TCL Technoly Electronics 06 Bluetooth Module User Manual BM63 Rev2

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Application ID	o245B3q2oGPtkT3Q5N6hxw==
Document Description	BM63 User Manual_Rev2
Short Term Confidential	No
Permanent Confidential	No
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Document Type	User Manual
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Date Submitted	2015-02-11 00:00:00
Date Available	2015-02-11 00:00:00
Creation Date	2014-10-15 16:53:22
Producing Software	Microsoft® Word 2010
Document Lastmod	2014-12-26 11:17:42
Document Title	BM63 User Manual_Rev2
Document Creator	Microsoft® Word 2010
Document Author:	Rene_Lin.issc

BM63SPKA1MGA
BM63SPKA1MGA
Bluetooth 3.0 Digital Audio Output Module
5F, No.5, Industry E. Rd. VII, Hsinchu Science Park, Hsinchu city 30077, Taiwan, R.O.C
Phone: 886-3-577-8385
Fax: 886-3-577-8501
Version:1.2
10/15/2014
BM63SPKA1MGA
Product Description
The ISSC BM63SPKA1MGA is a highly integrated Bluetooth 3.0 digital audio
output module, designed for high data rate, short-range wireless
communication in the 2.4 GHz ISM band. With the built-in ISSC Bluetooth
stack, profiles and digital audio interface, the ISSC BM63SPKA1MGA can
combine the external DSP and codec to provide high performance Bluetooth
audio.
Features
 Main Chip: ISSC IS2063GM(Flash version)
 Bluetooth 3.0 compliant
 Max. +4dBm Class 2 output power
 Receiver Sensitivity: GFSK typical -89dBm, π/4 PSK typical -90dBm,
8DPSK typical -83dBm
 Piconet and Scatter net support
 CVSD, A-law, -law, mSBC CODEC algorithms for voice applications
 Support SONY new feature
 SBC/AAC decode for Bluetooth audio streaming
 Microphone input and audio line-in support
 Built-in four language voice prompt (Chinese/English/Spanish/French)
 Support PCM and I2S digital audio interface
 Built-in 350mAH Li-ion battery charger
 HSP 1.2, HFP 1.6, A2DP 1.2, AVRCP 1.5,SPP 1.0 profiles supported
 Support USB 1.1 DFU and BC1.2/Apple charger detection
USB BC1.2 charger detection for DCP/CDP/SDP
Apple Charger: 2.5W, 5W, 10W, 12.5W
 3.3V operating voltage
 Built-in program ROM and 64Kb EEPROM
 51 pins for SMT module Size: 15mmx32mm
 Built-in PCB Antenna
 RoHS compliant
ISSC Confidential (Version: 1.2)
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BM63SPKA1MGA
Module Pin Out Diagram
BM63SPKA1MGA
DR0
RFS0
SCLK0
DT0
AOHPR
AOHPM
AOHPL
MICN1
MICP1
MICBIAS
AIR
AIL
P12
P13
RST_N
P01
P24
P04
P15
GND
P05
P30
P27
P20
P02
P31
P33
P36
DP
DM
EAN
P03
P00
P35
P37
GND
LED1
LED2
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
20
21
22
23
24
25
26
27
28
29
10
11
12
13
14
15
16
17
18
19
ANT1
ANT2
ANT3
HCI_RXD
HCI_TXD
CODEC_VO
VDD_IO
ADAP_IN
BAT_IN
AMB_DET
SYS_PWR
PWR(MFB)
LED3
49
50
51
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BM63SPKA1MGA
Pin Definition for Flash module
Pin No.
Pin type
Name
Description
DR0
I2S interface: Digital Left/Right Data from ADC
RFS0
I2S interface: DAC Left/Right Clock
SCLK0
DT0
AOHPR
R-channel analog headphone output
AOHPM
Headphone common mode output/sense input.
