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    WIMAX BASEBAND Search Results

    WIMAX BASEBAND Result Highlights (2)

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    AD8305ACPZ-RL7 Analog Devices CSP Baseband Logarithmic Ampli Visit Analog Devices Buy
    ADL5304ACPZ-R7 Analog Devices Baseband Logarithmic Amplifier Visit Analog Devices Buy

    WIMAX BASEBAND Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    N810

    Abstract: 802.16e wimax chip WiMAX baseband 2300R WiMax Configurations KDDI WiMax Chip Antenna 3191* intel
    Text: Deliver WiMAX Faster Enabling fast design-in, small form factors, and energy-efficient performance with an integrated WiMAX chipset solution Intel WiMAX Connection 2400 Baseband Chip Intel® WiMAX Connection 2300R Triple-Band Radio Intel® WiMAX Connection 2310R


    Original     		PDF 2300R 2310R 0408/DJ/MESH/PDF 319104-002US N810 802.16e wimax chip WiMAX baseband 2300R WiMax Configurations KDDI WiMax Chip Antenna 3191* intel

    intel wimax

    Abstract: 802.16e wimax chip 2300R WiMAX baseband wimax base station 3191* intel
    Text: Deliver WiMAX Faster Enabling fast design-in, small form factors, and energy-efficient performance with an integrated WiMAX chipset solution Intel WiMAX Connection 2400 Baseband Chip Intel® WiMAX Connection 2300R Triple-Band Radio Intel® WiMAX Connection 2320R


    Original     		PDF 2300R 2320R 1207/DJ/MESH/PDF 319104-001US intel wimax 802.16e wimax chip 2300R WiMAX baseband wimax base station 3191* intel

    WiMAX baseband

    Abstract: qpsk demodulation VHDL CODE qpsk demapper VHDL CODE qpsk modulation VHDL CODE N7615B 16 bit qpsk VHDL CODE interleaver wimax HARQ MIMO HARQ *MIMO
    Text: Agilent EEsof EDA W1911 WiMAX Baseband Verification Library W1913 WiMAX Baseband Exploration Library Baseband PHY Libraries for SystemVue Datasheet Turbocharge Your WiMAX PHY Design Process “How do you really know that your adaptation of WiMAX is still


    Original     		PDF W1911 W1913 W1911EP/ET W1913ET 5990-4422EN WiMAX baseband qpsk demodulation VHDL CODE qpsk demapper VHDL CODE qpsk modulation VHDL CODE N7615B 16 bit qpsk VHDL CODE interleaver wimax HARQ MIMO HARQ *MIMO

    MAAMSS0048

    Abstract: MAAL-007306 MAAMSS0017 PQFN-16 wimax components MAAP-003438-010PP0 MASWSS0006 MASW-007107 cpe wimax MAFR-000121-5D4S1T
    Text: WiMAX broc_Feb08_singles_r2.qxd 3/18/08 3:13 PM Page 1 M/A-COM WiMAX components for next generation wireless February 2008 WiMAX broc_Feb08_singles_r2.qxd 3/18/08 3:13 PM Page 2 M/A-COM WiMAX Mobile and Customer Premises Equipment CPE WiMAX Mobile The newly ratified IEEE 802.16e standard allows manufacturers to begin introducing


    Original     		PDF Feb08 MAAMSS0048 MAAL-007306 MAAMSS0017 PQFN-16 wimax components MAAP-003438-010PP0 MASWSS0006 MASW-007107 cpe wimax MAFR-000121-5D4S1T

    WiMAX baseband

    Abstract: MB86K23 802.16e wimax chip MB39C316
    Text: MB86K23 The Fujitsu IEEE 802.16e-2005 Mobile WiMAX SoC USB 2.0 MAC Processor SDIO/SPI Peripherals Memory Interface PMU PHY Processors AFE SDRAM Flash PMM RF Simplified block diagram of the Fujitsu Mobile WiMAX SoC. Description The Fujitsu MB86K23 WiMAX baseband SoC is


    Original     		PDF MB86K23 16e-2005 MB86K23 16e-2005 MB86K52: MB39C316: EPS-FS-21349-02/2009 WiMAX baseband 802.16e wimax chip MB39C316

