ADLINK Technology has released the latest AI-enabled smart camera series, NEON-2000-JT2, which facilitates the deployment of machine vision in AI-based factory automation. This new series of smart cameras, equipped with NVIDIA's Jetson TX2 AI module, features an all-in-one design and a compact footprint, with a vision software set pre-installed, reducing the complexity of developing and integrating AI machine vision. With the NEON-2000-JT2, production efficiency can be improved in labor-intensive manufacturing industries where quality assurance and inspection are essential, such as food and beverage, consumer packaged goods (CPG), and agriculture. One customer has implemented ADLINK's AI machine vision solution for product inspection, achieving over 95% accuracy while inspecting more than 50 times the number of products compared to before. ADLINK believes that customers can further expand their achievements with the NEON-2000-JT2 series.

ADLINK Technology Inc., a global leader in edge computing aiming to contribute to society and industry by connecting people, places, and things through AI, has led the development of Eclipse Cyclone DDS to become a Tier 1 ROS 2 middleware in collaboration with the Eclipse Foundation IoT community, the OpenADx working group, and the ROS 2 Technical Steering Community. With the latest release of ROS 2, Foxy Fitzroy (foxy), the development of robotics and autonomous vehicles has become easier, faster, and more reliable and secure. Eclipse Cyclone DDS is the next-generation implementation of the OMG (Object Management Group) DDS (Data Distribution Service) standard, reflecting ADLINK's experience in innovative development work from the outset.

ADLINK Technology has announced the ROScube-X series of real-time ROS 2 robot controllers for advanced robotics applications. The ROScube-X series from ADLINK features the NVIDIA Jetson AGX Xavier module, which includes a variety of interfaces such as an integrated Volta GPU, dual deep learning accelerators, and a GMSL2 camera connector that can integrate cutting-edge robotics systems. It is also compatible with the fully equipped resources provided by the NVIDIA JetPack SDK, making it ideal for robotics applications that require advanced AI computing performance with minimal power consumption.

The ADLINK ROScube-I series is a ROS 2-compatible robot controller that features Intel Xeon E, 9th generation Intel Core i7/i3, and 8th generation Intel Core i5 processors. It is equipped with advanced I/O connectivity that supports a wide range of sensors and actuators, catering to the diverse needs of robotic applications. The ROScube-I also supports an expansion box that includes the "Intel Distribution of OpenVINO" toolkit, which is useful for enhancing functionality and performance, along with an Intel VPU card for computing AI algorithms and interfaces. Robot systems based on the ROScube-I are supported by ADLINK's Neuron SDK, a platform specifically designed for specialized robotic applications such as autonomous mobile robots (AMR).

ADLINK Technology today announced the release of the next-generation Matrix embedded computer, designed to enhance the responsiveness and durability of edge AI and computing applications. The next-generation Matrix series, engineered to boost performance, offers innovation and robustness to enable data-driven decision-making at the edge, achieving improvements in efficiency, productivity, and security across the industry. The next-generation Matrix series elevates system responsiveness to the next level with its heterogeneous computing architecture. The new Matrix series combines CPU computing based on the 9th generation Intel Xeon and Core processors with GPU computing from the NVIDIA Quadro Embedded GPU, accelerating compute-intensive high-resolution medical imaging and enabling faster and more accurate diagnoses.

PICMG (PCI Industrial Computer Manufacturers Group) is in the final stages of developing the latest COM-HPC computer-on-module specification to meet the needs of the highly advanced industrial edge computing market. The COM-HPC specification is intended not to replace COM Express but to expand upon its success, with a release planned by the second quarter of 2020. Edge computing is a rapidly growing field that demands unprecedented levels of performance. The system memory requirements for current and future high-end embedded multicore processors are increasing very sharply. As memory requirements approach 128 GB or 256 GB, current common form factors like COM Express can no longer provide a cost-effective solution. This is why COM HPC is needed. Five sizes have been defined that can be used as server modules capable of accommodating up to eight DIMM sockets onboard.

