Multi-Terabit Optical Test Solution

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Multi-Terabit Optical Test Solution

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Multi terabit test solutions

Scalable Multi-Terabit Optical Transmission Test Solution with High-Capacity DWDM Carriers for Next-Gen Network Validation

Collaborative Innovation for Terabit-Class Networks

The Multi-Terabit Test Solution is a fully validated, high-performance optical test and measurement platform developed in close collaboration with the Fraunhofer Institute for Telecommunications — one of Europe’s leading applied photonics research organisations. It reflects deep system-level expertise in coherent optical communications combined with an industry-leading portfolio of coherent optical test instruments across laser sources, transmitters, receivers, and spectrum analysis.

Designed to address the specific characterisation challenges of next-generation multi-terabit optical communication systems — including 400G, 800G, 1.6T, and beyond — this solution enables accurate measurement, end-to-end validation, and performance optimisation of ultra-high-capacity transmission technologies under realistic operating conditions. Unlike collections of individually sourced instruments that require integration, calibration, and validation by the customer, the Multi-Terabit Test Solution is delivered as a pre-integrated, co-validated system where every building block has been confirmed to work correctly together before delivery.

Key performance fact: The Multi-Terabit Test Solution supports data rates of up to 1.4 Tb/s per individual optical carrier and up to 200 simultaneous DWDM channels — making it the highest-capacity coherent optical test platform available in India today for research, component qualification, and system integration validation.

Flexible and Scalable Multi-Vendor Test Architecture

By combining proprietary ID Photonics instruments with carefully selected partner technologies, the Multi-Terabit Test Solution delivers exceptional flexibility and scalability that no single-vendor platform can match. The core building blocks — CoBrite tunable laser sources (CoBrite DX, DX2, and MX series), OMFT dual-polarisation optical multi-format transmitters, and CORX coherent optical receivers — are seamlessly integrated with partner technology from the Fraunhofer Institute for Telecommunications and industry measurement leaders including Keysight Technologies.

This multi-vendor, modular architecture enables the solution to be precisely tailored to a wide range of test requirements:

  • Single-carrier coherent validation — characterise individual 400G, 800G, or 1.6T coherent transceivers with a complete transmitter + receiver test chain
  • Multi-channel DWDM system testing — emulate and evaluate realistic dense DWDM networks with up to 200 simultaneously active channels
  • Advanced modulation format research — test DP-QPSK, DP-16QAM, DP-64QAM, probabilistically shaped QAM, and beyond with the same platform
  • Component-level optical characterisation — use the platform as a flexible signal source and reference receiver for optical amplifiers, filters, PICs, and transponders

System-Level Design with Full Validation and Integration

What fundamentally differentiates the Multi-Terabit Test Solution from a collection of individually purchased instruments is its system-level design approach — the philosophy that the test platform is an integrated system, not an assembly of parts.

Every building block is carefully selected based on its performance in the specific role it plays within the overall test architecture. Every interface between components — optical connectors, RF cables, control interfaces, timing synchronisation, automation protocols — is engineered and validated as part of the complete system. Every measurement result the platform produces has been confirmed against known-good references before delivery.

This system-level validation approach delivers three specific advantages that directly reduce customer risk:

  • Reduced integration time — customers receive a working test system, not a collection of instruments that need weeks of integration effort before producing valid measurements
  • Guaranteed measurement consistency — because the system has been validated end-to-end, measurement results are reproducible across sessions, operators, and sites without individual instrument recalibration
  • Application-specific optimisation — the system is configured specifically for the customer’s test scenarios (modulation format, channel count, baud rate, optical amplification chain) rather than delivered as a generic platform that must be reconfigured for each application

The result is a turn-key multi-terabit testing solution that is precisely tailored to each customer’s application, reducing setup complexity and guaranteeing results that meet the most demanding optical network testing and R&D requirements from day one of deployment.

The Multi-Terabit Optical Test Solution provides a complete, co-validated framework for testing ultra-high-capacity optical communication systems at data rates and channel densities that represent the current and near-future frontier of optical networking technology.

