エンベデッドテクノロジー Product Lineup

In the agricultural sector, automation is required to address labor shortages and improve productivity. In particular, systems that collect environmental data such as temperature, humidity, and sunlight duration, and automatically control irrigation and fertilization based on that data, are crucial for optimizing crop growth and increasing yields. However, existing systems often lack flexibility for customization and may not meet specific needs. Our company develops automation systems tailored to customer requirements through electronic circuit design, FPGA design, and embedded device development. 【Use Cases】 - Water level management in rice fields - Environmental control in greenhouses - Harvesting robots for crops 【Benefits of Implementation】 - Cost reduction through labor saving - Increase in yield - Stabilization of quality

• Other CAD related software

In defense weapon systems, high reliability and precise operation are essential. The design and development of electronic circuits that can withstand harsh environments and influence mission execution capabilities are very important factors. Our company consistently handles everything from electronic circuit design, FPGA design, embedded device development, to prototyping, evaluation, and small-lot manufacturing, contributing to the performance improvement of defense weapon systems. 【Application Scenarios】 - Missile guidance systems - Radar systems - Communication systems - Control systems 【Effects of Implementation】 - Miniaturization and weight reduction of systems - Achievement of high reliability - Assurance of operation in harsh environments - Optimization through custom design

• Other CAD related software

In the energy industry, monitoring systems require stable power supply and efficient operation. Particularly in anomaly detection and remote monitoring, accurate data collection and rapid processing are crucial. Poor electronic circuit design and insufficient FPGA performance can lead to system malfunctions and data loss, potentially resulting in significant losses. Our company provides comprehensive support from electronic circuit design, FPGA design, embedded device development, to prototyping, evaluation, and small-lot manufacturing, assisting in solving challenges in energy monitoring systems. 【Usage Scenarios】 - Power supply monitoring - Power plant monitoring - Transmission network monitoring - Energy management systems 【Benefits of Implementation】 - Improved system reliability - Enhanced data collection accuracy - Faster anomaly detection - Reduced operational costs

• Other CAD related software

In educational institutions, practical teaching materials and experimental environments are required for the education of electronic engineering and information engineering. In particular, an environment where students can experience the design, implementation, and evaluation of electronic circuits and FPGAs is important for deepening their understanding. However, the need for specialized knowledge and equipment can make the introduction challenging. Our company provides comprehensive support from electronic circuit design, FPGA design, embedded device development, to prototyping, evaluation, and small-lot production, meeting the needs of educational settings. 【Usage Scenarios】 - Teaching materials for electronic circuit design - Practical training in FPGA design - Development training for measurement and control devices - Equipment development for research and development purposes 【Benefits of Introduction】 - Establishment of a practical educational environment - Improvement of students' technical skills - Adaptation to diverse experiments and practical training - Strengthening the competitiveness of educational institutions

• Other CAD related software

In the VR entertainment industry, high-performance electronic devices are required to achieve immersive experiences. In particular, real-time video processing and high-precision tracking technology greatly influence the quality of VR experiences. To realize these technologies, advanced electronic circuit design and FPGA development are essential. Embedded Technology Co., Ltd. provides comprehensive support for solving challenges in the VR entertainment field, including electronic circuit design, FPGA design, embedded device development, prototyping, evaluation, and small-lot manufacturing. 【Usage Scenarios】 - VR headsets - Motion capture systems - VR gaming devices - Immersive attractions 【Benefits of Implementation】 - Realization of high-performance VR experiences - Reduction of product development time - Response to diverse needs - Provision of high-quality products

• Other CAD related software

In industrial automation control systems, accurate data acquisition and protection from noise are crucial. Especially when dealing with analog signals such as temperature, pressure, and flow, these systems are susceptible to external noise. If control is based on incorrect data, it can lead to system malfunctions and a decline in product quality. Our 16-bit isolated AD converter board enables high-precision digital conversion of analog signals via the PC104 bus or USB interface. The isolation feature minimizes the impact of noise, allowing for stable data acquisition. This contributes to the improved reliability of control systems. 【Application Scenarios】 - Control of machine tools - Control of robotic arms - Data collection from various sensors 【Benefits of Implementation】 - Optimization of control through high-precision data acquisition - Improved system stability through noise countermeasures - Flexible system construction through support for various interfaces

