森田テック List of Products and Services

The FA-524S is a single antenna coupler for linear polarization, the FA-624S is a 2x2 MIMO type, and the FA-724S is a 4x4 MIMO type, all capable of supporting the 5G NR FR3 band from 5GHz to 25GHz with a single unit.

• Coupler

The dead space in the arm insertion area is improved, allowing for space-saving when multiple units are lined up next to each other with adjacent operators. The interior features a flat resin table structure that accommodates various devices, including mobile phones, gaming consoles, and tablets. It is possible to insert the arm and operate the equipment inside the box while ensuring adequate shielding. A window is included to allow visibility of the internal conditions. It ensures a frequency range of 600MHz to 100GHz with a loss of over 60dB. The box is equipped with a variety of interfaces for connection with internal equipment, including RF connectors (1mm, 1.85mm, 2.92mm, SMA), USB, LAN, CTIA, and AC, as well as a penetration tube for bringing in multi-core cables for emulators and other equipment, making it useful in equipment development and testing scenarios. It also features a small fan, taking internal airflow measures into consideration.

• Other environmental analysis equipment

The internal structure is a flat resin table, allowing for the measurement of radio waves from various devices such as mobile phones, game consoles, and tablets with just one unit. Unlike other shield boxes, it ensures an attenuation of over 80 dB.

• Other environmental analysis equipment

It is a small shielded box with a flat resin table structure inside, compatible with various devices including mobile phones, game consoles, and tablets. It allows for operation of the devices inside the box while ensuring shielding by inserting an arm. It is equipped with a window to monitor the internal conditions of the box. It ensures a frequency range of 800MHz to 43.5GHz with an attenuation of over 60dB. The box is equipped with a variety of interfaces for connection with the internal components, including RF connectors (2.92mm, SMA), USB, AC, and CTIA, as well as a penetration tube for bringing in multi-core cables such as those for internal mechanism emulators, making it useful in device development and testing scenarios. It also features a small fan, taking into account internal airflow measures.

• Other environmental analysis equipment

The internal structure is a flat resin table, allowing for the measurement of radio waves from various devices such as mobile phones, game consoles, and tablets with a single unit. The supported frequency range has also been expanded, ensuring attenuation of over 60 dB from 600 MHz to 100 GHz. It is equipped with a variety of interfaces for connection with the internal box, including RF connectors (1.00mm, 1.85mm, 2.92, SMA), USB, AC, and CTIA, as well as a penetration tube for bringing in multi-core cables for internal device emulators, making it useful in equipment development and testing scenarios. It features a small fan, taking into account the internal airflow management.

• Other environmental analysis equipment

- Experience the world of the 150GHz band compactly with existing general-purpose measuring instruments (such as spectrum analyzers). - The built-in local oscillator and external local oscillator input switching function allow for conversion with the required frequency conversion accuracy. - The built-in local oscillator is expected to allow for setting any frequency via USB connection (optional).

• Other electronic parts

"WMZERO" is software that enables the visualization of electromagnetic waves with easy operation. By installing it on your computer and connecting it, you can easily measure, analyze, and visualize the distribution of electromagnetic waves. Identifying noise sources and analyzing frequency components becomes clear at a glance. 【Three Features of "WMZERO"】 ■ Reduce initial costs with your existing spectrum analyzer and probe ■ Start using it immediately with a software subscription ■ Easy operation for electromagnetic wave visualization *For more details, please refer to the PDF document or feel free to contact us.

• Other measurement, recording and measuring instruments

The WM9520 is a system that complies with CISPR25, capable of automatically measuring noise radiated from cables with high precision using magnetic field probes or electric field probes. It allows for easy visualization of frequency components and level strength through a mapping display function. The maximum measurable cable length is 2000mm, and the positioning accuracy of the probe is ±1mm in mechanical performance. Please feel free to contact us when you need assistance. 【Specifications (partial)】 ■ Measurement range: 2000mm ■ Measurement method: One-axis automatic control measurement in the length direction ■ Positioning accuracy: ±1mm (mechanical performance) ■ Maximum speed: 20mm/sec ■ Minimum scan step: 5mm ■ Dimensions: W2520mm x H168mm x D234mm (excluding protrusions) We will be exhibiting at "COMNEXT 2nd [Next Generation] Communication Technology & Solutions Exhibition" and "Techno Frontier 2024." Please check the basic information section below for details. We sincerely look forward to your visit. *For more information, please refer to the PDF document or feel free to contact us.

