概述
宸曜 NVIDIA® Jetson™是專為日新月異的邊緣AI應用所打造。從邊緣檢測、路側應用、AMR乃至車載IVA或ADAS,憑藉其工業級電源與散熱設計,加上車載相機連接性,此緊湊解決方案提供豐富擴充能力。宸曜 Jetson擁有緊湊機殼,以高效Jetson SoM提供電力,可於邊緣端展現伺服器等級的推論性能,為工廠、路側基礎設施、機器人與非公路車輛視覺AI應用的理想選擇。

強固、無風扇和防水
可在-40℃到70℃無風扇條件下操作。
相容車載/移動操作
針對困難的車內條件設計以確保信頼性。
多種應用形態
例如人工智慧影像擷取卡、平板散熱器電腦或任務指向電腦。從工廠至道路都適用的穩健AI視覺
邊緣檢測
情境
在過去,CPU架構的系統常被用以執行自動化處理,應用範圍從清潔、檢測、分類到包裝,到在生產線架設多個工作站都涵蓋在內。為增進整體自動化效率與精準度,將AI性能整合於既有CPU自動化處理,已是業界的最新趨勢。

挑戰
整合AI運算於傳統CPU 19”機架式或擴充箱型電腦的挑戰包括:
- 需要強大AI性能來執行多相機即時影像處理
- 高耗電GPU卡的充足供電有難度
- GPU卡的散熱難題
- 沒有足夠擴充插槽以安裝GPU卡與影像擷取卡
宸曜的產品
宸曜的工業級智慧影像擷取卡PCIe-NX150系列,以及平頭式散熱邊緣AI電腦NRU-150-FT系列,是專為改良既有CPU機器視覺與檢測系統AI性能所設計的輕量級解決方案。該兩系列皆配備提供相機連接性的6個USB3或4個PoE+ GbE連接埠、100 TOPS AI性能,同時保證有強固的寬溫運作。
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PCIe-NX154PoENVIDIA® Jetson Orin™ NX智慧影像擷取卡,配備4個PoE+連接埠 |
PCIe-NX156U3NVIDIA® Jetson Orin™ NX智慧影像擷取卡,配備6個USB 3.2連接埠 |
NRU-154PoE-FTNVIDIA® Jetson Orin™ NX平頭式散熱邊緣AI電腦,配備4個2.5GbE PoE+連接埠 |
NRU-156U3-FTNVIDIA® Jetson Orin™ NX平頭式散熱邊緣AI電腦,配備6個USB3.2連接埠 |
路側IVA
情境
隨著都市基礎建設開始具備越來越多AI功能,如智慧交通、V2X車聯網通訊、公共空間智慧影像分析等等,部署路側邊緣AI電腦以滿足即時影像獲取與處理的需求,已成為主流。

挑戰
於路側機殼部署邊緣AI電腦,需克服下列挑戰:
- 需要強大AI性能來執行多相機即時影像處理
- 從寒冬到炎夏的極端氣候溫度
- 機殼內部散熱
- 路側環境導致電腦內部累積灰塵
宸曜的產品
NRU-220S、NRU-52S+、NRU-154PoE-FT為優異的無風扇AI NVR,配備內建連接性,可連接多個PoE+/ PoE++ IP相機。這些型號可在寬溫度範圍運作,實現路側應用的智慧影像分析。此外,產品皆具備隔離式RS-484介面,可與基礎設施無縫通訊。
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NRU-220SNVIDIA® Jetson AGX Orin™ AI NVR,配備4個共享PoE+ GbE與2個2.5GbE連接埠 |
NRU-52S+NVIDIA® Jetson Orin™ NX邊緣AI電腦,配備4個PoE++連接埠 |
NRU-154PoE-FTNVIDIA® Jetson Orin™ NX平頭式散熱片邊緣AI電腦,配備4個2.5GbE PoE+連接埠 |
自主移動機器人
情境
業界在智慧農業、自動化倉儲、最後一哩配送等應用皆已採納越來越多的自主移動機器人(AMR);為能使這類AMR能與其環境互動,多部感應器以及充分的AI性能是不可或缺的。

