The NanoTest PIC-HD is a state-of-the-art characterisation system engineered for high-density photonic integrated circuits (PICs). It combines optical probing, electrical testing, and automated alignment to deliver fast, repeatable, and precise measurements. With sub-micron positioning accuracy, integrated vision, and programmable workflows, the system enables comprehensive validation of PIC performance under real-world operating conditions. Its modular design supports multiple device formats, from wafers to packaged chips, making it suitable for both R&D and production environments. By reducing manual intervention and increasing throughput, NanoTest PIC-HD accelerates innovation in optical communications, semiconductor manufacturing, and advanced photonic device development.

Please contact us for the technical details : sales@unitedspectrum.in

High-Density PIC Testing

Supports optical and electrical characterisation of densely packed photonic integrated circuits.

Automated Active Alignment

Provides sub-micron accuracy for fibre-to-chip and electrical probe alignment.

Comprehensive Testing Capability

Performs optical loss measurements, coupling efficiency, IV curves, and high-speed electrical testing.

Programmable Workflows

Automates test procedures for repeatability and higher throughput.

Vision & Feedback Systems

Integrated imaging and monitoring tools ensure precise, reliable measurements.

Scalable Modular Design

Adapts easily to R&D labs and industrial production setups.

Advantages:

• Dedicated for testing high-density photonic integrated circuits (PICs)

• Combines optical probing and electrical characterisation in one platform

• Sub-micron alignment improves accuracy and repeatability

• Automation reduces operator dependency and increases throughput

• Modular configuration scales from prototypes to volume production

• Comprehensive test suite covers optical, electrical, and thermal validation

• Ensures higher yield by detecting failures early in development

• Trusted solution for telecom, datacom, and semiconductor industries

Photonics & Optical Communications

Validates PICs used in high-speed optical transceivers, DWDM systems, and coherent communication modules.

Semiconductor & Microelectronics

Supports wafer-level and packaged chip testing, ensuring device reliability and scalability for commercial production.

Data Centres & Cloud Infrastructure

Ensures PIC-based transceivers and interconnects meet bandwidth and efficiency requirements for high-speed networks.

Aerospace & Defence

Tests ruggedised photonic devices for satellite communications, secure networks, and sensing systems.

Research & Development

Universities and labs use it for prototyping new PIC architectures, enabling faster innovation cycles.

Industrial Laser Systems

Evaluates integrated photonic chips for laser diode drivers, coupling efficiency, and power monitoring systems.

Medical Devices & Biophotonics

Applied in optical sensors, biomedical imaging systems, and lab-on-chip devices using photonic integration.

Automotive & EV Industry

Used in PIC-based LiDAR, optical sensors, and communication modules for ADAS and autonomous driving systems.

The NanoTest PIC-HD delivers comprehensive optical and electrical testing, making it indispensable for industries that rely on precise validation of high-density photonic circuits.

United Spectrum Instruments is the authorised distributor of Nanosystec’s NanoTest PIC-HD system in India, offering advanced PIC testing and characterisation solutions with complete support.

• Genuine NanoTest PIC-HD systems with manufacturer warranty

• Expertise in photonics, telecommunications, and semiconductor industries

• Pan-India installation, training, and after-sales technical support

• Application-specific consultation for R&D and industrial testing setups

• Competitive pricing with dependable local expertise

By partnering with United Spectrum Instruments, Indian industries and research organisations gain access to world-class characterisation platforms that ensure accuracy, efficiency, and long-term value in photonic innovation.