PARROT CK5050NEW Users Manual

Memory (Flash/SDRAM)

Vertic

al Horizontal

Parrot CK5050NEW

All in one multimedia module
Bluetooth 2.0+EDR compliant
Bluetooth 2.1+EDR available in 09Q3

Version 2.00
March 2009

Application:

• Telephony

• Audio streaming

• USB

• Ipod management

• Internet access (through DUN)

The CK5050New integrates the latest
version of the Parrot Bluetooth stack
(Blues). Blues gives to the customer a
very high level of compatibility with most of
the phones available on the market and
provide phonebook and list
synchronization.

The CK5050New can also integrate a
version of the Parrot USB management
library (Disco). Disco manages the USB
devices, build database with metadata,
browses the compressed audio files by
artist/gender/title and play them. Disco
also supports the IPod chip through the
I²C interface.

FEATURES

Bluetooth 2.0 + EDR qualified module
Piconet and scatternet support
Standard single 3V3 supply
CAN, UART, I²C
2*USB 2.0 full speed Host
GPIO
Ipod chip management
Digital audio input and output
Analog audio input and output

Small size module (34,5 x 41,35 mm)
Automotive qualified

Description:

Parrot CK5050New is a low cost solution
for Bluetooth connectivity. It integrates a
large variety of interfaces for an easy
integration in most of the applications

Internal or external antenna

Parrot

P5+

BT 2.0+EDR RF chip

Flash

SDRAM

CAN

2*USB 2 Full speed Host

2*UART

I²C

I²S in*1/out*2

PCM in/out

2*GPIO

2*Analog microphone input

Analog line in

2*Analog output

DATASHEET Confidential Information 1/49

Internal
antenna
External
antenna

32Mbits/64Mbbits
64Mbits/128Mbbits
32Mbits/64Mbbits
64Mbits/128Mbbits

PF240023AA PF240024AA
PF240033AA
PF240036AA PF240037AA
PF240038AA

PF240034AA

PF240039AA

Table of contents

1 PRODUCT OVERVIEW ............................................................................................................................... 4

2 SOFTWARE SPECIFICATIONS .................................................................................................................... 6

2.1

B

LUETOOTH STACK

2.2

B

LUETOOTH PROFILE SUPPORTED

2.3

S

OFTWARE INTERFACE

2.4

M

EMORY CONFIGURATIONS

3 ELECTRICAL SPECIFICATIONS .................................................................................................................... 8

3.1

H

ARDWARE ARCHITECTURE

3.2

P

INOUT

.................................................................................................................................................... 8

3.2.1 40 pins diagram ................................................................................................................................. 8

3.2.2 Pinout table ....................................................................................................................................... 9

3.2.3 Unconnected pins advice ................................................................................................................. 10

3.3

M

AXIMUM RATINGS

3.4

P

OWER CONSUMPTION

3.5

E

LECTRICAL SPECIFICATIONS

3.5.1 Power pins ....................................................................................................................................... 11

3.5.2 Reset pin .......................................................................................................................................... 11

3.5.3 IO pins .............................................................................................................................................. 12

3.5.4 CAN .................................................................................................................................................. 12

3.5.5 I²C .................................................................................................................................................... 13

3.5.6 USB .................................................................................................................................................. 14

3.5.7 UART0/UART1 ................................................................................................................................. 14

3.5.8 PCM ................................................................................................................................................. 15

3.5.9 I²S .................................................................................................................................................... 16

3.5.10 Analog out ................................................................................................................................... 17

3.5.11 Line in .......................................................................................................................................... 17

3.5.12 Microphone input ........................................................................................................................ 17

3.5.13 Bluetooth radio link ..................................................................................................................... 18

3.6

R

ESET AND SUPPLY SEQUENCE DIAGRAM

3.6.1 Switching ON ................................................................................................................................... 19

3.6.2 Switching OFF .................................................................................................................................. 19

3.6.3 Diagram ........................................................................................................................................... 19

3.7

I

NTERNAL COMPONENTS SCHEMATICS

3.7.1 Audio I/O ......................................................................................................................................... 20

3.7.2 Boot/reset and Power supply .......................................................................................................... 20

3.7.3 Serial Link ........................................................................................................................................ 20

3.8

I

NTEGRATION RECOMMENDATIONS

3.8.1 Analog out ....................................................................................................................................... 21

3.8.2 Analog in ......................................................................................................................................... 21

3.8.3 Microphone input ............................................................................................................................ 22

3.8.4 I2S .................................................................................................................................................... 22

3.8.5 USB .................................................................................................................................................. 23

...................................................................................................................................... 6

................................................................................................................... 6

................................................................................................................................. 7

.......................................................................................................................... 7

........................................................................................................................... 8

.................................................................................................................................. 11

(T°=-40°C

TO

+85°C) .............................................................................................. 11

........................................................................................................................ 11

....................................................................................................... 19

.......................................................................................................... 20

.............................................................................................................. 21

4 MECHANICAL SPECIFICATIONS ............................................................................................................... 24

4.1

H

4.2

4.3

4.4

4.5

4.6

4.7

4.8

ORIZONTAL MODULE WITH INTERNAL ANTENNA

H

ORIZONTAL MODULE WITH EXTERNAL ANTENNA

V

ERTICAL MODULE WITH INTERNAL ANTENNA

V

ERTICAL MODULE WITH EXTERNAL ANTENNA

C

ONNECTOR OF HORIZONTAL VERSION

C

ONNECTOR OF VERTICAL VERSION

PCB

FOOTPRINT FOR HORIZONTAL MODULE

PCB

FOOTPRINT FOR VERTICAL MODULE

.......................................................................................................... 28

............................................................................................................... 29

............................................................................................ 24

............................................................................................ 25

................................................................................................. 26

................................................................................................ 27

................................................................................................... 30

........................................................................................................ 30

DATASHEET Confidential Information 2/49

4.9

C

ONNECTORS SPECIFICATIONS

..................................................................................................................... 30

5 AVAILABLE TOOLS .................................................................................................................................. 31

5.1

W

ORKBENCH

5.1.1 Diagram ........................................................................................................................................... 31

5.1.2 Schematics ....................................................................................................................................... 32

5.2

W

XSERIAL

6 APPROVAL / CERTIFICATIONS ................................................................................................................ 33

6.1

CE D

6.2

FCC

AND IC REQUIREMENTS FOR MODULE APPLICATION

6.3

ROHS

ANNEXE .......................................................................................................................................................... 35

