Ameba RAN is a software-defined cellular base station. Ameba RAN employs commodity hardware and configures its core software components to cater to various base station types.

MOSAIC, a new technology from Industrial Technology Research Institute (ITRI) and co-developer Powerchip Semiconductor Manufacturing Corporation (PSMC), addresses this challenge by integrating a 3D DRAM hierarchy directly onto the logic chip, reducing data transfer distances and energy consumption.

CHIMEI Corporation and Industrial Technology Research Institute (ITRI) have developed a close-looped, zero waste, and non-toxic method to make polycarbonate resin. It uses sophisticated catalysts to effectively address the common environmental problems in traditional methods.

The In-Line X-Ray Critical Dimension Metrology System (XRCD) is a specialized system utilized in the semiconductor manufacturing industry for the purpose of measuring critical dimensions using X-ray technology.

China Steel Corporation (CSC) and ITRI developed the new Digital Twin System for Tapping Process, which is helping transform the steel manufacturing landscape through automation and digitalization.

The AI-driven Self-Navigating Miniature Serpentine Robotic System (AiSNMSR), developed by ITRI, addresses key challenges in Natural Orifice Transluminal Endoscopic Surgery (NOTES) such as limited operational space, small orifice diameters, excessive bleeding, and risks associated with punctures, infections, and inefficient cleaning.

This system employs advanced optical design and comprehensive inspection methods, detecting 99% of fabric defects and accurately marking defect locations on screens and fabrics for precise quality control during production.

This innovative material, made entirely from polyolefin polymer (SEBS), converts thermoplastic materials into a textile form using non-woven fabric shaping and fiber control techniques.

This system utilizes a non-woven soy protein growing bed, allowing mushroom leather to grow both on the surface and within the bed, unlike traditional cotton beds that limit growth to the surface. This advancement promotes efficient rolled growth.

The furnace is equipped with self-recuperative burners which are operated by intelligent burner operating principle (IntelliBurn).

Glaucoma is the second leading cause of blindness. Revolutionary glaucoma drug ITRI-E-(S)4046, administered in eye drops, lowers intraocular pressure three times more than current medication by targeting two enzymes simultaneously. Unlike conventional drugs, this treatment requires just one application per day, reducing side effects.

Health Care Circuit Fabric is a piece of soft circuit fabric transformed from a hard circuit board. Through special knitting addition engineering, bendable, foldable, machine washable. There is a power-on function, but no wires are visible. The shape and texture structure, also the route of the line can be customized to fit the body curves.

FSESI utilizes dynamically randomized multiple chaotic systems to generate keys that approximate true random numbers. Additionally, the specially designed synchronization algorithm enables instant synchronization of the encryption and decryption keys, ensuring stable encryption with untraceable keys in unstable network domains.

ITRI’s High Resolution Full-Color Micro LED Display outperforms alternatives by offering exceptional brightness, seamless splicing, superior clarity, and low-power consumption, even in outdoor scenarios. Target markets include signage, transparent displays, augmented reality/mixed reality (AR/MR), wearable devices, and automotive dashboards.

Existing textile decolorizations mainly use organic solvents that generate volatile organic compounds (VOC) and other consumables. ITRI's decolorization technology generates zero VOC. The operation temperature is approximately 90°C with over 95% dye removal efficiency. Without the need for facility updates, it’s conducive to large-scale deployment.

CRSH provides a continuous low-temperature smart processing for corrosion-resistant and surface hardening of austenitic stainless steel. It enables objects to have both high hardness and high corrosion resistance while also offering mass production processing to reduce costs, providing an innovative solution for the stainless steel industry.

The world’s first coating system for long, thin, and curved pipes with inner diameters of 4mm, providing highly uniform and precise nano-coatings, even on sharp edges and high depth-to-width ratios. This can be applied the inner surface of pipes in satellite propulsion systems that require both high fuel compatibility and high corrosion resistance.

The EMS integrates the multi-axis processing module and working electrodes to perform 3D or variable curvature complex structure processing for difficult-to-machine metal materials, which greatly increases the production efficiency and decreases the costs, to provide metal components manufacturers with innovative solutions.