ADLINK Technology, one of the main contributors to the SMARC SGET committee, has announced the release of the SMARC module revision 2.1. The SGET (Standardization Group for Embedded Technologies) has just introduced the latest future-proof specification 2.1. The new features are only additional items that do not affect the multiplexing of existing signals and the pins of the edge connector assigned in the 2.0 specification, making the specification fully backward compatible with the current specification 2.0. The main additions are as follows: - Anticipating the needs of the AI and robotics markets, support for up to four MIPI CSI ports - Expansion of Ethernet ports through multiplexing of SERDES signals on the third and fourth PCIe x1 interfaces - Various minor additions for initially unused pins such as plus 2 GPIO pins and PCIe clock request signals

Today, ADLINK Technology, a global provider of high-end edge computing products, announced the latest edge data acquisition system (DAQ) for machine condition monitoring, the MCM-204. With the release of the MCM-204, ADLINK's MCM lineup has been further enhanced, providing the most suitable MCM solution for batch configuration. The MCM-204, equipped with an ARM Cortex-A9 processor, is designed as a standalone DAQ device that does not require a host computer and features two Ethernet ports that enable data transmission back to a backend server and the construction of daisy-chain connections. It can also calculate commonly used vibration-related indices such as voltage, FFT, and RMS, allowing the benefits of edge computing to be implemented in large-scale infrastructure. Furthermore, it flexibly accommodates various data access options and allows for secure remote management and firmware/algorithm updates using the built-in web console. With all these features, the MCM-204 is ideal for real-time monitoring, analysis, and control from remote locations.

ADLINK Technology, a global leader in edge computing, has announced the Industrial-Pi (I-Pi) SMARC (Smart Mobility ARChitecture) development kit designed for developers of industrial hardware platforms. ADLINK's I-Pi SMARC development kit provides developers with a low-cost platform. The industrial SMARC modules used are supported by ADLINK's change management process, allowing developers to experiment with peripheral devices and sensors at work or home to develop prototype versions of new products. While the development kit is commonly used for prototyping, it serves as an industrial-grade alternative to platforms like Arduino and Raspberry Pi (Rpi), which cannot typically be directly repurposed for standard industrial solutions.

The new compact-sized COM Express Type 6 module, cExpress-WL, featuring the latest 8th generation Intel Core processors (codenamed "Whiskey Lake-U"), has been announced. With the ultra-low power Intel Core i7 and i5 processors now supporting four cores for the first time, it has achieved performance that surpasses products using the previous generation's dual-core processors by nearly 40%, without significantly increasing the module price.

The latest COM Express Type 2 computer-on-module featuring the highly popular 6th/7th generation Intel Core processors (codenamed "Skylake" and "Kaby Lake") has been announced. The new Express-SL2/KL2 module supports all traditional I/O related to Type 2, allowing for a minimum extension of at least 10 years for the product lifespan of existing Type 2 compatible systems.

The company announced the upgrade of its MCM equipment environmental monitoring solution with the release of a remote facility information dashboard that allows for integrated management of sensor management, data collection, edge platforms, and vibration analysis. Users can simultaneously monitor multiple system devices and manage real-time information on machine operations, enabling the development of efficient and dynamic preventive maintenance strategies that help reduce downtime and expand production capacity.

Artificial intelligence (AI) technology is being introduced into various industries around the world to improve efficiency and productivity while reducing costs, and the railway industry is no exception. The operation of railways utilizing AI-enabled systems and applications enhances safety, functionality, and reliability, resulting in significant improvements in passenger travel experiences and freight transport services. For these AI-driven applications to function effectively, accurate data input collected from numerous IoT (Internet of Things) devices installed at stations, on trains, and along railway lines is essential. The success of such railway applications requires seamless integration of AI technology and IoT technology. ADLINK provides advanced AIoT solutions for railway transportation, enabling customers to develop various applications with true value and performance by leveraging over 20 years of expertise and technology to develop embedded computing systems that excel in availability and reliability.

The rapid expansion of IoT (Internet of Things) devices is leading to a surge in data volume. By 2025, it is expected that data requiring processing will be continuously transmitted from 15 billion machine sensors and IoT devices. In 2019, the global investment in AI (artificial intelligence) systems is projected to reach $35.8 billion, which is 44.0% higher than in 2018. This demand forecast far exceeds the capabilities of existing CPU platforms.

