BCM3384GKFSBG

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BCM3384GKFSBG, part of the high performance GKBFSBG family, is designed for high-performance interface of networks, storage systems, embedded processors, and DSPs. It delivers breakthrough interface speeds of up to 32Gbps and supports all popular multi-lane protocols including PCIe, SAS, Serial RapidIO, Ethernet, and more. The BCM3384GKFSBG offers outstanding flexibility and scalability, with fully compliant 3.3V and 5V operation. It is designed for high-capacity, multi-protocol applications in datacenter, consumer electronics, and communication applications.

The BCM3384GKFSBG is based on a scalable field programmable gate array (FPGA) structure that enables the integration of numerous physical layer (PHY) devices, including transceivers, power and clocks, and data converters. These devices provide the flexibility to adapt the BCM3384GKFSBG to any number of applications. For example, the FPGA can be configured to support PCIe, SAS, Ethernet, Serial RapidIO, and other protocols with specialized port-level configurations.

At the heart of the BCM3384GKFSBG is a flexible, protocol-independent PHY layer that enables the integration of multiple physical layer (PHY) devices. The modular structure allows for multiple PHY types to be incorporated into a single system, such as a PCI Express PHY, Serial RapidIO PHY, and Ethernet PHY. In addition, specialized PHYs for other protocols, such as Serial ATA and SAS, can also be integrated.

The BCM3384GKFSBG’s integrated PHY layer supports the operation of the various protocols at up to the theoretical top speeds. In addition, the FPGA provides flexibility in connecting multiple lanes and Endpoints with the various digital logic protocols. This flexibility allows for a wide range of latency, bandwidth, and power optimization settings that can be applied to meet the requirements of specific applications.

In addition to the flexibility and scalability of the BCM3384GKFSBG, its low power design further adds to the overall efficiency of the system. Power consumption is typically reduced by as much as 50%, compared to conventional multi-protocol designs. This low power design enables more power-efficient designs in multiple applications, including storage, telecommunications, and the industrial sector.

The BCM3384GKFSBG offers high performance PHYs coupled with fully scalable device architecture to meet the needs of any application. With support for the most popular multi-lane protocols and low power requirements, its flexibility and scalability make it an ideal choice for high-capacity, multi-protocol applications in the communication, datacenter, and consumer electronics markets. As a building block, the BCM3384GKFSBG enables system designers to quickly and efficiently develop a wide variety of products.

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