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Base stations

• Ultra Mobile Broadband Base Station Reference Design

Provides a well architected, flexible solution for the physical layer (Layer 1), as well as for Layers 2 and 3, giving vendors the ability to accelerate their next generation development efforts

Cavium — HTML

• TD-SCDMA Reference Design

Maxim's TD-SCDMA reference design focuses on the 2015 - 2025 MHz band, which is the first frequency band for TD-SCDMA. Included are block diagrams, test results, PCB layouts and measured...

Maxim — HTML

• IDT And Texas Instruments Development Platform Enables Higher Performance And Faster Time To Market For 3G Wireless Base Station Designs

The AMC70K2000 development platform jointly created by IDT and TI offers a diverse mix of hardware options and software tailored for baseband processing demonstrations and development

IDT — HTML

• PicoChip Announces Industry’S First HSUPA-Femtocell Reference Design

For 3G data HSUPA adds faster uplink and reduces latency, especially important for wireless Web 2.0 applications or on-line gaming.

PicoChip — HTML

• PM2401 KIT PMC-Sierra CPRI Reference Design

CPRI compliant wireless base station design supporting 2.5G, 3G, WiMax air interfaces. ...

PMC-Sierra — HTML

• Design Of A Multi-Sector Base Station

A single or multi-sector WiMAX base station can be realized using the Fujitsu WiMAX SoC reference board, which can be configured to support TDD or FDD mode,

Fujitsu — PDF

• Altera Digital Predistortion Reference Design

The DPD reference design implements an adaptive lookup table (LUT)-based algorithm—commonly used for linearization of PAs.

Altera — HTML

• Xilinx: RACH Reference Design

RACH detection forms a key part of the WCDMA base-band functionality, and demands significant levels of signal processing, making it ideal for implementation in a Xilinx FPGA that can leverage...

Xilinx — HTML

• Xilinx:Searcher Reference Design

The Searcher function found with W-CDMA Baseband processing demands significant signal processing, which makes it ideal for implementation in a Xilinx FPGA

Xilinx — HTML

• Xilinx:TCC Reference Design

Turbo Codecs have become widely established across a number of wireless standards as being the most effective Forward Error Correction solution currently available

Xilinx — HTML

• Infrastructure Solutions

The Marvell Infrastructure solutions are complete reference designs for extending Wireless LAN connectivity in any environment

Marvell — HTML

• Altera Offers Optimized Correlator IP Architecture For CDMA, W-CDMA, And 3G Wireless Basestations

Both the correlator and the DSSS reference design can be used with the DSP development kit for APEX™ devices for easy prototyping and debugging of designs for the next generation of wireless...

Altera — HTML

GSM mobiles

• Complete GSM/GPRS Handset Reference Design

Dual-core digital baseband with TI proven GSM/GPRS modem architecture; Reduced BOM costs for high-volume ...

Texas Instruments — HTML

• Nova Wireless Engine GSM/GPRS Feature Phone Reference Design

Analog Devices’ Nova Wireless Engine is a reference design that allows cellphone manufacturers to quickly develop a family of GPRS feature-phones using the SoftFone and Othello product families

Analog Devices — HTML

• Wi-Fi And Cellular Converge In New Handset Reference Design

Housed in a small form-factor clam-shell design, the UM-1 is based upon Quorum's unique QS2000 single-chip bulk-CMOS multi-mode transceiver and represents the first truly optimized reference design...

Quorum Systems — HTML

• Mercury GSM/GPRS Reference Platform

The Mercury GSM/GPRS Reference Platform is a powerful development tool that enables fast time-to-market for a range of entry-level GSM/GPRS handsets. It can be easily customized and optimized

Analog Devices — HTML

CDMA/W-CDMA mobiles

• Broadcom'S New 7.2 Mbps HSDPA Reference Design

Reference Design Accelerates Delivery of Advanced 3G Mobile Handsets at WCDMA Prices

Broadcom — HTML

• cdma2000® 1X Solution From Texas Instruments And STMicroelectronics

Support for the cdma2000 1X solution includes a reference design that consists of a complete bill of materials, board design and layout, a CDMA protocol ...

Texas Instruments — HTML

• Broadcom Delivers New CellAirity™ Mobile Platform

Pre-Integrated, Silicon-Plus-Software Platform Accelerates Low-Cost 2G and 3G Handsets with Rich Multimedia

Broadcom — HTML

• W–CDMA Reference Design For 2110–2170 MHz, 20 W MRF21125R3, MRF21125SR3 Devices

This reference design is designed to demonstrate the RF performance characteristics of the MRF21125 when applied for the 2110 – 2170 MHz wideband CDMA frequency band.

Freescale — HTML

• W–CDMA Reference Design For 2.4–2.5 GHz, 450 MW MRFG35003N6T1, MRFG35003M6T1 Devices

W–CDMA Reference Design for 2.4–2.5 GHz, 450 mW MRFG35003N6T1, MRFG35003M6T1 Devices

Freescale — HTML

• W–CDMA Reference Design For 2.4–2.5 GHz, 900 MW MRFG35010NT1, MRFG35010MT1 Devices

This reference design is designed to demonstrate the typical RF performance characteristics of the MRFG35010NT1 and MRFG35010MT1 when applied for the 2.4–2.5 GHz W–CDMA frequency band

Freescale — HTML

• W-CDMA Superheterodyne Reference Design

A complete W-CDMA transceiver is described in detail. Operation is at 2140MHz for the receiver, and 1950MHz for the transmitter. The MAX2388 front end mixes down to a 190MHz IF. The MAX2309...

Maxim — HTML

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