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Panasonic Industry launches tiny tactile
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Anritsu 5G Base Station Simulator Integrated in SPEAG DASY8-3D V1.4 5G
Anritsu Corporation is pleased to announce that SPEAG (www.speag.swiss) has selected Anritsu’s 5G Base Station Simulator MT8000A for advanced integration in the company’s SAR*1 measurement solution. SPEAG is a leading developer and manufacturer of advanced numerical tools and instrumentation for evaluating electromagnetic near-and far-fields.

The MT8000A is a flexible platform supporting 4G and 5G cellular technology for RF measurements, protocol, and application testing in the FR1 (sub-7.125 GHz), FR2 (mmWave) and LTE. According to SPEAG, integration of the MT8000A in the DASY8-3D V1.4 5G solution, significantly simplifies the measurement workflow by enabling automatic 5G call establishment and handovers, enhancing the user experience and ease-of-use.

The MT8000A plays an important role of a “call box” to simulate an appropriate cellular network for a mobile device connection. Once connected, the cellular network then forces the mobile device to transmit at maximum power for subsequent SAR measurement. Creating the conditions for such measurements requires a wide dynamic range for stable connection in the radiated environment, as well as easy parametrization for quick and simple establishment of the connection.

Billions of people use cellular devices daily, so accurate evaluation of generated electromagnetic fields is vital for confidence in the safety and efficacy of the technology. This collaboration with the market leader in SAR measurement, SPEAG, demonstrates Anritsu’s continuing leadership, innovation, and expertise in the telecommunications field.

Technical Terms

*1 SAR
Abbreviation for Specific Absorption Rate; Quantity of average radio frequency energy absorbed by human body.

 

2023081301 / 13.08.2023 / Test & measurement / ANRITSU /

Anritsu Unveils Visionary 6G Solutions at MWC 2026
Intelligent transformation using AI, Cloud, and Virtual test technologies towards 6G

Breakthrough in D-band Wireless: Anritsu and VTT Demonstrate World-Leading Transmitarray-Based High-Speed Connectivity
Joint system-level validation of a beam-steering transmitarray antenna and test equipment achieving 20 Gbps throughput over-the-air D-band communication

Anritsu Supports EU Market Expansion by Ensuring Safety and Compliance of 5G Wireless Devices

Anritsu Introduces 60 GHz Optical Sampling Oscilloscope for High-Accuracy Measurement of Standard-Compliant Optical Parameters in 200G/Lane 1.6T Transmission
4-Channel Oscilloscope Streamlines Evaluation of Advanced Optical Transceivers for AI Data Centers

MVG and Anritsu Partner to Advance NTN OTA Testing for 3GPP Mobile and IoT Devices

Anritsu Introduces Advanced 5G Device Test Solution to Accelerate High-Speed, High-Capacity Communications

Anritsu Validates 3GPP Rel-17 NR NTN Test Cases
Anritsu Corporation is proud to announce the successful verification and support of 3GPP RAN5 Rel-17 NR NTN test cases on its 5G NR Mobile Device Test Platform ME7834NR.

Anritsu Introduces Auto Test and Alignment system for Motorola APX Radios on the LMR Master S412E

Anritsu Collaborates with Industry Leaders to Demonstrate Key Non-Terrestrial Network Use Cases

Anritsu Supports Verification of “Intercarrier Roaming in Emergency” Function for Mobile Devices that Maintain Network Connectivity During Disasters

Anritsu Introduces Simultaneous Sweep on MS46131A VNAs, Enabling Efficient four 1-Port Simultaneous Measurements

Anritsu adds Vector Network Analyzer and Vector Voltmeter capability to Site Master field portable instruments


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Future Electronics

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productronica 2025


electronica—Leading the way to the All Electric Society


GAMING, COMPUTER ACCESSORIES AND OTHER RELATED PRODUCTS


New video for Pilot VX


electronica 2024, 12.11.-15.11.2024, Munich, DE

Address Book


Future Electronics


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Mitsubishi Electric


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QUECTEL


Infineon Technologies AG


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ams-OSRAM


INTEL


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Giada


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NOKIA


ANRITSU


Digi-Key Electronics


AERS


Flex Power Modules



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electronica 2026, München, DE, 10.-13.11.2026

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