ADLINKジャパン List of Products and Services

ADLINK, a manufacturer of embedded computing technology, leads the industry in computational performance, robust design, high availability, and the integration of industrial I/O. In conjunction with the release of our new product, "COM Express Type 7," we are offering our comprehensive catalog for free! We also introduce case studies, so please download it from the link below. 【Catalog Contents】 ● Comprehensive Catalog of COM Modules This comprehensive catalog spans 57 pages and includes company information, IoT solutions, SEMA, SEMA Cloud, high robustness design, and medical-related content, as well as case studies and product introductions. 　＜Case Studies＞ Medical, industrial automation, transportation, infotainment, defense ● COM Express Type 7 Introducing the COM Express Type 7, which supports up to four 10GbE-KR interfaces, ideal for cutting-edge "node servers" required for IoT and Industry 4.0 applications. * For more details, please download from the link below or contact us.

The latest COM Express specification developed by the PICMG COM Express subcommittee, led by ADLINK CTO Jeff Munch, will be released soon! The pinout for COM Express Type 7, which supports up to four 10GbE-KR interfaces, represents one of the significant advancements for the future and is ideal for cutting-edge node servers required for IoT and Industry 4.0 applications. It is also optimal for medical and security applications that demand local virtual systems with numerous cores and large cache capacities. In conjunction with the release of the new product "COM Express Type 7," we are offering ADLINK Japan's comprehensive catalog for free! We are also showcasing case studies, so please download from the link below. *For more details, please download from the link below or contact us.

The MVP-5000 series offers an optimal balance of price and performance with its compact structure. Equipped with a 6th generation Intel Core processor, the MVP-5000 boasts up to 30% more computing performance compared to the previous generation processors. The MVP-5000 series integrates front-mounted industrial I/O and a fanless design, featuring ADLINK's proven Matrix line and a wide selection of LGA 1151 socket type CPUs, making it ideal for a variety of applications such as machinery, factory, logistics automation, and general embedded applications.

ADLINK, a manufacturer of embedded computing technology, leads the industry in computational performance, robust design, high availability, and the integration of industrial I/O. In conjunction with ESEC 2017 (Embedded Systems Development Technology Exhibition), we are offering a comprehensive catalog from ADLINK Japan for free! It also includes an introduction to our new product, COM Express Type 7. Please download it from the link below. 【Catalog Contents】 ● Comprehensive COM Module Catalog This comprehensive catalog spans 68 pages, featuring company information, IoT solutions, SEMA, SEMA Cloud, high robustness design, medical applications, case studies, product introductions, and more. <Case Studies> Medical, industrial automation, transportation, infotainment, defense ● COM Express Type 7 We introduce the COM Express Type 7, which supports up to four 10GbE-KR interfaces, making it ideal for cutting-edge "node-server" applications required in IoT and Industry 4.0. * For more details, please download from the link below or contact us.

ADLINK, a manufacturer of embedded computing technology, leads the industry in computational performance, robust design, high availability, and the integration of industrial I/O. In conjunction with the ET/IoT exhibition scheduled from November 15 (Wednesday) to 17 (Friday), we are offering our comprehensive catalog for free! Please download it from the link below. 【Catalog Contents】 ● Comprehensive Industrial IoT Catalog This comprehensive catalog spans 42 pages and includes company information, IoT solutions, smart manufacturing, motion control, and EtherCAT, as well as case studies and product introductions. 　＜Case Studies＞ Medical, industrial automation, transportation, infotainment, defense *For more details, please download from the link below or contact us.

The ADLINK CSA-7400 is a high-performance, high-density computing platform that supports four dual Intel Xeon E5 computing nodes interconnected with a dual redundant switch module. The CSA-7400 ensures uninterrupted service delivery through hot-swappable computing nodes and switch modules, making it ideal for building next-generation high-performance firewalls and virtualization telecom elements.