A. B

LUETOOTH

a. Head Unit paired with Mobile phone ................................................................................................... 35

b. Head Unit connected to Mobile phone and headset device ................................................................ 37

c. Head Unit paired with two Mobile phones .......................................................................................... 38

d. Audio Streaming and Handsfree working together ............................................................................. 39

e. Head Unit paired with Mobile phone and Music Player with Bluetooth dongle: ................................. 41

f. Head Unit paired with a stereo Headphone ........................................................................................ 42

g. Head Unit paired with two stereo Headphones ................................................................................... 42

h. Head Unit paired with Mobile phone: Data transfer ........................................................................... 44

B. USB/IP

a. Head Unit with a iPod connected through the USB ............................................................................. 45

b. iPod & iPhones Use Cases .................................................................................................................... 46

c. Head Unit paired with a connected USB Mass storage device ............................................................ 47

C. H

EAD UNIT

........................................................................................................................................... 31

............................................................................................................................................... 32

ECLARATION

DECLARATION

OD USE CASES

BT/USB

..................................................................................................................................... 33

................................................................................... 34

................................................................................................................................. 34

HFP & A2DP/AVRCP

................................................................................................................................... 45

SOFTWARE UPDATE

USE CASES OVERVIEW

........................................................................................................... 48

: .................................................................................. 35

DATASHEET Confidential Information 3/49

1 Product overview

The CK5050New is a feature-rich Bluetooth/USB platform dedicated for the integration of
Bluetooth and multimedia applications in car audios, car telematic systems or any systems
requiring a complete embedded multimedia solution. CK5050New can integrate USB and
Ipod management.

CK5050New features are:

• Bluetooth connectivity

 Bluetooth Power Class 2 Radio
 Embedded Bluetooth v1.1, v1.2 & v2.0+EDR compliant (v2.1+EDR 09Q3)
 Embedded profiles
 Compatible with most of Bluetooth phones
 Pairing and connection with all Bluetooth Devices: Phones, Smartphones,

PDA …

 Multiple user support: Up to 10 paired phones
 Multiple connection (up to 3 device connected at the same time)
 Multiple profile

• Phone

 Pick-up, Hang-up, Redial
 Automatic answer (from host via pickup command)
 Send DTMF during calls
 Private Mode
 3-way calling

• Phone Book

 Automatic Phone book synchronization over Bluetooth (up to 5000 contacts)
 Call history (dialed number, received calls, missed calls)
 All Synchronization Methods
 Full Unicode for compatibility with numerous characters sets (European,

Russian, Chinese, Japanese…)

• Digital Signal Processing and Acoustics

 Acoustic Echo cancellation for Full Duplex operation
 Noise reduction
 Beam forming with 2 microphones inputs
 Volume control
 Speaker dependant voice recognition (trained names and keyword)

• Audio Streaming

 Embedded SBC decoder
 Embedded MP3 decoder from Thomson Licensing (optional)
 Stereo audio output

• Miscellaneous

 Provide Phone Battery Level and Network Level, Carrier Name (depends on

phones)

• Software Update

 Full standard Software available (free upgrade from Parrot homepage)
 Software update available through Bluetooth, USB, UART or DUN
 Very large compatibility with Phones, Smartphones, PDAs, Music players

DATASHEET Confidential Information 4/49

• External Bluetooth Antenna diagnostic

• USB

 Parrot CK5050New embeds USB 2.0 HOST Full speed transceivers
 Compliant with USB devices supporting Mass Storage Class
 Able to build a musical database from a Mass Storage Device conform to

VFAT specifications (including FAT 12/16/32)

 Using a dedicated library called DISCO, the feature supported by Parrot is to

be able to retrieve the list of files and the metadata contained in the different
files.

• CAN bus connection

DATASHEET Confidential Information 5/49

2 Software specifications

2.1 Bluetooth stack

• HCI (Host Controller interface),

• L2CAP (Logical Link Control and Adaptation Protocol),

• RFCOMM

• SDP (Service Discovery Protocol),

• OBEX (IrDA Object Exchange).

2.2 Bluetooth profile supported

• Generic Access Profile

• Phone Management

 HFP 0.96 - 1.0 - 1.5
 HSP 1.0
 SAP (SIM Access Profile)

• Message Management

 MAP 1.0

• Phone Book

 PBAP 1.0
 SYNC 1.1 (IrMC SYNC over BT)
 SYNCML
 OPP 1.0 Server/Client (Vcard 2.1)
 GSM 07.07 AT Commands
 Nokia synchronization protocol

• Multimedia

 A2DP (Audio)
 SBC decoding
 (optional MP3 decoding)
 AVDTP
 AVRCP1.2 / AVRCP1.3 / AVRCP1.4

• Others

 SPP 1.1
 BNEP, PAN
 FTP 1.0
 Image transfer over OPP
 DUNP 1.1
 Software update over SPP or DUN
 Secure Simple Pairing 09Q3

DATASHEET Confidential Information 6/49

(4)

(2)

(3)

2.3 Software interface

The software interface provides a high level command set, hiding the complexity of the
Bluetooth.

This software is based on the well-known AT commands. Some of these commands are
directly derived from the GSM 07.07 recommendations and the appropriate Bluetooth
profiles.

Some supplementary commands are used to manage Bluetooth related functions like device
pairing and connection management as well as the acoustic and speech recognition
functions.

AT Command List and Bluetooth AT Command Software Specification are available on
demand.

BLUES supports Unicode, which allows the management of accents and phonebook in any
language. The format of the exchange with the HOST is UTF8

2.4 Memory configurations

Flash/SDRAM

(Mbits)

32/64 Up to

64/128 Up to

(1)

Some codecs need specific fee to be paid directly to the right organization

(2)

An IPod chip must be externally connected to the module (I²C interface)

(3) D

atabase up to 10000 songs

(4)

Parrot USB management library

Paired

phones

10
10

Max.

contacts

Disco

Supported

codecs

(1)

1000 No SBC No
5000 Yes

SBC, MP3, WMA,
WAV, AAC

Ipod

Yes

DATASHEET Confidential Information 7/49

*

* : BT2.1 + EDR will be available in 09Q3

3 Electrical specifications

3.1 Hardware architecture

Internal

or

exter nal

antenna

RF Baseband

2*microphone input

Analog line in

2*Analog output

I²S out

I²S in/out

PCM in/out

3.2 Pinout

3.2.1 40 pins diagram

CAN_Tx

CAN_Rx

I/O1

USB0_D-

USB0_D+

Boots

Vcc

PCM_OUT

PCM_IN

PCM_SYNC

PCM_CLK

I2S_OUT1

I2S_SYNC

I2S_MCLK

Vss

SPK2P

MIC_PWR

MIC1P

MiC2N

Lin

1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39

Osc.