What is a multi-terabit optical test solution and who needs one? A multi-terabit optical test solution is a pre-integrated test platform that combines tunable laser sources, coherent optical transmitters, coherent receivers, and supporting measurement hardware into a validated system capable of generating, transmitting, and analysing optical signals at aggregate capacities of multiple terabits per second. It is needed by telecom equipment manufacturers validating 400G/800G coherent transceivers, hyperscale data centre operators testing terabit-class DCI links, academic research institutions studying advanced modulation formats and spectral efficiency, and defence organisations developing high-capacity secure optical communication systems.

What are the core instrument building blocks of this solution? The platform integrates instruments from across the United Spectrum / ID Photonics product family — CoBrite MX or DX series tunable lasers providing up to 48 independently controlled, sub-25 kHz linewidth carrier sources; OMFT dual-polarisation optical multi-format transmitters for generating DP-QPSK, DP-16QAM, and DP-64QAM signals; CORX coherent optical receivers with 20/40/60 GHz bandwidth for signal capture and analysis; and an ID OSA optical spectrum analyser for channel power, OSNR, and spectral shape characterisation across all active DWDM channels. Partner instruments from Keysight and Fraunhofer Institute technologies complete the platform.

How does co-validation with the Fraunhofer Institute strengthen the solution? The Fraunhofer Institute for Telecommunications is one of Europe’s most respected applied photonics research organisations, with direct involvement in the development and standardisation of coherent optical transmission technologies. Co-validation of the Multi-Terabit Test Solution with the Fraunhofer Institute means the platform’s measurement results have been confirmed against an independently recognised research reference — providing customers with confidence that the test data produced is accurate, reproducible, and credible in R&D publication, standards submission, and equipment qualification contexts.

Specification Value
Maximum data rate per carrier Up to 1.4 Tb/s
Number of DWDM carriers Up to 200 channels
Supported optical bands C-band (multi-band expandable)
Modulation formats Advanced coherent modulation (e.g., QAM)
Laser linewidth Narrow-linewidth, high coherence
Frequency tuning resolution < 100 MHz
Repetition and stability Long-term frequency and power stability
Rack format 19-inch high-density rack
Control interfaces Ethernet / SCPI / API
Automation capability Fully programmable test sequences
Scalability Modular expansion supported
Deployment Lab, R&D, and production test environments

Ultra-High-Capacity Transmission Testing

The platform supports characterisation and validation of optical links operating at data rates of up to 1.4 Tb/s per individual optical carrier — enabling testing of single-carrier 400G, 800G, 1.2T, and 1.6T systems as well as aggregate multi-carrier capacities that total tens of terabits per second across the full 200-channel DWDM grid. This makes it the highest-capacity optical test platform available through an Indian distributor, capable of addressing the most demanding next-generation coherent transmission validation requirements currently faced by telecom equipment manufacturers, hyperscale operators, and research institutions.

Massive DWDM Channel Density

With support for up to 200 simultaneous, independently controlled DWDM wavelength channels — each with its own tunable laser source, independent wavelength, and independent power level — the platform enables realistic emulation of fully loaded dense optical networks. This allows engineers to analyse inter-channel nonlinear effects (cross-phase modulation, four-wave mixing, stimulated Raman scattering), spectral efficiency under realistic channel loading conditions, EDFA gain and noise performance under full C-band load, and the impact of channel count on per-channel BER and Q-factor margin.

Modular and Scalable Architecture

The system is delivered in a starting configuration matched to the customer’s immediate requirements and can be expanded as testing needs evolve — adding laser cards to the CoBrite MX mainframe, upgrading the CORX receiver bandwidth, adding L-band coverage, or integrating additional partner instruments — without replacing the core platform. This modularity protects the initial capital investment while supporting long-term research and development roadmaps that may span multiple generations of optical network technology.