挑戰
整合運算元件於機器人可能面臨下列挑戰:
- 多部相機與感應器連接性
- 需要強大AI性能來執行多相機即時影像處理
- 部署空間有限
- 散熱
- 電池容量供電有限
- 衝擊與震動考量
- 行動通訊功能
宸曜的產品
NRU-51V+、NRU-52S+、FLYC-300與NRU-156U3-FT為配備IP、GMSL2以及USB3相機連接性的20W Jetson Orin NX電腦。這些型號可在寬溫範圍下無風扇運作,並採用適合有限空間的緊湊尺寸,適用室內或戶外情境,包括倉儲、最後一哩配送和農業移動機器人。NRU-52S+與NRU-51V+系列具備寬範圍DC輸入附帶點火電源控制,並有靈活的行動通訊擴充選項。FLYC-300則為300g極輕量邊緣AI電腦,適合無人機應用以及輕量機器人。
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NRU-51V+NVIDIA® Jetson Orin™ NX邊緣AI電腦,配備4個GMSL2連接埠 |
NRU-52S+NVIDIA® Jetson Orin™ NX邊緣AI電腦,配備4個PoE++連接埠 |
FLYC-300NVIDIA® Jetson Orin™ NX無人機任務型電腦,配備2個GbE、2個USB3、2個GMSL2 |
NRU-156U3-FTNVIDIA® Jetson Orin™ NX平頭式散熱邊緣AI電腦,配備6個USB3.2連接埠 |
車載IVA與ADAS
情境
車載的智慧影像分析,在執行防撞、識別與偵測等功能扮演關鍵角色,以能增進ADAS功能以及整體安全性。此類應用會擴展至非公路用車輛、遠端操作和鐵道入侵偵測等場域。