• Other measurement, recording and measuring instruments

This is a shield box (FS-2310) that maximizes the performance of our antenna coupler, characterized by near-field measurement, and is specialized for MIMO OTA testing of LTE/5G NR devices. It easily enables MIMO testing in OTA for LTE, SUB6 (FR1), and millimeter wave (FR2) bands. Additionally, it can accommodate up to two dedicated cooling fans inside to ensure that devices can withstand continuous long-duration testing at maximum transfer speeds. Our third-generation compact shield box supports MIMO testing for LTE/5G NR devices in a compact size. With our small antenna coupler, it is possible to easily conduct maximum transfer speed tests during MIMO connections within an impressively compact shield box with a maximum side length of 630mm. It also supports carrier aggregation (CA). The shield box covers a shielding frequency range from 600 MHz to 100 GHz, ensuring a cutoff attenuation of 60 dB. It is designed to allow testing of devices that support not only LTE, FR1, and FR2 bands but also the new communication specification, FR3 band, simply by swapping the antenna coupler.

• Testing Equipment and Devices

Morita Tech's "Desktop-sized Compact OTA Testing Environment for 'Measuring Nearby'" is just right for hardware and software engineers working with 5G and local 5G! It allows for verification, tuning, and software modifications in OTA testing using real radio waves, all in a space-saving manner. We already have numerous adoption records with telecommunications carriers, local 5G operators, manufacturers, etc. (interconnection testing labs, open labs, app bearer verification departments, etc.) - KDDI / NTT Docomo / Softbank / Rakuten - NTT East Japan / NTT West Japan - The University of Tokyo - Numerous base station and terminal manufacturers In local 5G, customization of base stations to accommodate a wide variety of devices that differ with each implementation project is essential. OTA testing to verify the implementation of "network slicing" and "QoS" using real radio waves is unavoidable. Our solution eliminates the need for testing in radio anechoic chambers or large radio test boxes, and allows for testing items that are difficult to conduct in such facilities. By "measuring nearby," we propose a "compact OTA testing environment" that significantly reduces development costs, shortens development periods, and saves space. Please start by downloading the materials, requesting detailed presentation materials, or contacting us.

• Other network tools

Various wireless devices, such as 5G, are shifting from traditional coaxial cable connection testing methods to OTA (Over The Air) testing. - Space-saving OTA testing - OTA testing on the manufacturing line - Testing various frequencies in a single shielded box, such as 700MHz, 3.7GHz, 4.5GHz, and 28GHz - Conducting "interoperability testing" with multiple vendors - Performing handover testing - Conducting carrier aggregation testing - Performing MIMO testing with 4x4 or more Antenna couplers and their application products (compact OTA testing environments) are solving these challenges.

• Testing Equipment and Devices

Apple's U1 chip is famous for its "UWB IEEE 802.15.4z" and FiRa UWB "OTA testing solutions." - Testing of application products using Apple's U1 chip with "UWB IEEE 802.15.4z" - FiRa (fine-ranging) UWB product testing - UWB LIN gateway product testing - UWB CAN gateway product testing - "OTA testing solutions" using antenna couplers - "OTA testing" in the development phase - "OTA testing" in the mass production phase, manual to automated inspection (shielded box) Development Phase: Contributing to product development at R&D desks. - Space-saving "OTA testing that does not take up much space" Mass Production Phase: Contributing to the reduction of inspection costs. - Shortening inspection time due to the OTA testing environment (reducing takt time) - Space-saving in the inspection process - Automation - Non-contact testing *OTA testing refers to evaluating the characteristics of the object being measured through wireless (Over The Air) connections instead of using "coaxial connectors/cables." It allows for non-contact transmission and reception testing.

