Gary Schulz Email & Phone Number

New York, Ny, Us

Vice President of EngineeringReporting to founder and CEO2010-Founded the airFiber product development group. Responsible for setting up a new division within Ubiquiti including building the engineering team, getting a new office setup in Chicago with requisite engineering tools/equipment as well as prototype manufacturing capability. Responsible for the overall architecture and design of numerous airFiber products.Designed and built the industry’s first cost effective 24GHz full-duplex Gigabit Pt-Pt radio platform. https://www.youtube.com/watch?v=OFeiMlJKCHkAF24 (AF24HD) utilized a discrete ultra wideband ZIF with a proprietary calibration scheme in order to maintain performance across a wide range of operating conditions. The entire radio/modulator (encode and decode) proprietary calibration mechanisms and highly integrated feed and antenna were all developed by a very small team in a very short timeframe. Invented a unique high performance proprietary ultra low latency protocol initially applied to AF24. Protocol was modified for use in a wide array of AF devices. AF5 full duplex. radio platform which employed a basic interference cancellation technique for single frequency reuse on split antenna FDD. This platform utilized several new features including a unique choke structure that enhanced the isolation between adjacent antenna elementsAF5X low-cost bridge, which holds the world record for a longest distance link (5GHz) with multi-megabit throughputs. https://community.ui.com/stories/ICTP-and-CISAR-take-the-challenge-and-upgrade-with-AF5X-304km-356Mbps-Record/4f30cf2d-72aa-4e26-87f7-8ceff39f80ceAF11FX low-cost full duplex 11GHz Pt-Pt licensed bridge AF5XHD including the industry’s very first fully proprietary large scale integrated circuit chipset.https://www.rcrwireless.com/20121227/network-infrastructure/ubiquitiHolder of 25+ patents

Chicago, Il, Us

Elected as a Science Advisory Board Associate (SABA) 1998Elected as a Dan Noble Fellow 2009 (The Dan Noble Fellow is the highest honorary award that can be made to a technologist within Motorola)Motorola Patent of the Year recipient 2005 (Recognition for innovation that contributed significantly to business success/revenue)Motorola Distinguished Innovator award(Recognition of 10 or more patents in sector)Chicago Innovation Award winner (2003 for creation of Canopy)The awards recognize Chicago area businesses, nonprofits, and government organizations that develop the year's most innovative new products and services.https://chicagoinnovation.com/about/Development of the IF subsystem for the Altair wireless LAN project. First commercially successful wireless LAN product in the world. Worked on the architecture of the 18GHz MCM which included downconverter, PA and various switch functions and multiple antenna feed network.Responsible for the creation of Motorola’s VistaPoint wireless backhaul system. VistaPoint leveraged much of the technology developed for the Altair program in order to address the increasing demand for affordable high-speed long-range wireless backhaul.Developed a prototype multipoint radio system, which eventually became the Canopy product. Came up with the idea for the Canopy business and built the business case and underlying technology which was presented to Motorola senior management and was eventually turned into a new business under the auspices of the Chief Technology Officer. Directed the Canopy engineering team from inception to 2010. Turned the Canopy business into one of the most successful incubator projects within Motorola. Eventually, Cambium Networks was created when Motorola Solutions sold the Canopy and Orthogon businesses in 2011. Cambium Networks has evolved the platform and expanded it to three product lines: Point to Point (PTP) (formerly Orthogon), Point to Multipoint (PMP) (formerly Canopy) and ePMP.

Designed, developed and marketed several high bandwidth FM video/audio transmitters and receivers (900MHz, 1.2GHz and 2.4GHz) for use in amateur and commercial markets.

Involved in development of various aspects of electronic counter measure systems including high frequency power supply design, Traveling Wave Tube (TWT) modulator stages, large scale hybrid integrated circuit/discrete device definition and performance evaluations.

Developed a custom satellite receiver for use in the financial services industry. System decoded FSK data streams sent as subcarrier information along with FM (NTSC/PAL) video channels.Developed several proprietary antenna designs for consumer and commercial applications.

Bachelor Of Science - Bs, Electrical And Electronics Engineering

Antenna Engineering Post Graduate Training