Wireless Designs and applications are actively changing as a result of technological advancements and the user expectations are increasing and evolving accordingly. With over two decades of wireless design expertise, Mistral helps product developers with wireless module designs and integration of multiple Wireless module designs based on wireless SoCs available from leading silicon manufacturers like Texas Instruments, Murata, STM, LSR among others. Mistral’s wireless designs can help organizations address business issues and making possible seamless data communication through connected wireless devices.
Mistral’s team of experienced engineers have the relevant expertise in Wireless Designs to help integrate emerging wireless technologies and trends into your existing wireless product designs as well as architect new wireless based products from the ground up. Mistral’s Wireless expertise helps product developing companies create innovative designs by embedding wireless technologies into their product designs. Mistral’s expertise in wireless designs can convert interesting ideas to futuristic products that are connected to “the Internet of Things” using 802.11, WPAN, 802.11, Bluetooth, NFC, RF or a custom link.
Our wireless designs cater to a wide variety of applications like Wearable Electronics, Home Automation, Industrial Automation, Infotainment, Medical Electronics, Assistive Technology, Drones, Aerospace and Defense.
Wireless Module Designs
Mistral has a well-equipped test and measurement infrastructure for designing wireless products, which include high-end spectrum analyzers, network analyzers, signal generators, LTE/3G testing tools as well as tools for simulation and prototyping along with a strong eco-system to handle small and large volume production. We work closely with the customer for the wireless module designs from product definition phase to define requirement specs and device functionality all the way to design and testing. Our wireless designs lays emphasis on ensuring compatibility and high reliability.