2.0+EDR

2
4
6

8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40

UART

PCM

CODEC

I2C_CLK
I2C_DA
I/O2
USB1_D­USB1_D+
NRESET
VSS
U1_OUT
U1_IN
U0_OUT
U0_IN
I2S_OUT2
I2S_IN
I2S_CLK
Vcc
SPK1P
HP_COM
MIC2P
MIC2N
Rin

SDRAM

I²S in

I²S out

Parrot

P5+

FLASH26MHz

Reset

Boots

Pin 1

Various

Voltages

(internal)

2*GPIO
2*UART
CAN
I²C
2*USB 2 Full speed Host

Supply
& reset

nReset
power
Boots

Pin 1

DATASHEET Confidential Information 8/49

Pin Function

Type

Description

01 CAN_TX

O

CAN interface

02 I2C_CLK

O

I²C clock

03 CAN_RX

I

CAN interface

04 I2C_DA

I/O I²C data

05 I/O_1

I/O General purpose IO

06 I/O_2

I/O General purpose IO

07 USB0_D

- I/O USB interface data

-

08 USB1_D

- I/O USB interface data

-

09 USB0_D+

I/O USB interface data +

10 USB1_D+

I/O USB interface data +

11 Boots

I

Command for software update

12 Nreset

I

Reset

13 Vcc Power

Power

14 Vss Power

Ground

15 PCM_OUT

O

PCM data out

16 U1_OUT

O

UART

out (debug)

17 PCM_IN

I

PCM data in

18 U1_IN

I

UART in (debug)

19 PCM_SYNC

I/O PCM synchronization

20 U0_OUT

O

UART out

21 PCM_CLK

I/O PCM clock

22 U0_IN

I

UART in

23 I2S_OUT1

O

I²S data out

24 I2S_OUT2

O

I²S data out

25 I2S_SYNC

I/O I²S synchronization

26 I2S_IN

I

I²S data in

27 I2S_MCLK

I/O I²S master clock

28 I2S_CLK

I/O I²S clock

29 Vss Power

Ground

30 Vcc Power

Power

31 SPK2P

O

Analog audio out

put (left)

32 SPK1P

O

Analog audio output (right)

33 MIC_PWR

O

Microphone power supply

34 HP_COM

I

Headphone ground common feedback input

35 MIC1P

I

Analog microphone differential input +

36 MIC2P

I

Analog microphone differential input +

37 MIC1N

I Analog microphone differential input

-

38 MIC2N

I

Analog microphone differential input

-

39 Lin I Analog audio line in (left)

40 Rin I Analog audio line in (right)

3.2.2 Pinout table

DATASHEET Confidential Information 9/49

Pin Function

Type

Comment

01 CAN_TX

O

02 I2C_CLK

O

Left ope

n

03 CAN_RX

I

04 I2C_DA

I/O Left open

05 I/O_1

I/O To be configured as

input

and

connected to

Vss

06 I/O_2

I/O To be configured as input and connected to

Vss

07 USB0_D

- I/O Left open

08 USB1_D

- I/O Left open

09 USB0_D+

I/O Left open

10 USB1_D+

I/O Left open

11 BOOTS

I

Left open

15 PCM_OUT

O

16 U1_OUT

O

Left open

17 PCM_IN

I

18 U1_IN

I

Pull Up 22KOmhs

19 PCM_SYNC

I/O

20 U0_OUT

O

Left open

21 PCM_CLK

I/O

22 U0_IN

I

Left open

23 I2S_OUT1

O

Left open

24 I2S_OUT2

O

Left open

25 I2S_SYNC

I/O Left open

26 I2S_IN

I

Pull Down 47KOmhs

27 I2S_MCLK

I/O Left open

28 I2S_CLK

I/O Left open

31 SPK2P

O

32 SPK1P

O

33 MIC_PWR

O

Left open

34 HP_COM

I

35 MIC1P

I

Connect directly to ground

36 MIC2P

I

Connect directly to ground

37 MIC1N

I

Conn

ect directly to ground

38 MIC2N

I

Connect directly to ground

39 Lin I Connect to ground through a capacitor (1nF)

40 Rin I Connect to ground through a capacitor (1nF)

3.2.3 Unconnected pins advice

DATASHEET Confidential Information 10/49

Parameter

Conditions

Min.

Typ.

Max.

Unit

Paramet

er Conditions

Min.

Typ.

Max.

Unit

3.3 Maximum ratings

Operating temperature range ........................................................................... -40°C to +85°C

Storage temperature range ............................................................................ -40°C to +125°C

Voltage on Vcc with respect to Vss.................................................................... -0.3V to +3.7V

ESD sensitivity according ES-XW7T-1A278-AC ............................................................... ±4kV

3.4 Power consumption

Stop mode ..................................................................................................................... <20µA

Idle mode (waiting for commands) .............................................................................. <150mA

Hands free and audio streaming mode ....................................................................... <300mA

(T°=-40°C to +85°C)

3.5 Electrical specifications

3.5.1 Power pins

Conditions unless noted, otherwise : Tamb.=25°C
Normal supply 3.2 - 3.6 V

3.5.2 Reset pin

Conditions unless noted, otherwise : T=-40°C to +85°C; Vcc=3V2 to 3V6
Reset time 50 - - µs

Active reset voltage level - - 0.4 V
Non active reset voltage level 2.5 - - V

DATASHEET Confidential Information 11/49

Parameter

Conditions

Min.

Typ.

Max.

Unit

Parameter

Conditions

Min.

Typ.

Max.

Unit

3.5.3 IO pins

Electrical parameters of the GPIO pins (5 and 6)
Conditions unless noted, otherwise : T=-40°C to +85°C; Vcc=3V2 to 3V6
Input voltage 0 - Vcc V

Output voltage 0 - Vcc V
High level input voltage (
Low level input voltage (
Low level input current Vi=0V;
High level input current Vi=Vcc;
Hysteresis voltage 0.5 0.62 V
High level output voltage (
Low level output voltage (
Level output current Vout= n V - - 2 mA

Vih min

Vil max

) 0.7*

Vcc

- - V

) - - 0.2*Vcc V

Voh min

Vol max

pull up

) Iout= n mA Vcc-0.4 3.3 - V

) Iout= n mA - - 0.4 V

- - 100 µA

pull down

- - 92 µA

3.5.4 CAN

Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3
Input high level voltage (Vih min) 0.7*

Input low level voltage (Vil max) - - 0.2*Vcc V
Output high level voltage (Voh

Vcc-0.4 - - V
min)
Output low level voltage (Vol

- - 0.4 V

max)

Vcc

- Vcc V

DATASHEET Confidential Information 12/49

Parameter

Conditions

Unit

Min.

