IoT devices have various test items needed to maintain quality. Anritsu IoT device testing solutions and equipment help to evaluate the wireless communication quality of IoT devices.
Key Technologies for IEEE 802.11bn- Ultra High Reliability (UHR)
IEEE 802.11bn (Wi-Fi 8) aims to boost Wi-Fi performance with 25% better throughput, latency, and packet loss, focusing on reliability, efficiency, and power management.
AGV and AMR Applications in Manufacturing and Logistics
Wireless communication technologies (Bluetooth, WLAN, 5G) enable autonomous operation and data transmission of “automatic transport robots,” optimizing efficiency and safety through latest advances.
Sunnyverse Selects Anritsu WLAN and BLUETOOTH🄬 Technology Measurement Products to Evaluate RF Performance of XR Devices
Sunnyverse selected Anritsu’s Wireless Connectivity Test Set (MT8862A) and Bluetooth Test Set (MT8852B), optimizing wireless communication performance, and improve data transfer reliability and more.
4:25RF Interference from Common Domestic Appliances
Analyzing RF interference with the Field Master RTSA
Mobile Operator Improves Device Verification Process Using Anritsu Signal Monitoring Custom Solution
Tier 1 U.S. mobile operator automates device test rooms using Anritsu’s signal monitoring to ensure real-world 5G accuracy and streamline scheduling for faster, more reliable UE validation.
3:26MT8862A IEEE 802.11be 2x2 MIMO
Transmitter and Receiver RF tests for IEEE 802.11be 2x2 MIMO
2:49Using CombiTest and the MT8852B to Run Bluetooth BR/EDR/BLE Tests
A short video explaining how to make BR / EDR / BLE measurements on a Bluetooth module using the Anritsu MT8852B test instrument and the CombiTest software.
2:03Optimize 5G US mmWave 3D EIS Scan Test Times with Machine Learning Software (MX800010A-026)
Anritsu’s MT8000A plus MA8172A support 3GPP tests of antenna properties at all positions for mmWave UE development.
4:14Using the MT8852B to Test a Bluetooth Low Energy Device
A short video explaining how to use the Anritsu MT8852B test set and the MX885203A low energy software to perform Bluetooth low energy tests.
Murata Manufacturing Co., Ltd - Construct an RFI Test Environment Established by USB-IF with a Spectrum Analyzer
Construct an RFI Test Environment Established by USB-IF with a Spectrum Analyzer Propose Solutions to EMC Problems Through Effective Utilization of Common-Mode Choke Coils
Wireless LAN Product Design Guide - Competitor Investigation
Developing new products or implementing upgrades, performance comparisons with other companies’ products, in-house products to understand market trends as well as an important step
Wireless LAN Product Design Guide - Parts Selection
Guide explains what to consider to achieve the RF performance (signal quality) required to implement stable communications in any environment and what WLAN module to choose.
Wireless LAN Product Design Guide - Product Design and Development
explains the key points in designing and developing wireless LAN (WLAN) products to engineers designing such products for the first time.
Wireless LAN Product Design Guide - Certification Guide
easy-to-understand explanation for new designers of wireless LAN (WLAN hereafter) products and covers key points in designing and developing these products
Wireless LAN Product Design Guide - After Commercial Release
RF performance evaluation that is still required after commercialization
49:46Evolution Towards Latest Wi-Fi7 Standard 802.11be and Its Application in IoT
Overview of all Wi-Fi standards, focusing on adoption of 6GHz band in latest Wi-Fi6e standard and ongoing Wi-Fi7 standard.
1:04:45Typical Measurements in WLAN Technology and Its Application in Manufacturing of IoT Devices
Explanation of the evolution of Wi-Fi from a simple wired network replacement to an important cellular network traffic offloading mechanism.
4:40IEEE 802.11be Transmitter and Receiver Test - MT8862A Wireless Connectivity Test Set (WLAN Tester)
IEEE 802.11 be Transmitter and Receiver RF tests
Key Technologies for IEEE 802.11be (Wi-Fi 7)
802.11be (Wi-Fi 7) is a new wireless LAN technology that is undergoing standardization and is expected to support the latest applications and services