ADLINK, a manufacturer of embedded computing technology, leads the industry in computational performance, robust design, high availability, and the integration of industrial I/O. In conjunction with the 2018 Japan IT Week Spring, the 7th IoT/M2M Exhibition【Spring】scheduled from May 9 (Wed) to 11 (Fri), we are offering a comprehensive catalog of ADLINK Japan's embedded PCs for free! Please download it from the link below. 【Catalog Contents】 ● Industrial IoT Comprehensive Catalog This comprehensive catalog spans 47 pages and includes company information, IIoT solutions, edge computing, smart manufacturing, case studies, product introductions, and more. 　＜Case Studies＞ Smart factories, industrial automation, electric vehicles, real-time monitoring, and more. *For more details, please download from the link below or contact us.

ADLINK's new MCM-100 machine condition monitoring edge platform maximizes the accuracy and sampling rate of rotating machinery and equipment, enabling continuous 24/7 data collection and vibration measurement. By integrating data collection, vibration analysis algorithms, computation, and network connectivity tasks into a single system, the MCM-100 allows operators of rotating machinery, tooling, plants, and automation equipment to easily overcome the challenges of traditional equipment maintenance.

The new ADLINK Matrix MXE-210 series, based on the Intel Atom SoC processors E3950/E3930, offers optimal I/O design for maximum connectivity. The MXE-210 series features a fully aluminum alloy enclosure with an industrial-class structure, making it an ideal embedded system for industrial automation and applications that demand reliability in harsh environments. With two GbE LAN ports, two COM ports, two USB 2.0 and two USB 3.0 host ports, as well as dual mPCIe slots and a USIM socket, the MXE-210 series enables seamless interconnectivity for Wi-Fi, BT, 3G, LoRa (SX1276), and 4G LTE, ensuring interoperability between systems. The proven rugged construction of the Matrix guarantees operation in harsh environments with up to 100G shock resistance and an extended operating temperature range of -40°C to 85°C.

In embedded devices, there is a growing demand for GPU acceleration across various applications such as industrial image processing, high-resolution multi-display, and AI. This white paper explains the optimal solutions for these needs. 【Catalog Contents】 ● Systems and boards compatible with MXM ● Systems and boards compatible with PEG ● Q&A ● Product specifications 　＜Case Studies＞ In various fields such as clinical diagnostic imaging devices, image processing radars for aerospace and defense, rugged military laptops, and gaming slot machines, industries require high resolution, multi-display capabilities, parallel computing, and AI. *For more details, please download from the link below or contact us.

Continuous advancements in robotics are making it easier to achieve human-machine collaboration and unmanned vision. Highly integrated safe environments allow robotic systems to more easily recognize and respond to diverse environments. These systems are becoming more adaptive and flexible, enabling them to access commands and information more intelligently. Communication across AI-enabled real-time systems significantly enhances performance, allowing systems to execute a variety of complex tasks as they become high-performing. 【Catalog Contents】 ● The Future of Robot-Based Systems ● ADLINK's ROS 2 Robotics Solutions ● ADLINK's Powerful ROS 2 Development Kit ● Product Specifications 　＜Solutions＞ Factory – AGV, AMR, AMIR Warehouse – AGV, AMR, AMIR Hotel – Automated Delivery Service Robot Hospital – Automated Delivery Service Robot Shopping Mall – Surveillance Service Robot School – Surveillance Service Robot * For more details, please download from below or contact us.

The ADLINK ROScube-X, equipped with the Xavier module, features an integrated Volta GPU and dual deep learning accelerators, along with various interfaces for robot system integration. The ROScube-X supports all resources developed using the NVIDIA JetPack SDK and ADLINK's Neuron SDK, making it particularly suitable for robotic applications that demand high AI computing with minimal power consumption.

Edge Computing Platform for Realizing Decision-Making from Data 【Catalog Contents】 ● Realizing the Factory of the Future ● From Data to Decision-Making ● Edge IoT Smart Manufacturing Solutions ● Controlling Data Flow with Edge IoT ● Real-Time Collection and Management of Legacy Equipment Data ● Equipment Condition Monitoring and Predictive Maintenance ● AI-Compatible Machine Vision ● Selection Guide *For more details, please download from below or contact us.*

Edge Computing Platform for Realizing Decision-Making from Data 【Catalog Contents】 ● Realizing the Factory of the Future ● From Data to Decision-Making ● Edge IoT Smart Manufacturing Solutions ● Manipulating Data Flow with Edge IoT ● Real-Time Collection and Management of Legacy Equipment Data ● Equipment Condition Monitoring and Predictive Maintenance ● AI-Enabled Machine Vision ● Selection Guide *For more details, please download from below or contact us.*