AOHPL
L-channel analog headphone output
MICN1
MIC 1 mono differential analog negative input
MICP1
MIC 1 mono differential analog positive input
10
MICBIAS
Electric microphone biasing voltage
11
AIR
R-channel single-ended analog input
12
AIL
13
I/O
P12
14
I/O
P13
15
RST_N
16
I/O
P01
17
I/O
P24
18
I/O
P04
L-channel single-ended analog input
GPIO, default pull-high input
1. KEY PIN for FT Test
2. EEPROM clock SCL
GPIO, default pull-high input
1. KEY PIN for FT Test
2. EEPROM data SDA
KEY PIN for FT Test
System Reset Pin (Low active)
GPIO, default pull-high input
BAT_CHK_EN
GPIO, default pull-high input
1. KEY PIN for FT Test
2. System Configuration:
H: Boot Mode
L: Boot Mode with P2_0 low combination
GPIO, default pull-high input.
19
I/O
P15
20
21
22
23
I2S interface: Bit Clock
I2S interface: Digital Left/Right Data to DAC
GPIO, default pull-high input
KEY PIN for FT Test
HCI_RXD
1-bit serial data received from MCU through UART
KEY PIN for FT Test
HCI_TXD
1-bit serial data transmitted to MCU through UART
CODEC_VO 3.1V LDO output for CODEC power
VDD_IO
I/O power supply input
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BM63SPKA1MGA
Pin No.
Pin type
Name
Description
24
ADAP_IN
25
BAT_IN
26
AMB_DET ADC analog input 1
27
SYS_PWR
28
PWR(MFB) Multi-Function Push Button key
29
LED3
LED Driver 3
30
LED2
LED Driver 2
31
LED1
LED Driver 1
32
GND
Ground Pin
33
I/O
P37
34
I/O
P35
35
I/O
P00
36
I/O
P03
37
EAN
38
I/O
DM
39
I/O
DP
40
I/O
P36
41
I/O
P33
42
I/O
P31
43
I/O
P02
44
I/O
P20
45
I/O
P27
GPIO, default pull-high input
GPIO, default pull-high input (LF/ES samples)
Default pull-low input (CS/MP samples)
Charger Enable
GPIO, default pull-high input
UART TX_IND signal to wake up MCU
GPIO, default pull-high input
UART RX_IND signal to wake up BT
(Note: HCI_RXD can also be used to wake up BT)
Embedded ROM/External Flash enable
H: Embedded; L: External Flash
USB Differential data bus
Data USB Differential data bus
Data +
GPIO, default pull-high input
GPIO, default pull-high input
ICHG1
GPIO, default pull-high input
ICHG0
GPIO, default pull-high input
GPIO, default pull-high input
1. KEY PIN for FT Test
2. System Configuration,
H: Application
L: Baseband(IBDK Mode)
GPIO, default pull-high input
46
I/O
P30
GPIO, default pull-high input
Power adaptor input
Battery input
System Power Output
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BM63SPKA1MGA
Pin No.
Pin type
Name
Description
47
I/O
P05
48
GND
Line-in Detector
GPIO, default pull-high input
Charger Status
Ground Pin
49
ANT1
Antenna modification point
50
ANT2
Antenna modification point
51
ANT3
Antenna modification point
Block Diagram
BT 3.0
Transceiver
Synthesizer
RF Transmitter
RF Receiver
XTAL + POR
I2S/PCM
Module
BUS
PMU
BT 3.0 Digital Core
Power Switch
Interrupts
Modem + MAC
Battery Charger
BUCK
LDO
ROM
LED Driver * 2
MCU Core
SAR_ADC
DSP Core
Misc. PMU logic
DSP ROM/RAM
External
MCU
HCI/UART
Audio Codec
Common RAM
Audio Digital Core
DMA Controller
Stereo DAC
Memory Controller
