Optoelectronic Hybird Integration ｜ E-mail：sales1@cqwiseworld.com
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As a premier manufacturer and direct supplier of advanced optical components, we present the Optical Mixer Receiver-EWX-2x4-90°. Engineered for high-fidelity signal conversion, this module is a critical asset for large-scale procurement in telecommunications and sensing industries.
Leverages cutting-edge free space optics for superior signal integrity.
Designed for seamless integration into complex, high-density arrays.
Optimized for bulk deployment with consistent unit-to-unit reliability.
The Optical Mixer Receiver-EWX-2x4-90° represents a pinnacle in precision optoelectronic engineering, meticulously crafted to transform incident and local oscillator (LO) signals into distinct in-phase and quadrature channels. Encased in a cold, robust metal housing that speaks to its industrial-grade durability, this receiver operates seamlessly across a broad optical wavelength spectrum from 1260nm to 1600nm. When integrated into your system infrastructure, it silently and efficiently routes 0° and 180° optical signals to the primary balanced photodetector, while simultaneously directing the 90° and 270° signals to the secondary detector. This sophisticated routing eliminates phase ambiguity and dramatically enhances signal-to-noise ratios, empowering your network to achieve unprecedented data transmission clarity. The sleek, compact architecture not only minimizes the footprint in densely packed equipment racks but also ensures exceptional thermal dissipation. By mitigating thermal noise and maintaining structural integrity under continuous operation, this receiver guarantees that your most critical data links remain uninterrupted, ultimately reducing maintenance overhead and elevating the overall operational efficiency of your advanced photonic networks.
Understanding the exact technical parameters is absolutely crucial for seamless system integration and optimal long-term performance. The following comprehensive specifications outline the precise capabilities of the Optical Mixer Receiver-EWX-2x4-90°. By meticulously detailing aspects such as the operating wavelength, temperature resilience, and phase channel configurations, we aim to provide your engineering teams with the exact data required for complex network planning. This transparency in our technical documentation ensures that the product aligns perfectly with the rigorous demands of your advanced optical networks, LiDAR arrays, and sensing equipment, facilitating a smooth and predictable deployment process.
| Parameter Key | Value |
|---|---|
| Product Name | Optical Mixer Receiver-EWX-2x4-90° |
| Technology | Free space optics technology |
| Optical Wavelength | 1260nm - 1600nm |
| Operating Temperature | -40℃ to 70℃ |
| Phase Channels | In-phase (0° and 180°) and Quadrature (90° and 270°) |
| Photodetector (PD) | Dual Balanced PD |
| Features | High and low temperature stability, Compact size |
| Applications | RF photonics, Free space optical communication, LiDAR, Optical coherence tomography, Test and instrument |
| Housing Material | Aluminum Alloy / Metal |
| Connector Type | SC/APC or FC/APC |
| Power Supply | +5V / +12V DC |
Engineered to deliver uncompromising performance in demanding environments, this optical receiver combines state-of-the-art photonics with rugged physical construction. Every feature is intentionally designed to solve complex signal processing challenges, ensuring your infrastructure operates with maximum precision and minimal downtime.
Exceptional Thermal Resilience: Operates flawlessly within a severe temperature range of -40℃ to 70℃, eliminating the need for auxiliary climate control systems in remote deployments.
Broad Spectrum Coverage: The 1260nm to 1600nm optical wavelength compatibility ensures versatile deployment across multiple network standards without requiring hardware swaps.
Dual Balanced Photodetection: Utilizes a sophisticated Dual Balanced PD architecture to suppress common-mode noise, yielding exceptionally clear signal outputs even in high-interference environments.
Ultra-Compact Footprint: The miniaturized design significantly reduces spatial requirements, allowing for higher density installations within standard server racks and instrument chassis.
Precision Phase Separation: Accurately isolates in-phase (0° and 180°) and quadrature (90° and 270°) channels, providing the exact signal fidelity required for complex coherent detection systems.
Achieving high-fidelity signal transmission is the cornerstone of any advanced optoelectronic system. This receiver is meticulously engineered to meet the stringent optical and electrical metrics required by top-tier industry operators, ensuring low-loss and highly accurate data handling.
Wide Wavelength Adaptability: Covering the critical 1260nm to 1600nm band, it seamlessly supports diverse fiber optic communication protocols and sensing lasers.
Accurate Phase Channeling: The precise translation into 0°/180° and 90°/270° channels guarantees flawless coherent demodulation and data recovery.
Noise Suppression: The integration of a high-performance Dual Balanced PD effectively cancels out relative intensity noise (RIN) originating from the local oscillator.
High Signal Integrity: Maintains exceptional linearity and minimal distortion, which is absolutely vital for complex modulation formats in high-capacity networks.
Deploying sensitive optical equipment in unpredictable environments poses significant risks to network integrity. We have fortified this mixer receiver to withstand extreme conditions, providing operators with peace of mind and drastically reducing the frequency of field maintenance.
Extreme Temperature Endurance: Validated to operate continuously from a freezing -40℃ up to a blistering 70℃ without any degradation in optical performance.
Weather-Resistant Architecture: The tightly sealed construction protects the delicate internal free space optics from humidity, dust, and environmental contaminants.
Long-Term Reliability: Specifically designed for continuous, unattended operation in remote outdoor telecommunication cabinets or demanding aerospace applications.
Thermal Shock Resistance: Capable of maintaining precise optical alignment even during rapid ambient temperature fluctuations, ensuring uninterrupted data flow.
In the realm of precision instrumentation, physical design is just as critical as optical performance. The tactile feel of the solid metal exterior reflects the meticulous craftsmanship dedicated to protecting the delicate internal photonics from physical and electromagnetic interference.
Premium Aluminum Alloy Housing: The robust metal casing provides superior physical protection and acts as an excellent heat sink for internal components.
