GSM/GPRS Module Data Sheet · Hardware support for IMEI, SIM-Lock, Flash Software Protection and...
Transcript of GSM/GPRS Module Data Sheet · Hardware support for IMEI, SIM-Lock, Flash Software Protection and...
iSR1500 Series
GSM/GPRS Module
Data Sheet
1 Introduction
1.1 General Description
iSR1500 series is a product line of single-module platform optimized
for ultra low cost GSM handsets and GPRS modem. It integrates all
the functions necessary for a dual-band GSM/GPRS mobile handset,
including baseband, mixed signal, power amplifier, power
management, RF transceiver, front-end switch and memory in a
single monolithic module.
The highly integrated module simplifies handset design, and is
capable of working on 2-layer motherboard with no further RF
calibration required.
1.2 Key Features
GSM or GPRS Dual Band 900/1800 MHz or 850/1900 MHz,
Protocol Stack GSM Rel.97. STK Rel.99
GPRS Rel4.0 Class 10
Speech Codec EFR / FR / HR / AMR
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26.8x18.8x2.35
Security
Messaging
Browsing
Text Input
Output Power
Supply Voltage
Power consumption
GSM Sensitivity
Hardware support for IMEI, SIM-Lock, Flash Software Protection and
Secure Boot
SMS concatenated EMS, Smart messaging (GPRS)
CSD, Jataayu WAP 1.2 (GPRS)
T9 and/or Z8 library word recognition
Class 4 (2W) at 850/900 MHz Class 1 (1W) at 1800/1900 MHz
3.4V ~ 4.2V, Nominal : 3.8V
Power off < 200uA Idle mode < 4mA
-110 dBm (typ) at 850/900 MHz
-109 dBm (typ) at 1800/1900 MHz
LCD feature up to 96x64 FSTN (iSR13<b>16)
Clock
Interface
Communication
ADC
Headset hook detection
Audio
LED backlight
Debug
Charging
Vibrator
Keypad Support
up to 128x128 FSTN (iSR13<b>32) up to 160x128 65K CSTN (iSR13<b>3204)
26MHz reference clock
26MHz for MCU sub-system 104MHz for DSP
8 bit parallel interface
SSC / SPI interface I2C Bus UART
Extendable AT Commands (GPRS)
1 open ADC
1 ADC (TBAT) is reserved for battery temperature monitoring
Analog audio for ring tone (balanced and unbalanced)
Analog audio for receiver (balanced and unbalanced) Balanced analog microphone interface Unbalanced external microphone interface for headset
White LED buck-booster embedded, requires only external FET and diode for switching
JTAG support
Pulse charging support for both Ni-MH and Li-ion battery
Support Vibrator control output
6 x 4 key inputs
iSR1500 Series 2 / 12
Rev 1.1
1.3 Ordering Information
iSR15<b><nnnn><p>
<b> = GSM band option, E or U
<nnnn> = memory option, 16, 32, 3204, 3208 or 6416
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<p>
please note that other RAM configuration will be incorporated in the future
= packaging option, R or T
1.4 Product part number
iSR15E16
iSR15E32
iSR15E3204
iSR15E3208
iSR15E6416
iSR15U16
iSR15U32
iSR15U3204
iSR15U3208
iSR15U6416
GSM 900/1800MHz band, 16Mbit Flash
GSM 900/1800MHz band, 32Mbit Flash
GSM 900/1800MHz band, 32Mbit Flash + 4Mbit static RAM
GPRS 900/1800MHz band, 32Mbit Flash + 8Mbit static RAM
GPRS 900/1800MHz band, 64Mbit Flash + 16Mbit static RAM
GSM 850/1900MHz band, 16Mbit Flash
GSM 850/1900MHz band, 32Mbit Flash
GSM 850/1900MHz band, 32Mbit Flash + 4Mbit static RAM
GPRS 850/1900MHz band, 32Mbit Flash + 8Mbit static RAM
GPRS 850/1900MHz band, 64Mbit Flash + 16Mbit static RAM
2 Electrical Specification
2.1 Absolute Maximum Rating
The maximum rating may not be exceeded under any circumstances as permanent damage to the module will result
Limit Values
Parameter Pin Unit
Minimum Maximum
Battery Supply
Output Load VSWR
Storage Temperature
ESD
Digital I/O sink current
Digital I/O Level
Vbat1, Vbat2, Vbat3
ANT
-0.15
-55
10:1
- +5.5
+150
1000
20
3.6
V
˚C
V
mA
V
2.2 Electrical Characteristics
At operating Temperature: -20˚C ~ 60˚C
Parameter
Battery Power supply
Charger Detection Voltage
Battery charging protection voltage
Supported Battery Voltage for charging
VSIM
VIO Voltage
VIO Output current
VDDP_MEM Domain
Pin
Vbat1,Vbat2,Vbat3
CDT
Vbat1,Vbat2,Vbat3
Ni-MH
Li-ion
VIO,VDDP_IO
IVIO
VDDP_MEM
Min.