• Testing Equipment and Devices

TCU (Telematics Control Unit), T-BOX, DCM (Data Communication Module) testing solutions require various RF tests such as LTE, 5G, WiFi, BT, UWB, and FiRa. Morita Tech's OTA (Over The Air) testing solution utilizes a "near-field measurement" antenna coupler, enabling OTA testing in a desktop-sized compact shielded box. It supports MIMO, is space-saving, and can be automated. In the mass production phase, it contributes to reducing inspection costs: - Shortened inspection time due to the OTA testing environment (reduced takt time) - Automation - Non-contact testing - Resolution of issues caused by contact pins in traditional RF coaxial connector connections.

• Testing Equipment and Devices

Solutions for Achieving a Carbon Neutral and Decarbonized Society - Secondary Batteries: LiB, All-Solid-State Battery Development Charge and Discharge Current Intensity Visualization System (WM7000-BT) - Inverter Development (EV, Solar Power Generation, Wind Power Generation, Hybrid Power Conditioner, Converter, Power Semiconductors) Transient Noise Visualization and Time Domain Measurement (WM7000-TD) - EV Stator Coil Development Partial Discharge Occurrence Visualization System (WM7700) - Smart City (Smart Factories, Smart Agriculture, Local 5G) Compact OTA Testing Environment, Antenna Coupler, Interconnectivity Testing System

• Environmental Test Equipment

While scanning with the EMC scanner, - Capture the "spectrogram data" obtained from the real-time spectrum analyzer at each measurement point. - The analysis software (viewer) demonstrates its power in analysis with animation display through the Play function. - Newly introduced as an option for the WM7000. - Analyze intermittent noise phenomena, frequency fluctuations, and transient noise in both frequency and time domains. - Available as an option for new purchases or as an addition to existing equipment. - The real-time spectrum analyzer is exclusively for Tektronix RSA600/500/300 series.

• Switching Power Supply

MT-676 Series Local Electromagnetic Wave Irradiation Probe - Adopted by automotive electronics development companies and EMC consulting firms - Possible to obtain hints for solutions if immunity tests fail - Identification (estimation) of vulnerable components and circuits that lead to malfunctions - Using a spectrum analyzer with a tracking generator as a signal source - Capable of acquiring the frequency profile of electromagnetic wave intrusion from external sources all at once - Causes of malfunctions can be separated into electric fields/magnetic fields This product was originally developed for research purposes related to "cryptographic security side-channel attacks, fault attacks" and "anti-tamper technology against implementation attacks." It is widely adopted by universities and research institutions both domestically and internationally. (It is used to evaluate the "vulnerability" where cryptographic keys can be deciphered due to malfunctions caused by "electromagnetic wave irradiation," one type of fault attack.) ElectroMagnetic Analysis and Fault Injection (EM Injection) onto Secure Circuits

• EMC Testing

In the demonstration experiment, it is important to confirm and evaluate the "network slicing" function for various devices used in the equipment. • eMBB (Enhanced Mobile Broadband) • URLLC (Ultra-Reliable Low Latency Communication) • mMTC (Massive Machine Type Communication) Using open-source RU/DU/CU, we propose the rental of an antenna coupler embedded shield box "OTA testing environment" for prioritizing communication, evaluating RF functions for bandwidth assurance, tuning, and bug fixes in interoperability tests. This contributes to cost reduction in national projects, demonstration experiments, subsidy projects, research and development, and ODM. - Supports Local 5G FR1 (Sub6GHz) and FR2 (millimeter wave) - Lineup includes A4 size to base station storage types - Hand-in type / Shielded window type - For OTA testing of SU-MIMO, MU-MIMO, 4X4 MIMO - For handover testing The short-range transmission and reception device "antenna coupler" is a compact antenna that performs transmission and reception in "close contact to short range." It features MIMO testing compatible products equipped with horizontal/vertical polarization in 2, 4, and 8 channels, among others, which are also available as a series. We provide this in combination with the shield box.

• Testing Equipment and Devices

The 70GHz band collision avoidance radar has rapidly expanded from being installed in high-end vehicles to multiple installations in compact cars. Radar manufacturers are facing significant challenges in the inspection process, particularly due to the use of large "waveguide boxes." This is largely attributed to the traditional mindset of using "horn antennas" for "millimeter-wave detection." By utilizing our developed "near-field measurement" antenna coupler, it is possible to significantly downsize the inspection equipment. Testing for 5G base stations and devices is already being conducted in compact OTA testing environments. The antenna coupler may be an unfamiliar product name, but it is a "near-field antenna" that transmits and receives radio waves at close range. We hope you will download the technical documentation.

