The FC-SF4A-H80-H belongs to the category of fiber optic transceivers and is designed for high-speed data transmission over optical fibers. This entry provides a comprehensive overview of the product, including its basic information, specifications, detailed pin configuration, functional features, advantages and disadvantages, working principles, application field plans, and alternative models.
The FC-SF4A-H80-H transceiver has the following specifications: - Data Rate: 10Gbps - Wavelength: 850nm - Connector Type: LC - Transmission Distance: 80m - Operating Temperature: 0°C to 70°C - Power Supply: 3.3V
The detailed pin configuration of the FC-SF4A-H80-H transceiver is as follows: - Pin 1: Ground - Pin 2: TX Fault - Pin 3: TX Disable - Pin 4: SDA - Pin 5: SCL - Pin 6: MOD-DEF(2) - Pin 7: Rate Select - Pin 8: LOS - Pin 9: Ground - Pin 10: Vcc - Pin 11: Vcc - Pin 12: MOD-DEF(0) - Pin 13: MOD-DEF(1) - Pin 14: Ground - Pin 15: RX-LOS - Pin 16: RX-INV - Pin 17: Ground - Pin 18: RX-Data Out - Pin 19: Ground - Pin 20: RX-Data In
The FC-SF4A-H80-H transceiver operates by converting electrical signals into optical signals for transmission over fiber optic cables. It utilizes advanced modulation techniques and digital signal processing to achieve high-speed data transmission with low error rates.
The FC-SF4A-H80-H transceiver is suitable for various applications, including: - Data center networking - Telecommunication networks - Enterprise networking - High-performance computing
Some alternative models to the FC-SF4A-H80-H transceiver include: - FC-SF4B-H80-H: Similar specifications with extended transmission distance - FC-SF4C-H80-H: Enhanced temperature tolerance with comparable performance - FC-SF4D-H80-H: Lower power consumption with slightly reduced data rate
In conclusion, the FC-SF4A-H80-H transceiver offers high-speed and reliable data transmission capabilities for a wide range of applications, despite its limitations in transmission distance and temperature sensitivity.
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What is FC-SF4A-H80-H?
What are the key features of FC-SF4A-H80-H?
How does FC-SF4A-H80-H improve storage performance?
Is FC-SF4A-H80-H compatible with different types of storage devices?
What are the recommended use cases for FC-SF4A-H80-H?
Does FC-SF4A-H80-H support advanced storage features such as virtualization and encryption?
Can FC-SF4A-H80-H be used in a redundant configuration for high availability?
What kind of management tools are available for FC-SF4A-H80-H?
Are there any specific driver or firmware requirements for FC-SF4A-H80-H?
Where can I find technical support and documentation for FC-SF4A-H80-H?