3.4
0
3.1
3.1
-3%
-3%
-3%
Typ.
3.8
4.47 / 5.5
1.8/2.85
2.85
2.85
Max
4.2
2.5
5.1
4.2
+3%
+3%
30
+3%
Unit
V
V
V
V
V
mA
V
iSR1500 Series 3 / 12
Rev 1.1
VRTC Voltage
VRTC Output Current
VRTC,VDDP_RTC
1.86
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2 2.14
4
V
mA
VSIM Voltage
VSIM Output Current
VMIC
Digital I/O range
Digital I/O Low level
Digital I/O High level
Audio
Receiver Max differential Output
Headset Max single-ended output
Receiver Output Load resistance
Headset Output Load resistance
Ringer Output Load resistance
ADC Input Voltage
(External input voltage case)
VSIM
IVSIM
VMIC
GPIO,
VI/OL
VI/OH
EPP1,EPN1
EPPA
EPP1,EPN1
EPPA
LOUD1,LOUD2
TBAT,ADC1
-3%
-0.3
-0.2
2.55
3.3
1.65
1.8/2.85
2.2
2.85
2.85V
3.7
1.85
16
32
8
+3%
30
3
0.3
3
4.1
2.05
2.4
V
mA
V
V
V
V
Vpp
Vpp
Ω
Ω
Ω
V
2.3 GSM 850 Electrical characteristics
Nominal Conditions (unless otherwise specified): Vbatt=3.8V Ta=25˚C Parameter Conditions Min.
Frequency 824
Typ.
Max.
849
Unit
MHz
Maximum Output Power
2nd Harmonic
3rd Harmonic
All other harmonics up to 13 GHz
Sensitivity
Off current
Idle current
Traffic mode current
Nominal conditions
Pout≤33dBm
Average at DRX=5
32.5
-108
33
-40
150
2.5
250
dBm
dBm
dBm
uA
mA
mA
2.4 GSM 900 Electrical characteristics
Nominal Conditions (unless otherwise specified): Vbatt=3.8V Ta=25˚C
Parameter Conditions
Frequency
Maximum Output Power Nominal conditions
2nd Harmonic
3rd Harmonic Pout≤33dBm All other harmonics up to 13 GHz
Sensitivity
Off current
Idle current Average at DRX=5
Traffic mode current
2.5 DCS Electrical characteristics
Nominal Conditions (unless otherwise specified): Vbatt=3.8V Ta=25˚C
Min.
880
32.5
-106
Typ.
33
-40
150
2.5
250
Max.
915
Unit
MHz
dBm
dBm
dBm
uA
mA
mA
Parameter
Frequency
Conditions Min.
1710
Typ. Max.
1880
Unit
MHz
iSR1500 Series 4 / 12
Rev 1.1
Maximum Output Power
2nd Harmonic
3rd Harmonic All other harmonics up to 13 GHz
Sensitivity
Off current
Idle current
Traffic mode current
Nominal conditions
Pout≤33dBm
Average at DRX=5
-106
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30
-40
150
2.5
250
dBm
dBm
dBm
uA
mA
mA
2.6 PCS Electrical characteristics
Nominal Conditions (unless otherwise specified): Vbatt=3.8V Ta=25˚C
Parameter Conditions
Min.
Typ.
Max.