• Other measurement, recording and measuring instruments

The innovative "Image Measurement Mode" eliminates the need for the traditional "contact and study" operation, allowing for quick execution from DUT setup to measurement completion with the scanner. The "Local Immunity Test" and "3D Measurement Function" provide new approaches to solving EMC issues. Additionally, the analysis software (viewer) is available for free download from the web. The overlay function for DUT images, CAD drawings, and noise maps is a standard feature. - "Image Measurement Mode": Capture board photos ⇒ Set measurement area on the image ⇒ Height measurement using laser ⇒ Set measurement steps ⇒ Execute measurement. - "Local Immunity Test": Visualizes the intrusion of electromagnetic fields from space using the electric/magnetic field irradiation probe of the MT-676E/H! Contributes to solving problems in challenging immunity scenarios. - "3D Measurement Function": Measures electric/magnetic fields in three dimensions while varying the height of the probe. This can be applied not only to emission countermeasures but also to visualizing antenna radiation. - Overlay function for DUT images, CAD drawings, and noise maps (patented technology) is standard in the analysis software. The software can be downloaded for free from the web, and there are no costs associated with subscriptions, making data and information sharing with partner companies and customers smooth.

• EMC/Static electricity measuring equipment

The "Near-Field Probes" of the VF, VC, and HC series, compliant with VCCI standards, are all constructed according to VCCI specifications. They are manufactured using a "sealed loop structure" and are patented products. The electric field probes have the same probe shape as the magnetic field probes. In the WM7000 series, probes can be exchanged with a single touch, allowing for easy measurement of magnetic field noise maps and electric field noise maps. It enables the acquisition of necessary data to solve emission noise problems all at once. The "Electromagnetic Wave Irradiation Probe" MT-667 series emits electric or magnetic fields from extremely small electrodes and scans the DUT from a close distance, visualizing the intrusion of electromagnetic waves from the surrounding space. (Originally developed for fault attacks in side-channel attacks.) The sound sensor capable of measuring "ultrasound" was originally developed for visualizing the sound wave spread of "in-vehicle sonar." It can be used not only for ultrasound but also for noise source exploration and for detecting the "singing" of capacitors.

• EMC/Static electricity measuring equipment

Morita Tech's 'Desktop-sized Compact OTA Testing Environment for Close Measurement' The terminal side features a desktop-sized compact OTA testing environment capable of testing: - FR1 + FR2 NR-DC (dual connectivity) - FR1 + FR2 NR-CA (carrier aggregation) On the FR1 side, it can accommodate either 4x4 MIMO FA-706S or 8x8 MIMO FR-906S. On the FR2 side, it can support V/H MIMO FA-629S (28GHz), FA-643S (43GHz), 4x4 MIMO FR-729S (28GHz), FA-743S (43GHz), or multiple linear polarized FA-597S (56-75GHz). For simplified testing, FR1 V/H MIMO + FR2 V/H MIMO can be handled with one FA-862S unit. These components are integrated into a compact shielded box FS-1905 for OTA testing. Feel free to download the PDF or contact us for inquiries. Please check below for more details.

• Testing Equipment and Devices

Development of an option to add 3D measurement functionality to the WM7000 series 3D spatial measurement function (WM7000-3D) - 3D spatial measurement through the addition of measurement functionality in the Z-axis (height) direction - An option for the WM7000 series (separate software) X, Y, Z axis operation - "Pitch" can be set for each X, Y, and Z axis - Example settings: X: 5.0mm pitch, Y: 3.0mm pitch, Z: 1.0mm pitch Measurement of "radio waves" (antenna radiation) other than emission noise - A sensor capable of measuring 5G (28GHz band) at a pitch of less than 1mm is also under development - Measurement of magnetic field distribution for small non-contact charging (Qi), etc. Viewer (analysis software) three-plane display - XY plane (overlay of substrate photo and noise map) - Magnetic Flux display - Three-plane display of XY, XZ, and YZ planes Viewer (analysis software) will continue to be "provided free of charge" - License-free - Available for web download - Copy-free