    MB87M3400

    Abstract: MB87m cpe wimax CPE Wimax SoC MB87m34 wimax base station ARM926 WiMAX baseband wimax soc
    Text: Building Early Lead and Ensure High Performance in WiMAX Product Delivery As one of the early leaders in broadband wireless access systems, Aperto Networks pledged at the founding of the WiMAX Forum that it would also be at the forefront of WiMAX-ready and WiMAX-certified systems delivery. The


    Original     		PDF MB87M3400 BWA-CS-21192-6/2006 MB87m cpe wimax CPE Wimax SoC MB87m34 wimax base station ARM926 WiMAX baseband wimax soc

    GDM7243M

    Abstract: LTE baseband chip GDM7243S lpddr2 phy LTE RF Multiband lpddr2 802.16e wimax chip LTE baseband mobile chip GDM7243 lte baseband mbps
    Text: GDM7243M Information Technology Solutions Multi-Mode FDD-TDD LTE + WiMAX Single Chip GCT’s Single Chip Advantage: RF + LTE & WiMAX Basebands on a Single Chip Features • Cat4 LTE: 150 Mbps downlink, 50 Mbps uplink • Supports WiMAX IEEE 802.16e • 3GPP Release 9


    Original     		PDF GDM7243M GDM7243S 12x12x1 WiMAX-16e 7243M GDM7243M LTE baseband chip GDM7243S lpddr2 phy LTE RF Multiband lpddr2 802.16e wimax chip LTE baseband mobile chip GDM7243 lte baseband mbps

    UXA23466

    Abstract: UXA23465 UXA23476 UXA23475 uxa234xx UXF23460 wimax receiver UXA234 uxf23480 HVQFN48
    Text: WiMAX 802.16e MIMO transceivers UXA234xx Mobile applications break free with WiMAX MIMO High broadband mobile applications are quickly becoming a reality thanks to the benefits of smart antennae technologies, such as WiMAX 802.16e multiple input/multiple output MIMO .


    Original     		PDF UXA234xx UXF23460 UXA23466 UXA23465 UXA23476 UXA23475 uxa234xx UXF23460 wimax receiver UXA234 uxf23480 HVQFN48

    MB87M3550

    Abstract: video transmitting using rf WiMAX RF Transceiver wi-fi transmitter wimax soc wireless video transmitting computer Wi-Fi transmitter circuit WiMAX baseband wimax receiver TMS320DM
    Text: Fixed WiMAX Applications Focus: IP Video Surveillance Networks W H I T E P A P E R Fixed WiMAX Applications Focus: IP Video Surveillance Networks Introduction Wireless IP Video Surveillance Systems The maturing of fixed WiMAX technology is making possible a


    Original     		PDF BWA-WP-21235-1/2007 MB87M3550 video transmitting using rf WiMAX RF Transceiver wi-fi transmitter wimax soc wireless video transmitting computer Wi-Fi transmitter circuit WiMAX baseband wimax receiver TMS320DM

    Untitled

    Abstract: No abstract text available
    Text: Agilent MXZ-1000 WiMAX Manufacturing Test System Data Sheet • Accelerate time to market • Certified for Beceem BCS120 RF chipset • Supports fixed and mobile WiMAX • Cost effective Collabaration with Beceem WiMAX RF chipset Table of Content Introduction and Key


    Original     		PDF MXZ-1000 BCS120 600mm 905mm 100kg 112Ibs) MXZ-1000 U1031A 5989-2027EN

    PM8800

    Abstract: JESD-207 JESD207 2TX, MICRO
    Text: PM8800 WiZIRD 2x2 WiMAX Zero Intermediate Frequency Radio Device Released Product Brief PRODUCT OVERVIEW The PM8800 WiZIRD 2x2 is an ultra-integrated single-chip WiMAX Zero Intermediate Frequency ZIF Radio Device. It is designed for Fixed and Mobile WiMAX applications and supports both IEEE 802.16-2004