Stereo ADC
RAM
GPIOs (Buttons)
Anti-Pop
Flash
I2C (GPIOs or H/W)
ISSC Confidential (Version: 1.2)
-6-
SPI
ULPC 32KHz
Buttons
EEPROM
10/15/2014
BM63SPKA1MGA
Digital Audio Interface
 Support I2S and PCM interface
 Sampling Rate : 8K, 16K, 44.1K, 48K, 88.2K, 96K
 Word Length: 16 bits, 24 bits
 4 application modes
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BM63SPKA1MGA
Mode 1: I2S Master
BM63
External CODEC/DSP
BCLK
ADCLRC
DACLRC
ADCDAT
ADC DACDAT
Slave
SCLK0
A2DP/SCO
RFS0
SCO
TFS0
DR0 LineIn
ADC
DT0
Master
DAC
1/fs
SCLK0
Left Channel
RFS0
DR0/DT0
Bn-1 Bn-2
Right Channel
B1 B0
Bn-1 Bn-2
B1 B0
Word Length
or

Solutions with mic and line-in analog input with I2S audio output

Mic for Bluetooth SCO link

Line-in for external audio playback(for high SNR requirement)
External CODEC/DSP
DAC
LineIn
BM63
BCLK
ADCLRC
DACLRC
ADCDAT
DACDAT
SCLK0
RFS0
TFS0
DR0
DT0
Slave
ISSC Confidential (Version: 1.2)
A2DP/SCO
SCO
Master
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10/15/2014
BM63SPKA1MGA
Mode 2: I2S Slave
BM63
External CODEC/DSP
BCLK
ADCLRC
DACLRC
ADCDAT
ADC DACDAT
Master
SCLK0
A2DP/SCO
RFS0
SCO
TFS0
DR0 LineIn
ADC
DT0
Slave
DAC
1/fs
SCLK0
Left Channel
RFS0
DR0/DT0
Bn-1 Bn-2
Right Channel
B1 B0
Bn-1 Bn-2
B1 B0
Word Length
or

Solutions with mic and line-in analog input with I2S audio output

Mic for Bluetooth SCO link

Line-in for external audio playback(for high SNR requirement)
External CODEC/DSP
DAC
LineIn
BM63
BCLK
ADCLRC
DACLRC
ADCDAT
DACDAT
SCLK0
RFS0
TFS0
DR0
DT0
Master
ISSC Confidential (Version: 1.2)
A2DP/SCO
SCO
Slave
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BM63SPKA1MGA
Mode 3: PCM master
BM63
External CODEC/DSP
BCLK
ADCLRC
DACLRC
ADCDAT
ADC DACDAT
Slave
SCLK0
A2DP/SCO
RFS0
SCO
TFS0
DR0 LineIn
ADC
DT0
Master
DAC
1/fs
SCLK0
RFS0
Left Channel
DR0/DT0
Bn-1 Bn-2
Right Channel
B1 B0 Bn-1 Bn-2
B1 B0
Word Length
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BM63SPKA1MGA
Mode 4: PCM slave
BM63
External CODEC/DSP
BCLK
ADCLRC
DACLRC
ADCDAT
ADC DACDAT
Master
SCLK0
A2DP/SCO
RFS0
SCO
TFS0
DR0 LineIn
ADC
DT0
Slave
DAC
1/fs
SCLK0
RFS0
Left Channel
DR0/DT0
Bn-1 Bn-2
Right Channel
B1 B0 Bn-1 Bn-2
B1 B0
Word Length
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BM63SPKA1MGA
Outline Dimension (Module Foot print)
ISSC Confidential (Version: 1.2)
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BM63SPKA1MGA
ISSC Confidential (Version: 1.2)
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BM63SPKA1MGA
Electrical Characteristics
Table 1: Absolute Maximum Voltages
Min
Max
+85ºC
ESD: Human Body Mode
-40ºC
±2KV
ESD: Machine Mode
±200V
ESD: Charge Device Mode
±200V
Core supply voltage
VDD_CORE, AVDD_PLL
1.14V
1.26V
RF supply voltage
VCC_RF
1.22V
1.34V
SAR supply voltage
AVDD_SAR
1.62V
1.98V
Codec supply voltage
VDD_AUDIO
2.7V
3.0V
I/O voltage
VDD_IO
3.6V
BK_VDD
4.5V
3V1_VIN
4.5V
Storage Temperature
Supply voltage
BAT_IN
3.0
4.5V
ADAP_IN
4.5
7.0V
LED
5.1V
Power switch
7.0V
Table 2: Recommended Operating Conditions