挑戰
為確保車輛中的穩當執行,運算系統需克服:
- 多部相機與感應器的連接性
- 需要強大AI性能來執行多相機即時影像處理
- 部署空間有限
- 散熱
- 電池容量供電有限
- 持續的衝擊與震動
- 行動通訊功能
- 採礦、農業或工程現場等嚴苛環境
宸曜的產品
NRU-220S、NRU-222S與NRU-52S+配備GbE PoE+/PoE++連接埠以支援IP相機,提供強固連接性。NRU-51V+則更進一步配備可用於車用相機的GMSL2連接埠,尤其適合在變動光照條件下,對低延遲與高影像品質有極高要求的應用。所有型號皆是為了在車載部署實現強大性能所設計,緊湊尺寸下能達成寬溫無風扇運作、抗衝擊與震動、寬範圍DC輸入、點火電源控制、行動連接性以及靈活擴充能力。
下載資源
優化 SWaP 的 AI 任務電腦,實現無人系統應用
以強固型 NVIDIA Jetson™ 電腦實現路側智慧影像分析
以強固型 NVIDIA® Jetson™ 電腦賦能自主移動機器人 (AMR)
以 NVIDIA® Jetson™ 電腦實現越野車輛 ADAS
Neousys 扁平式散熱片無風扇電腦,適用於嚴苛環境
8 路相機同步與影像總延遲 (Glass-to-Glass)
3 重曝光 HDR(>120dB)
法人說明會
日期 | 時間 | 地點 / 標題 | 資訊下載 |
2025/06/03 | 14:30 | 凱基證券總公司(中山區明水路700號) |
影片連結 簡報下載 |
宸曜科技受邀參加凱基證券舉辦之法人說明會 | |||
2024/11/28 | 14:30 | 宏遠證券總公司(台北市大安區信義路4段236號7樓) |
影片連結 簡報下載 |
宸曜科技受邀參加宏遠證券舉辦之法人說明會 | |||
2024/05/28 | 14:30 | 凱基證券總公司(中山區明水路700號) | 簡報下載 |
宸曜科技受邀參加凱基證券舉辦之法人說明會 | |||
2023/10/05 | 14:00 | 台北君悅酒店3F凱悅一區宴會廳(台北市信義區松壽路2號) |
影片連結 簡報下載 |
宸曜科技公司上櫃前業績發表會 | |||
2023/02/21 | 14:00 | 張榮發基金會 | |
受邀參加凱基證券舉辦之轉興櫃一般板前法人說明會 | |||
2022/10/19 | 14:00 | 櫃買中心 | |
宸曜科技公司登錄興櫃戰略新板前座談會暨戰略新板宣導會 |
董事會
作為宸曜科技公司最高策略及管理機構,董事會除了依相關法令規章及股東會所賦與的職權,制定各項法規及辦法外,同時對各項執行結果進行監督。
董事會的重要職掌:
- 審閱公司營運計畫
- 審閱本公司財務報告
- 訂定有效及適當內控制度
- 監督及處理公司所面臨各項風險
- 規劃制定公司經營方向、策略與戰略
- 財務、會計或內部稽核主管之任免
董事會多元化及獨立性:
本公司為強化公司治理並促進董事會組成與結構之健全,尊重並提倡董事多元化目標,希望多元化政策將有助於提升公司整體營運表現。本公司董事會成員選任均以用人唯才為原則,並注重性別平等與具備執行職務所需之知識、技能與素養。
本公司目前董事會設置一般董事五人及獨立董事四人,其多元化政策及落實情形如下:
多元化核心項目 | 基本組成 | 具備之能力 | ||||||||||||||
國籍 | 性別 | 兼任本公司員工 | 年齡 | 獨立董事任期年資 | 營運判斷 | 會計及財務分析 | 經營管理 | 危機處理 | 產業知識 | 國際市場觀 | 領導能力 | 決策能力 | ||||
40~49 | 50~59 | 60以上 | 3年以下 | |||||||||||||
董事長 | 高明和 | 中華民國 | 男 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ||||
董事 | 胡正濤 | 中華民國 | 男 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | |||||
董事 | 倪浩然 | 中華民國 | 男 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | |||||
董事 | 陳明鴻 | 中華民國 | 男 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ||||||
董事 | 徐達仁 | 中華民國 | 女 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ||||||
獨立董事 | 陳志成 | 中華民國 | 男 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ||||
獨立董事 | 郭耿聰 | 中華民國 | 男 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ||||
獨立董事 | 范銘祥 | 中華民國 | 男 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | |||||||
獨立董事 | 賴子睿 | 中華民國 | 男 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
本公司目前董事均有各不同領域別產業之經營或營運經驗,未來將視董事會運作、經營形態及發展需求,適時修訂多元化政策,以確保董事會成員應普遍具備執行職務所需之知識、技能與素養。
而依據章程規定,本公司董事設置5至9人,包含一般董事五人及獨立董事四人,獨立董事佔全體董事成員比例44.44%,獨立董事加計外部董事合計席次超過全體董事會成員半數。目前董事會成員男性占89%(8 位),女性占11%(1 位),未來將盡力增加女性董事席次,以達成董事會性別平等之目標。本公司獨立董事均符合金融監督管理委員會證券期貨局相關之獨立董事規範,且各董事及獨立董事間均無證券交易法第26條之3第3項及第4項規定。
職 稱 | 姓 名 | 主要經(學)歷 | 目前兼任本公司及其他公司之職務 |
Chairman | 高明和 |
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Director | 胡正濤 |
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Director | 倪浩然 |
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Director | 陳明鴻 |
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Director | 徐達仁 |
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獨立董事 | 陳志成 |
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獨立董事 | 郭耿聰 |
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獨立董事 | 范銘祥 |
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獨立董事 | 賴子睿 |
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永續發展政策
宸曜科技一向秉持創新、不斷精進的態度,致力於研發更貼近市場需求的強固型邊緣運算電腦,提供給全世界先進應用整合者,實現智能應用,以科技持續改善人類生活。作為企業公民,宸曜科技不僅注重在專業領域做出貢獻,更致力於善用企業資源,履行多元化的企業社會責任,攜手全球推動永續發展。為了落實永續發展,宸曜科技根據公司制定之「永續發展實務守則」,承諾在環境保護(E)、社會責任(S)、 公司治理(G)方面積極發展。並且,為了更具體地落實企業永續發展政策,我們更進一步制定了以下四個發展範疇,期望能夠透過這些範疇兌現我們對永續發展的承諾:
公司治理
- 嚴格遵守「公司治理實務守則」
- 強化董事會結構與運作
- 維護公司股東和利害關係人之權益
- 提升資訊透明度
- 落實誠信經營
企業營運
- 推動創新與智能發展
- 提升企業營運數位力
- 制定企業風險管理政策
- 優化供應商管理政策
- 推動企業無紙化政策
- 推動綠色製造

