State-of-the-art DOCSIS Network Equipment & Test Solutions
Calian offers powerful and dynamic solutions for DOCSIS network and test applications. With a comprehensive set of DOCSIS physical layer technologies for both downstream and upstream communication, Calian solutions support Headend, Remote PHY, and Distributed Access Architecture Products. This high-fidelity technology also supports advanced test and monitoring products for Cable HFC plants and DOCSIS networks.
With a mature IP portfolio of DOCSIS Remote PHY technologies, Calian’s advanced signal processing algorithms and proven designs support all types of Distributed Access Architectures including DOCSIS 4.0 products.
Remote PHY designs and modules are available and suitable for integration into existing or in-development fiber node products.
With a pedigree of offering high-performance test solutions, Calian offers and produces DOCSIS test and measurement products in cooperation with Rohde & Schwarz
DOCSIS test products focus on RF and physical layer diagnostics. These products generate and measure every type of signal found in cable HFC networks. Applications are laboratory testing and field monitoring.
Dan is the Director of Wired and Terrestrial Wireless Products where he is responsible for developing and delivering Calian's innovative lineup of HFC Cable network and terrestrial wireless technology and products. He has served as a contributing engineer to the CableLabs DOCSIS 3.1 specification and is responsible for defining and executing the company’s Distributed Access Architecture strategy. He is a Senior IEEE member currently serving as the IEEE Canada Treasurer and holds Bachelor degrees in both Computer Sciences and Electrical Engineering from the University of Saskatchewan.
Dan is the Director of Wired and Terrestrial Wireless Products where he is responsible for developing and delivering Calian's innovative lineup of HFC Cable network and terrestrial wireless technology and products. He has served as a contributing engineer to the CableLabs DOCSIS 3.1 specification and is responsible for defining and executing the company’s Distributed Access Architecture strategy. He is a Senior IEEE member currently serving as the IEEE Canada Treasurer and holds Bachelor degrees in both Computer Sciences and Electrical Engineering from the University of Saskatchewan.
David Young
DOCSIS
David serves as technical lead and product architect for Calian’s DOCSIS Remote-PHY developments and has had a principal role in algorithm design for PHY components used in Calian Remote-PHY and DOCSIS test equipment. David is a contributing engineer to the CableLabs Remote-PHY and DOCSIS 4.0 working groups, and he is an IEEE member currently serving as the Vice Chair of the Joint Chapter of the Circuits and Systems, Signal Processing, and Communications Societies for the IEEE North Saskatchewan Section. He holds B.Sc. and M.Sc. degrees from Queen’s University, Kingston, and a Ph.D. degree from the University of Alberta, Edmonton, all in Electrical and Computer Engineering, specializing in digital communications theory.
David serves as technical lead and product architect for Calian’s DOCSIS Remote-PHY developments and has had a principal role in algorithm design for PHY components used in Calian Remote-PHY and DOCSIS test equipment. David is a contributing engineer to the CableLabs Remote-PHY and DOCSIS 4.0 working groups, and he is an IEEE member currently serving as the Vice Chair of the Joint Chapter of the Circuits and Systems, Signal Processing, and Communications Societies for the IEEE North Saskatchewan Section. He holds B.Sc. and M.Sc. degrees from Queen’s University, Kingston, and a Ph.D. degree from the University of Alberta, Edmonton, all in Electrical and Computer Engineering, specializing in digital communications theory.
Cinnati Loi
DOCSIS
Cinnati Loi is a Senior Hardware Engineer at Calian who has been responsible for developing, implementing and testing Calian’s cutting edge CableLabs DOCSIS 3.1 and Remote-PHY technologies. Cinnati has served as a contributing engineer to the CableLabs Full Duplex DOCSIS PHY working groups, and he is an IEEE member and has been an active volunteer leader in the IEEE North Saskatchewan Section and IEEE Canada. Cinnati holds a Ph.D. in Electrical Engineering from the University of Saskatchewan.
Cinnati Loi is a Senior Hardware Engineer at Calian who has been responsible for developing, implementing and testing Calian’s cutting edge CableLabs DOCSIS 3.1 and Remote-PHY technologies. Cinnati has served as a contributing engineer to the CableLabs Full Duplex DOCSIS PHY working groups, and he is an IEEE member and has been an active volunteer leader in the IEEE North Saskatchewan Section and IEEE Canada. Cinnati holds a Ph.D. in Electrical Engineering from the University of Saskatchewan.
Neil Gendzwill
DOCSIS
Neil leads software development and interoperability testing for Calian's Remote-PHY products. He was Calian's representative for OpenRPD, a CableLabs project to develop an open source Remote-PHY Device. Neil has contributed to numerous projects in the satellite, aerospace and cable industries over his 30 year career with Calian. Neil holds a bachelor's degree in Electrical Engineering from the University of Saskatchewan.
Neil leads software development and interoperability testing for Calian's Remote-PHY products. He was Calian's representative for OpenRPD, a CableLabs project to develop an open source Remote-PHY Device. Neil has contributed to numerous projects in the satellite, aerospace and cable industries over his 30 year career with Calian. Neil holds a bachelor's degree in Electrical Engineering from the University of Saskatchewan.
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