With cutting-edge autonomous driving computing platforms that pave the way for safer and more productive travel, ADLINK's solutions provide you powerful computing capabilities to fulfill autonomous and advanced driver assistance system (ADAS) technologies as well as rugged design for automotive use.
In the defense aviation arena, it is of paramount importance to accurately observe the environment and make fast and reliable decisions, leading to timely action. ADLINK rugged systems and Data Distribution Service (DDS) are a key part of a larger data-focused infrastructure that collects, stores, analyzes, and transfers information from the field to the decision-maker.
ADLINK Gaming provides global gaming machine manufacturers comprehensive solutions through our hardware, software, and display offerings. Uniquely combining computer expertise with a cutting-edge software stack and a deep understanding of the gaming industry’s requirements and regulations, we back up our customers so they can focus on creating the world’s best games.
ADLINK is addressing the needs of healthcare digitization with a focus on medical visualization devices and medically-certificated solutions. By leveraging PENTA's design and manufacturing capabilities in the medical field, ADLINK's healthcare solutions facilitate digital applications in diverse healthcare environments.
Industrial automation is a crucial facet of global manufacturing industries. ADLINK's flexible selection of system-, platform-, and product-based solutions overcomes the extreme environmental rigors of manufacturing deployments and delivers connected, fault-free performance on the factory floor.
Maintaining superior customer service and on-time delivery while simultaneously reducing retail shrinkage and increasing employee productivity can be very difficult to achieve when shipping high volumes of packages each day. ADLINK's solutions make customers' packages and pallets intelligent, efficiently connecting their entire supply chain and improving warehouse logistics.
Everything is essentially driven by chips, and to suit the needs of diverse applications, a perfect wafer manufacturing process is necessary to ensure everything from quality to efficiency and productivity.
A smart city is an urban area that implements Internet of Things sensors to collect data from a variety of sources and uses the insights gained from that data to manage assets, resources, and services efficiently. ADLINK's data-to-decision solutions incorporate video analytics, reliable design, deliver stability and reliability, and are an ideal choice to realize an efficient smart city.
Test and measurement focuses on dedicated equipment for analysis, validation, and verification of electronic device measurement and end products. ADLINK continues to expand its T&M offerings with innovative products, meeting the unique needs of high-speed and high-bandwidth applications.
Our Rugged by Design CompactPCI/CompactPCI Serial, computer-on-modules, industrial-grade system and panel computer product portfolio has been specifically selected for onboard ATO/DMI and wayside CTC/RBC/TSRS railway solutions. ADLINK’s exceptional flexibility in design and manufacturing has been utilized by top rail signaling providers worldwide.
Autonomous Mobile Robots (AMRs) are able to carry out their jobs with zero to minimal oversight by human operators. Facilities such as schools, hospitals, shopping malls, and factories in particular can use a swarm of AMRs to improve operational efficiency and quality of life.
Empower your edge computing with ADLINK, a leading company enabling edge solutions. Leverage AMD's high performance, secure integration, and power efficiency advantages for a wide range of edge, networking, and edge systems with x86 core architecture. Experience superior processing and graphics performance with ADLINK's utilization of AMD Ryzen™ Embedded series, powered by Radeon™ RX, perfect for industrial, medical, automation and gaming applications.
Experience the future of edge computing with our comprehensive offering, which includes the Ampere Altra-based COM-HPC module, a developer platform and/or dev kit. Dive in now to unleash superior performance, energy efficiency, and optimized TCO in applications including but not limited to industrial automation, autonomous vehicles, transportation, healthcare, video surveillance, and energy management.
Based on Arm architecture, ADLINK also collaborates with Ampere, NXP, MediaTek, Qualcomm, and Rockchip in module computing development and value-added solutions across varied industries, including smart manufacturing, autonomous driving, robotics, AMR, drone, transportation, logistics, retail, infotainment, healthcare, security, and more.
With plug-and-play tools, development kits, and all-encompassing systems, ADLINK and Arm empowers developers to accelerate and realize their innovations.
ADLINK is a Titanium member in Intel® Partner Alliance. From modular computing to system-ready use cases, ADLINK works closely with Intel to provide scalable, interoperable solutions that accelerate your intelligent device deployment with end-to-end analytics.
Utilizing Intel-based modules, ADLINK accelerates your products’ time to market with edge AI platform development support while addressing diverse industry pain points, such as in networking, smart manufacturing, autonomous driving, AMR, transportation, healthcare, retail, and infotainment.
ADLINK Technology and MediaTek are strategic partners that deliver innovative and powerful solutions for edge computing and edge AI applications. Leveraging MediaTek's flagship, power-efficient Genio platform SoCs and ADLINK's expertise in embedded and rugged designs, they provide high-performance, energy-efficient, and reliable modules and platforms in accomplishing various IoT use cases, such as smart home, human-machine interface, multimedia, industrial IoT, and robotics.