To enhance efficiency, improve productivity, and reduce costs, artificial intelligence (AI) technology is being adopted globally across all industries. The railway industry is no exception. Supported by information from AI-driven systems and applications, railway operations are becoming safer, smarter, and more reliable, significantly improving the passenger travel experience and freight logistics services. In the case of rail transport, AI can provide improvements such as accurate arrival time predictions, personalized infotainment and onboard services, real-time track health diagnostics, rapid response in emergencies, and convenient ticketless check-in.

The ADLINK MVP-5100 series, featuring 9th generation Intel Core processors, is a fanless embedded computing platform optimized for edge computing applications. The MVP-5100 series integrates high-performance computing, scalable features, enhanced I/O, and industrial-grade reliability into a compact fanless platform, providing reliable long-term operation for performance-critical applications in industrial automation, logistics, transportation, and smart city segments.

The ADLINK MVP-6100 series, featuring a 9th generation Intel Core processor, is a fanless embedded computing platform optimized for edge computing applications. The MVP-6100 series integrates high-performance computing, scalable features and enhanced I/O, and industrial-grade reliability into a compact fanless platform, providing reliable long-term operation for performance-critical applications in industrial automation, logistics, transportation, and smart city segments.

GPUs can enhance the performance of a wide range of workloads, including image processing and analysis, accelerating computations, and artificial intelligence (AI). As the requirements for responsiveness and accuracy in edge systems become more stringent, the combination of CPUs and GPUs is becoming more mainstream to achieve optimal efficiency in performance per watt and per dollar.

GPUs can enhance the performance of a wide range of workloads, including image processing and analysis, acceleration of computations, and artificial intelligence (AI). As the requirements for responsiveness and accuracy in edge systems become more stringent, the combination of CPUs and GPUs is becoming more mainstream to achieve optimal efficiency in performance per watt and per dollar.

This is an embedded fanless computer equipped with 9th generation Intel Xeon, Core i7/i3, and 8th generation Intel Core i5 processors. It is ideal for applications such as factory and machine automation, surveillance, railways, marine automation, and vehicle traffic systems.

ADLINK's ROScube-I is a real-time ROS 2-compatible robot controller based on Intel Xeon 9th generation Intel Core i7/i3 and 8th generation Intel Core i5 processors, featuring excellent I/O connectivity that supports various sensors. It supports a wide range of sensors and actuators for unlimited robotic applications. It also supports Intel VPU and NVIDIA GPU cards for AI algorithms and inference computations. The expansion box allows for convenient features and performance enhancements. ROScube-I is the ideal platform for developing industrial service robot applications such as autonomous mobile robots (AMR) and autonomous mobile industrial robots (AMIR), supporting all resources developed with the ADLINK Neuron SDK.

To realize artificial intelligence (AI) at the edge, ADLINK integrates the DLAP-211-Nano edge inference platform with NVIDIA Jetson Nano to accelerate deep learning workloads for object detection, recognition, and classification. By accelerating the adoption of AI across industries, the DLAP-211-Nano analyzes traffic flow at intersections in real-time, optimizing traffic management, enhancing smart bus services, strengthening security monitoring, and enabling more smart city and smart manufacturing applications.

To realize artificial intelligence (AI) at the edge, ADLINK integrates the DLAP-211-JNX Edge Inference Platform with Jetson Xavier NX to accelerate deep learning workloads for object detection, recognition, and classification. By accelerating the adoption of AI across industries, the DLAP-211-JNX analyzes traffic flow at intersections in real-time, enabling optimization of traffic management, enhancement of smart bus services, strengthening of security monitoring, and the realization of more smart city and smart manufacturing applications.

● Smart medical robots that reduce the risk of hospital-acquired infections and alleviate the burden on healthcare staff. ● AI-based facial recognition that excels in recognition efficiency and prevents contact infections. ● Advanced remote monitoring of production facilities to reduce the risk of viral infections among workers. ● Towards a smarter future.

