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Asis Internet Svc is a Garberville, CA-based company in the Computers and Electronics sector.
Infrastructure Systems Inc is a Snohomish, WA-based company in the Computers and Electronics sector.
Crash Electronics Inc is a Villa Park, IL-based company in the Computers & Electronics sector.
Ehang Technology Co.,Ltd.(EHANG)is a technology enterprise founded by makers from China, America and Singapore who are enthusiastic about drone flying. Our core members graduated from Tsinghua University, Peking University and Duke University in America. Ehang Team has over 15 years` experience in R&D and production in airplane and aircraft field. With the combination of software and hardware techniques, we self-developed the communication and real-time viewing hardware and the smartphone operation system. Ghost we created is the first truly smartphone APP operated intelligent robot which can by widely used in geographical information surveying, professional television aerial filming, roadshow displaying, disaster rescuing& delivery, surveillance and monitoring or even can be expected to play important role in the future logistics areas. We aim to enable each drone flying enthusiast own a platform to realize their dream of flying. That`s why we came up with Ghost. We hope to build the brand of “Create in China”with international influence.
Resonant is creating innovative filter designs for radio frequency, or RF, front-ends for the mobile device industry. We use a fundamentally new technology we call Infinite Synthesized Networks™, or ISN™, to configure and connect acoustic resonators, the building blocks of RF filters. Filters are a critical component of the RF front-end. They are used to select desired radio frequency signals and reject unwanted signals. We use ISN™ technology for finding superior designs to previously intractable problems in RF filters. Our technology uses a systematic design approach that employs a comprehensive suite of patented and proprietary circuit design methods and tools to create filters. The design approach starts from the ground up and is not constrained by conventional design limitations. The current approach to RF transmit filters is incremental optimization of a fundamental design patented in 1931. This approach was adequate until the recent growth in wireless data, which has required an increase in the number of wireless channels or frequency bands. This increase in bands requires new classes of filter designs. We are using our ISN technology to develop new classes of designs that have eluded other RF engineers. To that end, we have fabricated circuitry that demonstrates the feasibility of our technology design approach and have created working versions of some of our designs.