Today, ADLINK Technology announced the DMI-1210, a touch panel computer equipped with the latest driver machine interface (DMI) specifically designed for train control and driver information displays. The DMI-1210 features an Intel Atom x5-E3930 processor (codenamed Apollo Lake), a 12.1-inch (4:3) high-resolution display, a 5-wire resistive touchscreen, and a securable I/O interface. It can be implemented in various applications such as HMI units for the driver's cabin, control panels for passenger information systems, control/display units for remote monitoring systems, and train diagnostics and communication applications.

Today, ADLINK Technology has released two types of the latest CompactPCI 2.0 processor blades, the cPCI-3630 and cPCI-6636. The ADLINK cPCI-3630 is a 3U CompactPCI processor blade that features the 64-bit Intel Atom processor X series SoC (codenamed Apollo Lake-I) and supports up to 8GB of soldered DDR3L-1600 MHz ECC memory. The Intel Atom processor X series integrates a low-power 9th generation graphics engine, providing advanced graphics, media, and display capabilities. The cPCI-3630 supports single-slot (4HP) or dual-slot (8HP) form factors, allowing for a wide range of total board options to provide extensive I/O functionality. One of the dual slots supports a layer 2 XMC site. Storage options include an onboard 32GB SSD, CFast or mSATA sockets, and 2.5" SATA drive space on the layer 2 riser card.

It was announced that the latest Express-CF, featuring the 8th generation Intel Core i5/i7 and Xeon processors (formerly code-named: Coffee Lake), has added the quad-core Intel Core i3-8100H processor to the COM Express-CF Basic Size Type 6 module. Previous generations of Intel Core i3 processors only supported dual-core with 3MB cache, but the Intel Core i3-8100H supports four CPU cores with 6MB cache in the same class. This major upgrade results in over 80% performance improvement in MIPS (million instructions per second), nearly doubling memory/caching bandwidth, and enabling cost reductions compared to previous generations.

ADLINK Technology has partnered with FogHorn Systems, a leading developer of software for industrial and commercial IoT solutions, to add edge intelligence capabilities to ADLINK's groundbreaking IoT DXS (digital experiments as-a-service) service. The DXS service enables the validation of IoT-based potential efforts that determine the possibilities of solutions while minimizing upfront investments and risks associated with a full-solution commitment.

The announcement of an innovative IoT DXS (Digital Experiments as-a-Service) has been made. This service verifies the potential of IoT-based efforts that determine the possibilities of solutions while minimizing upfront investments and risks associated with a full-solution commitment. Full IoT solutions typically require substantial upfront investments, but industry research indicates that the success rate of such projects is only 26%. On the other hand, the concept of digital experiments emerged from the fusion of IT best practices and OT (Operational Technology). ADLINK's unique DXS not only provides all the benefits of digital experiments to operators but also enables timely execution of experiments without vendor dependency and without related upfront investments.

A new COM Express Type 6 module has been announced, further enhancing ADLINK's product line to meet the requirements of applications that demand the highest performance. ADLINK's Express-CF module features Intel Xeon and 8th generation Intel Core processors (formerly codenamed Coffee Lake H) with support for up to 6 cores (hexa) and 48GB of memory capacity, providing uncompromising system performance and responsiveness, making it ideal for demanding applications such as image processing and analysis, high-speed encoding and streaming of 4K video, medical ultrasound, and traffic situation prediction.

ADLINK Technology, a global provider of leading-edge computing solutions that inspire creative user experiences across industries, has announced its SP (Smart Panel) solution, which drives innovation in smart device development. This all-in-one, open-frame panel PC offers flexible configurations through advanced modularization. By using the SP, which incorporates ADLINK's unique Function Module (FM) design, you can accelerate prototyping based on application requirements, saving time, effort, and costs. System integrators, integrated solution providers, and brand vendors can all succeed in projects across applications such as transportation, retail, customer service, industrial automation, healthcare, and gaming.

ADLINK Technology, a global leader in edge computing, has partnered with FFG (Fair Friend Group) to promote a new project titled "ROS2 toward Converged 5G for Factories of the Future." This partnership will provide a system architecture that integrates wireless 5G network technology with the ROS2 (Robot Operating System 2) platform, enabling rim control and reliable communication. The project is expected to act as a catalyst for the next generation of growth in network communication, driving the development of the Industry 4.0 ecosystem and revolutionizing productivity in the "Factories of the Future."