• Embedded Board Computers
• converter

In the medical device industry, it is essential to measure patients' biological signals with high precision and to make accurate diagnoses. Particularly when dealing with weak signals, minimizing the impact of noise and ensuring accurate data acquisition is crucial. In environments with high noise levels, there is a risk of incorrect diagnoses or treatments. Our 16-bit isolated AD converter board is designed to counteract noise and achieve high-precision biological signal measurement. 【Application Scenarios】 - Electrocardiogram (ECG) - Electroencephalogram (EEG) - Electromyogram (EMG) - Other biological signal measurements 【Benefits of Implementation】 - Improved diagnostic accuracy through high-precision data acquisition - Reduced impact of noise, enabling reliable measurements - Ensured safety through isolation features

• Embedded Board Computers
• converter

In the field of renewable energy, it is essential to accurately measure power generation and power quality, as well as to perform efficient energy conversion. Particularly in systems such as solar power generation and wind power generation, high-precision data collection that is less susceptible to noise is crucial. Inaccurate measurements can hinder system optimization and potentially lead to a decrease in power generation efficiency. Our 16-bit isolated AD converter board enables high-precision digital conversion of analog signals via a PC104 bus or USB interface. The isolation design reduces the impact of noise and allows for stable data collection. 【Usage Scenarios】 - Power monitoring of solar power generation systems - Measurement of power generation in wind turbines - Performance evaluation of power conversion devices - Charge and discharge management of storage systems 【Benefits of Implementation】 - System optimization through high-precision data collection - Stable measurements through noise countermeasures - Realization of efficient energy conversion - Improved reliability of the system

• Embedded Board Computers
• converter

In experiments within the research and development field, high-precision data acquisition is essential. Particularly in environments susceptible to noise or when dealing with weak signals, an isolated AD converter is required. Isolation prevents signal degradation and enables accurate measurements. Our 16-bit isolated AD converter board addresses the challenges of data collection in research and development via the PC104 bus or USB interface. 【Usage Scenarios】 - Acquisition of analog signals from various sensors - Precise digitization of experimental data - Data collection in environments requiring noise countermeasures 【Benefits of Implementation】 - Improved reliability of experimental results through high-precision data acquisition - Enhanced data quality and noise countermeasures through isolation - Flexible connectivity via PC104 bus or USB interface

• Embedded Board Computers
• converter

In the measurement instrument industry, accurate data acquisition is essential. Particularly in environments susceptible to noise or situations requiring high-precision measurements, the reliability of data is crucial. Inaccurate data can lead to incorrect analysis or judgments. Our 16-bit isolated AD converter board enables high-precision digital conversion of analog signals via PC104 bus or USB interface, contributing to the enhancement of measurement instrument performance. 【Usage Scenarios】 - Research and development requiring high-precision data measurement - Industrial measurement instruments - Environmental measurement 【Benefits of Implementation】 - Improved reliability through high-precision data acquisition - Reduced impact of noise, achieving stable measurements - Flexible system construction through support for various interfaces

• Embedded Board Computers
• converter

In the railway industry, accurate data collection from various sensors is essential to ensure operational safety. Particularly in anomaly detection and condition monitoring, high-precision data acquisition that is less susceptible to noise is required. Our 16-bit isolated AD converter board reduces the impact of external noise through its isolation design, enabling stable data collection. 【Use Cases】 - Detection of track anomalies - Monitoring of vehicle vibrations - Monitoring of signal systems 【Benefits of Implementation】 - Improved safety - Reduced maintenance costs - Enhanced system reliability

• Embedded Board Computers
• converter

In the telecommunications industry, accurate signal acquisition and transmission are essential. In environments susceptible to noise, signal degradation and misrecognition become problematic. Our 16-bit isolated AD converter board converts analog signals to digital signals via the PC104 bus or USB interface, enhancing the reliability of data collection in communication systems. The isolation feature reduces the impact of noise and enables stable signal processing. 【Usage Scenarios】 - Wireless communication base stations - Data loggers - Measuring instruments 【Benefits of Implementation】 - High-precision data acquisition - Protection from noise - Stable signal processing

