ADLINK Technology Inc.
ADLINK Technology Inc. (TAIEX:6166) leads edge computing, the catalyst for a world powered by artificial intelligence. ADLINK manufactures edge hardware and develops edge software for embedded, distributed and intelligent computing– more than 1600 customers around the world trust ADLINK for mission-critical success. ADLINK contributes to open source, robotics, autonomous, IoT and 5G standards initiatives across 24+ consortiums, driving innovation across industries. For over 25 years, with 1800+ ADLINKers and 200+ partners, ADLINK enables the technologies of today and tomorrow, advancing technology and society around the world.
- +886-3-216-5088
- +886-3-328-5706
- service@adlinktech.com
- No. 66, Huaya 1st Rd.,
Guishan Dist.
Taoyuan City, 333411
Taiwan, Province of China
Categories
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Windows Driver & SDK for ADLINK USB DAQ Series Data Acquisition Modules
UD-DASK
ADLINK DASK drivers are the device drivers for custom data acquisition applications for Windows. The DASK driver libraries provide API sets for ADLINK PCI ExpressR, PCI, CompactPCI, PXI and USB data acquisition cards, to access full hardware functionalities, such as buffered/double-buffered data acquisition, pattern generation, digital input/output and etc. For novice users, the built-in CodeCreator utility helps you create your first program in just a few minutes.
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I-Pi SMARC Development Kit based on Qualcomm® Robotics RB5 Platform
I-Pi SMARC RB5
The I-Pi SMARC RB5 is a SMARC-based AIoT and robotics development kit harnessing ADLINK LEC-RB5, powered by the Qualcomm® QRB5165 SoC with Qualcomm® Kyro™ 585 octa-core CPU (8x Arm Cortex-A77), and Qualcomm® AI Engine.
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4/8-CH 12-Bit 1 MS/s Analog Output Multi-Function PXI modules
PXI-2500 Series
ADLINIK PXI-2501 and PXI-2502 are high-speed, high-performance analog output multifunction PXI modules. These devices are able to update up to 8-CH, 12-bit analog outputs imultaneously sustaining 1 MS/s. The reference sources and output polarities are programmable individually per channel. Combine this with the multiplying PXI architecture, ADLINK PXI-2500 series PXI modules can generate complex modulated analog signals. The hardware-based arbitrary waveform generation frees CPU intervention even when all analog outputs are updating at full speed, and the lengths of waveforms are only limited by the system memory. The PXI-2500 series integrate up to 8-CH, 400 kS/s, 14-bit single-ended analog inputs with programmable polarity, 24-CH programmable digital I/O lines, and 2-CH 16-bit general-purpose timer/counters.
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Medical Box PC
ADLINK’s medical box pc, compliant with IEC 60601-1 (3.2 edition) / IEC 60601-1-2 (4.1 edition) for safety and performance of medical equipment, is designed to build in space-limited medical devices, such as C-arm and surgical navigation system. The medical grade platform features ADLINK’s MXM Graphics Module supporting NVIDIA GPU, ensuring the acceleration of image reconstruction and beamforming and moreover, significantly reducing data transmission delay, lowering latency and enhancing image quality with AI to assist doctors in detecting diseases or other abnormalities.
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Expandable ROS2 Robotic Controller With Intel® 9th Gen Core Processor
RQI-53/55/57/58
ADLINK ROScube-I is a real-time ROS 2 enabled robotic controller based on Intel® Xeon® 9th Gen Intel® Core™ i7/i3 and 8th Gen Intel® Core™ i5 processors featuring exceptional I/O connectivity supporting a wide variety of sensors and actuators for unlimited robotic applications. Also supported are Intel® VPU and NVIDIA GPU cards for computation of AI algorithms and inference. The extension box allows for convenient functional and performance expansion. ROScube-I supports the full complement of resources developed with ADLINK Neuron SDK, a perfect platform for development of industrial use service robotic applications such as autonomous mobile robots (AMR) and autonomous mobile industrial robots (AMIR).
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Intel® Atom™ Processor E3845 Fanless Expandable Embedded Computer with PCI/PCIe Slots
MXC-2300
Featuring the latest Intel® Atom™ E3845 processor, the Matrix MXC-2300 series excels with minimal power consumption, exceptional 3D graphics, and powerful media acceleration, delivering a leading improvement in performance and cost-efficiency over any previous generation Atom-based system.