    Original     		PDF PM8800 16e-2005 PMC-2061867, JESD-207 JESD207 2TX, MICRO

    Untitled

    Abstract: No abstract text available
    Text: PM8801 WiZIRD 1x2 WiMAX Zero Intermediate Frequency Radio Device Released Product Brief PRODUCT OVERVIEW The PM8801 WiZIRD 1x2 is an ultra-integrated single-chip WiMAX Zero Intermediate Frequency ZIF Radio Device. It is designed for Fixed and Mobile WiMAX applications and supports both IEEE 802.16-2004


    Original     		PDF PM8801 16e-2005 PM8801 PMC-2070771,

    fm transmitter project report

    Abstract: future scope of wiMAX wimax spectrum mask fm modulation and demodulation project report fsk modulation and demodulation using labview FSK labview wimax receiver 802.16e wimax chip WIMAX Communication System using Labview mobile device test cases
    Text: WiMAX IEEE802.16 Test Solutions for All Your Needs - The new WiMAX radio technology – worldwide interoperability for microwave access – is based on wireless transmission methods defined by the IEEE 802.16 standards. WiMAX has been developed to replace broadband cable networks such as DSL and to enable broadband wireless access for


    Original     		PDF IEEE802 fm transmitter project report future scope of wiMAX wimax spectrum mask fm modulation and demodulation project report fsk modulation and demodulation using labview FSK labview wimax receiver 802.16e wimax chip WIMAX Communication System using Labview mobile device test cases

    MB86K21

    Abstract: MB86K71 antenna wimax 3500
    Text: Deployment Considerations for Mobile WiMAX W H I T E P A P E R Deployment Considerations for Mobile WiMAX Introduction Along with traditional factors such as link budgets and signal-to-noise ratio SNR , deployment considerations for Mobile WiMAX systems should include the costsaving opportunities offered by the 802.16e standard.


    Original     		PDF 16e2005 broadb/16 BWA-WP-21335-9/2008 MB86K21 MB86K71 antenna wimax 3500

    WiMAX RF Transceiver

    Abstract: 802.16e wimax chip single chip transceiver ic wimax wlan WiMAX baseband SMARTi wimax wimax modem Infineon Technologies transistor 4 ghz smarti wlan transceiver RF transceiver IC
    Text: Product Brief PMB 2008 SMARTi TM WiMAX Single-chip dual-band WiMAX / WLAN RF Transceiver IC with standard I&Q interface S M A R T i T M W I M A X P M B 2 0 0 8 is the first single-chip dual-band WiMAX and WLAN Transceiver IC with standard I&Q interface for multi-media and


    Original     		PDF 20MHz, B118-H9158-X-X-7600 WiMAX RF Transceiver 802.16e wimax chip single chip transceiver ic wimax wlan WiMAX baseband SMARTi wimax wimax modem Infineon Technologies transistor 4 ghz smarti wlan transceiver RF transceiver IC

    Base Station TDD

    Abstract: No abstract text available
    Text: Design of a Multi-sector Base Station Using the Fujitsu WiMAX SoC _ APPLICATION NOTE _ Design of a Multi-sector Base Station Using the Fujitsu WiMAX SoC Introduction channel fast enough so that the transmitters and receivers


    Original     		PDF 11GHz. ieee802 org/16. BWA-AN-21188-6/2006 Base Station TDD

    verilog code for orthogonal cdma transmitter

    Abstract: verilog code for dpd handover MATLAB fft algorithm verilog in ofdm CORDIC altera verilog code for cdma transmitter vhdl code for rotation cordic vhdl code for cordic algorithm verilog code for ofdm transmitter vhdl code for FFT 256 point
    Text: WiMAX OFDMA Ranging Application Note 430 August 2006, version 1.0 Introduction This application note describes the Altera worldwide interoperability for microwave access WiMAX orthogonal frequency-division multiple access (OFDMA) ranging reference design. The application note