Unit
Frequency
Maximum Output Power
2nd Harmonic 3rd Harmonic
All other harmonics up to 13 GHz
Sensitivity
Off current
Idle current
Traffic mode current
3 Pin Diagram
Nominal conditions
Pout≤33dBm
Average at DRX=5
1850
-108
30
-40
150
2.5
250
1990 MHz
dBm
dBm
dBm
uA
mA
mA
iSR1500 Series 5 / 12
Rev 1.1
4 iSR15xx Module Pin description
Mobile Solutions
Pin# Name
Description
Dir Category
GPIO
Supply Domain
1
2
3
4
5
6
7
8
9
TCK
TDO
TDI
TMS
VIO
NC
GND
GND
GND
T-Clock
T-Data Out
T-Data In
T-MS
VDDP_IO
NC
GND
GND
GND
I
O
I
I
JTAG
JTAG
JTAG
JTAG
Power supply
VDDP_ IO
VDDP_ IO
VDDP_ IO
VDDP_ IO
10 GND
11 GND
12 ANT
13 GND
14 GND
15 GND
16 GND
17 Vbat3
18 GND
GND
GND
Antenna
GND
GND
GND
GND
Vbatt for PMU
GND
RF
Power supply
VBAT
19 LOUD1
20 LOUD2
21 EPN1
22 EPP1
23 GND
24 EPPA
25 EXT_ MIC
26 GND
27 VMIC
28 MICP1
29 MICN1
30 NC
31 NC
Loud Speaker P
Loud Speaker N
Earpiece N
Earpiece P
GND
External earpiece
External Mic
GND
MIC Bias
MIC P
MIC N
NC
NC
O
O
O
O
O
I
I
I
Speaker
Speaker
Speaker
Speaker
Speaker
MIC
MIC Power supply
MIC
MIC
LBUF
LBUF
VDDA_ VANA
VDDA_ VBT
VDDA_ VBT
VDDA_ VBT
32 DTR Data Terminal Ready I UART GPIO 37 VDDP_IO
33 DSR
34 VRTC
Data Set Ready
VRTC
O UART
Power supply
GPIO 20 VDDP_IO
35 I2C_CLK
36 I2C_SDA
37 SSC0_ MRST
38 SSC0_ MTSR
39 SSC0_ CLK
I2C Clock
I2C Data
SSC0_MRST
SSC0_MTSR
SSC0_CLK
I/O I2C
I/O I2C
I/O SSC
I/O SSC
I/O SSC
GPIO 18
GPIO 19
GPIO 15
GPIO 16
GPIO 14
VDDP_IO
VDDP_IO
VDDP_IO
VDDP_IO
VDDP_IO
40 DISP_ REST Display Reset O Display GPIO 17 VDDP_IO
41 D0
42 D1
43 D2
44 D3
45 D4
46 D5
Data 0
Data 1
Data 2
Data 3
Data 4
Data 5
I/O Data
I/O Data
I/O Data
I/O Data
I/O Data
I/O Data
VDDP_ MEM
VDDP_ MEM
VDDP_ MEM
VDDP_ MEM
VDDP_ MEM
VDDP_ MEM
iSR1500 Series 6 / 12
Rev 1.1
Pin# Name
47 D6
48 D7
Description
Data 6
Data 7
Dir Category
I/O Data
I/O Data
Mobile Solutions
GPIO Supply Domain
VDDP_ MEM
VDDP_ MEM
49 KEYOUT5 Keypad Out I/O Keypad GPIO 5 VDDP_IO
50 KEYOUT4
51 KEYOUT3
52 KEYOUT2
53 KEYOUT1
54 KEYOUT0
55 KEYIN3
Keypad Out
Keypad Out
Keypad Out
Keypad Out
Keypad Out
Keypad In
O
O
O
O
O
I
Keypad
Keypad
Keypad
Keypad
Keypad
Keypad
GPIO 4
GPIO 3
GPIO 2
GPIO 1
GPIO 0
GPIO 9
VDDP_IO
VDDP_IO
VDDP_IO
VDDP_IO
VDDP_IO
VDDP_IO
56 OE_n
57 RD_n
58 WR_n
59 A1
Output Enable/
READ/
Write/
Address 0
O
O
O
Peripheral interface GPIO 25
Peripheral interface
Peripheral interface
Peripheral interface
VDDP_ MEM
VDDP_ MEM
60 RESET_n RESET/ I/O Peripheral interface VDDP_RTC
61 /CS3
62 /CS2
63 SIM_RST
64 SIM_CLK
Chip select 3
Chip select 2
SIM Reset
SIM Clock
O
O
O
O
Peripheral interface GPIO 39
Peripheral interface GPIO 24
SIM Card
SIM Card
VDDP_ MEM
VDDP_ MEM
VDDP_ SIM
VDDP_ SIM
65 SIM_IO
66 VSIM
SIM IO
VDD SIM
I/O SIM Card
SIM Card
VDDP_ SIM
67 RXD RX Data I/O UART GPIO 10 VDDP_IO
68 TXD
69 RTS_n
70 On
71 KEYIN2
72 KEYIN1
73 KEYIN0
74 ADC1
75 TBAT
76 GND
77 CDT
78 CS
79 Efuse
80 CLK_32K
TX Data
Request To Send
Switch On
Keypad Input
Keypad Input
Keypad Input
ADC1
Battery Temperature
GND
Charger Detect
Charger Switch
E-Fuse
Clock 32K
O
O
I
I
I
I
O
UART
UART
Keypad
Keypad