Storage Temperature
Min
Typ
Max
-10ºC
+25ºC
+60ºC
Core supply voltage
VDD_CORE, AVDD_PLL
1.14V
1.2V
1.26V
RF supply voltage
VCC_RF
1.22V
1.28V
1.34V
SAR supply voltage
AVDD_SAR
1.62V
1.8V
1.98V
Codec supply voltage
VDD_AUDIO
2.7V
I/O voltage
VDD_IO
2.7V
BK_VDD
3V
4.3V
3V1_VIN
3V
4.3V
BAT_IN
3V
4.3V
4.5V
6.0V
Supply voltage
ADAP_IN
LED
3.0V
4.3V
Power switch
ISSC Confidential (Version: 1.2)
3.0V
1.8V
- 14 -
3.3V
5.0V
6.0V
10/15/2014
BM63SPKA1MGA
Table 3: BUCK switching regulator
Normal Operation
Min
Operation Temperature
-40
Input Voltage (VIN)
3.0
Output Voltage (VOUT)
(ILOAD=70mA, VIN=4V)
1.7
Typ
Max
85
Unit
℃
3.8
4.5
1.80
2.05
Output Voltage Accuracy
±5
Output Voltage Adjustable Step
50
mV/Step
Output Adjustment Range
-0.1
Output Ripple
10
Average Load Current (ILOAD)
Settling Time
(start-up time)
Conversion
efficiency
@BAT=3.8V
ILOAD = 50mA
88
ILOAD ≥ 10mA (PWM)
70
ILOAD ≥ 10mA (PFM)
80
ILOAD ≥ 250μA (PFM)
65
Switching Frequency
PWM/PFM Switching Point
Start-up Current Limit
mVRMS
ms
70
800
KHz
by F/W
mA
210
mA
ILOAD = 10mA
400
mA
PWM
1000
PFM
50
30
Output Current (Peak)
40
200
Load Regulation (ILOAD = 10 ~ 100mA)
Line Regulation (3.2V < VIN < 4.2V)
EN threshold
15
mA
1.2
Quiescent Current
120
EN or VIN to VOUT
Start-up Inrush
Current
+0.25
Logic Low Voltage (VIL)
mA
mV/mA
0.03
%/V
(30)
(mV/V)
0.4
Logic High Voltage (VIH)
1.62
10
Shutdown Current
<1
- 15 -
EN current
ISSC Confidential (Version: 1.2)
μA
nA
μA
10/15/2014
BM63SPKA1MGA
Table 4: Low Drop Regulation
Min
Operation Temperature
-40
85
Unit
℃
Input Voltage (VIN)
3.0
4.5
Output Voltage (VOUT)
(1) VOUT_CODEC
(2) VOUT_IO
VOUT = 2.9V
(2.4~3.4V)
2.9
VOUT = 1.8V
(1.3~2.3V)
1.8
Max
Accuracy (VIN=3.7V, ILOAD=100mA, 27’C)
Output Voltage Adjustable Step
67
Output Adjustment Range
Start-up Inrush Current
Typ
ILOAD=10mA
Settling Time (start-up time) EN or VIN to VOUT
±5
100
±0.5
mV/Step
200
400
mA
250
500
μs
Output Current (Average)
VOUT
100
mA
Output Current (Peak)
VOUT
150
mA
300
mV
Drop-Out Voltage
(ILOAD = maximum output current)
Quiescent Current
(excluding load, ILOAD < 1mA)
Quiescent Current
(excluding load, ILOAD < 100μA)
Load Regulation (Iload = 0mA to 100mA), ΔVOUT
Note: 0.4(mV/mA) * (100mA-0mA)=40mV
Line Regulation (VOUT+0.3V 0.7V
(ADAP_IN=5V)
Headroom = 0.3V
(ADAP_IN=4.5V)
Maximum Battery
Fast Charge Current
Note: ENX2=1
Headroom > 0.7V
(ADAP_IN=5V)
Headroom = 0.3V
(ADAP_IN=4.5V)
mA
170
200
240
mA
160
180
240
mA
330
370
420
mA
180
220
270
mA
Minimum Step
mA
Trickle Charge Voltage Threshold
Float Voltage
4.158
Battery Charge Termination Current,
% of Fast Charge Current
4.2
4.242
10
Standby Mode (BAT_IN falling from 4.2V)
Supply current to charger only
Battery Current
-1
μA
0.25C
mA
Battery Recharge Current
Note: C  Battery Capacity (*1)
ISSC Confidential (Version: 1.2)
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mA
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BM63SPKA1MGA
Table 6: Audio codec ADC
Conditions
Temperature
Min
Typ
Max
