Broadcom Corp.
San Jose, CA 95131
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WLAN VoIP Router SoCs include 3G USB modem support.
Intensi-fi-® XLR solutions include BCM5356U (single-stream) and BCM5358U (dual-stream) 2.4 GHz IEEE 802.11n router SoCs, BCM5358 dual-stream 2.4 GHz IEEE 802.11n router SoC with VoIP support, and BCM47186 dual-stream 2.4 GHz IEEE 802.11n Gigabit Ethernet router SoC with VoIP support. All incorporate Accelerange(TM) technology for enhanced wireless coverage and utilize 533 MHz MIPS32 74K core CPU...
Read More »WLAN VoIP Router SoCs include 3G USB modem support.
Intensi-fiÃ-® XLR solutions include BCM5356U (single-stream) and BCM5358U (dual-stream) 2.4 GHz IEEE 802.11n router SoCs, BCM5358 dual-stream 2.4 GHz IEEE 802.11n router SoC with VoIP support, and BCM47186 dual-stream 2.4 GHz IEEE 802.11n Gigabit Ethernet router SoC with VoIP support. All incorporate Accelerange(TM) technology for enhanced wireless coverage and utilize 533 MHz MIPS32 74K core...
Read More »DSL Terminal Solution targets Ethernet-based applications.
Leveraging multi-mode ADSL2+/VDSL2, vectoring, and channel bonding technologies, Model BCM96519 optimizes capacity of Ethernet connectivity over copper, with rates approaching 1 Gbps. Multi-line DSL terminal is based on BCM6519 octal digital transceiver and BCM6529 dual analog front end companion chip. Solution provides wireless service providers with upgrades to multi-Mbps backhauling links...
Read More »DSL Terminal Solution targets Ethernet-based applications.
Leveraging multi-mode ADSL2+/VDSL2, vectoring, and channel bonding technologies, Model BCM96519 optimizes capacity of Ethernet connectivity over copper, with rates approaching 1 Gbps. Multi-line DSL terminal is based on BCM6519 octal digital transceiver and BCM6529 dual analog front end companion chip. Solution provides wireless service providers with upgrades to multi-Mbps backhauling links...
Read More »GPS Receiver IC drives mobile device functionality.
Used for tracking and navigation in mobile devices, BCM4751 employs parallel, hardware correlator architecture that results in accelerated signal searches, real-time navigation, and optimized tracking sensitivity. It allows GPS-enabled mobile devices to detect very weak signals and supports other satellite constellations, such SBAS and QZSS. With 30 mm-² PCB footprint, receiver integrates RF and...
Read More »GPS Receiver IC drives mobile device functionality.
Used for tracking and navigation in mobile devices, BCM4751 employs parallel, hardware correlator architecture that results in accelerated signal searches, real-time navigation, and optimized tracking sensitivity. It allows GPS-enabled mobile devices to detect very weak signals and supports other satellite constellations, such SBAS and QZSS. With 30 mmÃ-² PCB footprint, receiver integrates RF...
Read More »Bluetooth/GPS/FM IC offers low-power media processing.
Intended for multimedia smartphones and other handset devices, InConcert-® BCM20751 delivers Bluetooth® connectivity while enabling range of media playback and recording functions. This alleviates host processor burden while enables GPS and FM radio functionality along with audio processing. IC offloads host processing from phone's baseband processor to conserve power, increasing playback...
Read More »Bluetooth/GPS/FM IC offers low-power media processing.
Intended for multimedia smartphones and other handset devices, InConcertÃ-® BCM20751 delivers Bluetoothî connectivity while enabling range of media playback and recording functions. This alleviates host processor burden while enables GPS and FM radio functionality along with audio processing. IC offloads host processing from phone's baseband processor to conserve power, increasing...
Read More »3G HSPA Chipset enables high-speed smartphone development.
Designed in 65 nm CMOS process, 3G phone-on-a-chip and RF solution integrate all key 3G cellular and mobile technologies for powering 3G smartphone and smart feature phone segments. Baseband processor BCM21553 offers cellular connectivity and graphics capabilities for HSUPA applications, while RF transceiver provides support for all global frequency combinations covering 3G-enabled devices....
Read More »3G HSPA Chipset enables high-speed smartphone development.
Designed in 65 nm CMOS process, 3G phone-on-a-chip and RF solution integrate all key 3G cellular and mobile technologies for powering 3G smartphone and smart feature phone segments. Baseband processor BCM21553 offers cellular connectivity and graphics capabilities for HSUPA applications, while RF transceiver provides support for all global frequency combinations covering 3G-enabled devices....
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