QuIPs (Customizable Quantum Computing Control IPs) are advanced FPGA-based hardware solutions tailored for quantum computing. Users can customize the logic to generate control signals for various quantum architectures. The system supports multiple qubits and complex algorithms, offers real-time control with low latency, and provides enhanced connectivity options. It's optimal for rapid prototyping in quantum research, utilizing a Python-based development environment.

* Arbitrary waveform generation and LUT-based signal generation for flexibility.

* High-resolution signal generation with 8 channels of 14-bit RF-DACs and 12-bit RF-ADCs.

  - Supports sampling rates of 5-6 GSPS (RF-DACs) and 4-10 GSPS (RF-ADCs).

* 8 GB DDR4 memory with expansion options for data needs.

* Customizable control logic with ample logic cells and DSP slices.

* Scalable with additional control modules for more qubits.

* Versatile peripheral connectivity (UART, SPI, I2C, Ethernet, etc.).

* Rapid prototyping of control algorithms.

* Python-based application support on embedded processor.

Name : Vaibhav Pratap Singh

E-mail Id : svaibhav@cdac.in