Turnkey Integrated Platform

All critical optical and electronic components — tunable lasers, coherent transmitters, coherent receivers, optical spectrum analyser, amplification chain, RF interconnects, and automation software — are integrated, aligned, and fully validated as a complete system before delivery. This eliminates the weeks of integration work, instrument-to-instrument calibration, and measurement consistency verification that customers would otherwise need to perform themselves when assembling a comparable test platform from individually sourced instruments.

Advanced Coherent Technology Support

The platform is specifically engineered for the coherent optical modulation formats deployed in and planned for commercial 400G/800G/1.6T networks: DP-QPSK, DP-16QAM, DP-64QAM, probabilistically shaped (PS) QAM, and Nyquist WDM. Sub-25 kHz laser linewidth from CoBrite N-type modules ensures that carrier phase noise does not limit measurement accuracy at high-order QAM formats. The CORX receiver’s 20/40/60 GHz bandwidth options support baud rates from 28 GBaud to beyond 120 GBaud within the same platform.

Automation and Repeatability

The platform’s control interfaces — Ethernet, USB, SCPI, and REST API — enable complete programmatic control of all instruments from Python, LabVIEW, MATLAB, and custom test automation frameworks. This supports fully automated test routines for systematic parameter sweeps (baud rate, launch power, channel count, modulation format), repeatable BER and Q-factor benchmarking, and high-throughput production-level testing where manual instrument interaction would be impractical.

Future-Ready Design

The modular architecture is designed to accommodate future increases in per-carrier data rate, channel count, and modulation complexity — including the transition from 400G to 800G, 1.6T, and beyond; the expansion from C-band to C+L-band and wideband operation; and the evolution of modulation formats toward higher spectral efficiency through probabilistic shaping and space-division multiplexing. Customers who invest in the Multi-Terabit Test Solution today are investing in a platform that will remain relevant and expandable for the next generation of optical network development.

Telecommunications Network Development

Telecom equipment manufacturers and network operators use the Multi-Terabit Test Solution for end-to-end validation of ultra-high-capacity DWDM systems at data rates that match or exceed planned network deployments. Specific applications include:

  • Coherent transceiver qualification at 400G, 800G, and 1.6T line rates to OIF and ITU-T G.698.4 standards
  • Multi-span fibre transmission system characterisation — measuring BER, Q-factor, OSNR margin, and dispersion tolerance across realistic multi-amplifier link configurations
  • ROADM and wavelength-selective switch (WSS) performance evaluation under full 200-channel DWDM loading
  • Interoperability testing between multi-vendor coherent transceivers in mixed-generation network environments

Optical Component and Subsystem Testing

The platform serves as a high-fidelity signal source and reference receiver for characterising individual optical components and subsystems under realistic transmission conditions that a simple laser-and-detector test cannot replicate:

  • Tunable laser characterisation (linewidth, frequency accuracy, phase noise, RIN) under modulated signal conditions
  • Optical modulator qualification (EVM, extinction ratio, chirp, bandwidth) with realistic DP-IQ modulation signals
  • EDFA and Raman amplifier gain flatness, noise figure, and nonlinear performance characterisation under full DWDM channel loading
  • Photonic integrated circuit (PIC) and silicon photonics transceiver validation at baud rates up to 120 GBaud+

Academic and Research Institutions

Research groups at IITs, NITs, DRDO, ISRO, C-DOT, and national photonics laboratories use the platform for frontier research into optical communication technologies that are years ahead of current commercial deployments:

  • Advanced modulation format research — probabilistically shaped QAM, geometric constellation shaping, OFDM, and Nyquist-WDM spectral efficiency optimisation
  • Multi-carrier transmission experiments — nonlinear fibre propagation, stimulated Raman scattering, cross-phase modulation, and four-wave mixing characterisation in fully loaded DWDM systems
  • Space-division multiplexing (SDM) and few-mode fibre transmission experiments requiring multiple simultaneous coherent transmitter and receiver channels
  • AI and machine learning-based optical performance monitoring algorithm development and validation using real multi-channel transmission data

Data Centre Interconnect (DCI)

Hyperscale data centre operators and DCI equipment vendors use the platform to validate the terabit-scale optical links that interconnect data centres across metropolitan and regional distances:

