BCM85110IFSBG

The BCM85110IFSBG is a quad-channel 100G PAM4 PHY IC designed for high-speed optical and copper interconnects.This IC provides high-performance and reliable signal transmission for next-generation data center and enterprise networking applications.Utilizing PAM4 modulation,this IC enables increased data throughput and efficiency in high-speed communication systems.

Pinout

(Note:The pin configuration below is a general representation.Refer to the specific datasheet for precise details.)

• VDD:Power Supply Voltage
• LOS1:Loss of Signal for Channel 1
• TXEN1:Transmitter Enable for Channel 1
• RXOUT1:Receiver Output for Channel 1
• RXIN1:Receiver Input for Channel 1
• TXIN1:Transmitter Input for Channel 1
• TXOUT1:Transmitter Output for Channel 1
• LOS2:Loss of Signal for Channel 2
• TXEN2:Transmitter Enable for Channel 2
• RXOUT2:Receiver Output for Channel 2
• RXIN2:Receiver Input for Channel 2
• TXIN2:Transmitter Input for Channel 2
• TXOUT2:Transmitter Output for Channel 2
• LOS3:Loss of Signal for Channel 3
• TXEN3:Transmitter Enable for Channel 3
• RXOUT3:Receiver Output for Channel 3
• RXIN3:Receiver Input for Channel 3
• TXIN3:Transmitter Input for Channel 3
• TXOUT3:Transmitter Output for Channel 3
• LOS4:Loss of Signal for Channel 4
• TXEN4:Transmitter Enable for Channel 4
• RXOUT4:Receiver Output for Channel 4
• RXIN4:Receiver Input for Channel 4
• TXIN4:Transmitter Input for Channel 4
• TXOUT4:Transmitter Output for Channel 4

Circuit Diagram

Include a circuit diagram illustrating the connections and operation of the BCM85110IFSBG IC for a visual representation.

Key Features

• Quad-Channel 100G PAM4 PHY: Provides four channels for high-speed PAM4 signal transmission, meeting the requirements of modern data center and networking systems.
• High Data Throughput: Supports PAM4 modulation for increased data rates and spectral efficiency, enabling higher throughput in communication links.
• Integrated Signal Conditioning: Incorporates signal conditioning features to optimize signal integrity and performance in challenging interconnect environments.
• Low Power Consumption: Offers efficient power usage, suitable for power-sensitive data center and networking applications.
• Error Detection and Correction: Includes built-in error detection and correction mechanisms to ensure reliable data transmission over high-speed links.

Note: For detailed technical specifications, please refer to the BCM85110IFSBG datasheet.

Application

• Data Center Interconnects: Ideal for high-speed data center interconnects requiring reliable and high-performance PAM4 signal transmission.
• Enterprise Networking: Suitable for use in enterprise networking equipment for high-speed and efficient data transmission.
• Telecommunication Systems: Used in next-generation telecommunication systems to enable high-speed and reliable connectivity.

Functionality

The BCM85110IFSBG is a quad-channel 100G PAM4 PHY IC designed to facilitate high-speed data transmission with PAM4 modulation. It integrates advanced features to ensure reliable signal integrity and performance in demanding networking environments.

Usage Guide

• Power Supply: Connect VDD (Pin 1) to the appropriate power supply voltage based on the system requirements.
• Channel Configuration: Utilize the transmitter and receiver channels for PAM4 signal transmission between interconnected systems or devices.
• Signal Monitoring: Monitor the Loss of Signal (LOS) pins to detect signal integrity and performance issues in the communication links.

Frequently Asked Questions

Q: What is the maximum data throughput supported by the BCM85110IFSBG?
A: The BCM85110IFSBG supports quad-channel 100G PAM4 signal transmission, enabling a maximum data throughput of 400Gbps.

Q: Is the BCM85110IFSBG suitable for power-sensitive networking applications?
A: Yes, the BCM85110IFSBG offers low power consumption and efficient operation, making it suitable for power-sensitive networking applications.