エクセリ List of Products and Services

In video streaming at event venues, high-quality and stable communication with no delay is required. Especially during live broadcasts and simultaneous streaming to a large audience, signal attenuation directly leads to video distortion or interruptions, which can compromise the event experience. To ensure reliable video transmission, high-quality coaxial cables are essential. 【Usage Scenarios】 - Video broadcasting at live events - Streaming of sports events - Transmission of demonstration videos at exhibitions - Video transmission at outdoor events 【Benefits of Implementation】 - Improved viewing experience through stable video transmission - Maintenance of high-quality video by suppressing signal attenuation - Smoother event progression

In disaster prevention and emergency communication scenarios, reliable communication is required under any circumstances. To respond quickly to unexpected situations, it is essential to minimize signal transmission loss between communication devices and maintain stable quality. Signal attenuation can cause delays or interruptions in communication, potentially hindering the transmission of critical information. Our 5D-HQ SUPER is a high-performance coaxial cable specifically designed for low loss to address these challenges. 【Usage Scenarios】 - Establishing emergency communication networks during disasters - Ensuring communication at evacuation centers and temporary bases - Connecting emergency radios - Information transmission during widespread disasters 【Benefits of Implementation】 - Reliable information transmission through stabilized communication quality - Maintenance of communication range by suppressing signal attenuation - Contribution to rapid communication network establishment in emergencies - Reduction of the risk of communication interruptions in unexpected situations

On-site event setup instructions require rapid and accurate information transmission. Particularly in setup tasks involving multiple workers, a dead intercom battery can lead to delays and mistakes. An environment where intercoms can always be charged is essential for smooth on-site operations. This product is a genuine USB cable that allows you to charge intercoms from the BbTALKIN series at any time. 【Usage Scenarios】 - Charging intercoms during setup work at event venues - Managing the charging of spare batteries - Strengthening collaboration among workers 【Benefits of Implementation】 - Prevention of work interruptions due to dead intercom batteries - Increased efficiency and time savings in setup tasks - Reduction of work errors through smooth communication

In leisure activities, smooth communication between teams is crucial for a safe and enjoyable experience. Particularly in group outdoor activities and sports, collaboration among participants is essential, and stable operation of communication devices is required. Interruptions in communication can lead to delays or misunderstandings in instructions, potentially affecting the progress of the activity. The BbTALKIN-compatible USB charging cable allows for charging the BbTALKIN intercom at any time, supporting communication during activities. 【Usage Scenarios】 - Group outdoor activities (hiking, camping, cycling, etc.) - Coordination within sports teams - Communication among staff at events 【Benefits of Implementation】 - Reduces communication interruptions during activities - Facilitates smooth transmission of instructions to team members - Supports a safe and enjoyable leisure experience

In the field of agriculture, smooth communication of instructions and information sharing for a wide range of farming tasks leads to improved work efficiency. Particularly in agricultural work, which often takes place outdoors, a dead battery in communication devices can cause interruptions or delays in work. Intercoms like BbTALKIN help facilitate smooth collaboration among teams, but it is not always guaranteed that an environment for constant charging is available. This product is a genuine USB cable that allows you to charge any series of BbTALKIN at any time. 【Usage Scenarios】 - Work instructions on vast farmland - Collaborative work among multiple people - Long hours of outdoor work 【Benefits of Implementation】 - Prevention of work interruptions due to dead batteries in communication devices - Improved work efficiency through smooth information sharing - Strengthened collaboration among teams

In warehouse management operations, stable operation of intercoms is essential for maintaining smooth communication and work efficiency. A dead intercom battery can lead to risks such as delays in conveying work instructions and loss of communication means in emergencies. An environment where intercoms can always be charged is crucial for ensuring business continuity. 【Usage Scenarios】 - Conveying work instructions within the warehouse - Coordination of inventory management and picking operations - Information sharing among teams - Ensuring communication means in emergencies 【Benefits of Implementation】 - Prevention of business interruptions due to dead intercom batteries - Improved work efficiency through smooth communication - Strengthening collaboration across the entire team - Reduction of errors through rapid information sharing