  • 400G ZR and 400G ZR+ pluggable coherent transceiver testing to OIF standards
  • 800G and 1.6T intra-data-centre and inter-data-centre optical link characterisation
  • Amplified and unamplified DCI link performance benchmarking across distance, span loss, and channel count
  • Multi-vendor interoperability validation for open line system (OLS) deployments

High-Performance Computing (HPC)

National supercomputing centres, HPC facility operators, and scientific computing organisations use the platform to validate the ultra-low-latency, high-bandwidth optical interconnects that connect compute nodes, storage arrays, and accelerator clusters in next-generation HPC and AI training infrastructure:

  • InfiniBand and Ethernet over optical fibre interconnect performance validation at terabit aggregate capacities
  • Low-latency coherent optical link characterisation for latency-sensitive distributed computing applications
  • Optical switching and routing validation for software-defined HPC network architectures

Defence and Secure Communications

Defence organisations and secure communications programme offices use the platform to evaluate high-capacity, resilient optical links for mission-critical applications including:

  • Secure tactical fibre network validation at terabit aggregate capacities
  • Satellite ground station and long-haul defence fibre link characterisation
  • Quantum key distribution (QKD) co-existence testing on multi-channel DWDM infrastructure
  • Optical communication system qualification for naval, airborne, and ground-based platforms under environmental stress conditions

United Spectrum Instruments delivers the Multi-Terabit Optical Test Solution in India backed by deep expertise in photonics, coherent optical communications, and high-speed optical transmission test and measurement. As the official authorised distributor of ID Photonics GmbH in India, we provide comprehensive end-to-end support that ensures every customer achieves successful deployment and optimal performance from their investment.

What you receive when you partner with United Spectrum:

  • System configuration consultation — our engineers work with your team to define the right starting configuration (channel count, baud rate, modulation format, receiver bandwidth) and expansion roadmap for your specific application
  • Application consultation and pre-delivery validation — the complete system is validated for your specific test scenarios before shipment, ensuring it produces correct results from the first measurement
  • Installation and commissioning support — on-site or remote installation support to bring the full system online in your lab or production environment
  • Training — hands-on training for your technical team covering instrument operation, automation interfaces, measurement best practices, and data interpretation
  • Long-term service and technical support — ongoing support for system upgrades, additional building block integration, automation development, and performance troubleshooting throughout the system’s operational lifetime
  • GST-compliant, MSME-registered procurement — complete institutional and government procurement documentation including GST invoicing, IEC compliance, and MSME certification

 

FAQs

The Multi-Terabit Optical Test Solution is a pre-integrated, co-validated optical test platform that combines CoBrite tunable lasers, OMFT optical transmitters, CORX coherent receivers, and partner instruments from Fraunhofer Institute and Keysight into a single, system-validated test environment. What differentiates it from a collection of individually purchased instruments is its system-level validation — every component interface, measurement protocol, and automation workflow has been confirmed to work correctly together before delivery. Customers receive a working terabit-class test system rather than components they must integrate, calibrate, and validate themselves — saving weeks of integration time and eliminating the risk of measurement inconsistency between instruments.

The platform supports data rates of up to 1.4 Tb/s per individual optical carrier — representing the current frontier of single-carrier coherent optical transmission technology. This enables testing of 400G, 800G, 1.2T, and 1.6T coherent transceivers and systems within the same platform. Aggregate multi-carrier capacity across the full 200-channel DWDM grid reaches tens of terabits per second simultaneously.

The platform supports up to 200 simultaneous, independently controlled DWDM wavelength channels — each with its own tunable CoBrite laser source, independent wavelength, and independent output power. This enables realistic full-load DWDM network emulation for inter-channel nonlinear effect characterisation, amplifier performance under full channel loading, and spectral efficiency measurement under conditions that match actual deployed network environments.