Max.

Min.

Max.

3.5.5 I²C

Timing parameters of the I²C bus (pins 2 and 4)

SDA

Tbus

Tclk(h)

SCL

Tf

Tclk(l)

Tr

Tdat(h)

Tdat(s)

Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3

I²C 100kHz I²C 400kHz

SCL clock frequency 0 100 0 400 kHz
Bus free between start and

6 - 1.5 - µs
stop (Tbus)
Low period of SCL (Tclk(l)) 6 - 1.5 - µs
High period of SCL (Tclk(h)) 4.0 - 0.6 - µs
Data hold time (Tdat(h)) 50 50 ns
Data setup time (Tdat(s)) 50 - 50 - ns
Rise time of both SDA &

- 50 - 50 ns
SCL (Tr)
Fall time of both SDA &

- 50 - 50 ns
SCL (Tf)
Max. capacity load for each

- 400 - 400 pF
bus line
Input high level voltage (Vih

0.7*

Vcc

- 0.7*

Vcc

- V
min)
Input low level voltage (Vil

- 0.2*Vcc - 0.66 V
max)
Output high level voltage

Vcc-0.4 - Vcc-0.4 - V
(Voh min)
Output low level voltage

- 0.4 - 0.4 V

(Vol max)

DATASHEET Confidential Information 13/49

Parameter

Conditions

Min.

Typ.

Max.

Unit

Paramete

r Conditions

Min.

Typ.

Max.

Unit

(1)

3.5.6 USB

Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3; Cload=50pF
Differential input sensitivity |(D+)-(D-)| TBD - - V

Differential common mode voltage
range
Single ended receiver switching
threshold voltage
Low level output voltage for low and
full speed
High level output voltage for low and
full speed
Transceiver capacitance Pin to Vss - - TBD pF
Rise time 10% to 90% 4 - 20 ns
Fall time 10% to 90% 4 - 20 ns
Output signal crossover voltage 1.3 - 2 V
Input high level voltage (Vih min) TBD - - V
Input low level voltage (Vil max) - - TBD V
Output high level voltage (Voh min) TBD - - V
Output low level voltage (Vol max) - - TBD V

Include differential
input sensitivity
TBD - TBD V

Rload=1.5kΩ to 3V3 - - TBD V
Rload=1.5kΩ to Vss TBD - TBD V

TBD - TBD V

3.5.7 UART0/UART1

Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3
Input high level voltage (Vih min) 0.7*Vcc - - V

Input low level voltage (Vil max) - - 0.2*Vcc V
Output high level voltage (Voh min) 0.4*Vcc - - V
Output low level voltage (Vol max) - - 0.4 V
Rise time Cload=10pf - - 170 ns
Fall time Cload=10pf - - 160 ns
Baud rate - - 650 kbps
Emission Baud rate precision - 0.25 - %
Reception Baud rate tolerance - 4 - %

DATASHEET Confidential Information 14/49

Parameter

Conditions

Min.

Typ.

Max.

Unit

3.5.8 PCM

Timing parameters of PCM interface (pins 15, 17, 19 & 21)

TI frame sync

Tfs.ti(h)

Tclk(h)

Tdat.in(h)Tdat.out(v)

OKI frame sync

Clock

Tfs.oki(s)

Tfs.ti(s )

Tfs.oki(h)

Tclk(l)

Data OUT

Data IN

MSB LSB MSB

Tdat.in(s)

MSB LSB MSB

LSB

LSB

Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3
Frame sync TI to clock falling setup time

10 - - ns
(Tfs.ti(s))
Frame sync TI to clock falling hold time

10 - - ns
(Tfs.ti(h))
Frame sync Oki to clock falling setup time

10 - - ns
(Tfs.oki(s))
Frame sync Oki to clock falling hold time

10 - - ns
(Tfs.oki(h))
PCM clock high time (Tclk(h)) 100 - - ns
PCM clock low time (Tclk(l)) 100 - - ns
PCM data in hold time (Tdat.in(h)) 10 - - ns
PCM data in setup time (Tdat.in(s)) 10 - - ns
PCM data out volid time (Tdat.out(v)) - - 25 ns
Input high level voltage (Vih min) 0.7*Vcc - - V
Input low level voltage (Vil max) - - 0.2*Vcc V
Output high level voltage (Voh min) 0.4*Vcc - - V
Output low level voltage (Vol max) - - 0.4 V

DATASHEET Confidential Information 15/49

Parameter

Conditions

Min.

Typ.

Max.

Unit

3.5.9 I²S

Timing and electrical parameters of I²S interface (Pins 23 to 26)

Sync

Tsync(h) Tsync(s)

Tr

Clock

Tclk(h)

Tf

Data in

Data out

Tcy

Tclk(l)

LSB MSB

Tdat(d)

Tdat(s)

Tdat(h)

Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3
Bitclock cycle time (Tcy) 325

(48kHz)

- 354
(44.1kHz)

ns

Bitclock Rise time (Tr) - - 10 ns
Bitclock Fall time (Tf) - - 10 ns
Bitclock time high (Tckl(h)) 150 - - ns
Bitclock time low (Tckl(l)) 150 - - ns
Data setup time (Tdat(s)) 10 - - ns
Data hold time (Tdat(h)) 10 - - ns
Data delay time (Tdat(d)) - - 100 ns
Sync setup time (Tsync(s)) 10 - - ns
Sync hold time (Tsync(h)) 10 - - ns
High level input voltage (Vih

0.7*Vcc - - V
min)
Low level input voltage (Vil max) - - 0.2*Vcc V
High level output voltage (Voh

0.4*Vcc - - V
min)
Low level output voltage (Vol

- - 0.4 V
max)
Drive load capability - 2 mA

DATASHEET Confidential Information 16/49

Parameter

Conditions

Min.

Typ.

Max.

Unit

rm

s

Parameter

Conditions

Min.

Typ.

Max.

Unit

rm

s

Parameter

Conditions

Min.

Typ.

Max.

