Broadcom launches the first 64-bit 4-core processor for the router industry

The Global Wireless and Wireless Communication Semiconductor Innovation Solution Leadership Broadcom has recently announced on the International Consumer Electronics Show (CES 2016), and launched the industry's first 64-bit 4-core processor that faces high-end routers. The launched BCM4908 not only helps the original equipment Manufacturer (OEM) and service providers to provide more CPU functions required for smart homes and Internet of Things applications, while also achieving higher home internet access speeds. BCM4908 includes the industry's first 1.8GHz 64-bit 4-core ARM CPU while using the blog Runner network packet processor. It can achieve system data throughput of more than 5 GPBs without increasing the CPU load. In addition, it also passes the 2.5 Gigabit Ethernet physical layer interface supports higher home access speeds, including Google Fiber and COMCAST 2Gbps, which is the fastest connection speed that consumers can enjoy. Manny Patel, Marketing Director of Boyong Wireless Connection Business Department, said: "With this latest on-chip system (SOC) chip, Bo Tong has a new step with a home network connection. By increasing CPU performance and adding more advanced features, We are helping the OEM build a more powerful home router to address the increasing bandwidth demand for supported high bandwidth content, continuous improvement of ultra HD demand, as well as the continuous emergence of more Internet of Things and intelligent home applications. " BCM4908 with BCM4366 WAVE2 5G WiFi MU-MIMO is used to achieve more than 3.4 Gbps synchronous Wi-Fi throughput. Main features and advantages Zero CPU Wi-Fi Uninstall can release CPU resources for other tasks Broadstream iqos acceleration Support for hardware VPN acceleration dedicated security processors Support for fast connection to thousands of megabit modems or network attached storage (NAS) devices WAN / LAN port Integrated SATA III, two USB3.0 ports, and 3 PCIegen 2 ports, enrich features, can reduce external RBOM costs Using low-power 28nm technology and advanced power management, power consumption can reduce more than 50% compared with previous solutions Support for the three-band (AC5300) 5GWIFI XStream 802.11ac MU-MIMO: o 3 BCM4366 4X4 RF, each integrates a CPU for host unload processing o A total of 7 CPU kernels ("septaracore"), CPU capacity exceeds 9.6GHz Strong hardware acceleration for routing and USB storage BCM4908 has now begun to provide a sample. Xiaobian vomiting blood recommendation: Full set of reference design, Arria 10 EMIF data stream generator video demo Altera FPGA development essential, power supply terminology and how to meet FPGA voltage accuracy requirements I have seen this video, which is not difficult to target the shift register unit in Altera FPGA. SOC FPGA development engineer must have skill, authoritative video explains how to generate SOC HPS systems using QSYS FPGA engineer This upgrade your knowledge base, Quartus II New Engineering Wizard Getting started in a second, teach you how to configure Altera Max 10 users flash memory