社會責任
- 制定明確人權政策
- 制定符合法規之職業安全衛生措施
- 建立多元化及均等機會的工作環境
- 提供全面的教育訓練課程
- 建立員工定期溝通對話之管道
- 定期舉辦公益活動
環境保護
- 制定環境保護政策
- 定期追蹤企業用電量及碳排放量
- 落實節能減碳措施
- 定期舉辦環境保護活動
永續發展委員會
為實踐本公司永續發展目標,並強化永續治理,依照「上市上櫃公司治理實務守則」第二十七條第三項及「上市上櫃公司永續發展實務守則」第九條第一項之規定設置「永續發展委員會」,由董事會授權與監督。委員會成員五位,由董事會決議委任,任期配合董事會之任期,得連選得連任,由總經理擔任委員會召集人、會議主席與本公司永續長。
委員會成員
職 稱 | 姓 名 | 主要經(學)歷 | 目前兼任本公司及其他公司之職務 |
永續長暨會議召集人、 會議主席 |
高明和 |
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委員 | 陳明鴻 |
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委員 | 謝欣絨 |
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委員 | 呂依凌 |
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委員 | 卓聖裕 |
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委員 | 蔡頴杰 |
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永續發展委員會的職責範圍如下,同時為推動相關永續發展業務,於委員會項下設立五大跨部門的任務小組以利執行相關任務,包括:公司治理小組、永續環境小組、社會公益小組、永續資訊揭露小組、誠信經營推動小組等。永續發展委員會每季召開一次會議,並將每次開會之會議事錄呈報董事會並報告永續發展執行成果及未來的工作計劃。公司董事會每次聽取永續發展委員會之報告及其對董事會提擬公司永續發展策略,董事會除評判這些策略成功的可能性,也同時檢視策略的進展,並且在需要時敦促各執行單位進行調整。
永續發展委員會的職責範圍
- 制定、推動及強化公司永續發展政策、年度計畫及策略等。
- 檢討、追蹤與修訂永續發展執行情形與成效。
- 督導永續資訊揭露事項並審議永續報告書。
- 督導本公司永續發展守則之業務或其他經董事會決議之永續發展相關工作之執行。
2024永續發展委員會與董事會召開時間
利害關係人
鑑別: 宸曜科技對於利害關係人之定義係具對組織營運產生影響或受組織影響之內、外部團體或個人。根據上述原則,員工、供應商、股東及客戶係宸曜科技辨認的利害關係人。
宸曜科技透過內部與外部等不同溝通管道,收集以上利害相關者回饋的資訊,也參考國際趨勢與規範、客戶要求、同業做法,鑑別各利害相關者所關切之議題,列式各議題回應性與溝通做法。
宸曜科技並設有各種溝通及申訴管道,供其詢問及發表意見,以瞭解利害關係人之合理期望及需求,並提供回應機制,處理利害關係人所關切之議題。
利害關係人 | 議題回應性/溝通做法 |
員工 | 公司重視員工意見,透過不定期舉辦教育訓練、講座和各類活動來鼓勵員工。員工並可透過內部信件傳遞、電子郵件公告、勞資會議紀錄及員工大會等了解公司各類訊息,另設有內部員工意見箱供員工發表意見。 |
供應商 | 為了永續推動事業發展,宸曜持續與供應商建立深厚的夥伴關係,並且不定期與供應商雙向交流,進行產品技術、交期、品質等資訊的回饋,目標在於強化雙方合作的共存與共榮,未來朝向供應鏈管理的永續經營。 |
股東 | 不定期召開法人說明會和股東常會,於會議上回覆股東所關切議題;公司網站設立投資人園地將最新股東會資料、股利發放、股價、營收、財報等訊息即時揭露,加強資訊揭露及保障投資人權益。另設有公共關係(IR)信箱,供投資人表示意見。 |
客戶/消費者 | 透過公司網站和信箱保持聯繫,客戶可了解宸曜環境與社會責任面相關資訊,客戶亦透過產品使用與採買經驗了解產品於各項法規符合度,與客戶緊密聯繫,透過不定期拜訪客戶與各式的會議形式增加彼此的認知,深入了解客戶需求,提供符合客戶需求規格,強化技術服務,以提升產品品質,並即時回應客戶需求,加強客戶滿意度。 |
依據不同議題,可利用以下方式與宸曜資訊聯繫:
- 員工聯繫:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
- 供應商聯繫:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
- 股東聯繫:發言人 Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
- 客戶/消費者相關聯繫:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
若外部人士發現公司內部有不合法(包含貪汙)與不道德行為,亦鼓勵舉報至下列信箱:Email住址會使用灌水程式保護機制。你需要啟動Javascript才能觀看它
什麼是邊緣 AI 計算對工業電腦的意義?
隨著過去僅存在於傳統數據中心或雲端的數據與分析轉移至邊緣,這意味著工業應用正從自動化邁向自主化。但為什麼只有少數工業電腦製造商提供邊緣 AI 平台?這是因為在將具備 AI 的工業電腦部署到現場時存在許多挑戰。
為什麼要將 AI 整合至工業電腦?
將 AI 整合至工業電腦,就像賦予其人類大腦的學習與推理能力,但不會受到偏見、疲勞或情緒的影響。這種整合能夠提供智慧,進一步提升效率、準確性和生產力。
將 AI 整合至工業電腦的挑戰是什麼?
當您在已有緊湊且散熱條件不佳的嵌入式外殼中加入 GPU 卡或顯示卡時,這會破壞系統的散熱、供電及安裝平衡。
因此,工業電腦的設計必須非常謹慎,確保其 CPU/GPU/元件散熱、電路板佈局、支架機構、干擾隔離,以及外殼結構能協調無縫地運作,以在各種環境條件下持續提供 24/7 的最佳系統效能。
我們如何解決 AI 與工業電腦整合的挑戰?
與人類身體相似,邊緣電腦會受到環境因素的影響,例如溫度波動/極端溫度、灰塵、液體、濕氣和鹽分等。而供電接受度就像食物來源,是維持各種操作的關鍵。
因此,工業電腦的設計必須非常謹慎,確保其 CPU/GPU/元件散熱、電路板佈局、支架機構、干擾隔離,以及外殼結構能協調無縫地運作,以在各種環境條件下持續提供 24/7 的最佳系統效能。
當人體過熱時,會散熱來調節體溫,工業電腦也是如此。一個設計良好且高效的散熱系統對工業電腦的壽命、穩定性和效能至關重要。除了溫度,震動/衝擊會影響安裝,而灰塵、液體和濕氣滲入時則可能影響內部元件。
具備寬範圍 DC 輸入接受度對系統的操作和部署可行性至關重要。寬範圍 DC 輸入降低了系統的電壓特定需求,使其在各種情境下更加兼容和靈活。
哪種 GPU 適合您的工業電腦?
當環境因素和供電問題得以解決後,您可以根據需求選擇 GPU 卡來決定您的工業電腦能有多智慧。對於 AI,GPU 卡的整合能夠賦予其學習與推理的能力,而其 TFLOPS(每秒一兆次浮點運算)則是處理能力的指標,範圍從個位數到數百。請記住,處理能力越高,產生的熱量也越大。因此,有各種效能等級的 GPU 卡可供選擇,耗電量從 30W 到 250W 不等,您可以根據需求選擇安裝一張或兩張。
為什麼要部署 Neousys 的工業電腦作為邊緣 AI 平台?
GPU 卡的加入賦予工業電腦 AI 能力,但同時也使本已面臨環境挑戰的系統在散熱、安裝及供電方面更加複雜。作為將 AI 整合至工業電腦的先驅之一,Neousys Technology 提供多種經過現場測試的工業電腦,支援從入門到高階 GPU 卡,以滿足您的部署與應用需求。
Starting from a 4U rackmount system based on a clone IBM PC motherboard for controlling manufacturing process, industrial computer, or IPC, since its debut in 1980s has become smaller and smarter generation after generation over the course to the Era of AIOT and Autonomous Robotics. In addition to factory automation, the application of industrial computers have pervaded across many areas, from intelligent transportation, defense & security, power & energy, medicine, digital signage to utilities operations, environmental monitoring, and many more.
Today, an industrial computer could be embedded in a smart factory machine that produces cutting-edge semiconductor components, or a medical XR apparatus that helps perform brain surgeries, a driverless car that delivers goods to homes, a Kiosk machine that provides self-help services to customers in convenient stores or restaurants, or it could be built in a subway entrance to control the turnstile where you swipe your card to get through.
Industrial computers are not like commercial PCs
They are made to communicate and control
