- Hybrid PLC with customizable HMI vector graphic interface and PC-based software motion control achieves low TCO, easy integration, and high scalability. - 125μs EtherCAT control cycle, up to 128-axis motion control with ADLINK's proprietary SuperCAT, and support for APS function library. - Compatible with Modbus and CANopen automation protocols, enabling seamless communication with over 90% of PLC drivers. - Automatic recording of production data by data logger and immediate push notification service for rapid troubleshooting. - High reliability and optimized cloud service connection for IoT applications via OPCUA, MQTT, and RESTful API.

This year, Japan's largest IT exhibition, "Japan IT Week [Spring]," where cutting-edge IT solutions gather, will be held at Tokyo Big Sight. Our company will be exhibiting at the 12th IoT Solution Expo [Spring], which is attracting attention. At this exhibition, we plan to showcase new products from various fields this spring, including AI & AMR, edge computing, and IIoT solutions. We will also be displaying NVIDIA products. ★ This time, we will showcase collaborative demos with four companies ★ (ADLINK x SAS) Real-time analysis platform using edge computers (ADLINK x TIER IV) Image recognition solution for autonomous driving (ADLINK x Kudan) AMR Visual SLAM navigation solution (ADLINK x Allxon) Allxon's remote monitoring & management platform

●ADLINK has successfully obtained ISO 26262 certification, which defines the processes, methods, and tools used in the functional safety and development processes of automotive equipment to ensure that appropriate safety levels are achieved and maintained throughout the automotive lifecycle. ●ADLINK has a proven track record of successfully implementing numerous applications for autonomous (self-driving) vehicles worldwide. ●ADLINK collaborates with strategic partners to provide a complete end-to-end solution for the autonomous driving market through the integration of software and hardware.

● Intralogistics optimized for production lines, material handling, warehousing, and distribution industries. ● A simple and hassle-free implementation with strong heterogeneous integration capabilities between cross-brand AMRs and top-tier modules, as well as IT systems and OT systems. ● Agile AMR operations using SWARM CORE easily adapt to dynamic environmental changes, enabling smarter and safer fleet management.

ADLINK has released the MXM 3.1 Type A module "MXM-AXe" equipped with Intel Arc GPU, featuring up to 8 Xe ray tracing cores, 128 execution units, 4GB GDDR6, and a memory bandwidth of 112GB/s, supporting 8 PCIe Gen4 and 4 4K displays. With built-in hardware ray tracing, dedicated AI acceleration, and AV1 hardware encoding in the Intel GPU, the MXM-AXe becomes an ideal solution for a wide range of graphics and AI inferencing applications, including gaming, medical imaging, media processing, and streaming.

ADLINK's two new modules equipped with Intel's 13th generation Core processors feature an advanced hybrid architecture with performance cores and efficient cores optimized for power usage. ◎Express-RLP: A COM.0 R3.1 Type 6 module offering up to 14 cores, 20 threads, 64GB DDR5 SO-DIMM, PCIe Gen4, and ultra-high durability options with TDP of 15/28/45W. ◎COM-HPC-cRLS: A COM-HPC size C module with up to 24 cores, 128GB DDR5 SO-DIMM, PCIe Gen5, two 2.5GbE LAN ports, and high durability options. Supports Intel TCC and Time Sensitive Networking (TSN), addressing hard real-time computing workloads required in applications such as industrial automation, autonomous driving, AI robotics, and aerospace.

● Vision development kit that achieves seamless integration and affordability with NVIDIA Jetson Nano module, image sensor, and industrial DI/O. ● Add-on AI vision applications and sample code allow for rapid prototyping of AI vision. ● V4L2 video interface makes it easy to access a wealth of NVIDIA, OpenCV, and G-streamer resources. ● ADLINK's proprietary EVA provides AI models, tools for training & labeling, and SOPs, enabling easy and hassle-free PoC construction. ● High scalability: The AI Camera Dev Kit can be seamlessly transitioned to ADLINK's industrial vision devices and systems.

