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Receiver Product List and Ranking from 40 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Receiver Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. null/null
  2. Jコーポレーション Nara//Information and Communications
  3. ポリシス Shizuoka//Resin/Plastic
  4. 4 ＮＴジオテックス 本社、東北営業所、山梨営業所 Tokyo//Trading company/Wholesale
  5. 5 明星電気 東京事業所 Tokyo//environment
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Receiver Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Urethane gel "Hapla Pringel" with a texture that is infinitely close to human skin. ポリシス
  2. QCAST Series Emergency Earthquake Alert Receiving Unit S740 明星電気 東京事業所
  3. High-performance Poka-Yoke transmitter TW-820T, receiver TW-820R
  4. 4 Synchronization Receiver LR Series ＧＡＴＥＣ
  5. 4 4-point output type Poka-Yoke receiver TW-800R-EXP

Receiver Product List

331～345 item / All 414 items

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[Example] Application to Continuous Elevation Measurement of Mobile Bodies

[Example] Application to Continuous Elevation Measurement of Mobile Bodies

Introducing the application of FKP-GPS measurement and ultrasonic level meters for continuous elevation measurement of moving objects!

We would like to introduce a case study conducted by Shin Gijutsu Consulting Co., Ltd. on the Chitose River embankment, titled "Application of FKP-GPS Surveying and Ultrasonic Level Measurement for Continuous Elevation Measurement of Moving Bodies." The site is located between 7.0 km and 12.0 km of the first-class river Chitose River, which flows through Ebetsu City and Chitose and Eniwa Cities. To understand the condition of the construction reference surface of the embankment built on soft ground, continuous elevation measurements using moving bodies were conducted, along with a comparative verification against direct leveling surveys. The vehicle was equipped with a high-precision GPS receiver and an aerial level meter, obtaining coordinate values and indirect elevation values every second using the FKP method. Additionally, the comparison with direct leveling involved direct elevation observations at the points where the level meter sensor made contact. Comparative measurements were taken at 77 identical points over a 3 km section on both the right and left banks. [Results (excerpt)] ■ Comparison with direct leveling (KP standard) - Less than 5 cm: 68.8%, less than 10 cm: 97.4% ■ Comparison with existing reference point results - Maximum ΔX 0.022m, ΔY 0.013m, ΔH 0.022m - Standard deviation ΔX 0.010m, ΔY 0.007m, ΔH 0.010m *For more details, please refer to the PDF document or feel free to contact us.

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[Case] Flood Area Determination Business during Flooding

[Case] Flood Area Determination Business during Flooding

Utilizing network RTK in flood area determination operations!

We would like to introduce a case study by Souya Surveying Co., Ltd. that utilized network-based RTK in the "Flood Area Determination Work." In this case, topographic surveys were conducted using the network-based RTK method to determine the flood areas during flooding. The survey involved measuring the positions and heights of open drainage and buried pipes in agricultural land. Traditionally, this would have been done using a total station and leveling equipment, but we conducted accuracy verification of the network-based RTK-GPS and proposed it to the client. The work proceeded smoothly without issues related to satellite conditions or overhead visibility, and we were able to complete it in about a month and a half. 【Benefits and Effects】 ■ Significant efficiency improvement ■ Only one set of receivers is needed for the work, making it very effective as an initial investment. *For more details, please refer to the PDF document or feel free to contact us.

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[Example] Positioning of drilling locations and elevation measurement associated with geological surveys.

[Example] Positioning of drilling locations and elevation measurement associated with geological surveys.

Observation of reference points using network RTK! The entire work was completed in 2 days.

We would like to introduce a case where Yamaguchi Land Survey Co., Ltd. utilized network-type RTK in "Boring position determination and elevation measurement associated with geological surveys." In this case, we were commissioned to determine the position and elevation of borings during a geological survey for a new road construction project. The survey area was nearly 10 km, with 20 separate survey points, making it likely that standard benchmark surveying and leveling would take more than 10 days to complete. Additionally, the points were located far from nearby triangulation points, which would require excessive labor for leveling. Due to these factors and requests from the client, we conducted the work using network-type RTK. 【Overview of Work】 1. Coordinate the survey points determined based on the outline planning map and conduct measurement work. 2. Conduct benchmark observations using network-type RTK. 3. Confirm the local position and elevation through coordinate calculations. *For more details, please refer to the PDF document or feel free to contact us.

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[Example] Topographic Survey

[Example] Topographic Survey

Introducing examples of terrain surveying using network-type RTK!

We would like to introduce a case study by Shasoku Co., Ltd. that utilized network-based RTK in "topographic surveying." The site was a 9-hectare area of cultivated land and riverbed for topographic surveying. Approximately 1,000 points were surveyed per day, completing the work in three days. The majority of the surveying was conducted by one person (using network-based RTK), with supplementary measurements taken by two people (using total stations). [Results] - The observation conditions were good, with clear visibility and mobile phone communication. - There were no major troubles. - Compared to conducting the same survey using traditional methods, a speed increase of 1.5 times was achieved. *For more details, please refer to the PDF document or feel free to contact us.

