BCM54282C1KFBG

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BCM54282C1KFBG belongs to the Physical Layer-Interface - Drivers, Receivers, Transceivers. It is an advanced transceiver integrated memory transceivers that integrates product-optimized, low-power 10/100/1000Base-T PHY integrated with a balance of features. This integrated physical layer device is designed to transmit and receive data over standard twisted pair cables in Fast Ethernet, Gigabit Ethernet and 10-Gigabit Ethernet networks. This device is suitable for a wide range of industrial and automotive applications requiring maximum design flexibility, as well as ease of use and cost optimization.

This transceiver is specifically designed for high-speed differential communications links and is capable of being directly connected to Ethernet transceivers, schedulers, and interfaces. It is designed with a flexible and easy-to-use interface and is built to support up to four transmit and 14 receive channels. This device features a slim, small form factor package, integrated receiver, and an on-chip line rate detect circuit to detect different speed modes for various applications, and is able to SelectEEE compatibility for reduced power consumption.

The BCM54282C1KFBG provides high-performance data transmission and a range of features, including advanced configuration options; software control of various MAC/PHY functions such as link training, link up/down, speed and duplex modes; priority flow control (PFC); priority rate limiting; half-duplex packet detection and correction; and advanced configuration options in its support package.

The BCM54282C1KFBG is designed to support both point-to-point (two-port) and point-to-multipoint (three-port) communication. It supports link aggregation with multiple port bonding and has options to support auto-negotiation, Fiber Channel-over-Ethernet, and iSCSI. It is also compatible with 802.3z EDC/FEC and compliant with 802.3. It is also able to detect changes in line rate, cable type, and link status. The device is also backward compatible with the other versions of the BCM54282 variations.

The BCM54282C1KFBG is capable of auto-negotiation to the highest link speed, and increased data rate up to 10 Gbps, making it an ideal solution for establishing high-speed communications and satisfying high-level appliation requirements. In addition, the device also supports jumbo frames, allowing it to handle large frames and reduce the overhead of an Ethernet system. The transceiver also supports fault-tolerant fast Ethernet as well as managing link and speed negotiation events.

In terms of working principle, the BCM54282C1KFBG transceiver uses light signals for data transmission, with a center frequency of about 1.3 gigahertz. When a signal is received, the transceiver receives it, amplifies and converts it into electrical signals. The electrical signals are then transferred to the PHY layer for further processing and error correction. During data transmission, the transceiver receives electrical signals from the PHY layer and converts them into optical signals. The encoded optical signals are then sent over the link, and received by the other end, which converts them back into electrical signals before the data can be finally processed at the receiver.

The BCM54282C1KFBG is widely used in industrial automation and communication applications, such as wireless networks, connected lighting, automotive applications, and urban infrastructure systems. It is also suitable for applications with digital and RF signals and as an interface to Fibre Channel, Gigabit Ethernet and 10G Ethernet. This transceiver helps end devices in a PoE network to communicate with each other, using the IEEE802.3 standard.

In conclusion, the BCM54282C1KFBG is an integral component of many industrial and communication systems. It is an advanced transceiver which is used for Fast Ethernet, Gigabit Ethernet and 10-Gigabit Ethernet networks. It is capable of transmitting and receiving data over standard twisted pair cables and features a slim, small form factor package. Lastly, it supports jumbo frames, auto-negotiation and priority flow control as well as link aggregation and priority rate limiting.

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