In remote diagnosis within the medical field, accurate information transmission through voice is essential. In particular, clear and stable voice output is indispensable for explaining the patient's condition and sharing information among experts. Inadequate voice communication can lead to misunderstandings and delays in diagnosis. This product supports the resolution of these challenges by outputting the voice of the wireless guide system Bb Guide to external speakers. 【Usage Scenarios】 - Explaining to patients remotely - Real-time information sharing among experts - Voice transmission in conferences and training sessions 【Benefits of Implementation】 - Improved clarity of voice information - Smooth communication - Enhanced efficiency of information transmission in remote diagnosis

In the context of events and live broadcasts, it is essential to output the audio from the wireless guide system Bb Guide clearly to external speakers. This facilitates audio transmission throughout the venue and makes it easier to input audio into streaming platforms, thereby enhancing the quality of the event. Our product, B152102, is a connection cable designed to reliably connect Bb Guide to external speakers. 【Usage Scenarios】 - Outputting BGM and MC audio to external speakers at live events - Utilizing as an audio source during online broadcasts - Sharing audio during tour guides 【Benefits of Implementation】 - Easily outputting Bb Guide audio to external speakers - Smoothing audio transmission throughout the event venue - Contributing to improved audio quality in live broadcasts

In audio synchronization at event venues, accuracy in conveying information to participants and smooth progression are essential. Particularly in situations where collaboration with multiple speakers and audio equipment is crucial, stable audio output becomes important. Improper connections or audio interruptions can diminish the quality of the event. This product is a dedicated cable designed to connect the wireless guide system Bb Guide to external speakers, ensuring stable audio output. 【Usage Scenarios】 - Audio guidance at event venues - Audio collaboration in seminars and lectures - Information provision at exhibitions 【Benefits of Implementation】 - Ability to output Bb Guide audio to external speakers - Smooth event progression through stable audio transmission - Reliable information provision to participants

In live event sound adjustments, smooth communication between performers and staff is essential. Particularly in situations where information needs to be shared simultaneously among multiple parties, reliable audio transmission becomes crucial. Inadequate audio coordination can lead to delays in progress and misunderstandings. This product supports audio coordination in event management by enabling simultaneous transmission for up to three people by connecting three Bb Guide receivers with one transmitter. ## Usage Scenarios - Coordination among staff at the event venue - Information sharing between the stage and the audience - Simultaneous instructions for multiple performers ## Benefits of Implementation - Enables simultaneous audio transmission for multiple people - Contributes to smoother event management - Improves responsiveness through rapid information sharing

In a conference system, smoothly integrating multiple audio sources and achieving clear audio transmission is essential for effective communication. This is particularly important in large meetings or situations where multiple speakers are talking simultaneously, as audio interference and difficulty in understanding can become challenges. Our Bb Guide-compatible mixer cable addresses these issues and allows for simultaneous transmission from up to three people. 【Usage Scenarios】 - Audio integration from multiple microphones in a conference system - Large online meetings or webinars - Events or seminars where multiple people speak simultaneously 【Benefits of Implementation】 - Clear simultaneous transmission of multiple voices - Supports smooth communication among meeting participants - Reduces audio interference and difficulty in understanding

In the field of public services, especially in emergency response, rapid information gathering and recording on-site are essential. The body camera VB400 plays a crucial role in this, but it requires an environment where charging and data transfer can be carried out smoothly at all times. Running out of battery or delays in data transfer can directly lead to delays in response. The VB400-EXT-CHARGE can charge and transfer data simultaneously, addressing these challenges and supporting on-site operations. 【Usage Scenarios】 - Continuous operation of the VB400 at emergency sites - Rapid video transfer to VB400 management software - Saving dock installation space 【Benefits of Implementation】 - Increased operational rate of the VB400 - Faster information sharing during emergencies - Improved operational efficiency on-site