Unit

rm

s

3.5.10 Analog out

Electrical parameters of SPK1P and SPK2P pins (29 and 30).
Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3
Average DC output voltage - 1.5 - V

Bandwidth -3dB 3.8 - 21.1K Hz
Load resistor 16 - - Ω
Full scale output Rload=10K, Gain=0dB 0,9 V
THD+N Rload AC=20kΩ, f=1kHz,

- - 80 dB

OdB

SNR @1kHz, A-Weighted - 65 - dBA

3.5.11 Line in

Electrical parameters of the line-in pins (39 and 40).
Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3

Full scale input voltage THD<0.5% - 0.7 V
Input resistance Gain=0dB 46 kΩ
THD+N 1kHz, 1.3Vrms,

- 85 dB

BW=20kHz

SNR 1kHz, Bw=20kHz,

75 - dBA
0dBref.=1.3Vrms, A­weighted

Audio input frequency response -3dB roll off 12 - 21k Hz

3.5.12 Microphone input

Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3
Maximum input impedance data - - TBD Ω

DC input voltage (Pin MIC_PWR) - TBD - V
Max. AC input voltage @ THD = 0.05% TBD TBD TBD mV
SNR @1kHz, A-weighted,

G=0dB, Vin=800mVrms

THD+N @1kHz, Vin=300mVrms - 90 - dB
Bandwidth -3dB, G=0dB,

Vin=800mVrms

- 80 - dBA

7 - 21k Hz

DATASHEET Confidential Information 17/49

Parameter

Conditions

Min.

Typ.

Max.

Unit

3.5.13 Bluetooth radio link

Conditions unless noted, otherwise : Tamb.=25°C; Vcc=3V3
Antenna impedance Module with connector only - 50 - Ω

DATASHEET Confidential Information 18/49

3.6 Reset and supply sequence diagram

3.6.1 Switching ON

•

The signal “NRESET” on the host interface is forced to a logical zero value by host
until the supply voltage reached its nominal value.

During this phase no component on the module is supplied.

•

The host switches its signal “NRESET” to a logical one value allowing the module to
turn on its supply.

•

After 70 ms, the supply gets stabilized and then triggers the start of the ASIC

•

100ms is necessary for the ASIC to start and give execution to the embedded
software that will turn the module into a permanent “active mode”

3.6.2 Switching OFF

•

The host sends the "sleep” AT command

•

The ASIC disconnects any BT link

•

The ASIC sends the "sleep acknowledge" AT command allowing the host to switch
the reset to a zero logical value.

•

If the host activate the “NRESET” to zero for at least 5 us but no more than 4ms the
module will be reset.

•

The signal “NRESET” on the host interface is forced to a logical zero value by host
until the supply voltage reached its nominal value.

Note: Switching off is also possible during “active mode” by turning reset to “zero” during
500ms. This unexpected reset is not recommended because some BT devices may
abnormally behave if the BT link is not properly disconnected.

3.6.3 Diagram

3v2

Vcc

Tmin to reset = 50µs.

NRESET

Delay : 70ms max.

Delay : 50µs

NRST

(Internal P5+ reset)

UART0 in

UART0 out

Delay 10s max.

AT*POFF

Delay 3s max.

DATASHEET Confidential Information 19/49

3.7 Internal Components schematics

3.7.1 Audio I/O

3.7.2 Boot/reset and Power supply

3.7.3 Serial Link

DATASHEET Confidential Information 20/49

CK5050New audio output

Line in

DATASHEET Confidential Information 21/49

3.8 Integration recommendations

3.8.2 Analog in

3.8.1 Analog out

C80

VSS

1n8_50V_COG

C83

10u_6V3_X5R

R138

VSS VSS

100K

LIN

R135
100R

C81

RIN

1n8_50V_COG

C82
10u_6V3_X5R

R136
100R

R137

100K

VSS

C78

2n7_50V_COG

SPK1P

R133
470R

SPK2P

R134
470R

C79

VSSVSS

2n7_50V_COG

VSS

123

2

J9
Jack_3_5mm

3

VSS

1

J3
Jack_3_5mm

3.8.3 Microphone input

MIC_PWRMIC_PWR

3V3_CK5050New

NU_R94

100R

R99 0R

C51

C16

4u7_10V_X5R

100n_25V_X5R

VSS

R167

680R
R168
47K

C101

220p_50V_COG

VSS

MIC1N

NU_R100
>100R

VSS

MIC1P

C50

47u_6V3_X5R

VSS

VSS

Note: Microphone input routing.

• The microphone can use internal or external power supply. Take care to have the same

ground reference between your supply and the pull down resistor on MICxN.

• For an external power supply, you have to put a resistor more than 100R. If you use the

internal power supply, you needn’t to use an external resistor.

3.8.4 I2S

R129 39R

VSS

C74
10p_50V_COG

Note: I2S routing

• Parrot advises to route

I2S_MCLK in internal layout with ground around.

• The filters have to be put near of Parrot connector.

I2S_SYNC

VSS

VSS

VSS

VSS

C77
10p_50V_COG

R132 39R

R131 39R

C76
10p_50V_COG

R130 39R

C75
10p_50V_COG

R128 39R

C73
10p_50V_COG

I2S_OUT1
I2S_OUT2

I2S_MCLK

I2S_CLK

DATASHEET Confidential Information 22/49

3.8.5 USB

1u_10V_X5R

Note: USB Routing:

• Maintain parallelism between USB differential signals with the trace spacing needed to achieve 90

ohms differential impedance i.e the separation between the two traces; D+, D-, shall be larger than
their distances towards the USB signal reference plane: 90 Ohms differential = 2 times 45 Ohms to
ground in series.

• Avoid 90° turns , use two 45° turns or an arc instead.

• Do not route USB traces under crystals, oscillators.

• Route high-speed USB signals using a minimum number of vias and corners (avoid changing layers with

high-speed traces as much as practical.)

• Stubs on high speed USB signals e.g.towards the pull-down resistors, should be avoided

• Verify with an impedance calculator or TDR that the trace spacing and the trace width used on the

specific board stack up to 90 ohms differential impedance. With low or minimal coupling between the
two traces; D+, D-, the characteristic impedance towards the USB signal reference is dominant and
shall be equal to 45 Ohm single ended.

• HIGH SPEED USB signal pair traces should be trace length matched. The maximum trace length

mismatch between HS USB signal pairs should be no greater than 200 mils.

• Ensure D+ and D- traces have grounded solid guard traces aside and a solid USB signal reference plane

underneath them from the USB connector up to the USB transceiver device.

