Optical Communication – Laser Source
Multi-Channel Tunable Laser Source
In today’s fast-evolving optical and photonic testing environments, there is a rising demand for scalable, stable, and flexible tunable laser solutions that can accommodate multi-channel, high-throughput test requirements. The CoBrite MX Series Tunable Laser Mainframe System, developed by ID Photonics GmbH (Germany) and officially distributed in India by United Spectrum Instruments, is designed to meet this demand.
Understanding CoBrite MX Series Tunable Laser Mainframe System
CoBrite MX is a scalable, high-density tunable laser platform for DWDM, coherent telecom, photonics, and fibre optics testing. The CoBrite MX is a robust and modular solution for applications including Dense Wavelength Division Multiplexing (DWDM) grid testing, coherent modulation, optical component validation, and R&D in optical communications.
Technical Specifications
| Feature | CoBrite DX1 | CoBrite DX2 | CoBrite DX | CoBrite MX Series |
| Form Factor | Compact module | Half-width 1HE rack | Half-width 2HE rack | Rack-based mainframe |
| Ports per System | 1 | 1 or 2 | 1, 2, or 4 | Up to 48 tunable lasers |
| Laser Types | N, S, G | Ultra-narrow & standard | Ultra-narrow & mixable | N, S, G (mixable per card) |
| Bands Supported | C, L, C+L | C, L, C+L | C, L, X, C+L | C, L, C+L |
| Linewidth | <25 kHz (N), ~80 kHz (S) | <25 kHz | <25 kHz | <25 kHz (N), ~80–100 kHz (S/G) |
| Remote Control | USB, GUI, SCPI | USB, Ethernet, Web GUI | USB, Ethernet, Web GUI | USB, Ethernet, Web GUI, SCPI |
| Ideal Use Case | Lab use, R&D | Dual-channel, compact testing | Multi-port lab and telecom | High-density DWDM and component test labs |
Key Features and Advantages
Engineered for Optical Precision
• Scalable Architecture – Expand from 2 to 48 tunable laser channels with modular rack-based designs (CBMA24 & CBMA48).
• Choice of 5 Laser Types – N, S, G, C, and X models tailored for coherent transmission, DWDM testing, or broadband characterisation.
• High Spectral Purity – N-Type delivers <25 kHz linewidth with power up to 16 dBm for demanding coherent applications.
• Wide Frequency Tuning – Cover C-band, L-band, or combined C+L with 1 MHz resolution for precise wavelength alignment.
• Hot-Swappable Cards – Field-replaceable laser cards and controllers ensure continuous uptime with minimal maintenance.
• User-Friendly GUI – Zero-install browser interface with pictographic controls for instant access on any device.
• Seamless Integration – Dual Ethernet + USB with SCPI-style commands for Python, MATLAB, LabVIEW automation.
• Compact Rackmount Design – 3HE 19-inch chassis fits neatly into lab or telecom racks without sacrificing performance.
Why It Delivers More
Scalability Without Limits
• Start with as few as 2 channels and expand to 48 as projects evolve.
• Incremental upgrades protect investments in growing labs and production lines.Performance Tailored to Applications
• Mix and match laser types for coherent transmission, DWDM, or general testing.
• Achieve optimal balance of cost, performance, and flexibility.
Precision Tuning & Power Stability
• Fine resolution to 1 MHz for grid-aligned testing.
• Stable power control ensures repeatable, reliable results.
Streamlined Operation & Automation
• Plug-and-play browser GUI—no software installs.
• Ready for automated test stations with Python, LabVIEW, and MATLAB integration.
Applications Across Industries
DWDM Transport Layer Testing
With the ability to generate and control dozens of laser channels simultaneously, the MX Series is ideal for:
- Channel grid generation
- Spectral alignment
- Channel spacing validation
- 100G+/400G+ multi-wavelength transmission tests
Coherent Transmission Development
Thanks to its narrow linewidth and polarisation-maintaining output (N-type), the MX Series supports:
- QPSK, 16-QAM, 64-QAM experiments
- Local oscillator generation
- High-speed transmission over fibre optic networks
Photonics R&D and University Labs
The modularity, mixed laser types, and GUI accessibility make it a perfect tool for:
- Optical physics experiments
- Photonic integrated circuit characterisation
- Wavelength-swept sensing systems
Local Oscillator in Receiver Validation
The MX system can serve as a multi-channel local oscillator, ideal for testing coherent receivers or balanced detection setups, thanks to:
- Stable power
- Accurate frequency control
- Configurable output across multiple bands
Optical Component and System Testing
From WDM filters to multiplexers and amplifiers, the MX system supports:
- Component insertion loss and gain testing
- Optical filter roll-off characterisation
- Multi-wavelength BER analysis
Why Choose United Spectrum Instruments?
United Spectrum Instruments is the official distributor of ID Photonics GmbH products, including the CoBrite MX Series Tunable Laser System, across India. We provide local support for product configuration, integration, and after-sales technical service to ensure optimal performance and customer success.
FAQs
How scalable is the CoBrite MX system?
The MX Series supports up to 48 tunable laser sources per system, making it ideal for large-scale telecom testing or multi-wavelength R&D applications. You can start with just one or two laser cards and expand as needed.
Can I mix laser types (N, S, G) in one system?
Yes. The CoBrite MX system allows each card to be configured with different laser types, giving users full flexibility to customise the mainframe to their test needs.
Is any special software needed to operate the system?
No. The MX Series includes a browser-based pictographic GUI that works on any web-enabled device, eliminating the need for software installation.
What remote automation options are available?
The system supports SCPI-style commands over USB and Ethernet, making it compatible with test automation platforms like Python, LabVIEW, and MATLAB.
Who distributes the CoBrite MX in India?
United Spectrum Instruments is the official distributor of ID Photonics GmbH products, including the CoBrite MX Series, across India. We provide full pre- and post-sales support, technical assistance, and integration guidance.
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FAQs
How scalable is the CoBrite MX system?
The MX Series supports up to 48 tunable laser sources per system, making it ideal for large-scale telecom testing or multi-wavelength R&D applications. You can start with just one or two laser cards and expand as needed.
Can I mix laser types (N, S, G) in one system?
Yes. The CoBrite MX system allows each card to be configured with different laser types, giving users full flexibility to customise the mainframe to their test needs.
Is any special software needed to operate the system?
No. The MX Series includes a browser-based pictographic GUI that works on any web-enabled device, eliminating the need for software installation.
What remote automation options are available?
The system supports SCPI-style commands over USB and Ethernet, making it compatible with test automation platforms like Python, LabVIEW, and MATLAB.
Who distributes the CoBrite MX in India?
United Spectrum Instruments is the official distributor of ID Photonics GmbH products, including the CoBrite MX Series, across India. We provide full pre- and post-sales support, technical assistance, and integration guidance.
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