-40
25
85
Unit
℃
16
Bits
48
KHz
Resolution
Input sample rate, Fsample
8KHz for MIC
44.1/48KHz for Line-in
fin=1KHz
Signal to Noise Ratio
(SNR @MIC or Line-in mode)
8KHz
B/W=20~20KHz
(A-weighted)
44.1/
THD+N < 1%
48KHz
90
92
dB
90
92
2.26Vpp input
Digital Gain
-54
Digital Gain Resolution
4.85
2~6
MIC Boost Gain
dB
dB
20
PGA Analog Gain
-6
26
Analog Gain step
Input full-scale at maximum
gain (differential)
dB
dB
mVRMS
(AVDD=2.8V)
Input full-scale at minimum
Note:
800
gain (differential)
Input VPP=0.8*AVDD
3dB bandwidth
Microphone mode
input impedance
mVRMS
(AVDD=2.8V)
20
KHz
Input impedance
Input capacitance
10
KΩ
20
pF
THD+N (microphone input)
@30mVRMS input
0.02
THD+N (line input)
0.04
ADC channels
Analog supply voltage
2.6
2.8
3.0
Digital supply voltage
1.08
1.2
1.32
42
45
48
dB
Crosstalk @line-in mode
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BM63SPKA1MGA
MIC Boost Gain and PGA Gain are controlled by DSP F/W
AIL
MICP1
MICN1
MIC AMP
LINE AMP
MIC Boost Gain
0dB or 20dB
1-bit
SD ADC
Digital
Codec
DSP
Core
ADC Digital Gain
DSP Digital Gain
-54 ~ 4.85dB
-96 ~ 0dB in 6dB step
Fixed in 0dB now
Fixed in 0dB now
PGA Analog Gain
-6 ~ 26dB in 1dB step
System Gain = MIC Boost Gain + PGA Analog Gain + ADC Digital Gain + DSP Digital Gain
(1) MIC mode:
(a) There are 16 gain levels: 46/43/40/37/34/31/28/25/22/19/16/13/10/7/4/0 dB
(b) 46/43/40/37 dB gain levels are normally used for MIC mode
(2) Line-in mode:
(a) MIC boost gain = 0 dB
(b) PGA analog gain = 0 dB
(c) ADC digital gain = 0 dB
(d) DSP digital gain = 0 dB
(e) Gain control for line-in mode is recommended to be done by DAC side
Note: For I2S digital audio output, no gain control in BM63 so far and it is controlled by external DAC
SCO up link
BT
RF/MAC
Line-in mode
UART
AIL
MICP1
MICN1
External
MCU
I2C
MIC AMP
LINE AMP
MIC Boost Gain
0dB or 20dB
1-bit
SD ADC
ADC Digital Gain
-54 ~ 4.85dB
Fixed in 0dB now
PGA Analog Gain
-6 ~ 26dB in 1dB step
ISSC Confidential (Version: 1.2)
Digital
Codec
- 19 -
DSP
Core
I2S
A2DP down link
SCO down link
External
DSP/DAC
(YDA174)
DSP Digital Gain
Digital/Analog
-96 ~ 0dB in 6dB step Gain Control
Fixed in 0dB now
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BM63SPKA1MGA
Table 7: Transmitter section for BDR (25℃)
Typ
Max
Bluetooth
specification
Unit
Maximum RF transmit power
2.0*
5.0
-6 to 4
dBm
RF power variation over temperature
range with compensation disabled
±2.0
Min
RF power control range
dB
≥16
18
RF power range control resolution
±0.5
20dB bandwidth for modulated
carrier
925
dB
dB
≤1000
KHz
ACP
F = F0±2MHz
-42
-40
≤-20
dBm
Note:
F0=2441MHz
F = F0±3MHz
-49
-48
≤-40
dBm
F = F0±>3MHz
-57
-53
≤-40
dBm
175
140<∆f1avg<175
KHz
140
≥115
KHz
∆f1avg maximum modulation
145
∆f2max maximum modulation
120
135
∆f2avg/∆f1avg
0.9
0.95
ICFT
4.5
10.5
±75
Drift rate
3.3
7.0
≤20
≥0.80
KHz
KHz/50
us
Drift (single slot packet)
12
≤40
KHz
2nd harmonic content
-42
≤-30
dBm
3rd harmonic content
-45
≤-30
dBm
* The transmit power is calibrated in MP.
