BlueLink 6.0 Platform (BRF6350) - Availability Disclaimer

As TI's fourth generation Bluetooth® single-chip, the BRF6350 is a digital CMOS solution that integrates a complete Bluetooth Specification v2.1+EDR system with an FM radio receiver on a single piece of silicon. TI's BRF6350 is a highly integrated device, including Bluetooth baseband, RF transceiver, ARM7TDMI®, memory (ROM and RAM), power management and an FM receiver.

Get Started Now: Download the following documents for more information:

• Bluelink 6.0 Platform Product Bulletin (ti_bluelink_6_brf6350.pdf, 186 KB)
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Key Benefits:

• Industry's best-performing Bluetooth specification 2.1 + EDR and highest fidelity FM stereo and mono performance on a single chip
• Integration of Bluetooth and FM in the same silicon provides 25 percent solution size savings compared to discrete solution
• Proven Bluetooth-FM RF co-existence
• Complete software stack support for Bluetooth and FM, enabling ease of design and quick time-to-market
• On-chip power management adapted to cellular applications
• Incorporates TI's Bluetooth and WLAN co-existence hardware and software solution, providing a collaborative interface with TI's mobile WLAN chipsets
• Uses TI's DRP™ technology and is manufactured using 90-nm CMOS to deliver smallest and lowest cost Bluetooth and FM single-chip solution

General Features:

• Highly optimized for mobile terminals
• Supports major cellular reference frequencies
• Small PCB layout area: 45 mm²
• McBSP compatible I/F
• Low power consumption
• Flexibility to be easily integrated into various host system topologies:
• The Bluetooth and FM interfaces could be separated from each other (e.g. separate host interface, separate digital audio)
• The Bluetooth and FM interfaces could be shared (e.g. same host interface, same digital audio)
• The two functions can work simultaneously
• FM receives/scans/sends RDS information to host, while Bluetooth can be in any operational mode
• Small package
• 3.88 x 3.52 x 0.62 Wafer Scale Package (WSP)
• On-chip power management adapted to cellular applications
• LDO support range: 1.7 V to 1.9 V
• Direct connection to battery: 2.2 V to 5.4 V
• Feeding from DC2DC
• Power saving modes to minimize power consumption when Bluetooth and FM functions are not in use
• Temperature detection and compensation mechanism ensures minimal variation in the RF performance over the whole temperature range
• Complete reference designs with TI's TCS cellular chipsets and OMAP™ applications processors for fast time-to-market
• Fully embedded FM receiver (including synthesizer and VOC tank)

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