In the logistics industry, reliable operation of body cameras like the VB400 is essential for delivery tracking. To always stay updated on the latest delivery status and respond quickly, it is important to efficiently manage device charging and video data transfer. Insufficient charging or delays in data transfer can lead to operational delays and hinder information sharing. The VB400-EXT-CHARGE can charge the VB400 device and transfer video to the VB400 management software, VideoManager, simultaneously, addressing these challenges and supporting smooth delivery tracking operations. 【Usage Scenarios】 - Charging the VB400 inside vehicles during delivery - Charging the VB400 and capturing video data at the base - Use as an alternative to a dock 【Benefits of Implementation】 - Supports continuous operation of the VB400 - Streamlines charging and data transfer - Reduces operational burden on-site

In construction site management, the reliable operation of the VB400 body camera is essential. Video recording and information sharing on-site are crucial for safety management and progress verification, and issues such as battery depletion or delays in data transfer can lead to operational stagnation. The VB400-EXT-CHARGE allows for simultaneous charging and data transfer, facilitating smooth camera operation on-site and supporting the efficiency of management tasks. 【Usage Scenarios】 - Charging the VB400 body camera and transferring video to a PC - Setting up the VB400 on-site - Operation in locations where a dock cannot be installed 【Benefits of Implementation】 - Time savings through simultaneous charging and data transfer - Ease of transport with a lightweight alternative - Continuous support for the operation of the VB400

In the infrastructure industry and equipment monitoring field, extensive and stable communication is required. In particular, to grasp the status of remote equipment in real-time and to enable early detection of abnormalities and prompt responses, a highly reliable wireless communication system is essential. This product allows for the connection of two exciters to the ICOM IC-PW2, supporting information collection from a wider area and multiple pieces of equipment. This contributes to the efficiency and reliability of equipment monitoring. 【Usage Scenarios】 - Monitoring of widely scattered infrastructure facilities - Real-time data collection from remote locations - Rapid situation assessment during abnormal occurrences 【Benefits of Implementation】 - Improved comprehensiveness due to expanded monitoring areas - Increased efficiency through simultaneous information collection from multiple locations - Enhanced monitoring accuracy due to stabilized communication

In research and development settings, precise synchronization between devices is essential to enhance the accuracy and efficiency of experiments. Particularly in experiments using multiple exciters, signal discrepancies can affect the results. This product supports the connection of two exciters with the IC-PW2, facilitating synchronization in experiments. 【Use Cases】 - Precision experiments using multiple exciters - Research requiring accurate synchronization of experimental data - Experimental environments utilizing amateur radio equipment 【Benefits of Implementation】 - Improved synchronization accuracy in experiments - Increased reliability of experimental results - Enhanced efficiency in research and development

In remote classes within the educational field, clear and stable audio transmission is essential. Particularly when handling multiple audio sources simultaneously or providing immersive lessons, the integration of advanced audio equipment becomes crucial. Inadequate connection environments can lead to audio interruptions and noise, potentially diminishing learning effectiveness. Our product, the "Exciter Second Unit Connection Cable Set" OPK-5, allows for the connection of two exciters with the IC-PW2, supporting richer audio expression. 【Usage Scenarios】 - Using multiple microphones in online classes - Audio recording for experiments and demonstrations - Smooth communication with remote locations 【Benefits of Implementation】 - Clear and stable audio transmission - Provision of immersive lessons - Improvement in learning effectiveness

In remote support within the medical field, a communication environment is crucial for accurately understanding the patient's condition and providing prompt and precise instructions. Particularly in situations involving movement or when there are constraints on the placement of equipment, managing communication cables can pose challenges. Reliable connections and flexible cable routing are essential for smooth remote support implementation. Our product addresses these challenges by extending the main harness of the Logitaco DTU-1, enabling more flexible equipment placement and secure connections. 【Usage Scenarios】 - Remote patient monitoring - Rapid information sharing in emergencies - Flexible placement of medical devices 【Benefits of Implementation】 - Improved communication stability - Enhanced work efficiency - Broader range for remote support execution

