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Tag: soc
Broadcom introduces Ultra HD SoC with VP9p60 decode support
2015-06-09 14:30:43| Digital TV News
Broadcom (NASDAQ: BRCM) has announced its next-generation Ultra HD home gateway and set-top box system-on-chip. The BCM7445S continues Broadcom's leadership in Ultra HD technology with the addition of VP9p60 decode support.
Tags: support
ultra
soc
introduces
Wi-Fi SoC reduces power consumption by 85% for IoT devices.
2015-06-08 14:31:06| Industrial Newsroom - All News for Today
Employing ultra-low power (ULP) Wi-Fi and memory technology, RKi6000 provides more efficient power, reduces size, and enables use of Wi-Fi® to foster IoT device development for diverse markets. Receiving power consumption is ~20 mAh during use, and functionality allows IoT devices to use coin battery. AAA batteries can be used for up to 35 years. Features include Adaptive Dynamic Power Control Technology as well as ability to connect to Wi-Fi without waking up main-control processor.
Tags: power
devices
consumption
reduces
MediaTek announces new P10 SoC, upgrades popular eight-core model
2015-06-01 20:33:28| Extremetech
MediaTek has announced its upcoming P10 SoC, a performance-mainstream option that will update its older octa-core designs and improve power efficiency. This new chip could see widespread US release if the new, CDMA2000-capable modem catches on as a budget smartphone option.
Tags: popular
model
soc
announces
Socionext sampling 4K media playback SoC
2015-05-27 16:30:56| Digital TV News
Socionext has began sampling its new MN2WS03101A, a single-chip IC for 4K/p60, HEVC and VP9 playback with built-in HDMI-Tx/Rx. The new device is compatible with HEVC Main 10 profile, and supports new copyright protection, HDR and wide color gamut.
Tags: media
soc
sampling
playback
Power Controller/PHY IP Solution reduces mobile SoC energy draw.
2015-05-27 14:31:06| Industrial Newsroom - All News for Today
Reducing active and standby power consumption for mobile SoCs, Synopsys DesignWare® IP for PCIe® 3.1 specification helps designers extend mobile device battery life. L1 sub-states and power gating techniques, including utilization of power switches, power islands, or retention cells, reduce standby power to <10 µW/lane. Supply under drive, transmitter design, and equalization bypass schemes reduce active power to <5 mW/Gb/lane while meeting PCIe 3.1 electrical specification.
Tags: power
mobile
solution
energy
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