• Embedded Board Computers
• converter

In the defense sector, advanced information gathering and data analysis are essential, and accurate acquisition of highly confidential data is required. Particularly in data collection under electromagnetic environments or in environments with significant vibrations, it is important to minimize the impact of noise and ensure the reliability of the data. Our 16-bit isolated AD converter board enables high-precision digital conversion of analog signals via PC104 bus or USB interface, allowing for the secure collection of confidential data. The isolation feature reduces the influence of external noise, achieving stable data acquisition. 【Usage Scenarios】 - Monitoring of highly confidential signals - Military communication equipment - Radar systems - Electronic warfare systems 【Benefits of Implementation】 - Improved analysis accuracy through high-precision data collection - Noise mitigation through isolation - Flexible system construction via PC104 bus or USB interface - Environmental consideration through RoHS compliance

• Embedded Board Computers
• converter

In the environmental monitoring industry, accurate data collection and analysis are required. It is particularly important to measure environmental data such as temperature, humidity, and atmospheric pressure accurately and to understand long-term fluctuations. Errors in data can undermine the reliability of analysis results and lead to incorrect judgments. Our 16-bit isolated AD converter board enables high-precision data collection and supports reliable analysis in environmental monitoring. 【Use Cases】 - Air pollution measurement - Water quality analysis - Weather observation - Vibration measurement 【Benefits of Implementation】 - Improved analysis accuracy through high-precision data collection - Suppression of noise effects, achieving stable measurements - Flexible system construction via PC104 bus or USB connection - Environmental consideration through RoHS compliance

• Embedded Board Computers
• converter

In the shipping industry, it is essential to grasp the vessel's location information, weather information, and operational status in real-time to ensure the safety of navigation. Particularly in maritime areas where communication infrastructure is lacking, satellite communication plays a crucial role. The Iridium satellite communication terminal SBD9603N is an effective means to enable communication in such situations, but a dedicated interface board is required for connection with external devices. The I9603-IF-01 extracts the signals from the SBD9603N to external devices, providing a stable communication environment that contributes to the safety and efficiency of navigation. 【Use Cases】 - Acquisition of vessel location and weather information during long-distance voyages - Emergency reporting in case of distress - Real-time information sharing with land 【Benefits of Implementation】 - Improved safety of navigation - Reduction in operational costs - Faster information transmission

• Other electronic parts

In the energy industry's remote monitoring systems, it is crucial to grasp the operational status of equipment in real-time and detect anomalies early. Especially in locations where communication infrastructure is lacking, data transmission via satellite communication becomes essential. The I9603-IF-01 is an interface board dedicated to the Iridium satellite communication terminal SBD9603N, enabling data collection and monitoring from remote locations. 【Use Cases】 - Remote monitoring of power plants and substations - Monitoring of oil and gas pipelines - Monitoring the operational status of wind power plants 【Benefits of Implementation】 - Enables stable data collection from remote locations without relying on communication infrastructure - Early detection of equipment anomalies allows for prompt responses - Reduction of operational costs

• Other electronic parts

In the field management of mining operations, real-time information gathering from remote locations and rapid response in emergencies are essential. Particularly in areas where communication infrastructure is lacking, securing stable communication means becomes a significant challenge. The I9603-IF-01 serves as a dedicated interface board for the Iridium satellite communication terminal SBD9603N, addressing these challenges. It supports two power input systems of DC6V to 32V or DC5V, allowing the signals from SBD9603N to be extracted to external devices, enabling use in locations without established communication infrastructure, such as space and at sea. 【Usage Scenarios】 - Remote monitoring of excavation conditions and equipment operational status at mining sites - Rapid information sharing and instruction transmission between the site and headquarters during emergencies - Confirmation of safety and assessment of damage during disasters 【Benefits of Implementation】 - Real-time understanding of site conditions to support quick decision-making - Accelerated response during emergencies to mitigate the expansion of damage - Establishment of a stable communication environment while keeping communication costs down