R143

0R

C7

5V

VSS

USB1_5V

USB1_D­USB1_D+

1

1

VSS

2

2

3

3

4

4

5

5

fix1

Blindage1

fix2

Blindage2

fix3

Blindage3

fix4

Blindage4

Mini_USB_5points

J11

R210R
R220R

DATASHEET Confidential Information 23/49

4 Mechanical specifications

4.1 Horizontal module with internal antenna

DATASHEET Confidential Information 24/49

4.2 Horizontal module with external antenna

DATASHEET Confidential Information 25/49

4.3 Vertical module with internal antenna

DATASHEET Confidential Information 26/49

4.4 Vertical module with external antenna

DATASHEET Confidential Information 27/49

4.5 Connector of horizontal version

DATASHEET Confidential Information 28/49

4.6 Connector of vertical version

DATASHEET Confidential Information 29/49

4.7 PCB footprint for horizontal module

4.8 PCB footprint for vertical module

4.9 Connectors specifications

DATASHEET Confidential Information 30/49

5 Available tools

5.1 Workbench

5.1.1 Diagram

TOP view

Bottom view

DATASHEET Confidential Information 31/49

5.1.2 Schematics

The work bench schematic will be provided on demand

5.2 Wxserial

Wxserial is a windows based software that gives the possibility to send and read the AT commands
used by the CK5050New.

DATASHEET Confidential Information 32/49

6 Approval / Certifications

6.1 CE Declaration

We, Parrot SA 174 quai de Jemmapes 75010 Paris France, declare under our responsibility that our
product (Parrot CK5050NEW) is in conformity with the Radio and Telecommunication Equipment
directive 1999/5/EC R&TTE according to the essentials requirements and respect the standard listed
below :

3.1-a) Electrical Safety EN60950-1:2001/A11:2004
EMF EN50371 (06/2002)

3.1-b) EMC EN301 489-1 V1.6.1

3.2 Radio EN300 328 V1.7.1

Paris, July 30th , 2009

Qualification Manager

Arezki Guerrab

DATASHEET Confidential Information 33/49

6.2 FCC and IC requirements for module application

FCC ID: RKXCK5050NEW
IC : 5119A-CK5050NEW
In accordance with FCC Part 15, the CK5050+ is listed as a Modular Transmitter device.

USA – User information

This intends to inform how to specify the FCC ID of our module “ CK5050NEW ” on the product.
Based on the Public Notice from FCC, the host device should have a label which indicates that it
contains our module. The label should use wording such as: “Contains FCC ID: RKXCK5050NEW”
Any similar wording that expresses the same meaning may be used.
The label of the host device should also include the below FCC Statement. When it is not possible,
this information should be included in the User Manual of the host device.
“This device complies with part 15 of the FCC rules. Operation is subject to the following two
conditions.
(1) This device may not cause harmful interference
(2) this device must accept any interference received, including interference that may cause
undesired operation.
Caution: Changes or modifications not expressly approved by the party responsible for compliance
could void the user’s authority to operate the equipment.

Canada – User information

This intends to inform how to specify the IC ID of our module “ CK5050NEW ” on the product.
According to Canadian standards “RSS 210” and “RSS Gen” , the host device should have a label
which indicates that it contains our module. The label should use wording such as: “Contains IC ID:
519A-CK5050NEW
Any similar wording that expresses the same meaning may be used.
The label of the host device should also include the below IC Statement.
When it is not possible, this information should be included in the User Manual of the host device.
“Operation is subject to the following two conditions:
(1) this device may not cause interference,and
(2) this device must accept any interference, including interference that may cause undesired
operation of the device.”

6.3 RoHS declaration

DATASHEET Confidential Information 34/49

Hands Free Audio Gateway

Hands Free Device

Mobile Phone

Audio unit

Telephony

Phonebook

Phonebook synchro

ANNEXE

A. Bluetooth HFP & A2DP/AVRCP use cases overview:

a. Head Unit paired with Mobile phone

Handsfree telephony & Phonebook Synchronization

Hands Free Telephony

CK5050New & Host

Connections Strategy

If the Host does not store the last synchronized phonebook, it is always available for the Host
at Module start up. Right after HFP connection (which is initiated to the last connected
device), it is possible to place an outgoing call if requested. Once HFP initialization has
finished (end of SLC/Extended SLC), the Module starts the best phonebook synchronization
method available on the phone. The Module alerts the Host that the updated phonebook with
new entries is available, and ready to be displayed on the HMI.

If an incoming/outgoing call occurs during the phonebook synchronization process,
depending on the method of phonebook synchronization which is used, the process is
paused. Once the call is finished, the phonebook synchronization restarts from where it has
been stopped, and the call history is updated. This is transparent for the end user.

Calls Management

For incoming calls, the Caller ID (received from phone via CLIP or CLCC) is sent to the Host
to be displayed on the HMI.

HFP indicators such as signal level, battery level and network provider are forwarded to the
Host to be displayed on the HMI. CIND/CIEV indicators or GSM AT Commands are used for
this purpose.

Service Continuity

This feature handles the audio management of a call when the module is powered on/off:

- When the module is powered on, the module automatically connects HFP to the
phone and establishes the communication ((e)SCO connection) through the speakers
during the SLC.

- When the module is powered off, the module transfers the audio to the phone
((e)SCO disconnection) and disconnects the Bluetooth link.

This process ensures the Host to be immediately ready to start Handsfree usage.

DATASHEET Confidential Information 35/49

Three way calling / multiple calls management

Once a call is established, if a second incoming call occurs, here is how the Host should
handle the HMI:

- Green button: takes the second incoming call as active, and put the first one on hold.
Press green button again to switch between the two calls.

- Red button: hangs up the active call and takes the second one as active.

Full 3-way calling management (and multiparty calls) is optimized with phones supporting
HFP1.5. Parrot supports up to 7 calls at the same time for conference calls purpose.

With phones supporting HFP1.0 only, there are gaps in the specification such as:

- When the user manages the calls from the phone interface, the phone does not
always notify the Module.

- When the distant party who is on hold hangs up from its side.

DATASHEET Confidential Information 36/49

SCO link

Audio 8 kHz Mono

Car announcements

(Navigation,etc…)

Hands Free Audio Gateway

Hands Free Device

Mobile Phone

Audio unit

Pho

nebook synchro

Telephony

Phonebook

b. Head Unit connected to Mobile phone and headset device

Hand Free Audio Gateway

CK5050New & Host

Hands Free Telephony

and Communication privacy

SCO forwarding feature (2 SCO)

The module is connected to a Headset and a phone at the same time. When requested by
the user, the Module is able to forward audio from the phone to the Headset. Therefore, the
communication is switched for privacy purpose. Two SCO channels are opened from the
Module.