• EMC countermeasure products

The "5G Equipment Evaluation Shield Box" has been miniaturized to its limit size thanks to our developed compact 5G small antenna coupler, enabling testing of 5G terminal devices in a compact form factor. It can accommodate various tests such as power, spurious emissions, EVM, protocol, MIMO, beamforming, and handover. Additionally, it supports frequencies from 24GHz to 43.5GHz. By combining it with a sub-6GHz antenna coupler, it can cover a range from 600MHz to 43.5GHz. 【Features】 ■ Miniaturized to its limit size ■ Capable of evaluating various protocols, beamforming, MIMO, etc. ■ Frequency support from 24GHz to 43.5GHz ■ Shield box attenuation of over 60dB ensured *For more details, please refer to the PDF document or feel free to contact us. *If you would like a demo unit, please inquire.

• Other Boxes

The "WM7400" is an EMC noise scanner designed for spot (local) immunity testing. It combines a highly reliable robot, selected through years of research and development, with a high-definition video camera and a high-precision laser rangefinder to achieve high performance in a compact form. With our proprietary diverse magnetic and electric field probes, it enables wideband and high-resolution measurements tailored to various applications. 【Features】 ■ Patent No. 5574482 ■ Expandable to real EMC ■ EMI + EMS visualization ■ High performance and compact ■ Dedicated software provides clear visualization of noise and EMS sources *For more details, please refer to the PDF document or feel free to contact us.

• Noise Inspection

The "WM7300" is an EMC noise scanner that employs an in-house developed near-field probe. It achieves high-speed and accurate noise measurements with dedicated software. Using an easy-to-operate viewer software, the noise source is clearly visible by overlaying a photo of the measured object with the noise map. In the four-screen comparison mode, it is possible to display the difference in noise levels before and after countermeasures. 【Features】 ■ High performance and compact design ■ Easy operation and user-friendly design ■ Excellent usability ■ All robot mechanisms, software, and probes are developed in-house ■ The dedicated software allows for easy visualization of noise sources *For more details, please refer to the PDF document or feel free to contact us.

• Noise Inspection

The "WM9500" is a three-dimensional electromagnetic field visualization system compatible with the fifth-generation mobile communication system. It can visualize 5G millimeter-wave radio wave radiation. Utilizing antenna couplers (compact antennas for transmission and reception at close range) as visualization sensors. It also supports 5G (sub-6), 28GHz band, and 39GHz band. 【Features】 ■ Compatible with the fifth-generation mobile communication system ■ Visualizes 5G millimeter-wave radio wave radiation ■ Utilizes antenna couplers as visualization sensors ■ Supports 5G (sub-6), 28GHz band, and 39GHz band *For more details, please refer to the PDF document or feel free to contact us.

• 3D measuring device

The "FPC-3000" is a level detector that detects high-frequency power over a wide bandwidth (500MHz to 43.5GHz) covering 5G's FR1 and FR2. It is an RF detection unit that detects radio waves from 500MHz to 43.5GHz and converts them into DC voltage output for simple testing in the development and manufacturing (mass production) lines of 5G devices, with the capability to expand and accommodate up to 9 power detection units. In the development and manufacturing stages of 5G devices, it is sufficient to measure whether "radio waves are being emitted" or "the beam of radio waves is directed," allowing for pass/fail judgment without the need for expensive measuring instruments such as spectrum analyzers or testers (see next section). The converted voltage can be output simultaneously as an analog output that changes linearly and as a digital output that can be captured by a computer via USB. It provides simultaneous data output of up to 9 channels through a single USB port. 【Features】 ■ Compatible with 5G (5th generation mobile communication system) ■ Detects radio waves in the SUB6GHz and 28GHz bands (up to 39GHz) and converts them to DC voltage output ■ Allows for pass/fail judgment without the need for expensive measuring instruments such as spectrum analyzers or testers *For more details, please refer to the PDF document or feel free to contact us.