The platform supports the full range of coherent modulation formats used in and planned for 400G/800G/1.6T commercial networks: DP-QPSK, DP-16QAM, DP-64QAM, probabilistically shaped (PS) QAM, and Nyquist WDM. Sub-25 kHz laser linewidth from the CoBrite N-type modules ensures that carrier phase noise does not limit performance at high-order QAM formats. The CORX receiver’s 60 GHz bandwidth option supports baud rates beyond 120 GBaud for research into formats beyond what is currently commercially deployed.

Yes. The modular architecture allows independent expansion of every dimension of the platform’s capability — adding laser cards to the CoBrite MX mainframe to increase channel count, upgrading to a higher-bandwidth CORX receiver to support higher baud rates, extending coverage to L-band, or integrating additional partner instruments for new measurement functions — without replacing the core platform. This makes the Multi-Terabit Test Solution a long-term investment that remains relevant through the transition from 400G to 800G, 1.6T, and beyond.

The Multi-Terabit Test Solution was developed in close collaboration with the Fraunhofer Institute for Telecommunications — one of Europe’s most respected applied photonics and optical communications research organisations, with direct involvement in the development and standardisation of coherent transmission technologies. Co-development and co-validation with the Fraunhofer Institute means the platform’s measurement methods, instrument integration, and results have been confirmed against an independently recognised research reference. This gives customers confidence that test data produced by the platform is accurate, reproducible, and credible for R&D publication, standards body submissions, and equipment qualification documentation.

The platform supports Ethernet, USB, SCPI, and REST API control interfaces across its instrument building blocks. All instruments are individually and collectively programmable from Python (PyVISA), LabVIEW (NI-VISA), MATLAB (Instrument Control Toolbox), and custom automation frameworks. This enables fully automated test sequences for systematic parameter sweeps, BER/Q-factor benchmarking under varied conditions, and high-throughput production-line testing. Pre-built automation scripts for common multi-terabit test scenarios are available as part of the system delivery package.

Yes. The platform is specifically suited to research institutions that require a validated, high-capacity coherent optical test environment for frontier research — including IITs, NITs, DRDO, ISRO, C-DOT, and national photonics laboratories. Its modular architecture allows a research institution to start with a configuration matched to current project requirements and expand as research programmes evolve. The Fraunhofer Institute co-validation provides an internationally recognised research credibility reference that strengthens grant applications, publications, and inter-institutional collaborations.

The standard configuration covers the full C-band (1528–1568 nm, ITU-T G.694.1 grid) with 200-channel DWDM capability. Multi-band expansion — including L-band (1568–1625 nm) and combined C+L-band configurations for wideband transmission research — is supported through the modular architecture. Contact United Spectrum Instruments to discuss the specific multi-band expansion options available for your application and research requirements.

The Multi-Terabit Test Solution is designed for deployment in laboratory environments for R&D and academic research, production test environments for coherent transceiver manufacturing qualification, and system integration validation environments where telecom equipment manufacturers and network operators verify multi-vendor component interoperability. The 19-inch high-density rack format makes it compatible with standard lab and production test room infrastructure.

United Spectrum Instruments is the official authorised distributor of ID Photonics GmbH products — including the Multi-Terabit Optical Test Solution — across India. We provide complete end-to-end support: pre-sales system configuration consultation, application-specific pre-delivery validation, on-site or remote installation and commissioning, hands-on technical training, and long-term after-sales service including system upgrades and automation development. All procurement is GST-compliant and MSME-registered.

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FAQs

The Multi-Terabit Optical Test Solution is a pre-integrated, co-validated optical test platform that combines CoBrite tunable lasers, OMFT optical transmitters, CORX coherent receivers, and partner instruments from Fraunhofer Institute and Keysight into a single, system-validated test environment. What differentiates it from a collection of individually purchased instruments is its system-level validation — every component interface, measurement protocol, and automation workflow has been confirmed to work correctly together before delivery. Customers receive a working terabit-class test system rather than components they must integrate, calibrate, and validate themselves — saving weeks of integration time and eliminating the risk of measurement inconsistency between instruments.

