BCM56440XB0IFSB

BCM56440XB0IFSB is a highly integrated switching chip from Broadcom, a leading provider of semiconductor solutions for wired and wireless communications. This advanced IC is part of Broadcom’s StrataXGS series, specifically designed to meet the evolving needs of network operators.

BCM56440XB0IFSB offers a seamless upgrade path for traditional TDM networks to modern Ethernet-based performance, making it ideal for 3G and 4G mobile backhaul transmissions. It boasts unparalleled integrated functionalities, including switching, traffic management, timing, circuit emulation services, and memory, providing a comprehensive solution for all parts of the mobile backhaul transmission network.

With its high integration level, BCM56440XB0IFSB consolidates the functionality of up to seven off-the-shelf Application-Specific Standard Products (ASSPs) into a single 40nm CMOS device, significantly reducing material costs for equipment manufacturers and lowering capital expenditures for operators by up to 50%. Additionally, this chip eliminates the need for expensive, high-power network processing units (NPUs) and field-programmable gate arrays (FPGAs), further reducing overall development costs and accelerating time-to-market.

BCM56440XB0IFSB features a compact form factor, measuring 7.1mm in length, 7.1mm in width, and 2mm in height, making it easy to integrate into various network equipment. It operates within a temperature range of -10°C to 80°C and supports a power supply voltage range of 4.5V to 6V, ensuring robust performance in diverse environments.

This chip also includes hardware support for Ethernet and MPLS OAM, enabling full offloading of the main CPU. All ports support Synchronous Ethernet clock synchronization, ensuring accurate timing for network operations.

In summary, BCM56440XB0IFSB is a cutting-edge switching chip that offers exceptional performance, high integration, and cost-effectiveness, making it an ideal solution for network operators seeking to upgrade their networks to modern Ethernet-based performance.