◆ROScube-I ADLINK's ROScube-I is a real-time ROS 2 compatible robot controller based on Intel Xeon 9th generation Intel Core i7/i3 and 8th generation Intel Core i5 processors, featuring excellent I/O connectivity that supports various sensors and actuators for unlimited robot applications. It also supports Intel VPU and NVIDIA GPU cards for AI algorithm and inference computations. ◆ROS Starter Kit - Neuron The ADLINK ROS Starter Kit features flexible connectivity with a wide range of I/O ports and support for AI computing platforms. Additionally, compatibility with open-source ROS/ROS 2 provides full access to open-source application libraries for robot control, including vision, navigation, and motion control, facilitating the rapid realization of ROS/ROS 2 functionalities.

◆MCM-100 The MCM-100 maximizes the accuracy and sampling rate of rotating machinery and equipment, enabling continuous data collection and vibration measurement 24 hours a day, 7 days a week. By integrating data collection, vibration analysis algorithms, computation, and network connection tasks into a single system, operators of rotating machinery, tooling, plants, and automation equipment can easily overcome the challenges of traditional equipment maintenance. ◆MCM-204 The MCM-204 is based on the ARM Cortex-A9 processor and features built-in 4-channel, 24-bit high-resolution analog inputs, functioning as a standalone device without a host PC. It is ideal for vibration measurement applications that require 24-hour vibration monitoring of rotating machinery and equipment. ◆USB-DAQ The USB DAQ module leverages ADLINK's expertise in analog design to enhance the convenience of data collection. By simply connecting ADLINK's PCI DAQ card to the USB port of a computer or notebook, there is no need to power off or open the chassis, while delivering performance equal to or greater than that of ADLINK's PCI/PCIe DAQ cards.

ADLINK provides an optimized high-availability computing platform with scalability options, including MXM cards. The DLAP-3000-CFL series platform features active cooling for applications that require a very high level of computing in limited space, supporting performance-demanding workloads such as deep learning. Features of the DLAP-3000-CFL series: - Minimal embedded GPU platform (3 liters) - Reliable low TDP MXM GPU design - Scalable graphics processing from Pascal to Turing GPUs.

Due to the aging population and the increasing demand for early diagnosis, medical imaging diagnostics are required to provide faster, more efficient, and higher diagnostic accuracy. As a result of the rapid development of deep learning algorithms and GPU-accelerated computing, AI is expected to become a catalyst to meet the growing demand for medical image processing. According to a medical market research report, the market for artificial intelligence in medical image processing is expected to grow at a CAGR of +30% from 2021 to 2026. ADLINK leverages its expertise and experience in optimizing edge computing performance for over 20 years to provide GPU solutions, helping medical imaging equipment manufacturers worldwide to utilize AI applications to achieve consistently clear and accurate medical images.

ADLINK provides an optimized high-availability computing platform with scalability options, including MXM cards. The DLAP-3100-CF series platform features active cooling for applications that require a very high level of computing in limited space, supporting performance-demanding workloads such as deep learning.

ADLINK provides an optimized high-availability computing platform with scalability options, including MXM cards. The DLAP-3200-CF series platform features active cooling for applications that require a very high level of computing in limited space, supporting performance-demanding workloads such as deep learning.

ADLINK provides an optimized high-availability computing platform with scalability options, including MXM cards. The DLAP-4000F series platform features active cooling for applications that require a very high level of computing in limited space, supporting performance-demanding workloads such as deep learning.

ADLINK provides an optimized high-availability computing platform with scalable options, including MXM cards. The DLAP-8000 series platform features active cooling for applications that require a very high level of computing in limited space, supporting performance-demanding workloads such as deep learning.