    Original     		PDF 16e-2005 verilog code for orthogonal cdma transmitter verilog code for dpd handover MATLAB fft algorithm verilog in ofdm CORDIC altera verilog code for cdma transmitter vhdl code for rotation cordic vhdl code for cordic algorithm verilog code for ofdm transmitter vhdl code for FFT 256 point

    future scope of wiMAX

    Abstract: Mobile WiMAX abstract wimax receiver 3.5 GHz future scope of wireless communication ofdm transmitter QAM-16QAM-64QAM-64 Transceiver Base Station TDD WiMAX 2.4 ghz RF Transceiver parameters OFDM-256 QAM16
    Text: Fixed and Mobile WiMAX Overview Reza Golshan Director of System ASIC Development Fujitsu Microelectronics America, Inc. http://us.fujitsu.com/wimax Scope of Presentation „ „ „ „ „ Broadband Wireless Access Overview of 802.16 Standards & Features OFDM Basics


    Original     		PDF

    cpe wimax

    Abstract: DM256 pci riser schematics block diagram diagram of wifi wireless router MPC8323E MPC8349 MPC8349E MAC E300 Gigabit Ethernet MAC Non SPI cpe wimax pin
    Text: Reference Platform Based on PowerQUICC Architecture WiMAX-Enabled CPE Solution for SOHO and Small-to-Medium Gateways Our new integrated platform enables MPC8349E-mITX Block Diagram converged wired/wireless services and service. The WiMAX CPE solution combines


    Original     		PDF MPC8349E-mITX MPC8349E MPC8323E* cpe wimax DM256 pci riser schematics block diagram diagram of wifi wireless router MPC8323E MPC8349 MAC E300 Gigabit Ethernet MAC Non SPI cpe wimax pin

    GDM7243

    Abstract: No abstract text available
    Text: GDM7243M Information Technology Solutions Multi-Mo de FDD-TDD LTE + WiMAX Sing le Chip GCT’ s Sing le Chip Adva nta g e : RF + LTE & WiMAX Ba se ba nds o n a Sing le Chip Fe a ture s • Ca t4 LTE: 150 Mb p s d o wnlink, 50 Mb p s up link • Sup p o rts WiMAX IEEE 802.16e


    Original     		PDF GDM7243M 12x12x1 WiMAX-16e 7243M GDM7243

    802.16e wimax chip

    Abstract: WiMAX baseband fujitsu ten wimax cpe wimax wimax soc 3G HSDPA customer reference board 2011 GSM ANTEN WiMAX wireless technology
    Text: Fujitsu Microelectronics America, Inc. / Broadband Wireless World 4/21/05 1 Agenda Introduction Emi Igarashi Fujitsu WiMAX Overview Keith Horn Fujitsu WiMAX SoC Announcement George Wu - WiLAN John Seliga - Aperto Reza Ahy - ZTE Yabing Shen - SiGe Alistair Manley


    Original     		PDF

    milbeaut

    Abstract: MB87M3400 cpe wimax mitac WiMAX baseband fujitsu fr-v Portable Communication Device base Station Communications Network
    Text: WiMAX Business Update Fujitsu Microelectronics America, Inc. Fujitsu Limited Agenda „ „ „ „ „ „ Introduction “Communications On-the-Go” Deployment of Fixed WiMAX SoC Customer Case Studies and Applications „ Aperto Networks „ Air Broadband Communications


    Original     		PDF

    GDM7221 Product Brief

    Abstract: WiMAX GDM7221 wimax modem 802.16e wimax chip
    Text: Information Technology Solutions GDM7221 Product Brief Mobile WiMAX IEEE 802.16e Wave-2 Single-Chip Key Benefits Features • Optimized for smartphones: improved performance and the lowest power consumption available for WiMAX smartphones  40Mbps DL HARQ6+ , 9Mbps UL(64QAM)


    Original     		PDF GDM7221 40Mbps 64QAM) GDM7221 GDM7221 Product Brief WiMAX wimax modem 802.16e wimax chip

    abstract for wireless technology in ieee format

    Abstract: abstract for mobile bug LMS adaptive filter simulink model simulink model adaptive beamforming mimo model simulink matlab code for mimo ofdm stc OFDM MRC Matlab code rls simulink vhdl code for ARQ vhdl code for ofdm transmitter
    Text: White Paper Accelerating WiMAX System Design with FPGAs Abstract WiMAX, or the IEEE 802.16 standard for broadband wireless access, is increasingly gaining in popularity as a technology with significant market potential. This paper first provides an overview of the existing and


    Original     		PDF