運算。為持續創造客戶價值，IAR 還將深化與半導體供應商、RTOS 合作夥伴及主要雲端服務供應商的合作，提供更即時的晶片支援，優化開發體驗，助力嵌入式開發生態的持續升級。 歡迎蒞臨embedded world展會(2025/03/11~2025/03/13)（第4展館，展位4.506）瞭解IAR 全新雲端平台的詳細內容和優勢。 更多資訊請瀏覽：https://www.iar.com/embedded-development-tools. 。
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