Chitu Singh

Founder & CEO (We are hiring for multiple locations) @ Ananant Systems Private Limited

About

4G/5G/IoT Modem Baseband Architecture Lead. Expert in Low complexity, Low power and high performance design of 4G and 5G Wireless baseband, MIMO Systems, OFDM, VLSI implementation for Error Correction Coding (LDPC, Turbo, Viterbi, BCJR), DSP, and embedded software. Specialties: DSP/CPU Architecture, RISC-V, VLSI Design, MIMO Systems, OFDM, Channel Estimation, Error Correction Coding(LDPC, Viterbi, Turbo), ASIC/FPGA Design, Embedded software, micro-kernel, Wireless Communications, Wireless Baseband, WLAN/WI-FI, WiMax, Network Processor, Storage Area Networks

Country

India

City

New Delhi

Industry

Semiconductors

Skill

5G, LTE, OFDM, Digital Signal Processors, Wireless, Algorithms, Hardware Architecture, baseband, VLSI, ASIC, WiFi, MIMO, LDPC, Turbo Codes, Viterbi, SoC, Verilog, Machine Learning, Parallel Processing, Embedded Systems

Experience

Founder & CEO (We are hiring for multiple locations)

Ananant Systems Private Limited

2024-4 - Present · 2 yrs 6 mos

Bangalore Urban, Karnataka, India

Driving India's self-reliance in semiconductor design. Join us to build a global giant for Atmanirbhar Bharat. Hiring superstars in hardware design, verification, DSP firmware, software, wireless communication & signal processing algorithms.

Founder, CEO & President

LeapFrog Semiconductor, Inc.

2020 - Present · 6 yrs

Greater San Diego Area

Aumnic Inc

Founder & CEO

2018 - Present · 8 yrs

Director Of Engineering

Qualcomm

2010 - 2018 · 8 yrs

Greater San Diego Area

5G / 4G (LTE/LTE-Advanced) / IoT Modem Hardware Architecture Lead Modem Design (Baseband Algorithm, Architecture and Implementation) for IoT, 5G and 4G (LTE, LTE-Advanced) Wireless. Led 5G mmWave Baseband Hardware development towards standardization. Led the architecture design and co-ordinated algorithms, hardware, firmware and software teams for 4G LTE IoT modem development effort. Architected hardware and embedded software design and led the development of physical layer of industry's first 1Gbps wireless LTE Modem MDM9x55 used in the iPhone 8. Also, architected and led design of iterative demodulation feature supported in this modem. Led the area optimization and on-chip memory reduction effort for LTE Modem MDM9x45 used in iPhone 7. Architected hardware and embedded software design and led the development of physical layer of advanced interference cancellation, and multi-user (MU) MIMO detection based LTE-advanced Modem MDM9x35 used in the iPhone 6s. Developed efficient MIMO demodulator algorithms, and designed MIMO demodulation hardware, architected and led development of front-end physical layer receiver of industry's first dual carrier LTE Modem MDM9x25 used in the iPhone 5s and iPhone 6.

Staff Engineer/Project Lead

NextWave Broadband

2008-1 - 2009 · 1 yr

Greater San Diego Area

WiMax System and Architecture design with focus on MIMO detection for ML performance and channel estimation. The key optimization constraints are low power, low cost and high performance.