SPEAG proudly presents DASY83D, an effective and modular combination of DASY8 and cSAR3D that retains all the benefits of the DASY8 Modules and cSAR3D and enables versatile and precise automated testing.
In 2018, SPEAG released cSAR3D-A, our first system for automated specific absorption rate (SAR) testing, which was loved by our customers, but proved not to be modular and versatile enough to quickly adopt to the testing needs created by new exposure control features combining time-averaged SAR, proximity and motion sensors.
SPEAG did not shy away from the major effort of starting from scratch, and completely redesigned the cSAR3D-A system using all the technologies developed in-house in the meantime, such as the modularity of the DASY8 Modules and our Jupyter Notebook-based solutions. The focus was on maximizing precision and providing an easy-to-use user interface that allows user-defined testing protocols.
The result is DASY83D.
DASY83D is modular in hardware and software – any DASY8 and cSAR3D system can be upgraded to DASY83D. The software is based on the new DASY8 Module c3D V1.0 and the Jupyter Notebook DASY83D, and interacts with cSAR3D via its advanced application programming interfaces. The first version of the DASY83D software is still limited, but already has several important test functionalities and features:
Precision of device positioning on the cSAR3D phantoms of 0.1 mm and 0.1º;
Speed through automation without compromising measurement accuracy;
Reduced operator errors;
Accurate evaluation of SAR distance and position dependence, including proximity sensors.
In the coming months, SPEAG will add many new features, and focus on smart and smooth integration of different base station simulators.
For further information, please contact us at email@example.com or via any of our sales channels.
We are pleased to announce the release of our TDS Standalone systems. TDS Standalone is the first product of our growing TDS product range to employ SPEAG’s novel active optical sensor technology for E- and H-field measurements in the frequency range from 10 MHz – 6 GHz.
*available in the US and Canada after final certification in accordance with the regulations of the US FDA, CDRH, CFR 21, Section I, subchapter J, part 1002 to 1040.11 (expected in May 2013).
We are pleased to announce the release of the optimized high frequency dielectric probe DAK-1.2 covering the frequency range 5 – 50 GHz. At the same time, we extended and improved the features of our software that is now available for download.
This AIA enables the DASY52 Users to directly measures the Modulation Interference Factor (MIF) and the Probe Modulation Factor (PMF) of modulated radiofrequency (RF) signals. It is also perfectly suited for establishing the connection between base-station emulator and the device under test (DUT).
The success and achievements of the Bell Labs have inspired generations of engineers, physicists, product developers, and other scientists. These accomplishments and the success stories of our greatest inventors have also inspired 21 Speag, ZMT, and IT'IS coworkers who gathered in Flüeli-Ranft on Novenber 22nd-23rd to get under the hood of our our own innovation engine.