WiMAX

WiMAX Documentation

• A Comparison of Fixed and Mobile WiMAX

  A Comparison of Fixed and Mobile WiMAX

• Chip Marketing Sizing & Business Implications (Conference Presentation)

  WCA, by Reza Golshan

• Designing for Developmnet (Conference Presentation)

  Wireless Broadband Forum, by Keith Horn

• Design of a Multi-Sector Base Station Using the Fujitsu WiMAX SoC (Application Note)

  The application note defines the basic requirements for a base station that can serve multiple cell sites, with details about how to build one using the Fujitsu WiMAX SoC reference board design. The document also includes information on Fujitsu’s TDD and FDD mode reference designs for base stations.

• FujitsuFocus Spring / Summer 2005

  FujitsuFocus featuring WiMAX SoC

• Fujitsu WiMAX 802.16-2004 SoC for Next-Generation Broadband Wireless Access (Presentation)
• Introducing the Fujitsu Mobile WiMAX System-on-Chip Solution (Conference Presentation)

  WCA, by Keith Horn and George Wu

• MB87M3400, The Fujitsu WiMAX 802.16-2004 SoC Product Brief
• MB87M3550, The Fujitsu WiMAX 802.16-2004 SoC Fact Sheet
• MB87M3550, The Fujitsu WiMAX 802.16-2004 SoC Product Brief
• RF Spectrum Utilization in WiMAX (White Paper)

  This paper discusses the implementation of IEEE 802.16a/d/e WirelessMAN™ (broadband wireless access), also referred to as WiMAX (Worldwide Interoperability for Microwave Access), in terms of frequency spectrum. Spectrum-regulating bodies around the world have earmarked frequency bands, both licensed and unlicensed, for broadband deployment. Semiconductor suppliers, such as Fujitsu Microelectronics America, Inc. (FMA), offer flexible chipsets and reference designs for WiMAX-certifiable systems to equipment vendors. These reference designs allow for a selection of RF front-ends to be combined with a highly integrated baseband processor and MAC processor system on a chip (SoC), to accommodate a wide range of markets based on different portions of the spectrum. The RF front-end interface to baseband (SoC) is also discussed along with power considerations and future spectrum allocation.

• Technical Update: Examining the Reality of WiMAX as a Global Standard (Conference Presentation)

  Emerging Broadband Wireless Technologies Summit, by Reza Golshan

• WiMAX, Logan and the Future of Broadband Wireless Networking (Telebeam Wireless Press Conference)
• WiMAX Deployment (Conference Presentation)

  MIT, by Goerge Wu

• WiMAX Deployment - Fujitsu Perspective (Conference Presentation)

  Wireless Expo, by George Wu

• WiMAX Overview (Conference Presentation)

  MIT, by Reza Golshan

• WiMAX Technology and Deployment for Last-Mile Wireless Broadband and Backhaul Applications (Conference Presentation)

  ITAA, by George Wu

• WiMAX Technology and Deployment for Last-Mile Wireless Broadband and Backhaul Applications (White Paper)

  This paper discusses the implementation of IEEE 802.16a/d/e WirelessMAN™ (broadband wireless access), also referred to as WiMAX (Worldwide Interoperability for Microwave Access), in terms of frequency spectrum. Spectrum-regulating bodies around the world have earmarked frequency bands, both licensed and unlicensed, for broadband deployment. Semiconductor suppliers, such as Fujitsu Microelectronics America, Inc. (FMA), offer flexible chipsets and reference designs for WiMAX-certifiable systems to equipment vendors. These reference designs allow for a selection of RF front-ends to be combined with a highly integrated baseband processor and MAC processor system on a chip (SoC), to accommodate a wide range of markets based on different portions of the spectrum. The RF front-end interface to baseband (SoC) is also discussed along with power considerations and future spectrum allocation.

• WMAN 802.16d SoC Fact sheet

  A complete WiMAX-certifiable reference design will be available in 2005.