• Other electronic parts

In disaster prevention scenarios, rapid and accurate information transmission is essential. Particularly in situations where communication infrastructure has been damaged and normal communication methods are unavailable, satellite communication plays a crucial role. The Iridium satellite communication terminal SBD9603N enables stable communication even in such circumstances, although connecting to external devices may require specialized knowledge and skills. The I9603-IF-01 facilitates the connection to external devices by extracting the signal from the SBD9603N to a connector, thereby contributing to the acceleration of information transmission. 【Usage Scenarios】 - Information collection and dissemination in disaster-stricken areas - Communication in mountainous or isolated regions - Coordination between disaster response headquarters and the field 【Benefits of Implementation】 - Early understanding of damage situations through rapid information transmission - Increased efficiency of rescue operations - Prevention of secondary disasters

• Other electronic parts

In the agricultural sector, data collection in areas such as vast lands and mountainous regions where communication infrastructure is not developed poses a challenge. A stable communication environment is essential for real-time monitoring of crop growth conditions and weather data. The Iridium satellite communication terminal SBD9603N is a strong option that enables communication even in such locations, but a dedicated interface board is required for connection with external devices. The I9603-IF-01 maximizes the performance of the SBD9603N and strongly supports monitoring in agriculture. 【Usage Scenarios】 - Collection of environmental data such as soil moisture and temperature in remote fields - Monitoring of livestock behavior - Rapid information gathering during abnormal weather conditions 【Benefits of Implementation】 - Data collection is possible anywhere, unaffected by communication environment - Quick decision-making based on real-time information - Space-saving design that allows for flexible installation locations

• Other electronic parts

In forestry, accurately grasping the location information of forests is extremely important for resource management, improving work efficiency, and ensuring safety. Particularly in vast forest areas or regions lacking communication infrastructure, obtaining real-time location information is challenging, leading to issues in ensuring worker safety and properly managing forest resources. The I9603-IF-01 is a dedicated interface board for the Iridium satellite communication terminal SBD9603N, contributing to solving these challenges. 【Usage Scenarios】 * Understanding the current location of workers within the forest * Recording location information during logging and transportation operations * Rapid location identification during forest fire occurrences * Acquiring location data for surveying and research 【Benefits of Implementation】 * Ensuring worker safety and prompt rescue * Improving work efficiency and reducing costs * Proper management of forest resources * Real-time information collection from remote locations

• Other electronic parts

In the field of fisheries, the collection of data on the location of fishing vessels and catch volumes is crucial for efficient operations and resource management. Particularly in offshore operations or in areas lacking communication infrastructure, securing stable communication means poses a challenge. The I9603-IF-01 is an interface board dedicated to the Iridium satellite communication terminal SBD9603N, addressing these challenges. It supports two power input systems of DC6V to 32V or DC5V, allowing the signals from SBD9603N to be routed to a connector for connection with external devices. This enables the transmission of fishing vessel location information and catch volume data to the shore, facilitating real-time information sharing. 【Use Cases】 - Collection of location and catch volume data on fishing vessels - Securing communication means for offshore operations - Data collection for fisheries resource management 【Benefits of Implementation】 - Optimization of catch volumes - Reduction of operational costs - Increased efficiency in resource management

• Other electronic parts

In military communications, ensuring reliable communication means is essential. Particularly in locations where communication infrastructure is lacking or in situations where security is prioritized, robust communication methods like Iridium satellite communication are required. The I9603-IF-01 is a dedicated interface board for the Iridium satellite communication terminal SBD9603N, supporting two power input systems of DC6V to 32V or DC5V, and allows the signals from SBD9603N to be connected to external devices via connectors. This supports secure communications in areas such as space and at sea, where communication infrastructure is not established. 【Usage Scenarios】 - Secure communications in military operations - Information transmission in remote locations - Ensuring communication during disasters 【Benefits of Implementation】 - Establishment of a stable communication environment - Realization of highly secure communications - Adaptation to diverse power supply environments

