- School of Engineering
- About Us
Working as a leading RFIC, Analog & Mixed-Signal IC designer for around 17 years. Has worked on circuit design as well as performing top level integration, chip tape-out, IC bring-up on board & testing. Has MSEE and is currently a PhD student at Santa Clara University. Following is the experience summary.
- Experienced in designing RF blocks such as VCO, Phase Locked Loop (PLL), Attenuator, Power Amplifier, Mixer, & LNA & Analog/Mixed-signal blocks as ADC, DAC, LDO & DC-DC converter.
- Create Microwave System lineup analyses in support of system architecture design & trade-offs.
- Experienced with design & characterization of passive elements such as Transmission lines & Hybrids.
- Expertise with circuit simulation tools such as SpectreRF, ADS & HSPICE plus Matlab and IC layout.
- Experienced with 2.5D planar EM simulation tools such as Momentum & 2D Maxwell-SV.
- Laboratory experience with RF/Microwave measurement techniques & equipment.
- Experienced with product development methodology from concept through design, tape-out, hands-on bring-up and integration of RF/Analog IC on board & testing.
Huawei Technologies, Inc, Santa Clara, CA, Staff Design Engineer (September 2009 –Present)
MultiGiG Inc., Scotts Valley, CA.
Independent consultant (part-time)(December 2008 – August 2009)
Panasonic Emerging Advanced RF Laboratory (formerly Tropian Inc.), Santa Clara, CA.
Senior RFIC Design Engineer, (May 2005 – December 2008)
RFCO Semiconductor, Los Gatos, CA, Senior RFIC Design Engineer (March 2005 – April 2005)
NeoMagic Corporation, Santa Clara, CA, Senior Design Engineer (August 2001 – February 2005)
Artisan Components, Sunnyvale, CA, Staff Design Engineer (February 1997 – August 2001)
LSI Logic, Milpitas, CA (Consultant on behalf Duet Technology, CA).
Member of Technical Staff (April 1996 – February 1997)
ST Microelectronics, Noida, India, Circuit Design Engineer (December 1994 – April 1996)
Indal, Orissa, India, Design Engineer (July 1991 – October 1992)
- Master of Engineering (ME), Microelectronics (June 1993 – December 1994).
Birla Institute Of Technology & Science, BITS Pilani, India. CGPA = 9.86/10.0
- Bachelor Of Technology (BTECH, Hons), Electrical Engineering (July 1987 – May 1991).
Indian Institute Of Technology, IIT Kharagpur, India. CGPA = 9.37/10.0
- A Low Phase-Noise VCO using RTWO technology for Mobile Handsets.
(All Panasonic Technology Symposium, Tokyo, December 2008)
Ben Horwath has over 10 years in the communications industry in engineering, sales/marketing, and as an entrepreneur. Ben holds a Bachelor’s Degree in Chemical Engineering from Pennsylvania State University, a Master’s Degree in Electrical Engineering from Santa Clara University, and is currently working towards his Ph.D. Degree in Electrical Engineering at Santa Clara University.
Ben began his career with Corning Incorporated, leading process and equipment projects at Corning’s international optical fiber manufacturing sites, and eventually oversaw manufacturing capacity and project planning to balance Corning’s global supply and customer demand. Ben later joined Phaethon Communications as a Systems Engineer where he was a key member of the product development, sales, and marketing teams, developing product requirements for a tunable dispersion compensator while managing 30 optical networking OEMs (including Cisco, Nortel, Lucent, BigBear, Ciena, Fujitsu, Huawei, and Agilent).
Wearing an entrepreneurial hat, Ben founded AirRay Systems based in Palo Alto, CA and led all strategic planning, systems design, and business development efforts. AirRay’s goal was to implement blind adaptive beamforming algorithms for extending range, throughput, and battery life of Wi-Fi devices. Ben spent much of his time developing the DSP software prototype in MATLAB and Simulink, integrating AirRay’s proprietary algorithms and beamforming framework within the IEEE 802.11 architecture.
Ben is currently researching smart antenna hardware designs for mobile devices as a Ph.D. student under Dr. Talal Al-Attar at Santa Clara University. The research will focus on analog devices and DSP algorithms for realizing adaptive antenna arrays in handheld wireless communications devices. Applications for this technology include 3G/4G broadband, wireless video, RFID, and robotics and satellite communications.