[INQ. NO. 2310E13] AMO Electronics Inc. is a specialized developer and manufacturer of electronic devices such as lighting equipment and small home appliances, and is a company that always thinks and researches in such a way as to grow together with customers through creative and innovative technologies.
In addition, AMO Electronics is expanding into various fields that require accumulated technology and know-how, such as not only products needed in daily life, but also prototype development services for companies and various control and measurement equipment required in industrial sites.

Especially designed for infants

AMO lamp is a bedroom mood, sleep light, and multi-purpose indirect lighting for adults and infants.
In particular, when used for infants, it can be conveniently used as a childcare light, such as feeding at night, putting the baby to sleep, changing diapers, measuring body temperature, or checking condition.

Providing excellent safety and usability
AMO lamp boasts excellent safety and usability when used as lighting for patients with mobility issues, the elderly, and infants in hospitals, hospital rooms, nursing homes, etc. It can be freely used for a variety of purposes indoors or outdoors due to its freedom of movement and placement and its strong durability.

It uses Samsung LED to emit soft, warm light and can be adjusted to six levels of brightness.

AMO lamp can be used for up to 60 minutes through a timer that can be set every 0 minutes. Only weighing 200g, it can be wirelessly charged via USB.
AMO Electronics is recognized for its technological expertise through its development and delivery of numerous prototypes, and the sales and delivery of consumer electronics and industrial products developed with its own technology.

 
 
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[INQ. NO. 2310E12] Since its establishment in November 2018, SZM Co., Ltd. has been focusing on the development of ICT-convergence beauty and health products. Currently, SZM is developing an AI-powered bidet that analyzes a person’s stool condition (shape and color), bowel habits to check the gut’s health status, and provide feedback.

Notifies immediately of any abnormality after collecting and analyzing urinary and fecal images
SZM’s healthcare bidet collects your urine and stool images through sensors and analyzes the data. When any abnormal change in bowel habits is detected, it notifies the user immediately.
For example, if a thin stool less than 10 mm lasts for more than seven days, or blood is detected in the stool, or if there is a change in stool and urine color related to illness, the toilet’s speaker and app will alert the user. In addition, by adjusting the lighting installed inside the toilet according to the user’s emotions, one can experience a comfortable bathroom time that suits your mood.
Two types of diarrhea, constipation, and three types of normal stools can be identified, as well as hydration/dehydration of your body based on urine colors.

Based on advice from medical experts, unhealthy stool and urine conditions, especially stools with diameters of less than 10mm and abnormal colors, are identified and incorporated into the algorithm. For instance, if the stool is green, it could indicate issues with the bile duct, bile, or pancreas.
If blood is detected, it provides an alert. If such risky colors or abnormal stool and urine conditions persist for more than seven days, the user will receive notifications through the toilet’s built-in speaker or a mobile app.

Providing maximum comfort through an emotional design
The SZM healthcare bidet has an attractive design that provides maximum comfort when the user is seated, and provides an intuitive UI that is easy to understand. The bidet seat looks slim and modern and can fit most toilet bowls. With a simple yet compact design, it also provides high-level cleanliness as well as fast and convenient healthcare.

It also comes with two new special emotional light therapy functions, providing lighting that controls the interior of the toilet and can be adjusted according to the user’s requirements.
Through the edge light bar surrounding the side control panel installed on the handle, you can see green, yellow, and red lights that indicate ‘normal,’ ‘caution,’ and ‘warning.’ The user can easily and intuitively recognize the bowel status information through the very soft and sophisticated lighting color.

 
 
korean-electronics.com | Blog Magazine of korean electronics, brands and Goods

[INQ. NO. 2310E09] NeuroEars is a venture company established in 2021 that is developing digital treatments for dizziness.
To this end, NeuroEars is developing medical software (SaMD) that measures dizziness based on virtual reality, a diagnostic module that analyzes dizziness based on artificial intelligence — and vestibular rehabilitation content that treats dizziness, based on virtual reality and artificial intelligence.
NeuroEars has released medical software that measures dizziness after receiving Class-2 medical device approval from the Ministry of Food and Drug Safety, and is expecting that its vestibular rehabilitation content will be released this year.

Dizziness measurement medical software
NeuroEars_Anna, dizziness measurement software, is medical software that measures dizziness based on a virtual reality device (HMD). NeuroEars_Anna allows you to perform all 18 dizziness tests without any additional hardware.
NeuroEars_Anna provides the same VOR test function as the existing nystagmometer, and also provides oculomotor tests and SVV/SVH test functions using virtual reality.

Additionally, because it is virtual reality-based software, there are no space limitations, and the optimal system can always be provided to users through remote maintenance.

NeuroEars_Anna is virtual reality-based medical software that has obtained Class 2 medical device approval from the Ministry of Food and Drug Safety. It is the first in Korea to be recognized by the Health Insurance Review and Assessment Service for insurance premiums, and NeuroEars is currently selling its products to hospitals.
NeuroEars is expanding its market by offering its product at a significantly lower price compared to competing products that offer similar functions.

 
 
korean-electronics.com | Blog Magazine of korean electronics, brands and Goods

[INQ. NO. 2310E07] LB Semicon Inc. is a total solution company in the Outsourced Semiconductor Assembly & Test (OSAT) field that provides customers with full turnkey service.
Founded in 2000, LB Semicon started its business providing Au process service for DDI products to domestic fabless companies. In line with the advent of mobile products, it has expanded the product portfolio to satisfy the demands of leading domestic and foreign fabless.
LB Semicon provides full turnkey assembly solutions that include DPS and wafer-level probe testing. The company has completed all the preparations to enter the FOWLP market, which is expected to grow further in the future.
“Striving to be the best worldwide, we will become a leading global OSAT company by providing our own unique SiP products in the market, ” stressed the company’s president.

Wafer-level packaging
Wafer-level Packaging (WLCSP) is the technology of packaging and testing an integrated circuit while at the wafer level and then slicing it into chips to make the completed product, which differs from the conventional method of slicing the processed wafer first into individual chips and then packaging them. WLCSP is true chip-scale packaging technology.
Demand for WLCSP is increasing rapidly in the mobile market, due to the realization of a true chip-scale package with excellent electrical properties and price competitiveness. The WLCSP continues to expand its scope of application. LB Semicon currently provides various layers of WLCSP solutions ranging from two layers to six layers tailored to meet the needs of its customers. WLCSP is applied at PMIC, RF & BB SoC, transceivers, AOC, and sensors.

Fan-out wafer-level packaging
FOWLP is composed of epoxy mold compound (EMC). This technology eliminates the need for printed circuit boards in LB Semicon’s packages by directly forming the redistribution layer and solder balls on top of the EMC. FOWLP’s applications include PMIC and RFIC.

 Cu pillar bumping
As semiconductor devices are rapidly becoming more integrated and faster, chips’ I/O density is increasing at a rapid pace while the bump pitch is continuously decreasing. Cu pillar is a bumping technology, developed to meet such needs for fine pitches, and it can accomplish much finer pitch of 40um or smaller, compared to the 150um level that existing solder bumping method could reach.
Cu pillar is currently being applied to various packages and its application will be expanded even more because of its excellent thermal dissipation performance and electro-migration properties, compared to solder bumping. Cu pillar bumping is used in fcBGA & fcQFN PKG, BB & AP processors, power amplifiers, NAND flash, and Wi-Fi modules.

 
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