cSAR3D is now 10 times faster, measures and displays the specific absorption rate (SAR) three times per second, and offers validated measurements from 300 MHz – 10 GHz.
SPEAG has released DASY6 Module mmWave V2.2 together with the MEO and API Options. Version 2.2 fulfills all requirements of the Final Draft of the IEC/IEEE 63195-1/-2 and offers the necessary features for MIMO testing and for testing automation above 6 GHz.
SPEAG is delighted to announce the release of MAGPy V1.0, our first high-end handheld system that empowers users to demonstrate compliance in the very close near field of wireless power transfer systems and other high-current industrial systems. MAGPy V1.0 meets all requirements of the latest draft of IEC/IEEE63184 PAS.
Breakthrough in computational electromagnetics by the IT’IS Foundation leads to SPEAG’s second-generation device for dielectric characterization of samples with limited size or volume.
SPEAG’s new cDASY6 Module WPT is the first-ever solution to demonstrate compliance with the basic restrictions of any magnetic source according to the latest IEC/IEEE63184 DPAS draft. The module is based on SPEAG’s new MAGPy product line.
In October, FCC issued new interim procedures for demonstrating compliance between 6 – 10 GHz. Just a few weeks later, we are happy to provide a scientifically rigorous solution that enables DASY6 users to meet these new requirements.
With the release of cSAR3D V4.0, SPEAG introduces the novel X10 Combiner for high-resolution measurements. It enables SAR and absorbed power density testing from 6 – 10 GHz while also improving the overall measurement accuracy..
SPEAG’s new cDASY6 Module WPT is the first-ever solution to demonstrate compliance with the basic restrictions of any magnetic source according to the latest IEC/IEEE63184 DPAS draft. The module is based on SPEAG’s new MAGPy product line.
Scientific debate corroborates that SPEAG's DASY6 probe-scanning system has low measurement errors (<3%) for simple antennas and provides further support of the robustness of the latest IEC 62209 standard.
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