Unlike general purpose computers—such as desktops used at homes or in offices, Industrial computers are special breeds of personal computers (PCs) deployed or embedded in an automatic/autonomous system to provide the niche computing power for collecting and analyzing data and enabling control / monitoring of the system as well as M2M and human-machine communications.
The most advanced such systems, with Machine Learning and Artificial Intelligence (AI) capabilities, command high degree of autonomy and require least human intervention in process. Some people see them as the enabler of The 5th Industrial Revolution which marks the paradigm shift from IoT to AIoT.
Industrial computers are deployed to everywhere of human needs
Their application scenarios
These industrial computers, or IPCs, could be embedded in the wind turbines situated in a desert or a seashore area exposed to enormous day-night temperature difference and other negative environmental factors. Or, they could be embedded in an outdoor system controlling or monitoring energy/power/sewage/transportation facilities and have to withstand harsh and variable weather conditions.
Some of them could be installed in rolling stock or wayside apparatuses susceptible to extreme shocks and vibrations as well as high voltage and electro-magnetic interference. Some of them have AI capabilities and are deployed for driverless vehicles--including autonomous cars and planes--and have to conquer all the extreme situations on the road or in the air.
Some IPCs are embedded in medical apparatuses that must observe the aseptic and hygiene standards for operating rooms. And some could be used in high-end smart factories like semiconductor fabs where clean rooms are 100 times cleaner than a hospital operating room for protecting silicon wafers from ambient contamination.
What make the making of industrial computers so challenging?
The features and benefits of IPC
Therefore, computers made for industrial purposes must fulfill the following features and satisfy the demands of their applications:
- Industrial computers must be made with higher level of rugged designs than normal PCs to provide reliable and stable operations in their application environments that might contain extreme harsh conditions and require 24/7 ceaseless operations. IPCs usually have a wider operating temperature range, higher capabilities in resisting shocks, vibrations, humidity, dust, salt, acid, voltage, electro-magnetic interference, adverse weather, or any other kind of negative environmental factors depending on their application settings and scenarios.
- Industrial computers not only have to maintain compliance with the standards of their domain computers but also often have to observe the industrial standards or regulations in their vertical markets to fulfill application demands and interoperability with other system components.
- For example, computers used for military or defense purposes usually follow the military standards issued by the U.S. Department of Defense (called "MIL-STD" or "MIL-SPEC") in providing interoperability, SWaP (size, weight and power) optimized and rugged platforms ready for quick deployment with off-the-shelf products.
- Industrial computers must have special I/O designs for connecting to different sensors and devices in their purposed application system. Different applications usually have their own I/O emphases. For example, computers used in factory automation usually require serial ports like RS232/422/485 for supporting Modbus/Fieldbus serial communication protocols, or LAN ports for supporting Ethernet, which are rarely seen in commercial computers. Besides, computers used for controlling digital signage would require greater variety in image input/output ports for displaying high quality images, and expansion slots for boosting graphic processing performance. Richer and more versatile I/O designs would usually increase flexibility and expandability for system deployment and deliver greater economic benefits to customers.
How do you choose an industrial computer that best suit your application?
We would like to discuss the prerequisites into two directions, hardware specifications and environmental factors. Let’s start with an industrial computer's specifications.
Hardware Specifications
Check the hardware requirements listed by your software provider for reference.
With modern complex applications, the need for real-time reactions may require artificial intelligence (AI). Applications such as multiple image recognition, or the ability for a machine to sense, reason, act in response to, or adapt according to the application. The complexity of the application will determine the need for an inference accelerator or GPU.