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NVIDIA® Jetson™ TX2-Based IP67-Certified AI Smart Camera Kit
NEON-2000-JT2-X Series Kit
- IP67-rated chassis and connectors, integration of NVIDIA Jetson TX2, image sensor and vision software suites, ready to deploy- All-in-one design minimizes cabling, footprint, and maintenance- FPGA-based DI/O for accurate, real-time triggering- Validated and comprehensive accessories, saves effort on surveying and debugging- Pre-installed software and sample code, easy to get started
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SMARC Short Size Module with NXP i.MX 8M Mini SoC
LEC-IMX8MM
ADLINK LEC-IMX8MM, the first SMARC revision 2.1 compliant module offering superior power efficiency, is based on the low-power NXP i.MX 8M Mini processor (dual or quad core Arm Cortex-A53) with integrated Vivante GC NanoUltra graphics for improved processing capabilities. The LEC-IMX8MM is your ideal, cost-effective solution for various general-purpose edge and IoT applications.
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Embedded Motherboard supporting MXM Graphics Module with 8th/9th Generation Intel® Core™ i7/i5/i3 in LGA1151 Socket
AMSTX-CF Series
Embedded graphics enables system developers to boost the performance of a wide range of workloads, including medical imaging, image analysis, compute acceleration, and artificial intelligence (AI). Leveraging graphics processing units (GPUs), embedded graphics can be used to increase application speed and accuracy, as well as decrease latency. Many embedded system developers are using embedded graphics solutions in real-world applications, such as medical, manufacturing, and traffic management, along with other embedded segments.
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96-CH High-Driving DIO Card
PCIe-7396
The PCIe-7396 is a 96-bit parallel digital input/output (DIO) card esigned for industrial applications. The plug and play feature of PCI Express Bus architecture makes it easy for users to install the PCIe-7396 on their systems quickly.
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3U CompactPCI 32-Bit Backplanes with Optional Rear I/O
cBP-3208/3206/3204[R]
- PICMG 2.0 CompactPCI Specification Rev. 2.1 compliant- Numbers of slot: 8/6/4 slots (incl. system slot)- Width: cBP-3208R: 36HP (9-slot) cBP-3206R: 28HP (7-slot) cBP-3204R: 20HP (5-slot)- Right one slot is system slot and others are peripheral slots- 10-layer PCB for accurate impedance control and electr
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Industrial PCs, Fanless Embedded PCs
The Matrix series of fanless embedded computers enhances responsiveness and durability of edge AI and edge computing applications. Designed to perform and to last, the Matrix fanless embedded computers enable timely data-driven decision making at the edge, improving efficiency, productivity and security enhancement across industries.
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9th Gen Intel® Xeon®, Core™ i7/i3 and 8th Gen Intel® Core™ i5 Processor-Based Embedded Fanless Computer
MXE-5600 Series
- 9th Gen Intel® Xeon®, Core™ i7/i3 and 8th Gen Intel® Core™ i5 BGA processor and Mobile Intel® CM246 Chipset- Dual SODIMMs for up to 32GB DDR4 non-ECC/ ECC memory- Rich I/O: 2x DP++, HDMI, 2x GbE, 6x COM, 8-ch DI, 8-ch DO, TPM2.0- 2x USB 3.1 Gen2, 2x USB 3.1 Gen1. 4x USB 2.0- Rich storage: 2x 2.5" SATA 6 Gb/s, CFast, M.2 2280
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3U 32-Bit 10-Slot CompactPCI PlusIO Hybrid Backplane with Rear I/O
cBP-3210PR
The cBP-3210PR is a 3U 10-slot CompactPCI PlusIO hybrid backplane. Supports standard CompactPCI 3U height for 3U cPCI cards and PICMG 2.30 CompactPCI PlusIO. Supports hybrid function by having 5x cPCI standard slots and 4x CPCI-S.0 peripheral slots. The cBP-3213PR is ideally suited for safety controls in rail vehicles, management systems for controlling multiple SATA hard drives for large amounts of data or in RAID systems and for fast video and download processes.
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Embedded MXM GPU Module With NVIDIA RTX™ ADA 2000
EGX-MXM-AD2000
- NVIDIA Ada Lovelace Architecture- Standard MXM 3.1 Type A (82x70 mm)- PCIe Gen 4 x8 Interface- 3072 CUDA® Cores, 24 RT Cores, and 96 Tensor Cores- 14.5 TFLOPS peak FP32 performance






