Electromagnetic Shielding: The dense metallic structure effectively blocks external EMI/RFI, preserving the integrity of sensitive analog electrical outputs.
Space-Optimized Geometry: Its compact size is specifically tailored for integration into highly populated LiDAR arrays and testing equipment where real estate is at a premium.
Secure Connectivity: Equipped with industry-standard SC/APC or FC/APC connectors, ensuring secure, low-reflection optical mating that actively resists mechanical vibration.
Versatility is a key driver for large-scale procurement and system design. This device is not limited to a single niche; rather, it serves as a foundational component across a multitude of cutting-edge optical and radio frequency applications, seamlessly interfacing with existing technological ecosystems.
RF Photonics Integration: Acts as a crucial bridge in microwave photonic links, enabling high-frequency signal processing with unparalleled optical precision.
Free Space Optical Communication: Enhances the reliability of laser-based atmospheric data transmission by accurately decoding complex phase information over long distances.
Advanced LiDAR Systems: Empowers autonomous navigation and topographical mapping by providing the rapid, high-resolution phase detection required for precise distance measurement.
Optical Coherence Tomography (OCT): Delivers the extreme sensitivity necessary for non-invasive, high-resolution medical and industrial imaging equipment.
Test and Measurement Instruments: Serves as a dependable reference standard in laboratory environments for characterizing and calibrating optical network components.
Automating and simplifying the signal decoding process significantly reduces system integration time and computational load. By leveraging advanced free space optical technology, this receiver inherently manages complex signal mixing, streamlining your overall system architecture.
Free Space Optical Mixing: Utilizes precision-aligned micro-optics to combine incident and LO signals with near-zero insertion loss and high phase accuracy.
Orthogonal Phase Generation: Automatically generates perfectly orthogonal phase outputs, eliminating the need for bulky, external phase-shifting hardware.
Enhanced System Automation: The highly stable, predictable output characteristics allow for easier algorithmic processing in downstream digital signal processors (DSPs).
Interference Mitigation: The inherent design of the optical mixing cavity rejects out-of-band optical noise, further purifying the signal before it ever reaches the photodetectors.
We understand that enterprise-level deployment requires absolute certainty in product consistency and the flexibility to adapt to specific project requirements. Our rigorous manufacturing protocols and adaptable engineering services provide the strong backing your supply chain demands.
Stringent Quality Assurance: Every single unit undergoes comprehensive thermal cycling and optical parameter testing before dispatch to ensure absolute compliance with published specifications.
Flexible Power Configurations: Available with +5V or +12V DC power supply options to seamlessly match your existing system architecture without requiring additional voltage converters.
Connector Customization: Choose between SC/APC, FC/APC, or other standard optical interfaces to ensure perfect physical compatibility with your existing fiber infrastructure.
Dedicated Engineering Support: Our technical team provides expert guidance from initial prototyping through to full-scale deployment, ensuring optimal integration and performance.
Scalable Production Capacity: Fully equipped to handle high-volume manufacturing orders with consistent lead times, safeguarding your project schedules against supply chain disruptions.
Selecting the right manufacturing partner is a strategic decision that directly impacts the long-term success of your technological infrastructure. We combine decades of optoelectronic expertise with a relentless commitment to customer success, providing a solid foundation of trust and reliability.
Unmatched Industry Expertise: Our engineering team possesses deep, specialized knowledge in hybrid optoelectronic integration, ensuring every product represents the forefront of current technology.
End-to-End Manufacturing Control: By managing the entire production process in-house, from raw material selection to final assembly, we maintain absolute authority over product quality and consistency.
Responsive Global Support: We recognize that project timelines are critical. Our dedicated support channels ensure rapid response times for technical inquiries and order processing.
Commitment to Innovation: We continuously invest in research and development, meaning the components you source from us will keep your systems highly competitive in a rapidly evolving market.
Transparent Supply Chain: We provide clear, accurate lead times and maintain robust inventory management, allowing you to plan your procurement cycles with complete confidence.
To assist your engineering and procurement teams in making informed decisions, we have compiled detailed answers to the most common technical inquiries regarding the Optical Mixer Receiver-EWX-2x4-90°.
Q: How does the free space optics technology improve the performance of this mixer receiver?
A: Free space optics technology minimizes insertion loss and eliminates the polarization dependencies often found in traditional fiber-fused couplers. This results in a cleaner, more stable phase translation for the 0°/180° and 90°/270° channels, which is absolutely crucial for accurate coherent detection.
Q: Can the dual balanced photodetectors handle high-power local oscillator (LO) signals?
A: Yes, the integrated dual balanced PDs are specifically designed to accommodate robust LO signals. This architecture effectively suppresses relative intensity noise (RIN) while maintaining a high dynamic range, preventing sensor saturation and ensuring perfectly linear operation.
Q: What specific measures ensure the device's stability across the -40℃ to 70℃ temperature range?
A: The receiver utilizes a thermally matched aluminum alloy housing and specialized athermal optical adhesives. This precise construction prevents micro-shifts in the free space optical alignment caused by thermal expansion or contraction, ensuring consistent performance regardless of ambient conditions.
Q: Is it possible to request specific connector types if SC/APC or FC/APC do not meet our system requirements?
A: Absolutely. While SC/APC and FC/APC are standard due to their exceptionally low return loss, our manufacturing facility is fully equipped to customize the optical interfaces to match your specific integration needs upon request.
Q: How does the compact size impact the thermal dissipation of the unit?
A: Despite its miniaturized footprint, the housing is engineered from high-grade metal that acts as a highly efficient heat sink. The internal layout maximizes thermal transfer to the outer casing, preventing localized hotspots and protecting the sensitive photodetectors from thermal degradation.