◆Introduction As ROS 1-based robotic systems become outdated or unable to meet the evolving needs of new industrial applications, the transition of robotic systems to ROS 2 is considered a practical next step in the evolution of robotic system design. The purpose of this guide is to address the following challenges related to the transition from ROS 1 to ROS 2: ● Reasons for transitioning from ROS 1 to ROS 2 ● Who needs to consider transitioning to ROS 2 ● Challenges of the transition ● Solutions and recommendations needed for the transition ● Transitioning Gazebo ROS ● Examples of migrating ROS 2 C++ source code

The camera plays an important role not only in conventional ADAS (Advanced Driver Assistance Systems) solutions but also in level 3/4 autonomous driving and many other applications. TIER IV is developing a camera that achieves optimal performance for autonomous driving applications by incorporating the extensive knowledge gained from previous autonomous driving development and demonstrations, as well as advanced software design expertise. By using this camera in conjunction with ADLINK's ROS 2-compatible robot controller, it will be possible to obtain reliable recognition results in various challenging sensing environments. This product will be on display at the booth of Marubun Corporation during the Embedded Edge Computing Expo held from April 6 to 8, 2022. We look forward to your visit.

The healthcare system is an invaluable asset to modern society, but there has been little technological effort to address the impending shortage of healthcare workers and to alleviate their physical and mental stress. Since the outbreak of the novel coronavirus in 2020, hospitals have been under excessive strain and are on the brink of collapse; however, the development of autonomous mobile robots (AMRs) to meet various medical needs is progressing. Taichung Veterans General Hospital has successfully used AMRs for the non-contact transportation of large surgical medical equipment in collaboration with New Era AI Robotic Inc. (N.ERA) and ADLINK, eliminating the delivery burden on medical staff and achieving a reduction of 5,000 hours of labor annually. Therefore, Taichung Veterans General Hospital first introduced AMRs to reduce labor costs associated with time-consuming repetitive tasks. The hospital, which was considering the introduction of AMRs, realized that the most labor-intensive task for the medical group was the delivery of heavy surgical instruments and equipment. In this regard, N.ERA examined the issue with the expectation that automating repetitive tasks in the hospital would allow healthcare workers to focus on other emergencies and responsibilities, and developed a meticulous plan.

Net zero emissions have become a global consensus and goal. According to statistics from the Net Zero Tracker, over 130 countries have pledged to achieve net-zero carbon dioxide (CO2) emissions. Taiwan also aims for net-zero CO2 emissions (carbon zero) by 2050. An active transition to renewable energy, such as solar and wind power, is unavoidable. Renewable energy can be intermittent and unpredictable. Connecting solar power systems to the public power grid can impact the stability of electricity in surrounding areas. Therefore, Taiwan Power Company has introduced the "DREAMS (Distributed Renewable Energy Advanced Management System)" to efficiently manage large-scale distributed solar power plants by collecting production data from these facilities. DREAMS is a system that dynamically predicts and controls the power generation of solar power plants to ensure the stability of the public power grid.

The Ampere Altra developer platform, based on the Ampere Altra SoC and supported by a wide range of the Arm ecosystem using the Arm Neoverse N1 platform, delivers premium performance from cloud to edge infrastructure while maintaining an extremely low thermal envelope, low TCO, and significantly lower power consumption compared to x86 designs. It supports the open-source EDKII as a UEFI bootloader, allowing customers to simply download a pure AArch64 (arm64) ISO, such as Ubuntu, and boot the live ISO directly on the target for installation. This is the same convenience we have become accustomed to with x86/amd64 target systems. If you would like to request a sample loan, please feel free to contact us.

Technologies like AI and IoT are accelerating industrial transformation towards automation and autonomy. To achieve this, we are increasingly deploying AI devices where data accumulates, enabling immediate data processing, decision-making, and appropriate action. As an NVIDIA Jetson Preferred Partner, ADLINK has developed the DLAP series of edge AI platforms based on NVIDIA Jetson System on Module (SOM). With powerful deep learning capabilities and industrial-grade design, the DLAP series of edge AI platforms is ideal for accelerating digital transformation in businesses through AI inference applications at the edge.

Employees are an important asset to companies. Workplace accidents bring significant costs not only to employees but also to companies, society, and the economy. According to Safe Work Australia, there were 120,355 serious workplace incidents in Australia between 2019 and 2020. To prevent such accidents and improve workplace safety, Bigmate, an AI solution partner of ADLINK Australia, has developed an edge AI video safety solution based on the edge AI platform 'DLAP-4000' that implements AI computer vision capabilities in existing CCTV surveillance systems. 【Case Overview】 ■ Implementation Partner: Bigmate ■ Implemented Product: Edge AI Platform "DLAP-4000" ■ Results: Development of edge AI video analysis solution - Implementation of AI computer vision capabilities in existing CCTV surveillance systems - 24/7 video monitoring to achieve real-time accident prevention *For more details, please refer to the PDF document or feel free to contact us.