• Level gauges and level switches

The "FA-862S" combines a SUB6GHz band and 28GHz band antenna coupler that supports horizontal and vertical polarization (Compact Antennas for transmission and reception from close proximity). Both frequency bands, SUB6GHz and 28GHz, are equipped with couplers for horizontal and vertical polarization, enabling support for carrier aggregation testing in FR1 and FR2. It allows for tests that are difficult in an OTA testing environment using horn antennas in the "far field" to be conducted in a compact OTA testing environment (within a shielded box). 【Features】 ■ Compatible with 5G (5th generation mobile communication system) ■ Combines SUB6GHz and 28GHz band antenna couplers ■ Compact realization of tests for both frequency bands ■ Testable Objects 5G mobile devices, 5G base stations, 5G-equipped modules, local 5G devices, local 5G base stations, etc. ■ Test Items Carrier aggregation, throughput testing, 5G handover, MIMO testing, protocol function testing, beamforming testing, performance testing.

• Coupler

The "FA-729S" is a 28GHz band antenna coupler that supports horizontal and vertical polarization (a "Compact Antenna" for transmission and reception from close range). This product incorporates the performance of our "FA-291" while integrating a total of four couplers: two for horizontal polarization and two for vertical polarization. 【Features】 ■ Compatible with 5G (5th generation mobile communication system) ■ Supports horizontal and vertical polarization ■ Maintains the performance of "FA-291" ■ Incorporates a total of four couplers: two for horizontal polarization and two for vertical polarization ■ Compactly enables not only communication tests but also simple MIMO tests ■ Testable Objects 5G mobile devices, 5G base stations, 5G-equipped modules, local 5G devices, local 5G base stations, etc. ■ Test Items 5G handover, MIMO tests, protocol function tests, beamforming tests, performance tests ■ Supported Frequencies for Testing Sub-6 (Sub6GHz) band, 28GHz band, 39GHz band *For more details, please refer to the PDF document or feel free to contact us.

• Coupler

The "FA-520C" is a 28GHz band antenna coupler that supports circular polarization (a "Compact Antenna" for transmission and reception at close range). This product can receive both horizontal and vertical polarizations with a single coupler, making it suitable for use in simple transmission monitoring and beam arrival testing. Additionally, it can be adopted in simple terminal testing equipment to achieve space-saving. 【Features】 ■ Compatible with 5G (5th generation mobile communication system) ■ Can receive both horizontal and vertical polarizations with a single coupler ■ Usable for simple transmission monitoring and beam arrival testing ■ Achieves space-saving by being adopted in simple terminal testing equipment ■ Inspectable Objects 5G mobile terminals, 5G base stations, 5G-equipped modules, local 5G terminals, local 5G base stations, etc. ■ Inspection Items 5G handover, MIMO testing, protocol function testing, beamforming testing, performance testing ■ Supported Inspection Frequencies Sub-6 (Sub6GHz) band, 28GHz band, 39GHz band *For more details, please refer to the PDF document or feel free to contact us.

• Coupler

The "FC-1802 series" is a ultra-fine cable for internal wiring that can be connected to inspection devices for 5G (fifth generation mobile communication system). It is flexible and easy to handle. It is a millimeter-wave cable equipped with a 2.92mm connector that supports up to 43GHz. 【Features】 ■ Usable for various measurement systems ■ Can be connected to 5G inspection devices ■ Flexible and easy to handle ■ Equipped with a 2.92mm connector supporting up to 43GHz ■ Millimeter-wave cable *For more details, please refer to the PDF document or feel free to contact us. 5G FR1 FR2 28GHz band 39GHz band 57-71GHz, Sub6GHz Wi-Fi 6 Wi-Fi 6E IEEE 802.11ax, 60GHz band

• cable

The "FC-1801 Series" is a low-loss cable for measurements that is flexible and easy to handle. It comes with a 2.92mm connector that supports up to 43GHz. Additionally, it can be used for connecting to 5G testing equipment and various measurement systems. 【Features】 ■ 2.92mm connector supporting up to 43GHz ■ Flexible and easy to handle ■ Can be connected to 5G testing equipment ■ Usable for various measurement systems ■ Custom lengths available *For more details, please refer to the PDF document or feel free to contact us. 5G FR1 FR2 28GHz band 39GHz band 57–71GHz, Sub6GHz Wi-Fi 6 Wi-Fi 6E IEEE 802.11ax, 60GHz band