To fulfill industry-specific requirements, ADLINK is able to efficiently develop edge AI platforms, AI smart cameras, medical platforms, and AI portable GPU accelerators based on NVIDIA Jetson modules, the NVIDIA IGX platform,
and RTX Embedded GPUs for applicable industries, including smart manufacturing, autonomous driving, autonomous mobile robots (AMR), robotics, transportation, healthcare, logistics, retail, infotainment, AI development, professional graphics, and gaming.
Utilizing NXP's i.MX 8 and i.MX 9 series technology, ADLINK offers edge-connected solutions to assist medical, test & measurement, automation, and smart city customers reduce TCO. This combination of NXP's technology with ADLINK's R&D experience in edge computing provides versatile and dynamic solutions for critical applications.
Qualcomm Technologies’ portfolio of leading robotics and drones solutions is driving next-generation use cases, including autonomous deliveries, mission critical use cases, commercial and enterprise drone applications and more.
Among them, the Qualcomm QRB5165 solution is designed to help build consumer, enterprise or industrial robots with 5G connectivity, on-device AI and machine learning, superior computing, and intelligent sensing capabilities. By adopting Qualcomm QRB5165, ADLINK’s module will enable the proliferation of 5G in robotics and intelligent systems.
With cutting-edge autonomous driving computing platforms that pave the way for safer and more productive travel, ADLINK's solutions provide you powerful computing capabilities to fulfill autonomous and advanced driver assistance system (ADAS) technologies as well as rugged design for automotive use.
In the defense aviation arena, it is of paramount importance to accurately observe the environment and make fast and reliable decisions, leading to timely action. ADLINK rugged systems and Data Distribution Service (DDS) are a key part of a larger data-focused infrastructure that collects, stores, analyzes, and transfers information from the field to the decision-maker.
ADLINK Gaming provides global gaming machine manufacturers comprehensive solutions through our hardware, software, and display offerings. Uniquely combining computer expertise with a cutting-edge software stack and a deep understanding of the gaming industry’s requirements and regulations, we back up our customers so they can focus on creating the world’s best games.
ADLINK is addressing the needs of healthcare digitization with a focus on medical visualization devices and medically-certificated solutions. By leveraging PENTA's design and manufacturing capabilities in the medical field, ADLINK's healthcare solutions facilitate digital applications in diverse healthcare environments.
Industrial automation is a crucial facet of global manufacturing industries. ADLINK's flexible selection of system-, platform-, and product-based solutions overcomes the extreme environmental rigors of manufacturing deployments and delivers connected, fault-free performance on the factory floor.
Maintaining superior customer service and on-time delivery while simultaneously reducing retail shrinkage and increasing employee productivity can be very difficult to achieve when shipping high volumes of packages each day. ADLINK's solutions make customers' packages and pallets intelligent, efficiently connecting their entire supply chain and improving warehouse logistics.
Everything is essentially driven by chips, and to suit the needs of diverse applications, a perfect wafer manufacturing process is necessary to ensure everything from quality to efficiency and productivity.
A smart city is an urban area that implements Internet of Things sensors to collect data from a variety of sources and uses the insights gained from that data to manage assets, resources, and services efficiently. ADLINK's data-to-decision solutions incorporate video analytics, reliable design, deliver stability and reliability, and are an ideal choice to realize an efficient smart city.
Test and measurement focuses on dedicated equipment for analysis, validation, and verification of electronic device measurement and end products. ADLINK continues to expand its T&M offerings with innovative products, meeting the unique needs of high-speed and high-bandwidth applications.
Our Rugged by Design CompactPCI/CompactPCI Serial, computer-on-modules, industrial-grade system and panel computer product portfolio has been specifically selected for onboard ATO/DMI and wayside CTC/RBC/TSRS railway solutions. ADLINK’s exceptional flexibility in design and manufacturing has been utilized by top rail signaling providers worldwide.
Autonomous Mobile Robots (AMRs) are able to carry out their jobs with zero to minimal oversight by human operators. Facilities such as schools, hospitals, shopping malls, and factories in particular can use a swarm of AMRs to improve operational efficiency and quality of life.
Empower your edge computing with ADLINK, a leading company enabling edge solutions. Leverage AMD's high performance, secure integration, and power efficiency advantages for a wide range of edge, networking, and edge systems with x86 core architecture. Experience superior processing and graphics performance with ADLINK's utilization of AMD Ryzen™ Embedded series, powered by Radeon™ RX, perfect for industrial, medical, automation and gaming applications.
Experience the future of edge computing with our comprehensive offering, which includes the Ampere Altra-based COM-HPC module, a developer platform and/or dev kit. Dive in now to unleash superior performance, energy efficiency, and optimized TCO in applications including but not limited to industrial automation, autonomous vehicles, transportation, healthcare, video surveillance, and energy management.