【Sturdy and Compact】 • Maximum speed of 1.5 m/s, equipped with a dual battery system • 90 minutes of charging allows for 8 hours of full-load operation • Achieves optimal space utilization, including navigation in aisles 103 cm wide 【Compatibility with Top Modules】 • Built-in mounting points to stabilize the top module and payload • Safe operation on uneven floors due to a robust chassis and suspension • Certified for conveyors and lift modules 【Rapid Deployment】 • Plug and play installation possible within one hour • Quick recording of task point coordinates • Built-in robot management tools enable rapid parameter settings for task and layout adaptability

【Captivating Videographics】 ADLINK's edge AI embedded computer and media player, equipped with Intel Iris Xe graphics, supports 8K UHD video capabilities, delivering awe-inspiring visual detail and up to 40 simultaneous streams of 1080p 30fps video content. This device features a multi-display configuration for up to 4x channels of 4K HDR video content, offering high compatibility with video wall setups. 【Immersive Visuals】 Advanced face, voice, and object recognition, powered by cutting-edge deep learning technology, along with multimodal sensor data fusion, takes business analytics to the next level. 【Compact and Fanless】 ADLINK's edge AI embedded computer and media player deliver results with high energy efficiency, minimizing the need for post-deployment support and maintenance due to passive cooling capabilities, while ensuring a small footprint.

The ADLINK SDAQ-204 is an ultra-compact edge DAQ equipped with an ARM Cortex-A9 processor and built-in 4-channel, 24-bit high-resolution analog inputs, functioning as a standalone device without a host PC, making it ideal for 24-hour vibration monitoring of rotating machinery and equipment. The SDAQ-204 achieves high-precision static and dynamic measurement performance. The 24-bit sigma-delta ADC supports anti-aliasing filtering, suppressing modulation and out-of-band noise, providing a usable signal bandwidth at the Nyquist rate, making it perfect for high dynamic range signal measurements in machinery condition monitoring applications. Gb Ethernet communication allows for rapid data transfer to a central hub. Dual Ethernet ports enable daisy-chain connections, reducing the cost of network devices and extending communication distances.

The ADLINK SDAQ-216 is an ultra-compact edge DAQ based on the ARM Cortex-A9 processor, featuring 16 channels of 16-bit analog voltage inputs. It operates as a standalone edge device without a host PC, making it ideal for 24/7 sensor measurement and condition monitoring in IIoT applications. With Gb Ethernet communication, data can be quickly transferred to a central hub. The dual Ethernet ports allow for daisy-chain connections, reducing the cost of network equipment and extending communication distances.

The ADLINK SDAQ-218 is an ultra-compact edge DAQ based on the ARM Cortex-A9 processor, featuring 16 channels of 16-bit analog voltage input. It functions as a standalone edge device without a host PC, making it ideal for 24/7 sensor measurements and condition monitoring in IIoT applications. With Gb Ethernet communication, data can be quickly transferred to a central hub. The dual Ethernet ports allow for daisy-chain connections, reducing the cost of network equipment and extending communication distances.

The SDAQ-204-DPM is an edge computing device designed for dry pump monitoring. By processing pump information and providing the data analysis team with the ability to analyze dry pump data directly from the field, it reduces the risk of product damage, improves yield, and further enhances productivity. The SDAQ-204-DPM features high-frequency and high-resolution analog inputs, making it ideal for vibration monitoring applications. With pre-programmed dry pump health analysis algorithms, it functions as a standalone device without the need for a host PC, making it perfect for 24-hour dry pump monitoring. Diagnostic data is acquired in raw form by sensors and needs to be filtered and converted into usable data such as FFT, voltage, g-type arrays, and OA values. Therefore, the standalone DAQ system SDAQ-204-DPM can be deployed on-site to perform filtering of raw data, a task traditionally handled by embedded systems. Most importantly, the data output from the SDAQ-204-DPM allows users to focus directly on process optimization without the need for additional dry pump monitoring algorithms.