3D深度感測產品解決方案

技嘉科技提供最新3D感測產品 - 飛時測距(ToF)感測鏡頭,並利用智能經濟方式來滿足3D影像擷取技術應用。
3D Sensing TOF Solution
ToF camera includes high-performance advanced depth analytics as a standard feature, improving measurement accuracy and performance. It also gets practical information on whether the third dimension is actually worthwhile for your application and has excellent performance even in the most challenging lighting conditions. Also, TOF is non-privacy, detect object recognition & skeleton.
3D TOF Camera
This 3D TOF device would be perfect to us for various applications from AIOT, AI Robot , Industry 4.0, Automation, Automotive, Smart Retail, Smart Surveillance (I-Fence) to Medical care and aimed to help our customers to do cost-effective way to benefit for their project infrastructure in the future.    To use GIGABYTE TOF 3D sensing solution can help customer's projects to be  more proficiency with budget saving as well as more competition advantage on their business development in future.
Smart Security
GIGABYTE TOF senor is an most effective way for smart security solution, whatever from man power saving and easy to deploy for last mile installation.
Smart Shop
TOF sensor is great benefit to bundle with digital signage. By using TOF to detect consumer's gender, gesture, motion, age then generated into digital signage for further interaction and behavior as well as can have data base to do marketing plan for retail shop.
Medical Care
TOF sensor is non-privacy product and ideal to use for patient monitoring in the hospital or house center. If there will have some abnormal message from patient, the nursing station center can know right away to have on-call service on time.
AI Robot
Artificial Intelligence has long entered our workplace and home. It is used in robotics, where collaborative robots deliver parts and perform repetitive or even dangerous tasks. TOF is essential element to help Robot for advanced object recognition and avoidance whatever from automation, logistic, health /home care...etc.
Best Way To Save For Project Management Budget
GIGABYTE is aimed for trend of new cutting edge technologies and foreseen optimistically about the potential market of machine vision in coming years and also align with current AI computing platform.  This will make the capture performance of 3D image processing and application to be more flexible with time-saving. The most important is using GIGABYTE TOF 3D sensing solution can assist customer’s projects for more proficiency and budget saving as well as more competition advantage on their business development in future.
Unique Benefits
This calibration system would help customers to capture 3D depth information to be more accuracy as well as fit with their project requirement precisely. 

GIGABYTE TOF solutions has provided own software development kit tool which was integrated together of the combination of driver, algorithms and calibration based on different main 3D depth sensing chipset in the market. 

Offering dual software OS Window & Linux can be more alternative choice and also based ARM platform to prevent hacker & virus attack.
suitable to Performance, Efficiency
Edging Computing System with real time performance
suitable to Quality, Accuracy
Low Computing System Requirement
suitable to User Friendly, Ease of Use& Lower maintenance requirement
Non-Privacy Issue
suitable to Security, Data Protection
Algorithm Integration
suitable to Reliability, Consistency
Unique Calibration Technology
TOF Product Series
There are four kinds of TOF products  to fit with different project applications from indoor to outdoor. 
1/4
T02-2DX
T02-2DX
TOF, RGB & 320x240 pixel
2/4
T01-NP
T01-NP
TOF Ethernet Version
3/4
M03-U3
M03-U3
TOF USB3.0 VGA 640x480
4/4
E02-U3
E02-U3
Outdoor TOF 320x240 Pixel
相關技術
物聯網
物聯網IoT是什麼? 物聯網(IoT)是指連結到互聯網的設備網絡,可以記錄或接收數據,而不需要任何人機互動。 這些設備可以是日常生活,商業或工業中的任何一種實物,例如,您家中的恆溫器、路邊的垃圾桶或工廠生產線上的設備。
雲端運算
雲端運算是什麼? 簡單地說,雲端運算(Cloud Computing)就是通過互聯網(雲)向使用者或組織(伺服器、儲存、資料庫、網路、軟體、分析、人工智慧等)提供運算資源。雲端運算通常基於虛擬化技術快速部署資源或獲得服務。雲端運算服務可以通過公有雲、私有雲或混合雲提供幾種不同的方式運作。公有雲運算由擁有實體資料中心的協力廠商服務提供者(如Amazon Web Service、Microsoft Azure 或 Google Cloud)提供,他們擁有實體伺服器硬體,然後通過安全的互聯網連接線上銷售這些資源。在私有雲中,企業通過虛擬伺服器上運行任意數量的可用實體電腦上的應用程式,在自己的資料中心內構建雲。混合雲運算則是私有雲運算和公有雲雲算服務混合使用。作為 RightScale's 2018 State of the Cloud report的一部分,針對 997 名 IT 專業人員進行了深入調查,瞭解他們採用雲基礎架構和相關技術,有96% 的受訪者表示,在運行企業的各種服務時都使用了雲端運算的技術,不管是公有雲、私有雲或是混和雲。
邊緣運算
邊緣運算是什麼? 邊緣運算(Edge Computing)是一種網路運算架構,運算過程盡可能靠近資料來源以減少延遲和頻寬使用。目的是減少集中遠端位置(例如「雲」)中執行的運算量,從而最大限度地減少異地用戶端和伺服器之間必須發生的通信量。近年來,技術的快速發展使硬體趨向小型化、高密度以及軟體的虛擬化,讓邊緣運算的實用度更加可行。想更深入了解邊緣運算,請參考我們的這篇文章:什麼是邊緣運算(Edge Computing)?
虛擬機器
虛擬機器是什麼? 虛擬機器(Virtual Machine)是一種軟體電腦,可以像實體電腦一樣執行作業系統和應用程式。虛擬機器由一組規格和組態檔組成,並由主機實體資源支援。每台虛擬機器都擁有可提供與實體硬體功能相同的虛擬裝置,這些裝置更易於攜帶、管理,且更加安全。
人工智慧
人工智慧是什麼? 人工智慧(Artificial Intelligence)是電腦科學的一個廣泛分支。人工智慧的目標是創造出具有智慧功能獨立運行的機器,並且擁有像人類一樣的工作能力及反應。為了達成這些目的,機器、軟體及各種應用程序運用了和人類相同的方法去獲取智慧 - 通過保存記憶資訊並隨著時間的演進變得更聰明。 人工智慧不是一個新概念,這個想法自1950年代起就一直開始備受討論,但由於近代電腦技術的進步 ─ 例如我們現在具備了蒐集大量資訊並儲存的能力,得以獲取足夠的數據量,讓現實中得以實現機器學習的開發,加上硬體處理速度和運算能力的快速提升,這使得處理蒐集的數據用於訓練機器/應用程序並使其“更智慧”的目標成真。
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