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BT-STA2425 Datasheet, PDF (1/13 Pages) STMicroelectronics – Bluetooth® technology module
BT-STA2425
Bluetooth® technology module
Features
! Bluetooth® specification V 2.0 compliant
! Transmission rate up to 721 kbit/s (basic rate)
and beyond (EDR)
! Output power level: class 2 (0 dBm typical) and
class 1.5 (> 4 dBm)
! Power class 1 compatible (with external power
amplifier)
) ! ACL and SCO links
t(s ! Full Bluetooth® upper-layer stack including
c profiles
du ! Supports USB1.1, UART, I2C, PCM, SPI, and
ro 15 GPIOs
P ! Embedded ARM7TDMI® core processor
te ! Integrated 4-Mbit flash, 64-KByte RAM,
le 4-Kbyte ROM
o ! 2.8-V single power supply
bs ! Designed for low power consumption in
O standby condition
- ! 13-MHz and 32.768-kHz digital clock outputs
t(s) ! No external components needed - excluding
antenna
uc ! Module size: 29 mm x 17 mm
d ! Fully programmable solution
ro ! Free development framework (CFWLite,
P including real-time operating system)
te ! Reference designs at no additional cost
le ! Proved for FCC/CE and BQB compliant
so designs
Ob! Firmware library supporting profiles:
Applications
! Remote speakers
! Bluetooth® plug-in for TV, portable players
! Audio cradle systems
! Wireless audio systems
! Serial port replacement
! Industrial automation
! Wireless peripherals
Description
The BT-STA2425 is a flexible low-power module
enabling Bluetooth® connectivity. It is fully
programmable and capable of running the whole
stack plus custom applications.
The ARM7® embedded microcontroller can be
either programmed by the end-user or flashed
with our selection of firmware images, thereby
turning the module in a complete solution for
wireless audio connectivity or serial port
replacement.
A full set of peripherals is also available to allow
– A2DP, AVRCP sink and source
simple interfacing with other devices in the
– HFP/HS
system.
– SPP (up to 7 simultaneous connections
– Additional profiles under development
Order code: BT-STA2425
! Seamless connection with ST audio codecs
and amplifiers (STA529, STA333BW,STA328)
December 2007
Rev 1
1/13
www.st.com
13