QTB Semiconductor Tech

Silicon-Chip Microelectronics

QTB Semiconductor is developing capabilities in quantum-circuit modelling, quantum–classical system architecture, FPGA-based control, mixed-signal readout electronics and cryogenic-CMOS interface design.

Macro portrait photography of a silicon wafer edge showing microscopic copper traces under cleanroom cyan and copper lighting, ultra-sharp details.
Macro portrait photography of a silicon wafer edge showing microscopic copper traces under cleanroom cyan and copper lighting, ultra-sharp details.
Core Expertise

Quantum Electronics

Quantum circuit design                                                            Gate-level circuits, simulation, transpilation and noise analysis

Quantum algorithm                                                                    PrototypingVQE, QAOA, Grover search and small optimization demonstrations

Quantum-control electronics                                              FPGA pulse sequencing, ADC/DAC interfaces, timing and feedback logic

Quantum processor architecture research                   Qubit-array modelling, connectivity, control hierarchy and resource estimation

VLSI & ASIC Verification

We deploy advanced EDA toolchains to execute comprehensive analog, mixed-signal, and RF front-end design down to the nanometer, maintaining signal integrity across complex multi-layer substrates.

Hardware Security Solutions

We integrate specialized cryptographic cores and physical unclonable functions directly into the silicon layout, protecting sensitive defense and aerospace hardware against sophisticated physical tampering.

Zero-Tolerance Verification

RTL to GDSII Tape-out

We engineer high-speed physical layouts with strict thermal and electromagnetic constraints, ensuring first-pass silicon success and robust performance under extreme environmental conditions.

Secure Your Silicon Timeline

Connect directly with our principal VLSI architects in Bangalore or Silicon Valley to review your RTL verification requirements, sub-micron layout constraints, or custom MEMS sensor integration.