In disaster prevention and information transmission settings, it is essential to ensure reliable communication methods under any circumstances. Particularly during emergencies such as disasters, the flexibility of cable management becomes crucial due to constraints on equipment installation locations and the need for rapid deployment. Insufficient connections or inadequate cable lengths can lead to delays or interruptions in information transmission. This product extends the main harness of the Logitaco DTU-1 to address these challenges. 【Usage Scenarios】 - Installation of information transmission equipment at evacuation shelters or temporary bases during disasters - Rapid deployment of communication devices in emergencies - When there is a need to increase the flexibility of installation locations 【Benefits of Implementation】 - Expands the options for the installation location of the Logitaco DTU-1 - Facilitates easier cable management, enabling quick installation - Enhances the reliability of information transmission through secure connections

In the security industry, stable operation of communication equipment and flexible installation on-site are essential for enhanced monitoring. Particularly in operations involving extensive surveillance or mobility, the arrangement and wiring of equipment can become constraints, affecting the construction of the monitoring network. If reliable connections cannot be ensured, there is a risk of communication interruptions, which may create gaps in the monitoring system. Our product addresses these challenges by extending the main harness of the Logitaco DTU-1, supporting the establishment of a more effective monitoring system. 【Usage Scenarios】 - Equipment installation in extensive monitoring areas - Increased flexibility in equipment placement for mobile monitoring operations - Easy connection to existing monitoring systems 【Benefits of Implementation】 - Expanded options for the placement of monitoring equipment - Improved efficiency and simplicity of wiring work - Strengthened monitoring system due to enhanced communication stability

At construction sites, flexible placement of communication equipment is required due to extensive monitoring and constraints on the installation locations of devices. Especially in remote monitoring systems, stable communication and reliable connections between devices are essential for safety management and progress tracking on-site. Poor connections or insufficient cable lengths can lead to missing monitoring data or system-wide malfunctions. This product extends the connection between the Logic TACO DTU-1 and the main harness, addressing these challenges. 【Usage Scenarios】 - Installation of remote monitoring cameras at construction sites - Remote monitoring of heavy machinery and materials - Extension of communication between the site office and installed equipment 【Benefits of Implementation】 - Increased freedom in the placement of monitoring equipment - Reliable acquisition of monitoring data through stable communication - Enhanced flexibility in system construction

In the transportation industry, smooth communication between drivers and controllers is key to operational success. Especially in noisy environments or during calls while on the move, clear audio transmission of information is essential. Inadequate communication environments can lead to misunderstandings and delays, potentially reducing operational efficiency. Our product, the ICOM genuine headset adapter cable OPC-2401, addresses these challenges by allowing headsets to be connected to the VHF airband transceivers IC-A16 and IC-A16E. 【Usage Scenarios】 - Coordination with air traffic control - Communication between vehicles - Rapid information sharing in emergencies 【Benefits of Implementation】 - Communication with clear audio - Improved operational efficiency - Support for safe operational management

In the communication of instructions on the manufacturing line, clear audio for accurate information sharing is required even in noisy environments. In particular, quick and reliable communication among workers is essential for maintaining and improving production efficiency. Inadequate audio transmission can lead to misunderstandings and delays in work. The ICOM genuine headset adapter cable OPC-2401 addresses these challenges by connecting the VHF air band transceiver IC-A16, IC-A16E with headsets. 【Usage Scenarios】 - Communicating instructions to workers on the manufacturing line - Coordination among operators in noisy environments - Safety checks and emergency communication within the factory 【Benefits of Implementation】 - Improved work efficiency due to better clarity of instructions - Reduction of mistakes due to decreased misunderstandings - Increased productivity through rapid information sharing