Based on Arm architecture, ADLINK also collaborates with Ampere, NXP, MediaTek, Qualcomm, and Rockchip in module computing development and value-added solutions across varied industries, including smart manufacturing, autonomous driving, robotics, AMR, drone, transportation, logistics, retail, infotainment, healthcare, security, and more.
With plug-and-play tools, development kits, and all-encompassing systems, ADLINK and Arm empowers developers to accelerate and realize their innovations.
ADLINK is a Titanium member in Intel® Partner Alliance. From modular computing to system-ready use cases, ADLINK works closely with Intel to provide scalable, interoperable solutions that accelerate your intelligent device deployment with end-to-end analytics.
Utilizing Intel-based modules, ADLINK accelerates your products’ time to market with edge AI platform development support while addressing diverse industry pain points, such as in networking, smart manufacturing, autonomous driving, AMR, transportation, healthcare, retail, and infotainment.
ADLINK Technology and MediaTek are strategic partners that deliver innovative and powerful solutions for edge computing and edge AI applications. Leveraging MediaTek's flagship, power-efficient Genio platform SoCs and ADLINK's expertise in embedded and rugged designs, they provide high-performance, energy-efficient, and reliable modules and platforms in accomplishing various IoT use cases, such as smart home, human-machine interface, multimedia, industrial IoT, and robotics.
To fulfill industry-specific requirements, ADLINK is able to efficiently develop edge AI platforms, AI smart cameras, medical platforms, and AI portable GPU accelerators based on NVIDIA Jetson modules, the NVIDIA IGX platform,
and RTX Embedded GPUs for applicable industries, including smart manufacturing, autonomous driving, autonomous mobile robots (AMR), robotics, transportation, healthcare, logistics, retail, infotainment, AI development, professional graphics, and gaming.
Utilizing NXP's i.MX 8 and i.MX 9 series technology, ADLINK offers edge-connected solutions to assist medical, test & measurement, automation, and smart city customers reduce TCO. This combination of NXP's technology with ADLINK's R&D experience in edge computing provides versatile and dynamic solutions for critical applications.
Qualcomm Technologies’ portfolio of leading robotics and drones solutions is driving next-generation use cases, including autonomous deliveries, mission critical use cases, commercial and enterprise drone applications and more.
Among them, the Qualcomm QRB5165 solution is designed to help build consumer, enterprise or industrial robots with 5G connectivity, on-device AI and machine learning, superior computing, and intelligent sensing capabilities. By adopting Qualcomm QRB5165, ADLINK’s module will enable the proliferation of 5G in robotics and intelligent systems.
Data is critical for Industry 4.0 and IoT applications, where effective analysis hinges on sufficient data. This data acquisition in industrial automation applications aims to extract comprehensive and precise data from field devices to provide actionable insights for more accurate decision making. Primary challenges are the collection of field data and transfer to the cloud for analysis. ADLINK’s easy, reliable, and intelligent DAQ solutions facilitate your IIoT applications by collecting accurate real-time data for analysis to improve production capabilities and increase operational efficiency.
Product Offering
Edge DAQ SeriesMulti-Function DAQHigh-Speed DIOUSB DAQDigital I/ODynamic Signal Acquisition & AnalysisDigitizers/ OscilloscopesLoad Cell MeasurementTimer/ CounterAnalog OutputSoftware and Utilities
How to Choose the Best DAQ Hardware for Your Measurement System
01 Signal type
Various sensors and transducers produce input signals, including thermocouples, thermistors, RTDs, strain gauges, accelerometers, microphones, and proximity probes. The DAQ should support the sensors and transducers in the system. Multifunction DAQ devices have a fixed channel count to measure analog inputs, generate analog outputs, measure and generate digital signals, and counters. The combination of I/O options allows flexibility far beyond the capabilities of single-function DAQ devices, but be sure the device includes enough of the required types for your specific application.
02 Sample rate
Measured in S/s (samples per second), this is the number of samples taken every second. Higher sample rates provide a more detailed representation of input measurements and generate a closer reproduction of the full signal. Higher sampling rates also allow for better analysis of signals.
03 Resolution
Measured in bits, this is the number of data bits used to represent each signal sample. Typical values are 4-bit, 8-bit, 16-bit, 24-bit, and 32-bit. Although a simplistic look is that more is better, more bits also put a more considerable strain on processing hardware, but the more bits, the more precise the representation of a single sample.
04 Signal conditioning
Signal conditioning processes the input signal so that it is usable by the system. Input signals, typically only mV, need amplification for optimal ADC processing, while high-voltage signals need attenuation. Filtering, excitation, and linearization are also necessary for best performance, removing high-frequency noise from thermocouple measurements being one example. Many DAQ devices provide built-in signal conditioning hardware.
05 Device management
Device management becomes increasingly difficult as more DAQ devices are added to the measurement system setup. A central device management utility simplifies the management process by allowing universal device control from a single computer. Additionally, utilizing dropdown menus and an intuitive graphical user interface eliminates the difficulties of command-line based approaches. Fewer obstacles to setup mean quicker setup.
