From holographic antennas to quantum detectors — the game-changer for the 6G and quantum era
Start ExploringPatented deep-learning RF hologram — superior to mechanical and phased-array systems
Physics-Informed Neural Network — real-time optimization
Neuromorphic learning derives beam patterns in real time
Modular design, competitive pricing — for research, defense, and 6G applications
Wide steering angle and high efficiency — matches the modeling
Target frequency band, high gain — a perfect match to predictions
Mobile platforms, disaster communication, autonomous driving
Core performance metrics of the Expikx holographic antenna
Semiconductor-based ultra-fast beam-steering technology
Semiconductor-based ultra-fast beam steering with low-power OTM — revolutionizing 6G satellite communication
| Frequency band: | 12.5 GHz (6G compatible) |
|---|---|
| Steering range: | -50° ~ +50° |
| Response time: | < 1 μs |
| Efficiency: | 80% |
| Antenna gain: | 30 dB |
Mach-Zehnder interferometer DC bias controller
Precision laser wavelength tuning with dither-mode control — essential for quantum communication
| Wavelength range: | 1500-1600 nm |
|---|---|
| Voltage range: | 0-15 V |
| Channel count: | 5 channels, independent control |
| Dither mode: | Supported (precision control) |
| Interface: | USB, RS-232 |
Multi-channel independent voltage control system
Precision multi-channel voltage control with Python API — a specialist in Active Array control
| Channel count: | 96 channels, independent control |
|---|---|
| Output voltage: | -10V ~ +10V |
| Resolution: | 16-bit DAC |
| Software: | Python API provided |
| Connectivity: | USB 3.0, Ethernet |
Quantum-squeezed light detector (in development)
High CMRR, wide bandwidth — quantum sensing for CV-QKD
| CMRR: | ≥ 20 dB |
|---|---|
| Bandwidth: | DC ~ 500 MHz |
| Quantum efficiency: | >90% (@1550nm) |
| Noise suppression: | Quantum-limited |
| Development status: | Prototype in development |
Get the holographic antenna technical white paper as a PDF.