In security operations, it is essential to share the situation on-site quickly and accurately for ensuring safety and efficient response. Particularly in noisy environments or situations requiring coordination across multiple locations, clear audio communication is necessary. The ICOM genuine headset adapter cable OPC-2401 supports the resolution of these challenges by connecting the VHF airband transceiver IC-A16, IC-A16E with headsets. 【Usage Scenarios】 - Real-time situation reporting on-site - Strengthening coordination among multiple members - Clear audio communication in noisy environments 【Benefits of Implementation】 - Support for accurate decision-making through rapid information sharing - Improved operational efficiency through enhanced team coordination - Increased safety

In the broadcasting industry's live transmission synchronization, stable wireless communication and reliable connections between devices are essential. Particularly when it is necessary to flexibly position antennas and wireless devices according to the on-site situation, it becomes important to ensure an appropriate distance between the devices. Insufficient connection distance can lead to issues such as video and audio synchronization errors and communication interruptions. This product, STP-5D-5TS, is designed to help extend the connection distance of wireless devices and antennas to address these challenges. 【Usage Scenarios】 - Outdoor broadcasting live transmission sites - Inter-device connections within studios - Extension of wireless communication at event venues 【Benefits of Implementation】 - Increased flexibility in the placement of antennas and wireless devices - Assurance of stable wireless communication - Improved reliability of video and audio synchronization

In setting up and managing event venues, smooth information transmission among stakeholders is essential. Particularly in large venues or when the installation locations of audio and lighting equipment are far from the main radio unit, challenges may arise in securing communication range and positioning equipment. Establishing an appropriate communication environment contributes to preventing work delays and ensuring safety. Our product supports solving these challenges by extending the connection distance between the radio and antennas or other equipment. 【Usage Scenarios】 - Extending the connection distance between radios and antennas at event venues - Strengthening collaboration among setup staff - Positioning radios away from temporary power sources or equipment installation sites 【Benefits of Implementation】 - Stabilization and expansion of radio communication - Improved work efficiency - Smooth collaboration among stakeholders

In the production line within the factory, the collaboration between devices through wireless communication is emphasized. Particularly, depending on the arrangement and layout of production equipment, the distance between the wireless devices and antennas may become too great, potentially leading to a decline in communication quality and limitations in communication range. This can result in decreased production efficiency and may cause unexpected troubles. Our product addresses these challenges by effectively extending the connection distance between wireless devices and antennas, supporting the establishment of a stable wireless communication environment. ## Use Cases - When the distance between wireless devices and antennas on the production line is too far apart - When changes in equipment layout restrict the installation location of wireless devices - When there is a desire to improve the stability of wireless communication ## Benefits of Implementation - Improved efficiency of the production line due to stabilization of wireless communication - Increased communication range allowing for flexible equipment layout - Reduced downtime due to decreased wireless troubles

In disaster prevention and emergency communication scenarios, reliable information transmission is required under any circumstances. When the installation locations for communication equipment are limited or when broader communication is necessary, extension cables that can flexibly secure the connection distance between antennas and radios become crucial. Insufficient connections or cable deterioration increase the risk of communication disruptions and may hinder prompt responses. This product is a highly reliable coaxial extension cable designed to support communication infrastructure during emergencies. 【Usage Scenarios】 - Establishing temporary communication hubs during disasters - Optimizing radio installation locations at evacuation centers and emergency response headquarters - Increasing flexibility in antenna installation locations to cover a wider area - Connecting outdoor radio equipment in adverse weather conditions 【Benefits of Implementation】 - Improved flexibility in the installation locations of communication equipment, allowing for the creation of optimal communication environments - Extended connection distances between antennas and radios, expanding communication areas - Waterproofing equivalent to IPX5, making it suitable for outdoor radio installations - Reliable connections that reduce the risk of communication disruptions during emergencies

