From breaking through the clutter of city roads to piercing through open fields and passing low signal areas, vehicular antennas notoriously face many challenges when it comes to providing reliable service. Although traditional antenna solutions have allowed us to get to where we are now, they are lacking the necessary innovation needed to take the way vehicles receive and send signals to the next level. We are now seeing a wave of movement toward EV and AV cars and continuous improvements in all parts of the vehicle’s internal makeup — yet we more or less see the same antenna design with limited functionality that has been the standard for decades.
As vehicles advance year to year, it is only expected that their internal technology will evolve too. IINNTENNA aims to take vehicular antennas into the future, today. With increased gain, high speeds, maximized efficiency, and transparent design, IINNTENNA’s configuration as a vehicular antenna elevates the performance of all vehicles through each standard radio frequency (RF) metric we outcompete.
As electric vehicle technology continues to advance, all eyes are on the automotive industry to deliver top tier solutions that conserve energy and maximize efficiency with each model release. Our antenna solution is designed to meet current industry standards as well as the needs of future all-electric vehicles, which will require less energy to do more and areas where energy usage can be refocused. Simple in production, installation, and practically transparent, IINNTENNA is the solution the automotive industry has been waiting for. In vast, open landscapes, dense cityscapes, and everything in-between, INNTENNA effortlessly delivers connectivity like never before.
IINNTENNA offers customized application solutions to improve your vehicle’s performance and differentiate your products with innovative features on all physical and RF fronts. Once we reach the optimal design solution based on your specific needs, run performance and user experience testing in your labs (or any lab of your choice), and address each of your concerns in advancing your technology together, we offer licensing and manufacturing options to complete your full-scale solution. Contact us for a commitment-free consultation today.
Phone: (810) 732-8336
Fax: (810) 963-1674
Phone: (810) 275-9152
Fax: (810) 213-0228
A collection of educational opportunities that are tailored for undergraduate or medical interns.
In vitro study of axial pullout of pedicle screws.
Authors: Wu Z, Wang J, Nassar Sa, Dai K, Li M, Li Y.. Sha Ja, Yang X.
Presented in "the 10th national biomechanics conference and the 12th national biological rheology conference, chengdu, china, oct 11-15, 2012"
Use of Colloidal Oatmeal Soap Can Reduce Symptoms of Atopic Dermatitis Topical colloidal oatmeal (CO) can reduce local inflammation, itching, and a number of other indications, at low cost and with minimal side effects.
A self-contained, low-cost, lightweight, foldable/deployable or small-sized, multi-broadband antenna that has been invented and developed by world-renowned antenna scientist and R&D specialist Mohamed Sanad Ph.D., Faculty of Engineering at Cairo University.
Photocatalytic Reactor to Control Methicillin-resistant Staphylococcus aureus (MRSA) in a Hospital Environment.