ISSC Confidential (Version: 1.2)
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BM63SPKA1MGA
Table 8 Transmitter section for EDR (25℃)
Min
Relative transmit power
π/4 DQPSK max
carrier frequency
stability
8DPSK max
carrier frequency
stability
Typ
Max
-1.2
Bluetooth
specification
Unit
-4 to 1
dB
|ωo| freq. error
2.5
≤10 for all blocks
KHz
|ωi| initial freq. error
2.5
≤75 for all blocks
KHz
10
≤75 for all blocks
KHz
|ωo| freq. error
2.5
≤10 for all blocks
KHz
|ωi| initial freq. error
2.5
≤75 for all blocks
KHz
10
≤75 for all blocks
KHz
12.2
≤20
≤30
≤35
|ωo+ωi|
block freq. error
|ωo+ωi|
block freq. error
π/4 DQPSK
RMS DEVM
modulation
accuracy
99% DEVM
PASS
8DQPSK
modulation
accuracy
RMS DEVM
≤13
99% DEVM
PASS
≤20
≤25
In-band spurious
emissions
Note:
F0=2441MHz
Peak DEVM
25
Peak DEVM
20
F > F0+3MHz
<-52
≤-40
dBm
F < F0-3MHz
<-53
≤-40
dBm
F = F0-3MHz
-46
≤-40
dBm
F = F0-2MHz
-34
≤-20
dBm
F = F0-1MHz
-34
≤-26
dBm
F = F0+1MHz
-37
≤-26
dBm
F = F0+2MHz
-34
≤-20
dBm
F = F0+3MHz
-46
≤-40
dBm
100
≥99
EDR differential phase encoding
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BM63SPKA1MGA
Table 9 Receiver section for BDR (25℃)
Frequency
(GHz)
Sensitivity at 0.1%
BER for all basic rate
packet types
Min
Typ
2.402
-89
2.441
-89
2.480
-89
Max
Bluetooth
specification
Unit
≤-70
dBm
dBm
Maximum received signal at 0.1% BER
≥-20
Continuous power
required to block
Bluetooth reception
(for input power of
-67dBm with 0.1%
BER) measured at
the unbalanced port
of the balun
0.030–2.000
-7
-10
2.000-2.400
-10
-27
2.500-3.000
-11
-27
dBm
3.000-12.75
-7
-10
≤11
dB
F = F0+1MHz
-6
≤0
dB
F = F0-1MHz
-6.5
≤0
dB
F = F0+2MHz
-36
≤-30
dB
F = F0-2MHz
-28
≤-9
dB
F = F0-3MHz
-31
≤-20
dB
F = F0+5MHz
-48
≤-40
dB
F = Fimage
-28
≤-9
dB
Maximum level of inter-modulation
interferers
-37
≥-39
dBm
Spurious output level
N/A
C/I co-channel
Adjacent channel
selectivity C/I
Note: F0=2441MHz
ISSC Confidential (Version: 1.2)
- 22 -
dBm/Hz
10/15/2014
BM63SPKA1MGA
Table 10: Receiver section for EDR (25℃)
Sensitivity at
0.01% BER
Frequency
(GHz)
Modulation
2.402
π/4 DQPSK
-90
2.441
π/4 DQPSK
-90
2.480
π/4 DQPSK
-90
2.402
8DPSK
-83
2.441
8DPSK
-83
2.480
8DPSK
-82
π/4 DQPSK
-10
≥-20
8DPSK
-10
≥-20
π/4 DQPSK
10
≤13
dB
8DPSK
16
≤21
dB
π/4 DQPSK
-11
≤0
dB
8DPSK
-5
≤5
dB
π/4 DQPSK
-8
≤0
dB
8DPSK
-4
≤5
dB
π/4 DQPSK
-38.5
≤-30
dB
8DPSK
-33.5
≤-25
dB
π/4 DQPSK
-29
≤-7
dB
8DPSK
-25
≤0
dB
-32.5
≤-20
dB
-27
≤-13
dB
π/4 DQPSK
-49.5
≤-40
dB
8DPSK
-43.5
≤-33
dB
π/4 DQPSK
-29
≤-7
dB
8DPSK
-25
≤0
dB
Maximum received signal at
0.1% BER
C/I co-channel at 0.1% BER
F= F0+1MHz