COM Express R3.1 compliant modules – ADLINK releases Express-ADP Type 6 basic size and Express-ID7 Type 7 basic size ● COM.0 R3.1 supports PCIe Gen 4 across all module types, USB4 support in Type 6, CEI sideband signaling for 10G Ethernet, and adds a second PCIe Clock in Type 7. ● In compliance with R3.1, ADLINK offers two new modules and ready-to-use development kits. 〇 Express-ADP Type 6 basic size: Equipped with 12th generation Intel Core, TDP of 15W/28W/45W, supporting up to 6 performance cores (P cores) and 8 efficient cores (E cores) with advanced hybrid architecture. 〇 Express-ID7 Type 7 basic size: Equipped with Intel Xeon D-1700, providing instant responsiveness and performance with up to 4 10G high-speed Ethernet ports and 16 PCIe Gen4 lanes.

ADLINK Japan's partner company, Rishiyo Electro, will hold a web seminar titled "RealSense Benefits! Development Methods for Autonomous Mobile Robots (AMR) Using ROS2 - From Mapping to Real Machine Operation Using Simulation" online on Wednesday, October 5, 2022. Our West Japan Branch Manager, Kazuhiko Oguchi, is scheduled to speak. Recently, there has been a growing focus on the automation of transportation, such as AMRs, aimed at improving efficiency and reducing labor in logistics and manufacturing sites. This seminar is targeted at those considering development who may be wondering, "I want to develop an AMR, but I don't know how to start...," "I'm developing an AMR but struggling with hardware selection...," or "I don't understand the development methods for ROS2..." We will introduce the necessary hardware and the development methods for the robotics OS "ROS2." Additionally, among those who participate in the seminar and cooperate with the survey, three individuals will be selected to receive an Intel 3D camera "RealSense" (D435f, D405, D455, one of each model) with 3D facial recognition and spatial detection capabilities! We sincerely hope you will take this opportunity to participate in the seminar.

ADLINK will be exhibiting at the "Robotics Week," a limited-time event held from March 7 (Monday) to March 11 (Friday) within the "Intel IoT Planet" operated by Intel Corporation, which is currently ongoing. By participating in "Robotics Week," you will gain insights into the AI and sensing technologies and examples that support AMR (Autonomous Mobile Robots), which is the current trend in robotics. 【Booth Area】 ▶ Exhibited Solution: ROS 2 compatible robot controller for autonomous mobility ▶ Exhibited Product: ROScube Pico TGL At ADLINK's exhibition booth, you can view demo videos, browse solutions, and download materials.

ADLINK's edge servers implement edge federated learning, disrupting traditional centralized ML training models and addressing personal information privacy issues to apply in fields where privacy is crucial, such as finance, healthcare, retail, and the internet.

●A short-sized module based on the MediaTek Genio 1200 processor, designed to drive AIoT and 4K graphics applications at the edge, compliant with the SMARC 2.1 specification. ●It features a 2.2GHz octa-core (Cortex-A78 x4 + Cortex-A55 x4) CPU, a 5-core GPU for advanced 3D graphics, an integrated APU (AI Processor Unit) for on-device AI, and supports multiple 4K displays and camera inputs, all configured for excellent power efficiency.

ADLINK Technology announced today a strategic investment by TTTech Auto in the independence of its new company, ZettaScale Technologies, which focuses on middleware development for robotics and autonomous vehicles. This investment is subject to regulatory approval and provides a solid foundation for commercializing open-source software specialized in edge computing, robotics, and V2X, developed over the past five years at ADLINK's advanced technology office in Paris.

【ADLINK Presentation Date and Time】 ◆ Date and Time: June 24 (Friday) 14:00～ ◆ Presentation Title: Edge AI Vision Solutions ◆ Speaker: Kazuhiko Oguchi, Branch Manager, ADLINK Japan West Japan Branch 【Presentation Content】 ADLINK's Edge AI Vision Solutions integrate hardware and software to easily deploy machine vision for AI-based applications. We provide a full range of AI-enabled machine vision platforms, including AI-compatible vision platforms, smart cameras, modules, and inference servers, dramatically reducing the time-consuming processes of integration, validation, and development for AI developers. 【Booth Introduction】 At ADLINK's booth, we showcase an all-in-one smart camera (NEON) equipped with the Jetson series, a multi-channel AI vision system (EOS-JNX) that supports various application scenarios, and edge computing visual analysis software (EVA SDK) that supports the development of edge AI vision projects. Product catalogs and case studies are also available for download.