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[Example] Installation of River Distance Markers

[Example] Installation of River Distance Markers

Introducing observation examples of 75 Class 4 reference points in the topographic survey of rivers in Saga Prefecture!

We would like to introduce a case study by Kyushu Surveying and Design Co., Ltd. that utilized network-based RTK in the installation of river distance markers. In this case, network-based RTK was used to observe 75 fourth-class reference points during topographic surveying of rivers in Saga Prefecture. On-site checks of the observed values (closure) were conducted to confirm the consistency of the observations, and then calculations for the provisional and practical networks were performed back at the office to determine the coordinates. In the above-mentioned work (observation time only), it would typically take about two and a half days for work done with total stations, but by using network-based RTK, the work time was reduced to 7 to 8 hours, achieving a significant reduction in work time (with good visibility overhead). 【Benefits and Effects】 ■ Cost reduction compared to conventional reference point surveying (work can be done by one person). *For more details, please refer to the PDF document or feel free to contact us.

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160MHz band STL receiver 'ST-160T'

160MHz band STL receiver 'ST-160T'

The transmission frequency is 162 to 169 MHz! The maximum transmission output is 25W, and it can be customized according to your requirements.

The "ST-160T" is an STL transmitter operating in the 160MHz band. The maximum transmission output is 25W and can be customized upon request. In case of temperature abnormalities, an alarm will be triggered if the temperature of the fins exceeds 80°C, and the operational status and alarm notifications can be checked on the LCD of the front panel. 【Features】 ■ Natural air cooling system ■ Operational status and alarm notifications can be checked on the LCD of the front panel ■ Maximum transmission output of 25W, customizable upon request *For more details, please refer to the PDF document or feel free to contact us.

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Cordless Chime Salt Receiver 33JCP

Cordless Chime Salt Receiver 33JCP

It is possible to display three digits. This allows for separate settings by line even in large factories.

The 7-segment display will indicate numbers and letters to notify you of reception. There is no output terminal for the rotating light.

  • switch

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GNSS receiver "GRX3"

GNSS receiver "GRX3"

Built-in digital simple radio capable of sending and receiving! Compact integrated GNSS receiver.

The "GRX3" is an integrated GNSS receiver that supports multi-GNSS and achieves stable positioning capabilities. It has a built-in digital simple radio for transmission and reception, allowing for lightweight equipment without the hassle of external radios during observations. With a robust magnesium alloy body, it can be safely operated even in harsh environments. 【Features】 ■ Supports multiple satellites and frequencies ■ LongRange data communication ■ Built-in digital simple radio ■ Built-in battery for long-duration observations ■ Complies with IP67 dust and water resistance standards *For more details, please refer to the PDF document or feel free to contact us.

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HDMI network transmitter and receiver (CAT6A type)

HDMI network transmitter and receiver (CAT6A type)

CAT6A cable transmission type! It can transmit HDMI signals up to 4K60/4:4:4 over a distance of up to 100 meters.

The "NEX-02T/HC・NEX-02R/HC" is a transmitter and receiver that can transmit HDMI signals up to 4K60/4:4:4 over CAT6A cables for distances of up to 100 meters. In addition to video and audio signals, it can also transmit LAN up to 1000BASE-T. By combining it with controllers and applications for NEX-SMART and 10GbE switches, you can build multi-distribution and matrix configurations. 【Features】 ■ Capable of transmitting HDMI signals up to 4K60/4:4:4 visually losslessly over distances of up to 100 meters ■ The transmitter is equipped with an EDID emulator function and an HDMI through output terminal ■ The transmitter has an analog audio input terminal, allowing long-distance transmission similar to video signals ■ The transmitter can de-embed HDMI audio signals and output them as analog audio ■ The receiver can output HDMI to two distribution outputs ■ USB HID can also be transmitted *For more details, please refer to the PDF materials or feel free to contact us.

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Emergency Earthquake Alert Receiver "HomeSeismo"

Emergency Earthquake Alert Receiver "HomeSeismo"

Earthquake response! An emergency earthquake alert receiver that conveys "Gura" more quickly.

"HomeSeismo" is an emergency earthquake warning receiver equipped with a seismometer that can respond to directly beneath earthquakes. The earthquake motion detection algorithm of the seismometer has been jointly developed with the National Research Institute for Earth Science and Disaster Resilience, allowing for high-precision identification of earthquake motion and ambient noise in a short time. With two routes for detecting earthquakes—P-wave detection and the Japan Meteorological Agency's emergency earthquake alerts (warnings/forecasts)—it can provide faster and more reliable warnings of earthquake occurrences, thereby reducing earthquake damage. 【Features】 ■ Seismometer built-in emergency earthquake warning receiving terminal ■ Compatible with the PLUM method ■ Capable of sharing earthquake information with nearby terminals to notify about earthquakes ■ Can reduce earthquake damage *For more details, please refer to the PDF document or feel free to contact us.

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Wireless Data Logger/Receiver "UWTC-REC4J"

Wireless Data Logger/Receiver "UWTC-REC4J"

Supports up to 48 wireless transmitters! Programmable on-site via USB connection!

