SPEAG @ IEEE MTT IMS 2024

IEEE MTT IMS 2023, Washington DC, USA

Date: June 16–21, 2024

Booth #2020

The IEEE MTT International Microwave Symposium (IMS) is the premium flagship event dedicated to all topics related to microwaves and radiofrequencies in a week. The exhibition and conference will be held at Walter E. Washington Convention Center, Washington DC, USA.

It will be an excellent opportunity for you to meet our experts in person and learn about our innovative solutions for precise measurements, numerical optimization, and analysis in a broad range of applications within the 3 kHz ‒ 110 GHz range.

At this year's event, SPEAG will exhibit our latest addition to the dielectric assessment kit, DAK-RES (resonator), demonstrating outstanding performance in measuring low-loss materials. Additionally, we will showcase our latest releases of our world-leading range of test equipment, including:

DASY8 electromagnetic (EM) near-field scanning platform, including the latest updates to the Module APD for absorbed power density measurements from 10 – 45 GHz, compliance measurements of IoT devices using a range of phantoms, and Module WPT offering high-precision wireless power transfer device evaluations required for international standards and national regulators.
DAK range of solutions including the latest DAK-RES with an ultra-wide permittivity and loss measurement range of εr < 100, tan δ < 0.01 at frequencies of 10 GHz, 26 GHz, and 40 GHz.
EM Phantoms that accurately reproduce the human body's effect on EM transmitter systems over a wide range of frequencies from 10 MHz – 110 GHz.
SEMCAD X Matterhorn, Sim4Life, and our new cloud-based numerical simulation platform Sim4life.web, full-wave 3D EM simulation software suitable for simulations of fields from DC to light. SEMCAD X and Sim4Life support a wide range of applications, including safety assessment, EM interference and compatibility (EMI/EMC), antenna design and optimization, 5G, wireless power transfer, dosimetry, optics, and design of microwave and mm-wave waveguide devices.