• Other electronic parts

In the field of space development, data transmission and reception in environments different from those on Earth is essential. In particular, reliable interfaces are required for data transmission using satellite communications. The I9603-IF-01 serves as a dedicated interface board for the Iridium satellite communication terminal SBD9603N, supporting data transmission and reception in space environments. 【Use Cases】 - Data transmission from space probes - Data transmission from weather observation rockets - Data transmission from ocean observation buoys 【Benefits of Implementation】 - Easy connection of SBD9603N signals to external devices - Compatibility with a wide power supply voltage range of 6V to 32V - Operating temperature range of -40°C to +60°C - Enables data transmission in locations without established communication infrastructure, such as in space or at sea.

• Other electronic parts

In research institutions, the acquisition of observational data serves as the foundation for a wide range of research activities, including global environmental changes and resource exploration. Particularly in areas where communication infrastructure is lacking or in mobile observation scenarios, stable data transmission poses a challenge. The Iridium satellite communication terminal SBD9603N dedicated interface board 'I9603-IF-01' addresses these challenges and supports research activities. 【Usage Scenarios】 - Data collection in ocean observation - Data transmission from unmanned exploration vehicles - Data collection in polar observation 【Benefits of Implementation】 - Increased efficiency of research through stable data transmission - Data acquisition in harsh environments - Real-time data monitoring from remote locations

• Other electronic parts

In the tourism industry, safety is the top priority. Especially in areas where communication infrastructure is lacking, securing emergency communication means is essential. To respond quickly to emergencies such as natural disasters or accidents, reliable communication methods are required. The I9603-IF-01 is an interface board dedicated to the Iridium satellite communication terminal SBD9603N, making it ideal for use in places without communication infrastructure, such as in space or at sea. This ensures important communication means to protect the safety of tourists and staff. 【Usage Scenarios】 - Communication during emergencies while climbing or hiking - Emergency communication in remote islands or mountainous areas - Communication during emergencies on cruise ships or yachts 【Benefits of Implementation】 - Rapid information transmission during emergencies - Increased efficiency of search and rescue operations - Enhanced sense of security for tourists

• Other electronic parts

In the field of industrial automation control systems, accurate analog signal output is required. Particularly when controlling motors and valves based on information from sensors such as temperature, pressure, and flow rate, stable DA conversion that is less susceptible to noise is crucial. The MPC104-ISODAC16 achieves stable analog signal output by reducing the impact of external noise through its 16-bit resolution and isolation features. 【Application Scenarios】 - Control of machine tools - Control of robotic arms - Signal output for process control systems 【Benefits of Implementation】 - Stable analog signal output that is resistant to noise - High-precision control capabilities - Improved system reliability

• converter

In the aerospace field, precise equipment adjustment and control are essential. In particular, advanced measurement and control systems require the generation of accurate analog signals. High reliability and stability are demanded even in harsh environments such as temperature changes and vibrations. The MPC104-ISODAC16 meets these requirements with its 16-bit resolution and isolation features. 【Application Scenarios】 - Aircraft attitude control - Adjustment of satellite-mounted equipment - Control of rocket engines 【Benefits of Implementation】 - Optimal adjustment of equipment through high-precision analog signal output - Suppression of noise effects, achieving stable operation - High reliability in harsh environments

• converter

In the measurement instrument industry, accurate output of analog signals is required. Particularly for high-precision measurements and control, a DA converter that can output stable signals resistant to noise is essential. Improper output can lead to measurement errors and control malfunctions. The MPC104-ISODAC16 achieves high-precision analog signal output with its 16-bit resolution and isolation features. 【Usage Scenarios】 - Output of various sensor signals - Waveform generator - Output of control signals 【Benefits of Implementation】 - Improved measurement accuracy through high-precision signal output - Stable operation due to noise countermeasures - Support for a wide range of output ranges