The "UWTC-REC4J" is a wireless DIN rail receiver that can be programmed on-site via USB connection. It can support up to 48 wireless transmitters and displays their data in real-time on a PC. Additionally, with the included software, the PC can be used as a multi-channel meter, chart recorder, or data logger. 【Features】 ■ Capable of configuring a wireless measurement and control system ■ Four channels of 0-5 Vdc, 0-10 Vdc, or 4-20 mA analog output ■ Direct interface to PLCs, chart recorders, and data loggers ■ Standard DIN rail housing ■ Programmable on-site via USB connection *For more details, please refer to the PDF document or feel free to contact us.

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Interesting receivers "FC-S789" "FC-S117"

Interesting receivers "FC-S789" "FC-S117"

Stay safe and secure with a receiver that quickly catches information during disasters and emergencies!

The "FC-S789" is a receiver for disaster prevention administrative wireless broadcasting that can quickly receive accurate disaster information such as earthquakes, tsunamis, and typhoons. Equipped with a drive mode using GPS, it notifies you of the approach of speed enforcement devices and the type of digital radio through voice guidance. Additionally, a type without GPS, the "FC-S117," is also available in the lineup. 【Features (FC-S789)】 ■ GPS equipped: Drive mode, GPS log function, original point reception ■ Versatile and practical memory bank ■ Dedicated areas for disaster prevention, administration, fire, emergency, and police wireless communication ■ Voice guidance function included *For more details, please refer to the PDF document or feel free to contact us.

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[Earthquake Measures] Emergency Earthquake Alert Dedicated Receiver 'DPASS SH500-J'

[Earthquake Measures] Emergency Earthquake Alert Dedicated Receiver 'DPASS SH500-J'

No complicated operations needed! We will inform you of the predicted seismic intensity and grace period until the earthquake's shaking arrives.

The "DPASS SH500-J" receives the "Advanced Use" emergency earthquake alerts issued by the Japan Meteorological Agency and notifies the predicted seismic intensity and the time until the shaking arrives. There are two types of emergency earthquake alerts: "General Use" and "Advanced Use." The emergency earthquake alerts issued via mobile phones and other devices are of the "General Use" type. The emergency earthquake alerts used by DPASS are of the "Advanced Use" type, which can issue alerts on average 7 seconds earlier. 【Features】 - In addition to advanced use emergency earthquake alerts, tsunami information is included. - Supports a variety of notification patterns, including REIC and NHK sounds. - Offers a diverse range of announcement voices (43 types) for evacuation guidance. - Standard equipped with external device connection functionality. - Compatible with existing network lines and supports proxy servers. - Software and hardware are developed and produced domestically. *For more details, please refer to the PDF materials or feel free to contact us.

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AI System Service Co., Ltd. Company Profile

AI System Service Co., Ltd. Company Profile

We aim to be a town doctor for disaster reduction and prevention for disaster-resistant companies and the local community.

AI System Service Co., Ltd. is a venture company originating from Aichi Institute of Technology, created to give back the research results related to regional disaster prevention and corporate disaster prevention to society. By utilizing the research outcomes of the Aichi Institute of Technology Regional Disaster Prevention Research Center and providing services closely connected to the local community, we aim to become the "town doctor" for disaster reduction and prevention for resilient companies and local areas. We appreciate your guidance and encouragement. 【Activities We Are Engaged In】 ■ Distribution of emergency earthquake alerts ■ Support for pre-disaster prevention measures ■ Practical consulting that connects corporate disaster prevention and regional disaster prevention *For more details, please refer to the PDF materials or feel free to contact us.

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[Ai-SYSTEM Implementation Results] Aichi Institute of Technology (Toyota City, Aichi Prefecture)

[Ai-SYSTEM Implementation Results] Aichi Institute of Technology (Toyota City, Aichi Prefecture)

Development of technologies to enhance regional disaster prevention capabilities through the utilization of earthquake information and the establishment of disaster prevention bases! Here is an introduction to our implementation results.

This is an introduction to the implementation of the "Ai-SYSTEM" at Aichi Institute of Technology (Toyota City, Aichi Prefecture). It was introduced at the Yakusa campus in September 2004 under the earthquake disaster prevention consortium project "Development of Technology to Improve Regional Disaster Prevention Capabilities through the Utilization of Earthquake Information and the Formation of Disaster Prevention Bases." Later, it was expanded and operated at the Motoyama campus, Jiyugaoka campus, and affiliated Meiden High School and Middle School, as well as the Information and Electronics Vocational School. After its implementation, every year during the new student orientation, explanations are provided regarding the mindset during emergency earthquake alerts, the school's response, evacuation routes, and disaster supply stockpiles. Staff and students have become proactive in understanding the hazardous areas on campus. Since the evacuation drills using emergency earthquake alerts in 2012, they have participated in the "Aichi ShakeOut Drill." 【Implementation Results】 ■ Implementation Location: Aichi Institute of Technology (Toyota City, Aichi Prefecture) ■ Implemented Product: Ai-SYSTEM *For more details, please refer to the related links or feel free to contact us.

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