Description of the behavior:

- Incoming call:

o Pick up from the HMI will pick up the call and establish one (e)SCO with the

phone and one with the Headset.

o Hang up from the HMI will hang up the call and release the 2nd SCO.

- Outgoing call:

o Dialing from the HMI will place the call on the phone, and once the remote

party has picked up, one (e)SCO is established with the phone and one with
the Headset.

o Hang up from the HMI will hang up the call and release the 2nd SCO.

A command is proposed on Parrot Module to handle the establishment of dual SCO,
depending on user need.

DATASHEET Confidential Information 37/49

Hands Free Audio Gateway

Hands Free Device

Mobile Phone

Audio unit

Telephony

Phonebook

Phonebook synchro

Hands Free Audio Gateway

c. Head Unit paired with two Mobile phones

Establish and receiving call possible on two different mobile phones

Hands Free Telephony

CK5050New & Host

Mobile phone

Multi HFP Feature

Parrot has developed the “Multi - HFP”, which enables the Module to handle two Handsfree
connections at the same time. This use case is useful for people having two mobile phones,
or when two users are in the car.

The Module is running phonebook synchronization on both phones, and each phone has its
own phonebook available for the Host (phonebooks are not merged).

HFP indicators are available for each phone.
Description of the behaviour:

- First example: two phones (P1 and P2) are connected to HFP service. The host can
start dialing on P1, hang up call then start outgoing call on P2.

- Second example: the phone receives incoming call P1 on Module. After the end of
the first call from P1 the phone P2 can receive incoming call.

The multi HFP does not manage the calls of two phones at the same time.

DATASHEET Confidential Information 38/49

A2DP source

A2DP Sink

Mobile Phone or

Audio unit

MP3 or SBC (A2DP & AVRC)

Streaming

d. Audio Streaming and Handsfree working together

Audio Streaming from phone to Module (remotely controlled by the Module)

44 kHz stereo

Control

CK5050New & Host

Music Player

AVHFP Feature

Most phones now support both HFP and A2DP Source/AVRCP TG. The most difficult case is
to correctly handle the AVHFP Feature (dual use of A2DP/AVRCP and HFP).

As there is no specification release by the Bluetooth SIG explaining how this multi-profile use
case should operate, a whitepaper has been issued by the A/V Working Group
(“Simultaneous Use of HFP, A2DP, And AVRCP Profiles”).

Basically, the Whitepaper states that the phone should handle the streaming restart
management once the call is finished (this is the main concern today):

- Incoming call: the AG should handle the streaming management:

o Pause the streaming on incoming call.
o Send to the HF the indicators (CIEV Call setup)
o Then the HF picks up the call with ATA, communication/SCO is established
o Once finished (from AG or HF), the AG should restart streaming from where it

has been paused.

- Outgoing call from HF (ATD): the AG should also handle this in the same manner.

Nevertheless, most phones do not correctly implement the Whitepaper, and the streaming
does not always restart after the call. Parrot has developed a strategy that automatically
relaunches streaming in this case.

Song information availability

According to the AVRCP version supported by the music player (can be a phone or a
Bluetooth Music player), the Host is updated with the following information in order to update
its HMI.

AVRCP TG 1.0 (Category 1 – Music Players):

- Mandatory commands:

o Play and stop.

- Optional Features:

o Enhanced control: Next, Previous, Pause, FF, FW (most of the

phones/Players supporting AVRCP1.0 support those commands).

DATASHEET Confidential Information 39/49

o There are a lot of other features, but the phone/Bluetooth Music Players do

not implement these extended commands.

AVRCP CT 1.0 (Category 1 – Parrot Module):

- At least one command of the specification should be supported.

- Parrot has decided to implement the full Player Control (events send to the phone):

o Play, Pause, Stop, Next, Previous, Pause, FF, FW

AVRCP TG 1.3 (Category 1 – Music Players):

- Mandatory commands:

o Same perimeter as AVRCP TG 1.0.

- Optional Features:

o If the phone supports the Bluetooth SIG Vendor Unique Feature, only Title of

the Media is mandatory for Metadata. And Playback status and change of
current track shall be supported in this case.

o Other important features for Metadata support are Name of the Artist, Name of

the Album, Genre...

AVRCP CT 1.3 (Category 2 – Parrot Module):

- Mandatory commands:

o Same perimeter as AVRCP CT 1.0.

- Parrot optional features implemented:

o Referring to the specification, all “List of Media Attributes” are supported to be

displayed on the car radio HMI.

According to the AVRCP version supported by the phone, the HMI should be implemented
with information provided by the Module: Player status / Metadata for the current played
song.

As member of AV Working Group, Parrot is involved with the development of those
specifications.

DATASHEET Confidential Information 40/49

A2DP Source

Mobile Phone or

Audio unit

MP3 or SBC (A2DP & AVRC

P

)

44,1

kHz stereo

Streaming

Phonebook synchro

e. Head Unit paired with Mobile phone and Music Player with

Bluetooth dongle:

A2DP Sink

Control

CK5050New & Host

Music Player

Mobile phone

Connection Management

Parrot Module is able to maintain two Bluetooth connections: one HFP to a phone (where the
phonebook synchronization is running after connection) and the other one with an A2DP
SRC Music Player. From the Module point of view, there are two users connected.

As stated with the Whitepaper, in this use case, the Module handles the AVHFP because the
A2DP SRC is not the connected phone. If the Bluetooth Music Player supports AVRCP TG,
Parrot alerts the HMI with Playback status and Metadata.

DATASHEET Confidential Information 41/49

A2DP Sink

A2DP Source

Bluetooth

Headphones

Audio unit

MP3 or SBC (A2DP & AVRC

P

)

Streaming

A2DP Source

Audio unit

)

Streaming

Control

f. Head Unit paired with a stereo Headphone

Audio Streaming from Module to a stereo headphone

44,1 kHz stereo

Control

CK5050New & Host

Parrot Module also embeds the A2DP SRC role, and then is able to play local music files to a
Sink device. Music file can be stored on a USB Stick, or can be routed from an iPod/iPhone
to the A2DP SNK.

g. Head Unit paired with two stereo Headphones

Audio streaming from Module to two Stereo Headphones simultaneously

CK5050New Host

transfer

Music files

MP3 or SBC (A2DP & AVRCP

44,1 kHz stereo

A2DP Sink

A2DP Sink

Bluetooth

Headphones

(In this configuration, DISCO library is needed)

DATASHEET Confidential Information 42/49

Bluetooth

Headphones

The Module manages the A2DP SRC role, and establishes two A2DP connections with two
A2DP Sinks. The audio file is streamed at the same time to the two headsets.