● Pole 7 Cap Ari 62.5 is a pole No. 7 62.5φ tube (with cap) for AP poles manufactured by Nippon Antenna. ● This is pole No. 7 used at the bottom of the antenna pole, compatible with the following AP poles: - The bottom pole (pole No. 7) of the antenna pole [AP-14] - The bottom pole (pole No. 7) of the antenna pole [AP-12] - The bottom pole (pole No. 7) of the antenna pole [AP-10] - The bottom pole (pole No. 7) of the antenna pole [AP-8] ● It has an outer diameter of 62.5φ and a length of 1.81m. ● A cap is included at the top. ● It is used as an antenna pole for installing antennas such as radios. ● The material is aluminum A6061TD, and it has been anodized. ● It can be used as a replacement or repair part for AP poles. * This product is a component of pole No. 7 that makes up the AP pole. Please check the specifications of the corresponding AP pole for compatibility and usage as a standalone item. * For more details, please feel free to contact us.

In the entertainment industry, filming locations require smooth information sharing among many stakeholders, including camera crews, sound staff, and directors. Particularly in situations involving extensive filming or complex equipment arrangements, the distance between radios can lead to unstable communication. Interruptions in communication can result in delays in filming or miscommunication of important instructions. Our product, STP-5D-10TS, helps address these communication challenges by extending the connection distance between radios and antennas by 10 meters. 【Usage Scenarios】 - Filming in outdoor locations - Coordination between multiple filming teams - Ensuring flexibility in equipment placement 【Benefits of Implementation】 - Stabilization of wireless communication - Smoother filming progress - Strengthening collaboration among staff

In transport support within medical settings, ensuring patient safety and rapid information transmission is essential. Particularly during patient movement and procedures within the hospital, communication among staff via radios is indispensable. If the communication range of the radios is limited, it may lead to delays in transport and affect responses during emergencies. Our product supports smooth radio communication within the hospital by extending the connection distance between radios and antennas, contributing to the efficiency of transport support operations. 【Use Cases】 - Coordination among staff during patient transport from the ward to the procedure room - Equipment transport and instruction transmission in the rehabilitation room - Rapid information sharing during emergencies 【Benefits of Implementation】 - Smoother transport operations due to stabilized radio communication - Faster response to patients through strengthened coordination among staff - Prevention of delays in information transmission within the hospital

In disaster prevention and evacuation guidance scenarios, accurate information transmission over a wide area is essential. Particularly during disasters or emergencies, the installation locations for radios and antennas may be limited. If the connection distance between the radio and the antenna cannot be sufficiently secured, the communication range may narrow, making it difficult to provide accurate instructions and share information. In such situations, the STP-5D-10TS extends the connection distance between the radio and the antenna, providing a stable communication environment to facilitate smooth evacuation guidance. 【Usage Scenarios】 - Public relations activities at evacuation centers - Ensuring command systems at disaster sites - Wide-ranging information transmission 【Benefits of Implementation】 - Expanding the reach of radio communications - Reducing delays in information transmission - Achieving prompt and accurate evacuation guidance

In the setup instructions at the event venue, accurate information transmission over a wide area is required. In particular, when using radios, the size and structure of the venue may make it difficult for signals to reach certain areas. This can lead to delays and misunderstandings in instructions, potentially causing a decrease in the efficiency of setup work and resulting in problems. Our product reduces dead spots within the venue by extending the connection distance between the radio and the antenna, providing a stable wireless communication environment. 【Usage Scenarios】 - Optimization of radio installation locations at large-scale event venues - Transmission of instructions during stage setup and installation of audio and lighting equipment - Ensuring extensive communication at outdoor events 【Benefits of Implementation】 - Faster transmission of instructions due to stabilized wireless communication - Expansion of communication areas by eliminating dead spots within the venue - Improved efficiency of setup work and reduction of issues