The platform supports data rates of up to 1.4 Tb/s per individual optical carrier — representing the current frontier of single-carrier coherent optical transmission technology. This enables testing of 400G, 800G, 1.2T, and 1.6T coherent transceivers and systems within the same platform. Aggregate multi-carrier capacity across the full 200-channel DWDM grid reaches tens of terabits per second simultaneously.

The platform supports up to 200 simultaneous, independently controlled DWDM wavelength channels — each with its own tunable CoBrite laser source, independent wavelength, and independent output power. This enables realistic full-load DWDM network emulation for inter-channel nonlinear effect characterisation, amplifier performance under full channel loading, and spectral efficiency measurement under conditions that match actual deployed network environments.

The platform supports the full range of coherent modulation formats used in and planned for 400G/800G/1.6T commercial networks: DP-QPSK, DP-16QAM, DP-64QAM, probabilistically shaped (PS) QAM, and Nyquist WDM. Sub-25 kHz laser linewidth from the CoBrite N-type modules ensures that carrier phase noise does not limit performance at high-order QAM formats. The CORX receiver’s 60 GHz bandwidth option supports baud rates beyond 120 GBaud for research into formats beyond what is currently commercially deployed.

Yes. The modular architecture allows independent expansion of every dimension of the platform’s capability — adding laser cards to the CoBrite MX mainframe to increase channel count, upgrading to a higher-bandwidth CORX receiver to support higher baud rates, extending coverage to L-band, or integrating additional partner instruments for new measurement functions — without replacing the core platform. This makes the Multi-Terabit Test Solution a long-term investment that remains relevant through the transition from 400G to 800G, 1.6T, and beyond.

The Multi-Terabit Test Solution was developed in close collaboration with the Fraunhofer Institute for Telecommunications — one of Europe’s most respected applied photonics and optical communications research organisations, with direct involvement in the development and standardisation of coherent transmission technologies. Co-development and co-validation with the Fraunhofer Institute means the platform’s measurement methods, instrument integration, and results have been confirmed against an independently recognised research reference. This gives customers confidence that test data produced by the platform is accurate, reproducible, and credible for R&D publication, standards body submissions, and equipment qualification documentation.

The platform supports Ethernet, USB, SCPI, and REST API control interfaces across its instrument building blocks. All instruments are individually and collectively programmable from Python (PyVISA), LabVIEW (NI-VISA), MATLAB (Instrument Control Toolbox), and custom automation frameworks. This enables fully automated test sequences for systematic parameter sweeps, BER/Q-factor benchmarking under varied conditions, and high-throughput production-line testing. Pre-built automation scripts for common multi-terabit test scenarios are available as part of the system delivery package.

Yes. The platform is specifically suited to research institutions that require a validated, high-capacity coherent optical test environment for frontier research — including IITs, NITs, DRDO, ISRO, C-DOT, and national photonics laboratories. Its modular architecture allows a research institution to start with a configuration matched to current project requirements and expand as research programmes evolve. The Fraunhofer Institute co-validation provides an internationally recognised research credibility reference that strengthens grant applications, publications, and inter-institutional collaborations.

The standard configuration covers the full C-band (1528–1568 nm, ITU-T G.694.1 grid) with 200-channel DWDM capability. Multi-band expansion — including L-band (1568–1625 nm) and combined C+L-band configurations for wideband transmission research — is supported through the modular architecture. Contact United Spectrum Instruments to discuss the specific multi-band expansion options available for your application and research requirements.

The Multi-Terabit Test Solution is designed for deployment in laboratory environments for R&D and academic research, production test environments for coherent transceiver manufacturing qualification, and system integration validation environments where telecom equipment manufacturers and network operators verify multi-vendor component interoperability. The 19-inch high-density rack format makes it compatible with standard lab and production test room infrastructure.

United Spectrum Instruments is the official authorised distributor of ID Photonics GmbH products — including the Multi-Terabit Optical Test Solution — across India. We provide complete end-to-end support: pre-sales system configuration consultation, application-specific pre-delivery validation, on-site or remote installation and commissioning, hands-on technical training, and long-term after-sales service including system upgrades and automation development. All procurement is GST-compliant and MSME-registered.

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