Wireless
Broadcom Expands Offerings For Metropolitan And Enterprise 3G/LTE Multi-Mode Small Cell Networks
Broadcom launch the first dual-mode small cell family of system-on-a-chips. The three devices in the BCM617xx Series help cellular providers deliver better mobile experiences and faster data rates to end users while improving 3G/4G LTE network performance by offloading data traffic from macro base stations into small cell nodes.
BroaAll BCM617xx Series devices are compatible with Broadcom's current 3G software interfaces while expanding capabilities to include next generation 4G LTE protocols. The BCM617xx Series devices also deliver industry-leading power efficiency for Power-over-Ethernet (PoE), easing provisioning of power to remote access points and reducing the size of equipment packaging and ultimately the bill of materials. Fully integrated 3G and 4G LTE modems further reduce memory footprint, associated costs and power consumption.
With the highest levels of integration, Broadcom's dual-mode small cell SoCs reduce the overall small cell bill of materials as well as power consumption, said Greg Fischer, Broadcom's Vice President and General Manager for Broadband Carrier Access. As mobile operators continue to focus on delivering faster data rates and better quality of service, Broadcom's dual-mode devices support a seamless transition from 3G to 4G LTE for providers and the consistent, high-performance mobile experience end-users crave.
Key Features Of The BCM617xx Series
•Concurrent support for 4G LTE 20 MHz channel with full 150Mbs down link and 50Mbps uplink physical layer rate and 128 active users, and 32 active 3G WCDMA users with data rates of 42 Mbps in the downlink and 11 uplink Mbps.
•First to support 4G LTE 40MHz channel and 256 active users, or 64 active 3G WCDMA users and data rates of 84 Mbps in the downlink and 22 uplink Mbps.
•Supports LTE in both Frequency Division Duplexing or Time Division Duplexing modes to enable global market applications.
•Industry's lowest power modem design reducing bill of materials, form factor and power provisioning and thermal design requirements.
•Embedded Advanced Self-Organizing Network technology supported by simultaneous multi-standard sniffing capability to reduce operator costs to upgrade site performance and to enhance overall mobile network capacity.
•Expandability with Broadcom 802.11n and 802.11ac Wi-Fi radios and DSL, PON, Ethernet, or microwave backhaul solutions.
Broadcom's new small cell SoC series, including the BCM61760 for high capacity metro cells, the BCM61750 for enterprise small cells, and the BCM61730 for residential use, are now sampling.