ADLINK Technology, a global provider of edge computing solutions, announced that its intelligent industrial gateway has been adopted for the IoT tire management system developed in collaboration between Michelin Japan Co., Ltd. (hereinafter "Michelin") and SoftBank Corp. (hereinafter "SoftBank"). The "Michelin TPMS (Tire Pressure Monitoring System) Cloud Service" is the first practical implementation by a tire manufacturer in Japan, enhancing safety and efficiency in industries such as vehicle management and construction, while providing cost-saving benefits. The TPMS is a system that attaches sensors to tires to detect air pressure and internal tire temperature, issuing warnings when these parameters fall outside of specified limits. ADLINK's industrial IoT gateway, the MXE-110i, offers a highly compact form factor with versatile RF connectivity and a fanless rugged structure, functioning as an in-vehicle communication device.

ADLINK has released the ETX-BT module, demonstrating its ongoing commitment and support for customers implementing designs based on the ETX computer-on-module form factor. ETX is one of the earliest computer-on-module form factors. Although its adoption rate, over 20 years since its introduction, is only second to COM Express, the recent discontinuation of the highly popular Intel Atom N270 processor has led many users to consider replacing their ETX modules to ensure continued system operation. In such cases, a drop-in solution for ETX that provides equivalent or better performance and excellent thermal characteristics at both the hardware and software levels (among Intel products) is required to facilitate a smooth transition.

The MXE-1500, the successor to ADLINK's best-selling MXE-1300 series, features a more abundant I/O interface in the same compact chassis and offers more flexible I/O configurations. Compatible with Windows 7, the MXE-1500 is equipped with the latest generation Intel Celeron (Braswell) processor, providing image processing capabilities that exceed the previous generation products by 90% and allowing for individual video output to three displays. It offers an unparalleled price/performance ratio, making it the best choice for industrial automation applications and mass transportation systems.

The release of the latest machine environment monitoring system, MCM-100, featuring continuous data collection and vibration measurement of rotating equipment and devices 24 hours a day with the highest accuracy and sampling rate, has been announced. By using the MCM-100, which integrates data collection, vibration analysis algorithms, data computation, and network connectivity into a single system, operators of rotating equipment, tooling, plants, and automation devices can easily avoid issues that arise during regular equipment maintenance.

ADLINK Japan has won the Silver Award at the "15th Video Information AWARD" organized by Video Information Web. The "Video Information AWARD" recognizes 101 nominated machine vision-related products from new products and technologies announced by various companies in 2017, based on reader votes, and this is the first time ADLINK has received an award. The products that won this time are the NEON-1021, the latest smart camera featuring the Intel Atom E3845 processor; the EOS-1300, a 4-channel PoE compact vision system; and the PCIe-GIE72/74, a 2/4 channel GigE Vision PoE+ frame grabber. About Video Information Web Video Information Web publishes magazines and books in the "Video Information" series. It introduces high-quality information more quickly across a diverse range of topics, from cutting-edge technologies in the video industry to applications in medical imaging.

Today, ADLINK Technology announced its support for the Universal IoT Connector (UIC) specification from the Standardization Group for Embedded Technologies (SGeT). Additionally, it was announced that advanced embedded middleware capable of real-time data distribution with XRCE will complement the UIC through a "plugin."

As a leader in computer-on-modules worldwide, we understand the need for affordable, comprehensive development kits aimed at developers and engineers that help shorten time-to-market and project schedules. ADLINK is currently running a special promotion on COM Express and SMARC starter kits, which will help you experience our cutting-edge computer-on-module products. By filling out the required information on the application form, our sales representative will contact you. We are here to assist you in advancing your development as quickly as possible. Promotion period: February 1, 2018 (Thursday) to March 31, 2018 (Saturday) Campaign page Special campaign for COM Express/SMARC is being held. Please apply here: https://emb.adlinktech.com/jp/Starter_Kits_Special_Promotion_JPN.asp

A robust and highly reliable IIoT-compatible product with an integrated controller and IoT gateway has been announced. ADLINK's MXE-210 features a compact footprint and operates without issues in harsh environments ranging from -40°C to 85°C, making it an ideal choice for applications in industrial automation, transportation, agriculture/aquaculture, and smart cities.