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Products

Fanless Ultra Compact Size

Space-saving demand in industrial environment is very common in nowadays. Many applications require a small space for system installation. With the palm-size embedded box design plus its basic IO interface, the uIBX series can definitely meet the space-saving requirement.

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HTB Series

HTB-100 brings you more satisfaction! Isolated COM ports, rich I/O interface, and multiple expansions are built in to the HTB-100. The intelligent HTB-100 medical computing system will meet all demands from the medical applications.

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Bedside Terminal Panel PC

* Back I/O with 1.5kV isolated RS-232/422/485 * High performance with fanless system * Monitor mode

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Cases
The ruggedized panel PC helps hospitals to achieve paperless workflow. In the past, medical personnel spent lots of time on taking vital records manually. This may lead to human error and endanger patients' safety. Our worldwide solution partners have been using IEI products in wards, ICU and hemodialysis centers. Their solutions have successfully helped medical personnel to spend more time with patients and improve the patient-doctor relationship.
The ruggedized panel PC helps hospitals to achieve paperless workflow. In the past, medical personnel spent lots of time on taking vital records manually. This may lead to human error and endanger patients' safety. Our worldwide solution partners have been using IEI products in wards, ICU and hemodialysis centers. Their solutions have successfully helped medical personnel to spend more time with patients and improve the patient-doctor relationship.
Products

TANK Series Embedded System

IEI offers complete rugged box pc products with a wide range of I/O interface and multiple expansions, allowing users to connect to different devices for comprehensive automation solution. IEI industrial rugged box pc provides a reliable platform to fulfill a wide variety of application demand, such as machine automation, surveillance station application and information kiosk.

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Industrial NAS

4-bay Industrial NAS/NVR for Tough or Mobile Environments

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Fanless Ultra Compact Size

Space-saving demand in industrial environment is very common in nowadays. Many applications require a small space for system installation. With the palm-size embedded box design plus its basic IO interface, the uIBX series can definitely meet the space-saving requirement.

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Medical Panel PC

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FPGA Accelerator

Intel® Vision Accelerator Design with Intel® Arria® 10 FPGA

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FLEX Serie

2U AI Modular PC with 8th Generation LGA 1151 Intel® Core™ i7/i5/i3 and Pentium® processor Four hot-swappable and accessible HDD drive bays, support RAID 0/1/5/10 Two PCIe 3.0 by 4 and two PCIe 3.0 by 8 slots

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Cases
The HTB-100, a high-performance and reliable medical grade embedded system developed by IEI, can be used as a device for AI inference in brain tumor diagnosis by adding a VPU & GPU accelerator card, benefiting from its flexible expansion feature.

In brain tumor treatment, cyberknife is one of the common methods currently used. It is equipped with a linear accelerator on a robotic arm with two X-ray cameras to precisely position and delivers radiation beams to destroy tumor cells.

In traditional process, to create a brain tumor treatment plan, at least two doctors have to manually mark and shape the brain tumor in every picture. It usually takes a whole day to get only one case done due to its complex and sophisticated process. After using the AI inference application, identifying brain tumor becomes automatic, taking only a few seconds to analyze. It is more time saving and more precise while reducing workload of doctors and avoiding errors.
The HTB-100, a high-performance and reliable medical grade embedded system developed by IEI, can be used as a device for AI inference in brain tumor diagnosis by adding a VPU & GPU accelerator card, benefiting from its flexible expansion feature.

In brain tumor treatment, cyberknife is one of the common methods currently used. It is equipped with a linear accelerator on a robotic arm with two X-ray cameras to precisely position and delivers radiation beams to destroy tumor cells.

In traditional process, to create a brain tumor treatment plan, at least two doctors have to manually mark and shape the brain tumor in every picture. It usually takes a whole day to get only one case done due to its complex and sophisticated process. After using the AI inference application, identifying brain tumor becomes automatic, taking only a few seconds to analyze. It is more time saving and more precise while reducing workload of doctors and avoiding errors.