Web Menu

Product Search

Language

Share

Field Optical Receiver Custom
Home / Products / HFC Transmission Equipment / Field Optical Receiver Series HFC Transmission Equipment
FIND PRODUCTS

Field Optical Receiver Manufacturers

This series of equipment includes field-type one-way and two-way optical receivers, which can be used in field environments. Various specifications of optical receivers can meet different application environments.

about prevail
Hangzhou Prevail Communication Technology Co., Ltd.
"Unlock The Potential Of Communication With Our Innovative Devices."

The Company is a scientific and technological innovative company dedicated to research and development, production, sales and technical services of communication equipment, optical communication equipment, mobile terminal equipment and intelligent system of Internet of Things. The Company firmly positions independent research and development as the core development strategy of the Company, and establishes and owns a technical research and development team with rich experience and strong innovation ability. Field Optical Receiver Manufacturers and Custom Field Optical Receiver HFC Transmission Equipment Factory in China.

With years of accumulation and accumulation in the CATV equipment manufacturing industry, the company's relevant product technology, performance and R&D level are in the advanced position in the same industry at home and abroad, and has been praised and trusted by many users at home and abroad. At the same time, under the policy background of "Three-Network Integration" and "Broadband China", based on the company's complete product line, independent research and development and continuous technical innovation capabilities, the company has become an industry leader that can provide cable TV network equipment and data communication system overall solutions for radio and television operators.

  • Hangzhou Prevail Communication Technology Co., Ltd.

    Industry development years

    0+
  • Hangzhou Prevail Communication Technology Co., Ltd.

    Sales country

    0+
  • Hangzhou Prevail Communication Technology Co., Ltd.

    R & D team

    0+
  • Hangzhou Prevail Communication Technology Co., Ltd.

    Warehousing area

    0+
Enterprise Certification

Empowering businesses with our robust capabilities.

  • Zhejiang Province Science and Technology-based Small and Medium-sized Enterprises
    Zhejiang Province Science and Technology-based Small and Medium-sized Enterprises
  • CE certificate
    CE certificate
  • CU Certificate
    CU Certificate
  • CU Certificate
    CU Certificate
  • UL Certificate
    UL Certificate
  • Environmental Management System Certificate-EN
    Environmental Management System Certificate-EN
News
Industry knowledge
Based on the characteristics of the deployment area, from what aspects should the Field Optical Receiver Series HFC Transmission Equipment be designed?
The design of Field Optical Receiver Series HFC Transmission Equipment should take into account the characteristics of the deployment area to ensure optimal performance, reliability, and longevity. Here are key aspects that considered in the design based on the deployment area characteristics:
Environmental Durability:
Weather Resistance: If the deployment area is exposed to outdoor elements, the equipment should be designed to withstand various weather conditions, including rain, snow, extreme temperatures, and UV exposure.
Corrosion Resistance: In coastal or industrial environments with corrosive elements, the equipment should be constructed using materials that resist corrosion.
Temperature Tolerance:
Consider the temperature range of the deployment area. The equipment should be designed to operate within this range to ensure optimal performance in both hot and cold climates.
Humidity and Moisture Resistance:
For areas with high humidity or moisture levels, the equipment should be sealed and designed to resist condensation and moisture ingress to prevent damage.
Enclosure Design:
The design of the equipment's enclosure should provide effective protection against environmental factors. It should be robust, sealed, and properly ventilated to prevent overheating.
Mounting and Stability:
Consider the stability of the mounting system, especially in areas prone to high winds or vibrations. The equipment should be securely mounted to withstand environmental forces.
Power Supply Considerations:
Ensure that the power supply design aligns with the available power sources in the deployment area. If there are potential power fluctuations, the equipment should incorporate protective measures.
Optical Signal Performance:
The equipment should be designed to handle the specific optical signal conditions of the deployment area. This includes considerations for signal strength, potential interference, and variations in signal quality.
Remote Monitoring and Management:
If the deployment area is remote or difficult to access, the equipment should support remote monitoring and management capabilities. This facilitates efficient troubleshooting and maintenance.
Security Features:
In areas where security is a concern, the equipment should incorporate robust security features, including secure access controls, encryption for optical signals, and physical tamper protection.
Scalability and Upgradability:
Design the Field Optical Receiver Series HFC Transmission Equipment with scalability in mind to accommodate potential future network expansions. Additionally, ensure that it can be easily upgraded to support advancements in optical transmission technology.
Regulatory Compliance:
Ensure that the design complies with relevant industry standards and regulatory requirements applicable to the deployment area. Obtain necessary certifications to meet regulatory expectations.
Ease of Maintenance:
Design the equipment for ease of maintenance, with accessible components and clear procedures. This is particularly important in deployment areas where regular maintenance may be challenging.
Integration with Existing Infrastructure:
If the deployment area is part of an existing network infrastructure, the equipment should be designed for seamless integration with other network components and management systems.