Audio-specific Bluetooth WT32i reference design

WT32i is an audio-specific Bluetooth 3.0 module with excellent RF performance and enhanced audio capabilities for a first-class Bluetooth audio experience. In addition to the certified Bluetooth radio and software stack, the WT32i includes a DSP, stereo audio codec and battery charger, making it ideal for fixed and portable audio applications. The WT32i includes Bluegiga's iWRAP6 Bluetooth stack software that implements A2DP, AVRCP v.1.5 profiles and supports aptX® and AAC audio codecs for stereo audio applications. For hands-free applications, iWRAP6 software also supports HFP v.1.6, HSP, MAP and PBAP as well as CVC® echo cancellation software. For data communication with Android and iOS applications, iWRAP6 also implements Bluetooth Serial Port Profile (SPP) and Apple iAP profile. The WT32i is an ideal solution for developers who want to quickly integrate the latest Bluetooth audio technology without the time and cost typically involved in Bluetooth audio chipset design.

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WT32 development kit design information

WT32 development kit design information

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WT12 development kit design information

WT12 is a Bluetooth V2.1+EDR Class2 module from Bluegiga that fully integrates antenna, Bluetooth wireless reception and on-chip iWRAP Bluetooth protocol stack. For those customers who want to quickly integrate Bluetooth wireless reception technology into their designs and get the Bluetooth radio and protocol stack in time, Bluegiga's WT12 module will be a good solution. It integrates Bluegiga's iWRAP Bluetooth protocol stack: a Bluetooth protocol stack that embeds 13 different Bluetooth configurations and Apple iAP connectivity. With the iWRAP Bluetooth protocol stack and Bluegiga's excellent technical support, users of the WT12 module can not only shorten the time to market, but also reduce development risks and costs.

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Type-C Dongle Reference Design

Type-C Dongle Reference Design

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Xilinx FPGA Timing Solutions from Silicon Labs

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NXP XorIQ/Layerscape Network Processor Timing Solution from Silicon Labs

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Marvell Ethernet Transceiver Timing Solutions from Silicon Labs

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Lattice Semiconductor Timing Solutions from Silicon Labs

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Intel FPGA Timing Solutions from Silicon Labs

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Broadcom Switch/PHY Timing Solutions from Silicon Labs

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ZigBee Smart Socket Reference Design Using EFR32MG12 Si7021 and Si1141

ZigBee Smart Socket Reference Design Using EFR32MG12 Si7021 and Si1141

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ZigBee Occupancy Sensor Reference Design Using EFR32MG12 Si1133 and Si7021

ZigBee Occupancy Sensor Reference Design Using EFR32MG12 Si1133 and Si7021

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ZigBee Lighting Reference Design with EMR32MG1 and PCB Antenna

ZigBee Lighting Reference Design with EMR32MG1 and PCB Antenna

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ZigBee Capsense Dimmer Reference Design with EM3587, EFM8SB1 and PCB Antenna

ZigBee Capsense Dimmer Reference Design with EM3587, EFM8SB1 and PCB Antenna

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ZigBee Lighting Reference Design with EM3585 and PCB Antenna

ZigBee Lighting Reference Design with EM3585 and PCB Antenna

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ZigBee Contact Sensor Reference Design with EM3587, Si7053 and PCB Antenna

ZigBee Contact Sensor Reference Design with EM3587, Si7053 and PCB Antenna

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ZigBee Lighting Reference Design with EM357 and PCB Antenna

ZigBee Lighting Reference Design with EM357 and PCB Antenna

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ZigBee USB Virtual Gateway Reference Design Using EM3588

ZigBee USB Virtual Gateway Reference Design Using EM3588

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ZigBee Wi-Fi Ethernet Gateway Reference Design Using EM3588

ZigBee Wi-Fi Ethernet Gateway Reference Design Using EM3588

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ETRX2-PA and ETRX2HR-PA ZigBee® Module Product Brochure

This document describes the Telegesis ETRX2-PA ZigBee module, which is designed to be integrated into another device and provide a fast, simple and low-cost wireless mesh network interface. Unless explicitly stated, the content also applies to ETRX2HR-PA modules that use a Hirose U.FL coaxial antenna connector in place of the onboard ceramic antenna. Users cannot convert ETRX2-PA to ETRX2HR-PA or vice versa. The Telegesis ETRX2-PA module is based on the Ember ZigBee platform, which consists of the single-chip EM250 and the EmberZNet mesh stack compliant with the ZigBee PRO standard. Integrating the simple-to-use AT style command interface and advanced hardware design, a wide range of applications can be easily implemented. Configurable functionality often allows the use of the ETRX2-PA wireless mesh module without the need for an additional host microcontroller, saving even more integration time and cost. In addition to the Telegesis AT command set, the ETRX2-PA can be used with custom built firmware or the Ember EZSP based UART protocol interface... No RF experience or expertise is required to add this powerful wireless networking capability to our of products. ETRX2-PA offers fast integration opportunities and the shortest possible time for marketing your products.

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