Random Access Memory plays a critical role in deciding computing speed and the overall system performance. ECC (error-correcting code) memory is another type of RAM, which is often chosen for rugged systems or mission-critical applications but typically has a higher price.
For industrial applications, solid state disk (SSD) is more rugged and reliable than the mechanical hard disk drive (HHD), and offers significantly higher throughput, but has a higher price tag per GB of storage. If your system will rely on edge computing rather than uploading most data to the cloud, you will need larger capacity for data storage, HDD will be a more economic choice. Of course, you may like to have both of them and obtain high speed and high capacity at the same time if your budget allows.
Communication is vital in embedded computing and it brings connected systems into a harmonious sync to execute tasks. Therefore, it is important to make a list of all the devices and equipment the industrial computer will need to establish links and identify their I/O type. You don’t want to have a computer deployed to your floor which is not able to fetch data from all of your critical devices and have to install a second computer to compensate.
An embedded computer often has to fit in a space facing restrictions in size, weight and power (SWaP), which sometimes run into contradiction with performance demand. Understand your environmental restrictions and choose a computer with form factors that meet your needs.
Your system is expected to be used for years to generate returns on investment, but technologies are always advancing and your system could be left behind. To protect your investment and maximize economic benefits, choose an industrial computer with future-proofing designs, so you can upgrade your system and add new features without sacrificing your existing system.
Your budget constraint is always your biggest pain point in planning your project and choosing a perfect computer. All your dreams about computing performance and stunning features have to be measured against your budget ceiling.
Environmental Factors
When choosing an industrial computer for your application, the "environmental factors" are of utmost importance, because, if the computer cannot operate in the deployed environment, all other specifications are just irrelevant. So understanding the environment your industrial computer will be operating in 24/7 becomes crucial to a successful deployment.
Heat is the biggest enemy for electronic components in a computer. Without an efficient thermal dissipation design, it can cause a processor to thermal throttle (reduced operating frequency) resulting in performance degradation; and the effects of long term high temperature operation of electronic components may also significantly reduce their lifespan! Many computers are deployed out in the open and perhaps have to boot under minus zero coldness in the morning and operate under blazing sun in up to 50°C air temperature at noon. Computers deployed to manufacturing facilities often have to face constant extreme heat. So identifying the temperature range in your application setting and make sure that your IPC supplier is able to provide "real" wide temperature support to meet your application needs.
Many computers are deployed to a confined space and will need a SWaP optimized design; others could be deployed in vehicles or mobile applications like autonomous mobile robots (AMRs) and will face extreme shocks and vibrations during operation. Find a computer with reinforced capabilities that address the characteristics of your application location.
Many vertical markets have their common environmental concerns that IPC applications have to address, such as shock and vibration, humidity, salinity, temperature, and many more, and certain industries have developed their own standards for electrical or electronic equipment. For example, defense applications often follow MIL-STD for ruggedness compliance; railway applications are often required to address the international standards in anti-electromagnetic interference and anti-shock and vibration capabilities; computers used in medical applications should observe water/dust proofing and aseptic standards. If you don’t have clear ideas about specific environmental requirements of your applications, look into industrial certifications for reference and assurance.
概要
宸曜邊緣人工智慧運算解決方案,最高可支援Intel® Xeon® E以及第9/8代 Core™,無與倫比的性能加上真正的寬溫運作,能確保CPU/ GPU在嚴苛條件下不會產生過熱降頻。宸曜解決方案包含一系列強固型嵌入式GPU解決方案,其中配備NVIDIA® Tesla、Quadro®、Jetson Xavier、RTX 30系列消費者等級顯示卡以及Google TPU,為GPU運算的理想選擇。這些能應用於醫學影像、影像分析、深度學習機器視覺、自動化機械等領域。