This use case is dedicated to Music streaming rear seat entertainment.

DATASHEET Confidential Information 43/49

DUN

Gateway

Data Terminal

Device

Mobile Phone

Audio unit

Data flow

h. Head Unit paired with Mobile phone: Data transfer

Dial Up Networking: The Head Unit acts as data terminal with a connected gateway device,
typically a mobile phone.

CK5050New Host

Data exchange

Multi Profile Use

Parrot handles multiple Bluetooth connections. On the same device, it is possible to set up
both an HFP and a DUN connection.

According to the various Bluetooth implementations on phones, here is the description of
what is possible (given no phone limitations):

- DUN only:

o In this case, the phone acts as a Gateway and the Module forwards the data

to the Host (Data Terminal).

- HFP and DUN:

o If an incoming call occurs during the data transfer, there are three behaviors:

 The call is established and data transfer continues without bandwidth

diminution.

 The call is established and data transfer is stopped (AG gives priority

to HFP feature).

 The distant caller reaches the voice mail of the connected phone

(phone limitation).

o If an outgoing call is requested by the user, the behaviors above also apply.

Those behaviors are described, phone by phone in the Parrot Bluetooth Compatibility Matrix with
all tested phones.

DATASHEET Confidential Information 44/49

USB Host and HandFree Device

Audio unit

Audio

B. USB/iPod Use Cases

Parrot DISCO Library handles the USB/iPod/iPhone connectivity, and gives to the Host the
ability to manage the music player.

When it is allowed by the protocol, DISCO is able to build a database from the music files
available on the device.

o

USB mass storage, SDCards, local file system: a database can be created, called the BSM

Database ("Base de Synchronization Musicale": in French for historical reason).

o

MTP (Media Transfer Protocol) devices: a similar database can be created.

o

iPods/iPhone: if the device is seen as a USB mass storage device, a database can be

created, otherwise we use the iAP (iPod Accessory Protocol) protocol and no database is
created.

a. Head Unit with a iPod connected through the USB

Control

CK5050New Host

In this configuration, the Apple IC is required on
the motherboard. DISCO library is needed

Mobile phone

iPod/iPhone Management

In this case, the Module directly accesses the iPod/iPhone database via iAP. Here are the
browsing modes offers by the Module:

- Artist (For all devices, including USB Mass Storage)

- Album

- Genre

- Playlist

- Title

- Podcast (only for iPod/iPhone)

- Composer

DATASHEET Confidential Information 45/49

- StartList (For USB)

- File System (For USB)

- Flat File System (For USB)

As for the phonebook, UTF8 is used to communicate this database to the Host
(independently if this is a USB or iPod database).

List of Compatible iPods

iPod Classic (3G), iPod Classic Photo (4G), iPod Classic Video (5G), iPod Classic (6G),
iPod Mini (1G), iPod Nano (1G), iPod Nano (2G), iPod Nano (3G), iPod Nano (4G), iPod
Touch (1G)

, iPod Touch (2G), iPhone, iPhone (3G).

b. iPod & iPhones Use Cases

The iPhone/iPhone3G can be used as a Bluetooth AG and Music content at the same time.
In this case,

- First the user has to pair/connect its iPhone via Bluetooth to get the HFP features.

- Once HFP connection has been established, he can connect its iPhone to the

dedicated iPod connector, and the Module handles the browsing.

The user will have the Bluetooth HFP capacity and at the same time the possibility to browse
the iPod’s content.

Parrot releases more information about supported features in the Parrot Compatibility Matrix.

DATASHEET Confidential Information 46/49

USB Host and HandFree Device

Audio unit

c. Head Unit paired with a connected USB Mass storage device

Music files

transfer

CK5050New & Host

(In this configuration, DISCO library is needed)

Mobile phone

Parrot music Management

Once the USB stick is plugged in for the first time, the Module reads the USB stick content,
parses music files, and gives the Host the access to the file system. Once this first parsing is
finished, the Module reparses music files, one by one, and builds the database using the
Metadata included in each file. The database is built according to this new parsing.

The Parrot Module provides the same set of commands for USB or iPods devices. The
implementation on the Host side is generic.

HFP and USB use at the same time

If a USB stick is plugged in while an HFP connection is already established with a phone, this
case is handled in two separate processes. Handsfree features are available while DISCO is
building the database in the background, without altering the Bluetooth link.

DATASHEET Confidential Information 47/49

Hands Free

update

Hands Free Device

Computer

Audio unit

D

ata flow

DUN

Gateway

Data Terminal

Device

Mobile Phone

Audio unit

Data flow

luetooth

USB Host and HandFree Device

C. Head unit BT/USB software update

The firmware of Parrot modules can be updated in four different ways: by Bluetooth when paired with

Bluetooth-enabled

a

This is a very important feature of the Parrot Module. This ensures better Bluetooth
Compatibility with new phones coming on the Market. Some of these new phones need to
have a specific work-a-round when the Bluetooth specifications are not correctly
implemented on the phone (i.e. non-generic Bluetooth management).

Moreover, a major software update can include a new feature/profile (such as AVRCP1.4 for
instance) to give more compatibility or functionality to a car radio. This software update can
immediately be flashed (by Bluetooth, USB...) into your product already out in the market.

After the update, user settings (paired devices, phonebooks...) are not erased. This process
is transparent for the user.

laptop, by DUN, USB or UART.

Update by Bluetooth or UART

CK5050New & Host

Update by B

CK5050New & Host

Data

transfer

CK5050New & Host

DATASHEET Confidential Information 48/49

(In this configuration, the update file is stored in
the USB stick)

Methods available

- Bluetooth

o Via SPP
o Via FTP
o Via DUN (through a mobile phone connected to a server where is stored the

new software)

- Via USB

- Via UART

with a standard USB Stick.

with a host CPU that send the data

Secured update mechanism

The new software is copied into the flash Module’s memory but the previous software is not
affected by this copy. During this process, if an error occurs before the end of file transfer
(Bluetooth disconnection, data transfer stopped, USB Stick removed…), the Module will
restart with the previous software version.

The checksum of the new software is included into this new software. If the new file is
correctly written into the flash, when Module will reboots, the new checksum internally
calculated is compared the checksum of this new software. If checksum are equals, the new
file will overwrite the previous one. During this process, if power supply is turned off, the
remaining data will be continuing to be written where it has been stopped at the next boot.

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