RF Integration: Integrated Solutions for Wireless and Wideband Communications
Today's Warfighter relies on real time Situational Awareness. Knowing what's over the hill and around the corner guides tactical response and assures safety.
Reducing Size, Weight and Power (SWaP) enables high speed Networks such as WIN-T to link with Unattended Ground Sensors and UAVs.
Low power Wireless Sensor Networks and Precision Guidance Systems are vital to Force Protection.
Power Consumption, Cost and RF Integration are key.
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Wireless Infrastructure is evolving to support increased Voice, Data and Video applications on 3G Smartphones.
Increased data throughput from Wireless Backhaul is supported by 128QAM systems and new Carrier Grade Ethernet systems at E-band with 1Gbps data rates.
LTE replaces the existing core with an All IP network, 20MHz channels and SC-FDMA schemes supporting data rates up to 326.4Mbps.
WiMAX and 802.11n enable data throughput up to 600Mbps and robust local area coverage with 4x4 MIMO architectures and OFDM signals.
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Today's Laptops are true multimedia devices. Digital Video is received over 802.11n at data rates of 600Mbps.
Digital Set Top Boxes support IPTV through MoCA or high speed Ethernet connections.
Wireless HDMI replaces cables with Ultra Wideband connections or compressed WDMI signals.
HDTV's, DVR's and Blue Ray players provide video
on
demand anywhere in the home through wireless
connections.
Laptops and TVs receive DVB signals from Terrestrial,
Satellite and Cable sources All require integrated,
wideband high performance RF solutions.
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Smart Phones support GSM/EDGE, W-CDMA and TD-SCDMA for wide area connections. 802.11 and Bluetooth support local area connections.
Location based services are enabled with GPS or GNSS signals.
LTE provides an All-IP backbone. SC-FDMA and OFDM bring 326.4Mbps data rates to mobile devices over the E-Utran standard.
Terrestrial or Satellite DAB or DVB tuners turn mobiles into personal entertainment centers.
Power Consumption, Cost and RF Integration are key.
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Precise and ubiquitous knowledge of Position and Time permeate our lives.
Upgrades to the GPS system and new systems such as GLONASS, Galileo and Beidou enable more precise position fixes, remote control of machines, time stamping of widely dispersed data sources and more accurate position information in buildings and Urban Canyons.
The next generation of GNSS Receivers will use all available signals worldwide in the L1, L2 and L5 bands.
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Machine to Machine (M2M) data transfer is the new frontier for wireless interconnections.
Smart Meters connect to a Smart Grid managing our energy and utility costs. The Internet connects controllers in the home over 802.15.4 (Zigbee) to regulate power usage, reduce waste and enhance security.
Low Power remote Wireless Sensor Networks monitor valuable assets in real time. Factory Automation, Asset Tracking, RFID and Industrial Control networks connect over wireless links to create the "Internet of Things."
A new generation of ASICs combine low power 802.15.4, Bluetooth and Zigbee radios, low power processors, instrumentation and RF Energy Harvesting to support 24/7 monitoring and control.
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Wireless Sensor Networks monitor Vital Signs providing real time data on Glucose levels, EKG, Blood Pressure or even Brain Activity.
Miniature accelerometers and gyroscopes can monitor stroke, epilepsy or other events.
Health and Wellness applications drive Low power, Size
and Reliability to new limits.
A new generation of ASICs combine low power 802.15.4
(Zigbee) and Bluetooth radios, low power processors,
instrumentation and RF Energy Harvesting to provide
the Lowest Power Consumption and the Smallest Size.
These ASICs support Wearable and Implantable Sensors
that connecting to Smartphones, PDA's or Laptops.
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A leading developer of RF and Analog Solutions for Wireless and Wideband Communications
Using a Systems Oriented methodology and an extensive library of Silicon Proven IP, our engineers develop high performance Transmit, Receive and Synthesizer subsystems and high performance Building Blocks such as VCO's, Mixers or LNAs. Our RFICs, SoCs, ASICs, SiPs and MMICs extend from DC to 80GHz in SiGe, RF CMOS, GaAs and GaN technologies on process nodes ranging from 500nm to 65nm and beyond.
Products & Services
RF Systems & IC Design Services
From the concept and systems engineering phases through product development,
qualification and production, RF
Integration can meet your needs.
RF Systems IC Design
RF & Analog IP Cores
Integrate RF and Analog functionality while reducing the time to market, risk and cost of your ASIC development using RF Integration's proven IP.
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Turn Key ASIC: RFIC, MMIC & SoC
Full turn-key ASIC implementations in System On Chip (SoC) and RFIC or MMIC form enable significant Size, Weight, Power and Cost reduction on your product roadmap.
RFIC MMIC SoC
Turn Key System in Package (SiP)
With three month lead times from concept to prototype, RF Integration's SiP solutions can make an immediate impact on size and parts count.
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Commitment To Quality
Our policy is to provide the highest quality products and services, through operational excellence, continual improvement and satisfying customer needs in everything we do.
RF Systems Live!
Schedule time with one of RF Integration's Engineering Specialists. Contact us today to set up an appointment.
| DISCUSS YOUR RF SYSTEMS APPLICATION |
|---|
| GSM, EDGE, W-CDMA, UMTS,HSDPA, HSUPA, TD-SCDMA,EVDO, LTE |
| GPS, GNSS, GLONASS, Galileo, Compass, Beidu |
| DVB-T, DVB-S, DVB-C, DVB-H, ISDB, ATSC, DMB, DAB |
| 802.11 a/b/g/n and ISM applications |
| 802.15.1, Bluetooth , WiMedia, BLE, ANT |
| 802.14.4, Zigbee, 802.15.3, R4CE, BLE, ANT |
| WiMax, MMDS, DOCSIS , MOCA and fixed wireless |
| Ultrawideband, Radar, Cellular Backhaul, Wideband systems. |