Industrial Edge AI Computer DX-U1100 Series
Industrial edge AI computer equipped with NVIDIA(R) Jetson Nano(TM) module.
The DX-U1100 series is a versatile industrial edge AI computer equipped with the NVIDIA(R) Jetson Nano(TM) module, focusing on practicality. It features 2x Gigabit LAN, HDMI, 2x USB, general-purpose I/O, and RTC (real-time/calendar clock), achieving flexible installation and environmental resistance, making it suitable for practical applications with peace of mind. The software environment comes pre-installed with Ubuntu, similar to the Jetson developer kit, and the NVIDIA JetPack(TM) SDK is available, allowing you to run applications created with the developer kit. The DX-U1100 series also offers a PCI Express slot model, enabling functionality expansion with our extensive range of Low Profile PCI Express boards, such as analog input and serial communication boards. 【Key Features】: ● Edge AI accelerator equipped with NVIDIA(R) Jetson Nano(TM) ● Adoption of high-reliability, long-life components ● Two Gigabit LAN ports interconnect different network layers
basic information
■Mounting Type: VESA 100 x 100; Wall Mount ■Supported OS: Linux Ubuntu; SDK JetPack ■Processor (CPU): ARM Cortex-A57 1.43GHz (4 cores) ■Memory: 4GB ■GPU: 128 CUDA Core (Maxwell) ■AI Performance: 0.5 TFLOPS (FP16) ■Display: 1x DisplayPort (eDP v1.4); 1x HDMI ■LAN: 2x 1000BASE-T ■I/O: 1x USB3.2 Gen1 (USB3.0); 1x USB2.0 ■Memory Card: 1x Micro SD slot ■Expansion Bus: 1x M.2 Key B (2230); 1x M.2 Key E (2230); 1x PCI Express(x1) (DX-U1100P1)
Price information
Please feel free to contact us.
Delivery Time
Model number/Brand name
DX-U1100
Applications/Examples of results
It will be applied to fields that require AI inference processing on-site, such as image inspection and predictive maintenance.
Detailed information
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Edge AI accelerator equipped with NVIDIA(R) Jetson Nano(TM). Ideal for fields requiring AI inference processing on-site, such as image inspection and predictive maintenance.
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NVIDIA JetPack(TM) SDK is available, pre-installed with Ubuntu just like the Jetson developer kit. Applications created with the developer kit can be executed.
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Optimizing heat dissipation efficiency and achieving fanless operation. The know-how of the "Box Computer (R)," a synonym for embedded PCs, is utilized throughout.
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Deep learning performance
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Line up（4）
| Model number | overview |
|---|---|
| DX-U1100-2E0211【Maintenance Item】 | Standard Model Equipped with NVIDIA(R) Jetson Nano(TM) / ARM Cortex-A57 / DC Power |
| DX-U1100-2E0212 | Standard Model Equipped with NVIDIA(R) Jetson Nano(TM) / ARM Cortex-A57 / DC Power |
| DX-U1100P1-2E0211【Maintenance Item】 | Model with Expansion Slot Equipped with NVIDIA(R) Jetson Nano(TM) / ARM Cortex-A57 / 1x PCIe(x1) / DC Power |
| DX-U1100P1-2E0212 | Model with Expansion Slot Equipped with NVIDIA(R) Jetson Nano(TM) / ARM Cortex-A57 / 1x PCIe(x1) / DC Power |
catalog（4）
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News about this product（8）
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Announcement of new products with updated software (JetPack / L4T) for NVIDIA Jetson(TM) Edge AI Computer DX-U1100/DX-U1200 series.
Contec has started accepting orders for a new product that updates the software (JetPack / L4T) installed in the Edge AI Computer DX-U1100/DX-U1200 series (hereinafter referred to as this product) from November 12. This product will come with a pre-installed JetPack / L4T that has been modified to address the component change (DRAM change) of the NVIDIA Jetson(TM) module.
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Introducing the new DX-M2300 series, a compact AI computer equipped with NVIDIA(R) Jetson AGX Orin(TM) featuring server-class AI performance and fanless operation!
Contec has developed a fanless embedded computer equipped with the NVIDIA Jetson AGX Orin(TM), a System on Module (SOM) for embedded devices with server-class AI (artificial intelligence) performance, and will begin accepting orders for the DX-M2300 series starting September 13, 2024. This product is a fanless embedded computer featuring NVIDIA's AI module for embedded devices, the "Jetson AGX Orin." It boasts AI performance comparable to GPU boards for data centers, achieving approximately 8 times the performance of the previous generation Jetson AGX Xavier, with a maximum of 275 TOPS (INT 8)*. Utilizing our unique heat dissipation technology, including a large heat sink, it enables fanless operation in a compact chassis measuring 200 mm wide, 200 mm deep, and 65 mm high, allowing for two units to be housed in a 2U height EIA 19-inch rack. *TOPS (Tera Operations per Second), INT 8 (Integer 8); a unit that indicates how many trillion 8-byte integer operations can be performed in one second, serving as a measure of AI performance.
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Contec joins the NVIDIA Partner Network to strengthen collaboration in the edge AI business.
Contec Co., Ltd. is pleased to announce that it has joined NVIDIA's partner program, the "NVIDIA Partner Network (hereinafter referred to as NPN)," and has become the first company in Japan to be recognized as a "NVIDIA Jetson(TM) Ecosystem Member," focusing primarily on hardware products. Since February 2021, Contec has been selling the DX-U1000/U2000 series, which is equipped with the NVIDIA Jetson(TM) module, as industrial edge AI computers. By becoming a member of the NPN and the NVIDIA Jetson ecosystem, which includes over 170 companies, we aim to further expand business opportunities through strengthened collaboration.
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The industrial edge AI computer "DX-U1100" has been certified as an Edge Device of Konica Minolta's image IoT platform FORXAI.
We are pleased to announce that Contec's industrial edge AI computer "DX-U1100" has been certified as a FORXAI Edge Device of the image IoT platform "FORXAI" provided by Konica Minolta, Inc. (hereinafter referred to as Konica Minolta). FORXAI is an image IoT platform that accelerates digital transformation (DX) in society together with customers and partners by integrating the latest IoT and AI technologies based on Konica Minolta's strength in imaging technology. Our DX-U1100 has been confirmed to be able to connect and collaborate with FORXAI through the "FORXAI Device Certification Program" promoted by Konica Minolta, and has been officially certified as a FORXAI Edge Device. By utilizing the FORXAI Edge Device, solution partners will be able to rapidly develop FORXAI solutions.
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[Free White Paper] Basics of Anomaly Detection through Vibration
In recent years, the advancement of sensing technology and IoT technology utilizing that data has led to increased visibility in production sites. As the next step, it is necessary to utilize the acquired data to contribute to productivity improvement. One immediate thought is to analyze the acquired data for equipment maintenance. There are three types of maintenance based on timing: corrective maintenance, preventive maintenance, and predictive maintenance. Corrective maintenance, which involves repairing after a failure, poses a significant problem due to its impact on production planning. Additionally, preventive maintenance requires regular maintenance such as parts replacement to ensure safety margins, which can lead to increased costs. In contrast, predictive maintenance allows for the detection of signs of potential failures, minimizing the impact on production planning while also keeping maintenance costs to a minimum, thus resolving the issues associated with the first two types. Until now, it has been challenging to ensure reliable predictive accuracy, and the applicability has been limited. However, recent advancements in AI have created an environment where the realization of predictive maintenance through anomaly detection can be expected. In this article, we will analyze the common vibration issues in production sites and aim to improve productivity through equipment and machinery maintenance by building an anomaly detection AI to capture signs of failure.
