HYTOPTODEVICE Custom 10G BOSA 1490/1550nm Bi-Directional Optical Sub-Assembly 80km Bi-Di LC Receptacle Support OEM/ODM

Product Details

HYTOPTODEVICE 10G BOSA 1490/1550nm 80KM | High-Power DFB & APD LC Receptacle OSA Components Support OEM/ODM
 
   The HYTOPTODEVICE 10G 80KM BOSA components are an ultra-long-haul Bi-Directional Optical Sub-Assembly designed for high-capacity 10Gbps links. Utilizing the 1490nm/1550nm wavelength pair, it overcomes fiber attenuation and dispersion over distances up to 80 kilometers.

To achieve this extreme reach, our BOSA OSA device integrates a high-performance High-Power DFB Laser (TX) and an ultra-sensitive APD (Avalanche Photodiode) receiver. This combination provides a massive optical link budget, making it the perfect engine for 10G SFP+ 80km BiDi modules used in carrier-grade backhaul and metro networks.

Technical Highlights:

• Ultra-Long Reach: Stable 10Gbps transmission up to 80km on G.652 single-mode fiber.

• High Sensitivity: Integrated APD-TIA ensures excellent receiver sensitivity (typically below -24dBm).

• Advanced Isolation: Built-in high-grade optical isolator to prevent back-reflection, ensuring spectral stability.

• Customizable Interface: Standard LC Receptacle with customizable pin lengths and electrical configurations.

Product Parameters


Specifications:

Application Scenarios

• Metro Core Networks: Connecting central offices across large metropolitan areas.

• 5G/4G Long-Haul Backhaul: High-speed data transport for remote base stations.

• Regional ISP Infrastructure: Cost-effective 10G expansion over existing single-fiber lines without adding new fiber.

• Campus Interconnect: Linking distant university or corporate campuses via dedicated dark fiber.

FAQ for  10G BOSA  Optical Components

 Q1: What are the storage requirements for this BOSA?
       A:HYTOPTODEVICE optical component has a safe storage temperature range of -40°C to +85°C, ensuring the photo diode remains stable during long-distance transit or non-operating periods.

Q2:How do you ensures the stability of the 1490/1550nm wavelengths at 80km?
    A: For 60km reaches, we use high-power DFB lasers and high-sensitivity APD receivers. Combined with our precision optical alignment technology, we guarantee stable performance and low Bit Error Rate (BER) even over long distances.

Q3: Can you offer a metal housing with good thermal conductivity for better heat dissipation?
A: Yes,absolutely. The 80km SFP+ BIDI transceivers use high-power 80km lasers, that generate more heat than standard 10km versions. We offer special Metal LC Receptacles that provide superior thermal conductivity, which is critical for maintaining stable wavelength in long-reach transmission

Q4:Can HYTOPTODEVICE customize the BOSA pinout for our own PCB?
     A: Yes. Our professional engineering team specializes in 10G BOSA designs. Based on your technical drawings or samples, we will adjust the pin directions and lengths, pin circle diameters, and electrical characteristics to ensure 100% compatibility,meet customer' demands.

Q5:For 80km transmission, does this BOSA components use a PIN or APD receiver?
    A: To ensure a sufficient link budget for 80km transmission, The top 10 manufacturer in optical transceivers HYTOPTODEVICE uses a high-sensitivity APD Tia, that are essential for long-range transmission.

Q6:Do you provide optical component samples for testing?
  A:To ensure our compact optical devices meet customer project requirements and provide a better customer experience to our excellent customers, we support samples for testing and welcome customer feedback at any time, with responses provided within 24 hours.contact us now!

Q7:Do HYTOPTODEVICE provide overseas technical support for optical devices?
  A:Yes,We have a highly experienced after-sales technical team for customers around the w
orld, provide various technical support in 24 hours.Please feel free to contact us if any questions.

Q8:What were HYTOPTODEVICE application for optical components?
  A:China optical transceiver manufacturer HYTOPTODEVICE offers lasers diode for digital, analogue, CWDM and supervisory channel applications with premium reliablity and excellent service.


Quality Assurance：Why Choose HYTOPTODEVICE?

   Finding a professional & reliable optical components supplier is key to maintaining your supply chain.

• Precision Alignment: Advanced auto/manual coupling ensures sub-micron accuracy.

• Performance Tested: Rigorous characterization of optical power and sensitivity.

• Quality Assured: 100% optical and electrical testing before shipment, fully compliant with RoHS and international standards.

• Rapid Prototyping: Fast turnaround for custom samples to help you accelerate your time-to-market.

• Expert OEM/ODM Capability: We don't just sell parts; we provide solutions. Whether it's a unique mechanical fit or a specific optical parameter, we build to your specs.
• Mass Production & Quick Lead Times: Our automated production lines ensure high yield and consistent quality, with fast shipping for both samples and bulk orders.

Quality Certification & Compliance：

At HYTOPTODEVICE, our quality commitment is backed by industry-standard validations. From fiber optical subassembly manufacturing to final inspection, our processes ensure global compliance and reliability.

We adhere to rigorous standards for our optical componets and network solutions:

• ISO 9001: Certified quality management and production consistency.

• CE & FCC: Fully compliant for seamless Global Market Access.

• RoHS: Committed to environmental responsibility and hazardous material control.

• Proven Reliability: Rigorous testing to reduce compliance risk and ensure safety.
  

Certified Quality. Global Standards. Guaranteed Performance.

Scope of Application

  HYTOPTODEVICE specializes in precision-engineered lasers for digital, analog, CWDM, and supervisory channel applications. Our product portfolio includes high-density BOSA optimized for SFP+ optical transceivers, alongside a comprehensive range of FTTx devices. Engineered for versatility, our solutions are widely implemented across a diverse range of industries, from telecommunications to industrial automation.


State-of-the-Art Optical Component Production