Would you like to rent and introduce a "small OTA testing environment" for demonstration experiments, projects, and subsidy programs related to 5G/local 5G?
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.
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basic information
* Rental of the embedded shield box "OTA Test Environment" with antenna coupler - Supports Local 5G FR1 (Sub6GHz) and FR2 (millimeter wave) - Lineup includes A4 size to base station storage types - Hand-in type / with shielded window - For "space-saving OTA testing" that doesn't take up much room * Contributes to cost reduction in national projects, demonstration experiments, research and development, and ODM - For "compact OTA test environments" in short-term projects - For tuning and bug fixes in interoperability testing - For RF function evaluation of prioritized communication and bandwidth assurance - For OTA testing of SU-MIMO, MU-MIMO, and 4X4 MIMO - For handover testing * Application products of the short-range transmitting and receiving device "Antenna Coupler" - The antenna coupler is a compact antenna that transmits and receives at "close proximity to short range" - A product lineup compatible with MIMO testing, equipped with horizontal/vertical polarization in 2, 4, and 8 channels
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Applications/Examples of results
Many adoptions by communication carriers and local 5G service providers. Outstanding performance in compact interoperability testing. Applied product of the international patent "Near Measurement" antenna coupler. A "compact OTA testing environment" using the antenna coupler has also been patented.
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Company information
Morita Tech has been an innovation company since its founding, utilizing four solution capabilities: "5G," "EMC," "Shielding," and "High Frequency," to continuously realize products and technologies that solve challenges in various industrial businesses. In recent years, we have developed a "Compact OTA (Over The Air) Testing Environment" equipped with a short-range transmission and reception device called "Antenna Coupler," which has received great acclaim from telecommunications carriers and local 5G operators, and has been widely adopted in their "labs." In local 5G, it is used as a desktop OTA testing environment and interoperability testing system for the development and verification of base stations and terminals utilizing open source. Additionally, our product lineup includes various solutions as applied products for EMC visualization solutions aimed at achieving carbon neutrality (decarbonized society), such as "visualization of secondary batteries, visualization of partial discharge, and visualization of transient noise." We have four core departments and technologies in-house: "Mechanical and Structural Design," "Electrical Design," "Software Development," and "Manufacturing and QA," and we are fully committed to meeting our customers' expectations and demands while building long-term mutual trust relationships with them.
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