• converter

In power system monitoring applications, accurate data acquisition is essential for the stable operation of the system. It is particularly important to accurately convert analog signals such as voltage and current into digital data to detect anomalies early. Inaccurate data acquisition can lead to incorrect judgments or system shutdowns. The MPC104-ISODAC16 achieves accurate data conversion by minimizing the effects of noise through its 16-bit resolution and isolated design. 【Use Cases】 - Monitoring of power systems - Monitoring of power plants - Monitoring of substations 【Benefits of Implementation】 - Stable operation of the system through high-precision data acquisition - Prevention of accidents through early detection of anomalies - Improved system safety due to isolated design

• converter

In research and development experiments, precise data acquisition and control are required. In particular, the accurate generation of analog signals is a crucial factor that affects the reliability of experimental results. In environments susceptible to noise, an isolated DA converter is essential. The MPC104-ISODAC16, equipped with 16-bit resolution and isolation features, contributes to improving the accuracy of experiments in research and development. 【Application Scenarios】 - Generation of various sensor signals - Control of precision instruments - Signal processing experiments 【Benefits of Implementation】 - High-precision analog signal generation - Reduction of noise impact - Improved reliability of experimental data

• converter

In the robotics industry, precise output of analog signals is required for accurate motion control. Particularly in motor control and actuator driving, stable DA conversion that is less susceptible to noise is crucial. Inaccurate signal output can lead to malfunction or performance degradation of robots. Our PC104 bus 16-bit isolated DA converter board achieves high-precision and stable analog signal output with 16-bit resolution and isolation features, supporting drive control in robotics. 【Application Scenarios】 - Drive control of robotic arms - Motor control for mobile robots - Control of various actuators 【Benefits of Implementation】 - Realization of high-precision motion control - Reduction of noise impact - Improvement of system reliability

• converter

In the automotive industry, testing involves the performance evaluation of ECUs (Electronic Control Units) and various sensors, which is crucial. Particularly in durability and environmental testing, the generation of accurate analog signals is required. Inaccurate signals can lead to erroneous evaluation results and potentially compromise product reliability. The MPC104-ISODAC16, with its 16-bit resolution and isolated design, minimizes the impact of noise and achieves stable analog signal output. This contributes to the improvement of automotive quality. 【Usage Scenarios】 - Performance evaluation tests for ECUs - Calibration of various sensors - Generation of simulated signals in durability testing 【Benefits of Implementation】 - Establishment of a high-precision testing environment - Improved reliability of test results - Reduction of product development time

• converter

In the telecommunications industry, modulation is a crucial factor that affects the transmission efficiency and quality of signals. Accurate analog signal generation is required, and it is essential to minimize the impact of noise and external interference. The MPC104-ISODAC16 achieves high-precision analog signal output with its 16-bit resolution and isolation features, contributing to the improvement of signal quality in the modulation process. 【Usage Scenarios】 - Modulator for wireless communication systems - Signal generator - Measuring instruments 【Benefits of Implementation】 - Improved modulation quality through high-precision analog signal output - Stable signal transmission due to noise countermeasures - Enhanced flexibility in system construction through support for various interfaces

• converter

In the field of environmental monitoring, it is essential to accurately convert analog signals from sensors into digital data for analysis. In particular, high-precision DA converters are indispensable for capturing subtle changes in temperature, humidity, and air pollutants. Inaccurate conversions can lead to erroneous analysis results, potentially misjudging the impact on the environment. Our PC104 bus 16-bit isolated DA converter board supports the construction of reliable environmental monitoring systems through high-precision data conversion and isolation features. 【Application Scenarios】 - Air pollution measurement stations - Water quality monitoring systems - Meteorological observation systems 【Benefits of Implementation】 - Accurate analysis through high-precision data acquisition - Suppression of noise effects, achieving stable measurements - Improved reliability in long-term operations

• converter

In the field of audio generation, high-quality analog signal output is required. Particularly in the design and research and development of audio equipment, accurate signal reproduction is crucial. To achieve clear sound quality with minimal noise and distortion, a high-performance DA converter is essential. The MPC104-ISODAC16 addresses the challenges in audio generation with its 16-bit resolution and isolation features. 【Usage Scenarios】 - Synthesizers - Audio signal generators - Audio interfaces 【Benefits of Implementation】 - High-precision analog signal output - Improved sound quality through noise reduction - Flexible system construction with support for various interfaces

• converter