ART-Fi
Created in 2010
- BETA
Up & running (A)
Existing signals show a regular activity Social networks
176 1,666Activities
Technologies
Entity types
Location
Parc Club Orsay Université, 2 Rue Jacques Monod, 91400 Orsay, France
Orsay
France
Employees
Scale: 11-50
Estimated: 18
SIREN
519456289Engaged corporates
26
6 18Added in Motherbase
5 years, 7 months ago
telecommunications Value proposition
New Generation of SAR measurement solutions for 5G and wireless testing, Near Field Real Time scan. Fast & Accurate.
Founded in 2010, ART-Fi has developed a revolutionary technology (D-PHASE®) allowing instant and precise near-field measurements of all electromagnetic wave characteristics. ART-Fi first activities are focused on delivering innovative testing solutions for Human Radio-Frequency Exposure (Specific Absorption Rate - SAR) assessment to accelerate the development and the innovation in the wireless industry.
ART-Fi is committed to support the technological evolution of the wireless industry in the most efficient way possible as an innovative company providing efficient and societal impact conscious test solutions, all taking into account the evolution of consumer uses and expectations.
Providing test solutions from the R&D, certification, production and refurbishment phases is ART-Fi's primary focus and key to success in the dynamic challenges of 5G and wireless.
Thanks to years of experience and strong industrial knowledge gained in radiofrequency EM fields, ART-Fi is able to respond swiftly to your needs for SAR measurement challenges, prototyping and antenna design, test in production, 5G, real condition emission... .
Antenna Design, Numerical and experimental dosimetry, RF measurement system automation, 3-D EM simulation, Specific Absorption Rate Measurement, SAR measurement, SAR system validation, Mesure du DAS, Mobile phones, Smartphones, Recalls, Tablets, Wireless, IoT, Test in production, Mobile Quality insurance, 5G, Metrology, RF testing, OTA testing, and mmWOriginal language
Solutions innovantes et de haute précision de mesure du DAS pour smartphones et appareils sans fil (mobile, tablette...)
ART-Fi conçoit, développe et commercialise des solutions innovantes de mesure de l'exposition humaine aux ondes électromagnétiques émises par les téléphones mobiles et les appareils sans fil (DAS-Débit d'absorption Spécifique).
Grâce à des années d'expérience et à de solides connaissances industrielles acquises dans les domaines de la radiofréquence EM, ART-Fi est en mesure de répondre rapidement à vos besoins en matière de mesure de DAS, de prototypage et de conception d'antennes, de test en production, de mesure 5G complexe, d'émission en conditions réelles... .
ART-Fi: Global Technology Leader in Near-Field Real-Time 3D Measurement | ART-Fi
ART-Fi is the global technology leader in near-field real-time 3D measurement of electromagnetic waves. Discover our advanced measurement solutions compliant with the SAR measurement standard, improving EM performance and RF safety of wireless devices.
https://www.art-fi.eu/
| Corporate | Type | Tweets | Articles | |
|---|---|---|---|---|
 GROUPE M6 Media, Broadcast Media Production and Distribution | GROUPE M6 Media, Broadcast Media Production and Distribution | Other 13 Dec 2022 | | |
 Groupe TF1 Media, Broadcast Media Production and Distribution | Groupe TF1 Media, Broadcast Media Production and Distribution | Other 13 Dec 2022 | | |
 Bpifrance Bank, Banking | Bpifrance Bank, Banking | Other 23 Sep 2022 | | |
 Systematic Paris-Region Public business cluster, French Cluster, IT Services and IT Consulting | Systematic Paris-Region Public business cluster, French Cluster, IT Services and IT Consulting | Not capitalistic Not partnership Event 1 Feb 2018 6 Jul 2023 | | |
 UL Solutions Real Estate, International Trade and Development | UL Solutions Real Estate, International Trade and Development | Not capitalistic Not partnership Event 20 Feb 2014 | | |
 AFNUM IT Services and IT Consulting | AFNUM IT Services and IT Consulting | Not capitalistic Not partnership Event 14 Oct 2021 29 Jun 2024 | | |