ADLINK Japan's West Japan Branch Manager, Kazuhiko Oguchi, will speak at the online seminar on Day 2 of the limited-time event "Intelligent 5G Summit" hosted by Intel Corporation, which will take place from June 6 (Monday) to June 10 (Friday), 2022. 【ADLINK Presentation Schedule】 Day 2: International Efforts to Enhance Intelligent Edge ◆ Date: June 9 (Thursday) ◆ Time: 15:15 - 15:35 ◆ Presentation Title: Enhancing Private Networks and Industrial IoT (AMR) with 5G ◆ Speaker: Kazuhiko Oguchi, West Japan Branch Manager, ADLINK Japan 【What is the Intelligent 5G Summit?】 The amount of data handled at the edge and in the cloud is increasing exponentially. To utilize this data, the next-generation high-speed communication standard, 5G, allows for the movement of large volumes of data with low latency and high speed. This capability is being utilized not only for communication on smart devices, represented by smartphones, but also in industries and medical fields where real-time communication is required, facilitating the exchange of large amounts of data with low latency and high speed.

● Conducted pre-validation on ADLINK's MECS series platform to ensure system performance and stability of the 5G acceleration solution. ● Adopted by many mobile communication operators, passed rigorous pre-deployment tests, applied to formal projects, and capable of rapid market entry. ● Compared to FPGA, the PCIe-ACC100 offers a higher performance and more cost-effective FEC accelerator card solution.

ADLINK has announced a COM HPC-based Ampere Altra workstation that is Arm SystemReady SR certified. The ADLINK COM HPC Ampere Altra Developer Platform is available in various configurations including 32/64/80 cores. The Ampere Altra development system is a developer-oriented system based on the Ampere Altra SoC using the Arm Neoverse N1 platform, combining server-class computing power with extremely high scalability. This system supports up to 80 Arm v8.2 64-bit cores at 2.6GHz, with a power consumption of just 150W TDP.

ADLINK's alliance partner, Marubun Corporation, will be exhibiting at the Japan IT WEEK Spring "Embedded Edge Computing Expo" held from April 6 to April 8. At the Marubun booth, a variety of ADLINK products will be showcased, including a live demo of the "TIER IV x ADLINK Autonomous Driving Solution" (TIER IV's HDR camera x ADLINK's ROS 2 compatible robot controller) in collaboration with TIER IV, which is a highlight of the exhibition. Additionally, we will also be demonstrating BOX PCs and COM modules equipped with the latest Intel CPUs and NVIDIA GPUs, as well as demos utilizing embedded software related to edge AI, allowing visitors to see solution examples that combine hardware and software. We look forward to your visit.

- A vision system equipped with NVIDIA Jetson Xavier NX that supports 4-channel PoE cameras, providing PoE functionality and digital I/O optimized for industrial AI inference. - Smart PoE, PoE loss detection features, and watchdog indicator design reduce maintenance efforts with easy management. - Optimized OS with GigE dedicated bandwidth (EOS-JNX-G) and 100m cable validation ensures capture performance for non-stop operations in quality assurance utilizing AI. - Designed as an AI PoE hub with an uplink port for existing NVRs (Network Video Recorders), enabling easy implementation of safety AI for various applications such as smart cities. - Support for ADLINK's proprietary EVA SDK enables rapid deployment of AI applications with an intuitive GUI and rich plugin options, accelerating proof of concept and reducing time to market.

●This partnership evolves AI technology through a shared commitment to focus on intelligent video management and support the acceleration of edge AI vision solution deployment. ●With the solutions from ANSCENTER and ADLINK, users can leverage computer vision technology to establish self-regulating environments. ●This solution enables intelligent analysis and control capabilities within existing manufacturing systems.

- Two new modules for embedded and rugged applications equipped with Intel Xeon D processors (development codename: Ice Lake-D), featuring industrial-grade reliability and extended temperature ratings. - COM-HPC-sIDH server-type module - Express-ID7 Type 7 module - Integrates up to 8 x 10G or other configurations of high-speed Ethernet, combined with up to 32 PCIe Gen4 lanes, achieving instantaneous responsiveness and performance. - Equipped with Intel TCC, Deep Learning Boost (VNNI), and AVX-512, optimizing and accelerating AI performance, supporting TSN (Time Sensitive Networking) for precise control of hard real-time workloads across all devices on the network.

● ADLINK's latest model AMP is a 4-axis motion controller card that supports PCI Express interface, a pulse output rate of up to 10MHz, and 64 channels of GPIO. ● ADLINK's AMP-104C/AMP-304C series integrates hardware and software to meet various automated motion requirements in semiconductor, AOI, EMS, LED, and PCB applications. ● ADLINK's APS SDK motion control software supports all ADLINK motion controllers with a single user interface, featuring over 400 APIs.