F= F0-1MHz
Adjacent
channel
selectivity C/I
Note:
F0=2441MHz
F= F0+2MHz
F= F0-2MHz
F= F0-3MHz
F= F0+5MHz
F= Fimage
Min
π/4 DQPSK
8DPSK
ISSC Confidential (Version: 1.2)
- 23 -
Typ
Max
Bluetooth
Unit
specification
≤-70
dBm
≤-70
dBm
dBm
10/15/2014
BM63SPKA1MGA
Reflow profile
ISSC Confidential (Version: 1.2)
- 24 -
10/15/2014
BM63SPKA1MGA
QR code label information
Label Size:15±1.5 *6±1.5 mm
Device Name: BM63SPKA1MGA
MAC ID: xxxxxxxxxx
Customer ID Name: Cxxxxx
Date Code: 13xx
Module Weight
(Test condition: module with QR label)
TBD
ISSC Confidential (Version: 1.2)
- 25 -
10/15/2014
BM63SPKA1MGA
Storage standard
1. Calculated shelf life in sealed bag: 12 months at < 40 ℃ and <90% relative humidity (RH)
2. After bag is opened, devices that will be subjected to reflow solder or other high temperature process
must be Mounted within 168 hours of factory conditions <30℃/60% RH
ISSC Confidential (Version: 1.2)
- 26 -
10/15/2014
BM63SPKA1MGA
Ordering Information
Module
Device
Size
Shipment
Method
32*15 mm2
Tray
Order Number
BM63SPKA1MGA
Bluetooth 3.0
digital audio Module
Note:
Minimum Order Quantity is 630pcs Tray.
ISSC Confidential (Version: 1.2)
- 27 -
10/15/2014
BM63SPKA1MGA
Packing Information
Tray Dimensions
Packing Method
ISSC Confidential (Version: 1.2)
- 28 -
10/15/2014
BM63SPKA1MGA
Inner box: Q’ty (630 Pcs)
Dimensions: 36*16*9.5 cm
Bar Code Label
P/N: Device name
C/N: Customer name
Lot No: Lot ID
Q’ty: Box or Carton Module’s Q’ty
Carton: Q’ty (3780 Pcs)
Dimensions: 38*35*30 cm
ISSC Confidential (Version: 1.2)
- 29 -
10/15/2014
1. BM63 module contain PCB antenna
2. The gain of PCB antenna is 2.4dBi
1. Every module has 48 pin
2. Fix BT module on main board by its 8 pin
3. Every pin is fixed on the main board by tin
1.Main board plug in the plastic enclose inside.
Main board
＋
SRS‐X55
＋
FCC statement
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, and (2)this device must
accept any interference received, including interference that may cause
undesired operation.
IC statement
This device complies with Industry
Canada licence-exempt RSS standard(s). 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
Le présent appareil est conforme aux CNR
d'Industrie Canada applicables aux appareils radio exempts de licence.
L'exploitation est autorisée aux deux conditions suivantes : (1) l'appareil ne doit
pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter tout
brouillage radioélectrique subi, même si le brouillage est susceptible d'en
compromettre le fonctionnement.

---

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