At construction sites, smooth information sharing and collaboration among workers over a wide area is essential. In particular, when using radios, if the installation locations of the antennas and the main units are far from the work area, the communication range may be limited, or it may take time to manage the cables. This can lead to delays in conveying instructions and a decrease in work efficiency. This product, STP-5D-10TS, addresses these site challenges and supports reliable wireless communication. 【Usage Scenarios】 - Increased flexibility in the installation locations of radios at vast construction sites - Operation of radios from temporary offices or elevated positions - Optimization of antenna installation locations to maintain communication quality 【Benefits of Implementation】 - Smooth communication among workers - Faster transmission of instructions and improved work efficiency - Increased convenience due to enhanced flexibility in the installation locations of radios

In railway operations, reliable communication between vehicles and the ground is essential. In particular, stable operation of radios is crucial for real-time understanding of operational status and rapid information transmission during emergencies. Malfunctions in the DC cables that supply power to the radios can lead to communication interruptions and potentially disrupt operations. UA0114 is a standard component of the vehicle-mounted digital simple radio registration station DR-DPM80 and supports stable power supply. 【Usage Scenarios】 - Power supply to radios inside trains - Replacement during maintenance and inspections - Storage as spare parts 【Benefits of Implementation】 - Reduced risk of communication interruptions due to stable radio operation - Smoother operation management - Support for rapid response in emergencies

In medical settings, collaboration between medical devices and smooth communication are essential for ensuring patient safety and rapid information sharing. This is especially critical in emergencies or when dealing with multiple patients, where reliable operation of communication devices and quick charging are indispensable. A dead battery in communication devices can lead to delays in information transmission and coordination errors. Our product supports the operation of communication devices in medical settings by allowing multiple F.R.C manufactured low-power transceivers to be charged simultaneously. 【Usage Scenarios】 - Information sharing among staff within medical institutions - Establishing a rapid communication system in emergencies - Operations coordinated with multiple medical devices 【Benefits of Implementation】 - Supports continuous operation of transceivers - Reduces the hassle of charging, improving operational efficiency - Facilitates smooth communication in medical settings

In educational settings and in the coordination of teaching materials, there is a need to efficiently manage and operate multiple specific low-power transceivers. Particularly in the use during classes and practical training, maintaining the devices in a fully charged state is essential for smooth progression. To reduce the hassle of charging and support educational activities, this product is necessary. 【Usage Scenarios】 - Use of transceivers in classes and practical training - When wanting to charge multiple transceivers simultaneously - Management of transceivers as teaching materials 【Benefits of Implementation】 - Reduces the hassle of charging and streamlines class preparation - Allows transceivers to be used in a constantly charged state - Facilitates the management of transceivers as teaching materials

In the entertainment industry and event venues, there are many situations where synchronization of multiple audio and communication devices is required. Especially in live performances and stage productions, smooth collaboration between devices is essential for seamless progress and providing a high-quality experience. Running out of battery on devices can lead to issues such as interruptions in the performance or delays in communication. This product, when combined with the separately sold connecting AC adapter FC-AC01, can charge up to four specific low-power transceivers made by F.R.C simultaneously, contributing to the resolution of these challenges. 【Usage Scenarios】 - Coordination among staff during live events - Synchronization of device operations in stage productions - Information sharing between audio and lighting staff 【Benefits of Implementation】 - Improved operational efficiency through simultaneous charging of multiple transceivers - Reduced waiting time for charging - Decreased risk of communication troubles during events

● The Pole No. 6 Cap Ari 57 is a pole with a diameter of 57.0mm (with cap) for AP poles, manufactured by Nippon Antenna. ● It can be used for replacing or repairing antenna poles. It is used as the sixth pole from the top of the antenna pole [AP-14], the fifth from the top of [AP-12], the fourth from the top of [AP-10], and the third from the top of [AP-8]. ● The outer diameter of the pole is 57.0mm, and its length is 1.87m. ● A cap is included at the top of the pole. ● This pole is for mounting antennas such as those for radios. ● It is made of aluminum A6061TD and has undergone anodizing treatment. * For more details, please feel free to contact us.

