MT88E43BSR1

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The MT88E43BSR1 is an integrated circuit designed for Telecom interface applications developed by Micronas. It is highly cost-effective and provides up to 4.8 Tbps of data rate per channel. Its application fields include high speed back-planes, optical networks, and serial data rates up to 10 Gbps.

The MT88E43BSR1 supports both physical coding sub-layer (PCS) and digital signaling (DS) layer. For PCS, the chip can support 8b/10b, 64b/66b and scramblings with top three transmission speeds of 3.2 Gb/s, 4 Gb/s and 4.8 Gb/s. It also supports two DS standards, PMA-17 and PMA-17S. The PMA-17S supports two operation modes: digital signal transmission and conflict-free data transmission. The digital signal transmission is used for control functions such as device identification and control protocols.

The MT88E43BSR1 is also designed with a robust error detection and correction feature to ensure reliable data transmission. This feature helps to quickly detect and correct any errors in data transmission. It also supports a variety of power-saving modes, allowing efficient operation of the device.

Another feature of the MT88E43BSR1 is its data security and control capabilities. This feature prevents unauthorized access to the chip, as well as data exchanges via the chip and encryption of data. It also supports the use of Access Control Lists (ACLs) and authentication protocols such as Lightweight Directory Access Protocol (LDAP).

The MT88E43BSR1 chip supports multiple interface protocols including Ethernet, Ultra Wideband (UWB), StarFabric, and Fibre Channel. Further, it supports scalability and flexibility, allowing easy implementation of telecom applications. Furthermore, its power consumption is low, making it an ideal solution for telecom applications.

The MT88E43BSR1 operates on a master-slave bidirectional protocol. The Master transmitter (MT) controls the data transmission by issuing the start command. This is followed by the slave transmitter (ST) providing the data. The data receiver (DR) then receive the data and provide the data to the Master receiver (MR).

The chip also supports link alliance wherein the master and slave nodes can agree upon different configurations while being connected by the same telecom server. This helps in efficient data transmission from one node to another. It also enables the use of synchronized transmission technique, which ensures high-speed and reliable data transmission without any interruptions.

In summary, the MT88E43BSR1 is a powerful and cost-effective integrated circuit device that provides up to 4.8 Tbps data rate per channel, supports a variety of protocols, and is designed with robust error detection and correction feature. Its low power consumption and flexibility makes it ideal for telecom applications.

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