● The advanced hybrid architecture features up to 6 Performance Cores (P-cores) to enhance single-thread throughput for IoT workloads, and up to 8 Efficient Cores (E-cores) for background task management and multitasking. ● It integrates Intel Iris Xe graphics architecture with up to 96 execution units, supporting four independent 4K60 HDR displays and providing excellent AI performance with Intel Deep Learning Boost. ● Integrated USB4/TBT4 and multiple PCIe Gen4 lanes enable high-speed data transfer and support for class-leading peripherals.

●This strategic partnership leverages ADLINK's over 20 years of experience in robust embedded computing for mission-critical applications and Pixus's deep expertise in military-standard compliant designs for system backplanes and chassis platforms. ●Both companies will jointly develop a Proof of Concept (PoC) demo of OpenVPX compliant with SOSA and collaborate with global system integrators to develop advanced C4ISR applications. ●ADLINK's SOSA-compliant OpenVPX building blocks include the industry's first 3U VPX blade "VPX3-TL" equipped with an Intel Tiger Lake processor.

The LEC-RB5 SMARC is a high-performance module equipped with the Qualcomm QRB5165 processor, enabling on-device AI and 5G connectivity for consumer, enterprise, and industrial robotics. It features a high-performance NPU, an octa-core (Arm Cortex-A77 cores x8) CPU, low power consumption, and support for up to six cameras. The Qualcomm QRB5165 processor, customized for robotic applications, is designed to efficiently execute complex AI, deep learning workloads, and edge inference on-device with low power consumption.

Riyoh Electro, which has led the development of visual computing solutions and provided them to the market in collaboration with many partners, and NVIDIA will host an online live broadcast from November 24 (Wednesday) to 26 (Friday), 2021, inviting industry experts to share the latest trends, technologies, and solutions through lectures and panel discussions. On DAY 1, the Edge Computing DAY, our representative Kiuchi will take the stage. Don't miss the presentation titled "Introduction to Robotics Solutions Utilizing NVIDIA Jetson-based Products and ROS"!

● ADLINK's EGX-MXM-A1000, EGX-MXM-A2000, and EGX-MXM-A4500 are the first modules to adopt NVIDIA's embedded GPU based on the NVIDIA Ampere architecture. ● ADLINK's MXM graphics modules provide high-performance GPU acceleration in a compact and power-efficient MXM form factor, bringing edge computing and embedded AI to many vertical markets such as healthcare, manufacturing, and transportation. ● Robust design that withstands harsh temperature environments, shock, vibration, and corrosion under severe conditions.

●ADLINK's compact and rugged AI-enabled AVA-RAGX is built on the latest industrial version of the NVIDIA Jetson AGX Xavier module with 32 TOPS, providing reliability and performance for railway applications in demanding and harsh operating environments. ●AVA-RAGX expands ADLINK's portfolio of EN 50155 compliant AVA platforms, offering railway solution providers the flexibility to choose the optimal configuration for digital transformation. ●ADLINK continues its "Elite" partnership with NVIDIA to leverage the power of infrastructure edge AI to build advanced railway solutions.

ADLINK is working with its ecosystem partners Askey, the Taiwan Industrial Technology Research Institute (III), and EOI to develop and deploy an integrated C-V2X (Cellular Vehicle to Everything) solution that significantly improves traffic safety and efficiency. This collaboration leverages ADLINK's deep expertise in the development and deployment of AI-enabled onboard computers, 5G private networks, 5G edge servers, and intelligent edge infrastructure. ADLINK and its partner companies are conducting pilot projects across Taiwan to test various use cases with different implementation methods and application requirements.

ADLINK provides support for AI-focused computing platforms and open-source software for the first autonomous racing car competition, the "Indy Autonomous Challenge (IAC)," where universities from around the world compete for a prize of $1 million at the Indianapolis Motor Speedway. As the official edge computing sponsor of the IAC, ADLINK will supply the AVA-3350 series onboard computing robot controllers to the 10 racing teams that pass the qualifying rounds. Through collaboration with the Autoware Foundation, Boston Dynamics, GAIA Platform, and Kvaser, various interactive demonstrations will be held at the STEM Garage.