In the aerospace field, particularly in satellite communications, reliable signal switching and high reliability are essential. Smooth coordination between multiple antennas and communication devices is crucial for mission success. Signal interference and attenuation pose risks of communication interruption and data loss. Our product, the coaxial switch (1 circuit, 3 contacts) CX310N, addresses these challenges by ensuring reliable switching of high-frequency signals, thereby supporting the establishment of a stable communication environment. [Usage Scenarios] - Antenna switching in satellite communication systems - Transmitter and receiver switching at ground stations - Signal path switching in experimental and development environments [Benefits of Implementation] - Improved operational efficiency through flexible switching of communication paths - Reduced signal interference, contributing to the maintenance of communication quality - Ensured reliability through robust design

In the broadcasting industry, signal switching requires smooth and reliable transitions between multiple antennas and devices. Particularly, to maintain the quality of high-frequency signals and prevent interruptions in broadcasting, a highly reliable switching device is essential. Our CX310N is a manual coaxial switch with one circuit and three contacts that meets these needs. 【Usage Scenarios】 - Switching between multiple antennas connected to a radio - Signal switching between multiple radios - Changing signal paths during testing or maintenance of broadcasting equipment 【Benefits of Implementation】 - Maintaining broadcast quality through reliable switching of high-frequency signals - Improved operational efficiency of multiple devices - Reduced operational errors through simple manual operation

In the measurement industry and when switching measurement instruments, there is a need to efficiently and accurately switch between multiple instruments and antennas. Particularly when dealing with high-frequency signals, it is important to prevent signal attenuation and interference, and to maintain a stable measurement environment. Improper switching can compromise the reliability of measurement results. Our product, the CX310N, is a manual coaxial switch with one circuit and three contacts that ensures reliable switching of high-frequency signals, addressing these challenges. 【Usage Scenarios】 - Situations where multiple measurement instruments are switched for use - Situations where different antennas are switched for use - Switching signal paths in laboratory or research and development environments 【Benefits of Implementation】 - Simplification of the switching process for instruments and antennas - Reduction of signal attenuation and interference, achieving stable measurements - Improvement of reliability in switching high-frequency signals

In the automotive industry, ensuring the reliability of in-vehicle communication systems requires the precise and stable switching of signals between multiple antennas and communication devices. In particular, communication interruptions or noise interference while driving can potentially impact safe driving and information transmission. Our product, the CX310N, provides a solution for reliably switching high-frequency signals to address these challenges. 【Usage Scenarios】 - Switching communication devices in vehicles equipped with multiple radios and antennas - Switching signal paths during maintenance or configuration changes of in-vehicle communication systems 【Benefits of Implementation】 - Improved operational efficiency through smooth switching between communication devices - Maintenance of communication quality through stabilization of signal paths - Ensured reliability in harsh in-vehicle environments due to robust design

In the field of measurement, it is necessary to efficiently and accurately switch between multiple signal paths. Particularly, to maintain the precision of experiments and measurements, it is important to minimize interference between signals and achieve stable switching. The CX310A product has been developed to meet the needs of such measurement environments. 【Usage Scenarios】 - Switching signal paths in experimental equipment - Antenna switching for measuring instruments - Signal distribution among multiple devices 【Benefits of Implementation】 - Improved measurement accuracy through reliable selection of signal paths - Stable operation due to reduced interference between devices - Intuitive switching through manual operation

In the broadcasting industry, accurately and stably switching high-frequency signals from multiple antennas and devices is crucial for maintaining the reliability of program production and transmission. Signal interference and degradation can potentially affect broadcast quality. The CX310A product has been developed as a manual coaxial switch with one circuit and three contacts, specifically designed to address these challenges in high-frequency signal switching. 【Usage Scenarios】 - Switching signals from multiple antennas - Switching signal sources between multiple devices - Switching audio and video signal paths within the studio 【Benefits of Implementation】 - Reduces signal interference and degradation, achieving clear signal transmission - Allows for intuitive and reliable switching through manual operation - Robust design supports stable operation over long periods