產品特色

全方位的GPU支援
從RTX 30系列、Tesla、Quadro、Jetson™ Xavier到Google TPU的高吞吐量或高效能應用。

獲專利的散熱設計
讓熱能排出及散逸的效能更佳,以提供最佳性能並防止CPU/GPU發生過熱降頻。

點火控制
內建點火控制,能安全地關閉及啟動系統。

多GPU運作,僅需單一寬電壓直流電輸入
接受8至48V寬電壓直流電輸入,且只需單一電源輸入便可供應兩張高階RTX 30系列GPU卡運作。

可調節GPU固定支架
獲得專利的可調節GPU固定支架可確保將安裝完畢的顯示卡固定在適當位置,能承受衝擊和震動。

以螺絲鎖固的豐富I/O埠口
配備充足的I/O埠口,並透過螺絲鎖固以強化連接。
獲得專利的阻尼減震支架
獲得專利的阻尼減震支架能有效吸收最高達3Grms的衝擊和震動,確保可靠穩定的運作。

擴充能力
PCIe/ PCI擴充槽提供連接性或功能性擴充。
NVIDIA® Tesla T4
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NVIDIA® Quadro P2200
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NVIDIA® Jetson AGX Xavier™
NVIDIA® RTX 30 Series
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Mainstream and Google TPU
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相關資源下載
邊緣計算崛起:工業電腦的全新世代
應用

零售與物流
以有限人力運送大量的包裹時,倉儲生產力的提升是一大挑戰。從倉儲到物流中心、從物流中心到顧客端,宸曜邊緣人工智慧GPU電腦將物流智慧化,提供更佳的效率及功效。
案例研究:

智慧運輸系統
宸曜在車載應用與運輸工業方面經驗十分豐富,從具EN50155認證,到享有盛譽的開放資源自動車輛計畫百度Apollo配備的電腦,此方面的應用旨在為智慧運輸產業帶來比安全更萬無一失的技術。
案例研究:

智慧城市
智慧城市利用IoT收集並分析大數據,以洞察先機並讓城市全面進化。宸曜邊緣智慧電腦具有最佳化的CPU/GPU性能,提供影像分析能力、穩定性與可靠性,專為智慧城市部署所打造。
案例研究:

海運
氣候造成的腐蝕是破壞性最強的腐蝕類型,從機殼中最小的開孔滲透而入,侵蝕PCBA上的電路與焊接點後,將會造成嚴重故障。宸曜具有獨家的密封機殼設計,同時也兼顧無可匹敵的性能。
案例研究:

Surveillance Then and Now
Back in the days, surveillance cameras were only placed and found at need-to-be places such as financial institutes, public mass gathering spaces like train stations or any other place that needed stringent security measures. The need for safety and security served as the two main key factors for cameras recording 24/7 that brought people, peace of mind. The idea of surveillance recording is that once something has happened, we can review the videos and find the perpetrator. That is still somewhat the case today but as technologies evolve, the surveillance technologies have also leapfrogged.
Gone are traditional analog videotape recordings with sub-par image resolution. The storage tapes are problematic as they are prone to wear; and are troublesome when searching for video segments. While traditional field site cameras were simply just cameras recording onsite images and offer no other functions. But make no mistake, those were the pinnacles of video surveillance technology at the time.
Today, video surveillance can be found almost around every corner. At home, people set up their security IP cameras with motion detection warning so they can monitor with their handheld devices; in industrial factories, cameras monitor the safety of workers on the floor that automatically warns people in the control room in case there is a need to shut down machines to prevent disasters from happening; on trains, buses and at stations, cameras and mobile surveillance systems may be linked to law enforcement systems that can collect and analyze data to reduce/ prevent accidents; or they may have onsite video analytic applications such as facial recognition, for immediate countermeasures.
Mobile Surveillance Technology Expands the Comfort Zone
Though the two main key factors, safety and security remained the same, technologies today have enhanced how we define surveillance camera systems. The inclusion of shock and vibration proof, wide temperature platforms have also facilitated the possibilities of mobile surveillance. The PoE technology makes cameras installations easy to set up while industrial-grade power backup module ensures data integrity in the field. No longer are cameras just for local imagery or video recording, the application of edge AI/ inference and facial recognition technologies have made the cameras in a way, our first line of defense.
Neousys Technology offers a wide variety of edge AI and inference capable rugged embedded computers that support graphics card processing power or NVIDIA T4 for deep learning, Neousys systems are ideal platforms for modern mobile surveillance systems.
IP67等級防水高強固嵌入式電腦及GPU電腦
IP67等級防水
無風扇寬溫
CPU + GPU

產品特色

IP67等級
特殊模造 O 型環及密封的防鏽蝕不銹鋼/鋁製機殼造就IP67等級防水功能。
M12連接
M12連接也適配於COTS,不只是物超所值的解決方案,也能確保強固的連接。
2U半機架式/19"機架式
標準規格搭配獨家機架,可靈活選擇上架或壁掛。
真正的寬溫無風扇GPU
可搭載NVIDIA® RTX A2000/ Tesla T4/ Quadro P2200,並且可於最高62°C之環境中運作,而不會發生過熱降頻。
內建超級電容 UPS
相較於傳統電池UPS,獲得專利的超級電容 UPS能有效的防止資料丟失,可靠性高且使用壽命長。相關資源下載
應用
採礦
配備多個mPCIe插槽、M.2 B/E key、預備之5G/4G擴充、具點火控制的8-48V寬電壓直流電輸入、專利的散熱設計等,以確保在可上架或壁掛的19吋2U機身中實現-25°C 至 70°C 之無風扇運作。SEMIL電腦在自動採礦或如卡車、鏟土機、推土機、裝載機等遙控採礦設備方面的應用,將會具有優異表現。(下載應用說明)

農業
SEMIL高強固電腦真正無風扇、防塵以及IP67等級防水等設計,使其無比適合自動化農業拖拉機,不論晴雨皆能全年無休地運作。GPS或無人機引導能帶來均勻得當的作物間距,而農民可同時操控多臺拖拉機,花更少的時間,種植更多的作物,擁有更高的收穫。(下載應用說明)

工廠自動化
IP67等級防水的SEMIL高強固電腦可搭載一個NVIDIA Tesla T4或Quadro P2200推論加速器,能實地執行影像分析、運算複雜的演算法與類神經網路模型,以利於在化學、金屬加工、食品與飲料產業等惡劣環境下進行即時影像分析。
海運
以一體成形的不鏽鋼機殼封裝並以特殊模造 O型 環密封,SEMIL為少見的防水高強固GPU電腦,同時還搭載NVIDIA Tesla T4或Quadro RTX,是海港自動化、貨櫃檢驗、自動跨載搬運機、安全檢測與其他更多應用的理想選擇。
鐵道
SEMIL是可靈活安裝的2U 19"或半機架式尺寸,具備抗拉扯商用現貨M12連接器,且通過EN50155認證,還配備搭載NVIDIA Tesla T4或 Quadro RTX的真正無風扇設計,能應用於鐵道檢測、監控與安全系統的深度學習以及類神經網路。
Military
Half-rack/ rackmount form factors; commercially available off-the-shelf M12 connectors; MIL-STD-810G certified, SEMIL computers are perfect for a variety of unmanned ground vehicles (UGV) that play integral roles in enhancing application efficiency, and safety in military defense sectors.(下載應用說明)