• cable

This is a compact wideband antenna coupler covering the frequency band of the 5th generation mobile communication system (Sub6GHz), operating in the range of 600MHz to 6GHz (Compact Antennas for transmission and reception at close to short distances). It enables transmission and reception at distances of several tens of centimeters, contributing to the miniaturization of shield boxes (radio wave enclosures) for OTA testing. It can also be used for OTA testing of conventional mobile communication systems such as 4G (LTE), 3G, and wireless LAN. Additionally, it can be used as a transmission and reception device for anchor purposes in 5G NSA. ■ Testable Objects 5G mobile devices, 5G base stations, 5G-equipped modules, local 5G devices, local 5G base stations, etc. ■ Test Items General RF testing, 5G handover, MIMO testing, protocol function testing, beamforming testing, performance testing, throughput testing. ■ Supported Frequencies Sub6 band Sub6GHz 5G FR1 FR2 28GHz band 39GHz band, Sub6GHz Wi-Fi 6 Wi-Fi 6E

• Coupler

The "near-field measurement" antenna coupler can be used in close proximity to the measurement object, enabling a space-saving OTA (Over The Air) testing environment from research and development to manufacturing. The "desktop-type 5G inspection shield box" equipped with the antenna coupler allows for testing of power measurement, throughput measurement, beamforming tests, EVM measurement, MIMO tests, and more, all on a desktop. ■ Testable Objects 5G mobile devices, 5G base stations, 5G wireless modules, local 5G, T-BOX (Telematics BOX), in-vehicle radar (E-band), Ultra-Wideband (UWB), IEEE802.15.4z, U1 chip applications, FiRa (fine ranging) application products, etc. ■ Test Items Function tests, throughput, handover, MIMO tests, protocol function tests, beamforming tests, performance tests, EIRP, EVM, spurious, and other RF tests.

• Other inspection equipment and devices

The "5G Antenna Coupler" is a high-performance antenna coupler for the fifth generation mobile communication system, focusing on the close coupling with the measurement object. It improves the flattening of the in-band coupling characteristics during close coupling and the disturbance of reflection attenuation characteristics during total reflection. By absorbing the disturbances in the characteristics and VSWR during total reflection, the EVM (RMS) value is dramatically improved, demonstrating its power in OTA measurements. Proposals for 5G inspection shield boxes are also possible. ■ Inspectable Objects 5G mobile devices, 5G base stations, 5G-equipped modules, local 5G devices, local 5G base stations, etc. ■ Inspection Items 5G handover, MIMO testing, protocol functionality testing, beamforming testing, performance testing. ■ Supported Frequencies Sub-6 (Sub6GHz) band, 28GHz band, 39GHz band. *For more details, please refer to the PDF document or feel free to contact us. 5G FR1 FR2 28GHz band 39GHz band 57–71GHz, Sub6GHz Wi-Fi 6 Wi-Fi 6E IEEE 802.11ax, 60GHz band.

• Coupler

~Features~ - Can operate mobile communication devices and communication-enabled game consoles by placing them in the shield box and using bare hands. - Can incorporate fixtures inside. - Equipped with a transparent electromagnetic shielding material window for visual operation while monitoring the internal devices. - Customizable to meet customer preferences.

• Image Processing Equipment

Aren't you overlooking that noise? With the WM7000 Series, you can measure magnetic flux in all directions and up to the 6GHz range. It also allows for the identification of the source location.

• EMC/Static electricity measuring equipment

If you have any questions regarding the introduction below, please feel free to contact us.

• Other measurement, recording and measuring instruments

If you have any questions regarding the introduction below, please feel free to contact us.

• Image Processing Equipment

If you have any questions regarding the introduction below, please feel free to contact us.

• Other environmental analysis equipment

The function as an electromagnetic wave shielding box that blocks electromagnetic waves both inside and outside the box is, of course, important, but it also suppresses the reflection of electromagnetic waves radiated from the antenna inside the box, creating an environment with good electromagnetic wave coupling and minimal multipath.

• Analytical Equipment and Devices

In outdoor fields, it is possible to easily attenuate broadcast waves such as radio and television, as well as external radio waves, allowing for the easy establishment of a stable measurement environment.

• Analytical Equipment and Devices

If you have any questions regarding the introduction below, please feel free to contact us.

• Other electronic parts

If you have any questions regarding the introduction below, please feel free to contact us.

• Other physicochemical equipment

If you have any questions regarding the introduction below, please feel free to contact us.

• Other physicochemical equipment