Photonics
Introduction to Our Photonics Capabilities
Photonics is evolving rapidly, and today’s products demand seamless coordination between light-based components and high-precision electronic systems. At Powersoft19, we specialize in bridging this gap. Our engineering teams build photonic solutions on top of high-quality silicon wafers sourced from trusted vendors, then integrate the electronics that make these devices functional, controllable, and production-ready.
The Intersection of Photonics and Electronics
True innovation in photonics happens when optical structures and electronic circuitry operate in perfect harmony. That synergy is our core strength. We create architectures where waveguides, detectors, modulators, and sensors interact seamlessly with custom drivers, control electronics, and system-level firmware.
Delivering Scalable, High-Performance Photonics Solutions
Whether you’re building next-generation optical modules, advanced sensing platforms, or research-grade photonic systems, we help you scale your concepts into high-performance engineered products.
We deliver end-to-end photonics engineering—from wafer-level photonic structures to custom electronic drivers and control systems—empowering clients with reliable, production-ready solutions built to meet the most demanding performance standards.
Our Core Expertise in Photonics Engineering
Silicon Photonics Development
We design and build photonic structures directly on silicon substrates—from waveguiding components to complex optical circuits. Our workflows support advanced geometries, multi-layer photonic designs, and precision alignment for efficient coupling.
Advanced Photonics Fabrication on Silicon Wafers
Using premium-grade silicon wafers as a starting point, we execute fabrication steps with tight tolerances and refined repeatability. Our team adapts to the fabrication process and toolchain needed for your specific application, ensuring the optical layer meets rigorous engineering requirements.
High-Precision Electronics + Photonics Integration
Integration is where we excel. We bridge the optical and electrical worlds by designing custom electronics that drive, read, stabilize, or automate photonic devices. This includes:
- High-speed electronic drivers
- Control circuits for wavelength, temperature, or intensity stabilization
- Sensor interfaces and signal conditioning
- Mixed-signal electronics for photonic measurement systems
Every system is engineered for reliability, speed, and low noise.
Packaging, Assembly, and System-Level Optimization
After integration, we ensure that your photonic-electronic assemblies are robust, thermally stable, manufacturable, and ready for real-world deployment. We support custom enclosures, thermal management, connectors, fiber alignment, and module-level optimization.
End-to-End Services for Photonics Companies
Design and Simulation Services
From optical modeling to electronic hardware simulation, we support every phase of early engineering. Our team handles:
- Photonic circuit simulation
- Electronic schematic and PCB design
- Thermal and mechanical simulations
- System architecture modeling
Prototyping, Testing, and Characterization
We assist with prototype development, lab testing, and optical/electrical characterization using industry-standard methods. Our processes include:
- Waveguide loss measurements
- Detector and modulator performance tests
- High-speed electronics evaluation
- Automated test workflows for repeatability
Custom Electronics for Photonic Devices
Every photonic device needs a well-designed electronic counterpart. We build:
- Analog front-ends
- Digital control modules
- Power and stabilization circuits
- FPGA/MCU-based control boards
Firmware, Control Systems, and Software Integration
We develop firmware, embedded software, and host applications to complete the system. This ensures easy calibration, user interaction, automation, and device communication.
Scalable Production Support
Once your design is mature, we help scale it toward small-batch or larger-volume production. Our workflows support documentation, manufacturing readiness, vendor alignment, and verification.
Tools, Technologies, and Engineering Capabilities
We adapt to any toolchain, simulation suite, fabrication workflow, or electronic design platform your project requires. Our capabilities include:
- Photonic design software and multi-physics simulation tools
- Electronic hardware development, PCB layout, and signal integrity workflows
- Optical, electrical, and environmental testing equipment
- Automated verification systems for high-precision performance
- Strong supply-chain collaboration with wafer suppliers and component vendors
This flexibility enables us to plug directly into your processes and deliver exactly what your system needs.
Quality, Certification, and Compliance Support
We engineer solutions that align with global quality standards. When required, we also
assist with third-party testing and certification by preparing:
Engineering documentation
Compliance test reports
Safety and performance validation packets
Our goal is to ensure your photonics system meets industry, regulatory,
and client-specific benchmarks before it reaches the field.
Why Choose Powersoft19 for Photonics
Integration Expertise as a Competitive Advantage
Many photonic systems depend on tightly engineered electronic control. Our strength in electronics makes your photonic devices more stable, accurate, and deployable.
Flexibility in Tools, Processes, and Workflows
We adapt to your preferred design tools, fabrication partners, test equipment, and process flows—reducing friction and speeding up development.
Client-Centered Engineering
We build systems tailored entirely to your product vision. Our role is to engineer your photonics solution—not to own or dictate technology direction.
Precision, Reliability, and Long-Term Partnership
High-quality engineering and transparent collaboration allow us to support clients through every stage—from concept to certification.
Industries and Applications We Enable
Optical communication
and networking
Sensing and imaging systems
LIDAR and environmental monitoring
Scientific and industrial research platforms
High-performance computing
and interconnects
Hybrid optoelectronic
instrumentation
Emerging photonics
technologies
Start Your Photonics Project With Us
How We Engage
We start with a technical consultation to understand your system, constraints, and goals. From there, we define an engineering plan that aligns with your timeline, tools, and standards.
Seamless Collaboration
Our team integrates directly into your workflow—designing, testing, iterating, and validating your system until it meets production-ready performance.