Keypad
Charger
Charger
GPIO
GPIO 11
GPIO 12
GPIO 8
GPIO 7
GPIO 6
GPIO 28
VDDP_IO
VDDP_IO
VDDP_RTC
VDDP_IO
VDDP_IO
VDDP_IO
VDDP_IO
81 EXT_INT Ext Int I/O GPIO GPIO 33 VDDP_IO
82 KEYPAD_LED Keypad LED control O
Vibrator control
GPIO GPIO 35 VDDP_IO
83 VIB_CTRL / RI Ring Indicator I/O GPIO GPIO 36 VDDP_IO
84 CLK_26M Clock output O GPIO GPIO 30 VDDP_IO
85 NMI_n
86 Vbat2
87 Vbat1
88 CTS_n
89 W_LED_FBN
90 W_LED_FBP
Non-Maskable Intrr I
Vbatt for PA
Vbatt for PA
Clear To Send I
White LED FBN I
White LED FBP I
Interrupt
UART
White LED
white LED
GPIO 38
GPIO 13
VDDP_IO
91 W_LED_DRV
92 RSTOUT
White LED DRV
Reset Out
O
O
White LED GPIO 34
GPIO 32
VDDP_IO
VDDP_IO
93 TRIG_OUT
94 TRIG_IN
95 TRST_n
Trig out for OCDS O
Trig in for OCDS I
T Reset I
JTAG
JTAG
JTAG
GPIO31
VDDP_IO
iSR1500 Series 7 / 12
Rev 1.1
5 iSR15xx Module GPIO Pins and Function
Mobile Solutions
Pin# Name
Description GPIO Supply
Domain
Data Terminal
Reset
Value
GPIO guide
32 DTR Ready GPIO37 VDDP_IO T/PD GPIO or DTR function
33 DSR Data Set Ready GPIO20 VDDP_IO T/PD GPIO or DSR function
35 I2C_CLK
36 I2C_SDA
I2C Clock
I2C Data
GPIO18 VDDP_IO
GPIO19 VDDP_IO
T/OD GPIO or I2C function
T/OD GPIO or I2C function
37 SSC0_ MRST
38 SSC0_ MTSR
39 SSC0_ CLK
40 DISP_ REST
SSC0_ MRST GPIO15 VDDP_IO
SSC0_ MTSR GPIO16 VDDP_IO
SSC0_ CLK GPIO14 VDDP_IO
Display Reset GPIO17 VDDP_IO
T
T
T
T
Can be used for GPIO if no serial interface for LCD required
Can be used for GPIO if no serial interface for LCD required
Can be used for GPIO if no
serial interface for LCD required
Reserved for LCD Reset
49 KEYOUT5
50 KEYOUT4
51 KEYOUT3
52 KEYOUT2
53 KEYOUT1
54 KEYOUT0
55 KEYIN3
Keypad Out
Keypad Out
Keypad Out
Keypad Out
Keypad Out
Keypad Out
Keypad In
GPIO 5 VDDP_IO
GPIO 4 VDDP_IO
GPIO 3 VDDP_IO
GPIO 2 VDDP_IO
GPIO 1 VDDP_IO
GPIO 0 VDDP_IO
GPIO 9 VDDP_ IO
T
T
T
T
T
T
T
Reserved for Keypad
Reserved for Keypad
Reserved for Keypad
Reserved for Keypad
Reserved for Keypad
Reserved for Keypad
Reserved for Keypad
56 OE_n Output Enable/ GPIO25 VDDP_MEM T Can be used for GPIO
61 /CS3
62 /CS2
Chip select3 GPIO39 VDDP_MEM T/PU Can be used GPIO if LCD interface is not use Chip select
Chip select2 GPIO24 VDDP_MEM T/PU Can be used for GPIO if no
67 RXD
68 TXD
RX Data
TX Data
GPIO10 VDDP_ IO
GPIO11 VDDP_IO
T
T
additional CS/ required Reserved for UART
Reserved for UART
69 RTS_n (HS_DET) Request to GPIO12 VDDP_IO T GPIO or RTS function
71 KEYIN2
72 KEYIN1
73 KEYIN0
Send Keypad Input GPIO 8 VDDP_IO
Keypad Input GPIO 7 VDDP_IO
Keypad Input GPIO 6 VDDP_IO
T
T
T
Reserved for Keypad
Reserved for Keypad
Reserved for Keypad
80 CLK_32K Clock 32K GPIO28 VDDP_IO T/PU GPIO or 32Khz clock output
81 EXT_INT
82 KEYPAD_LED
Ext Int
Keypad LED
control
GPIO33 VDDP_IO
GPIO35 VDDP_IO
T/PD Can be used for GPIO
T/PD Reserved for Keypad LED
83 VIB_ CTRL
84 CLK_26M
Vibrator control GPIO36 VDDP_IO
Clock output GPIO30 VDDP_IO
T/PD GPIO or vibrator function
T/PD GPIO or 26Mhz clock output
85 NMI_n Non-maskable Interrupt
GPIO38 VDDP_IO Reserved for NMI function
88 CTS_n Clear to Send GPIO13 VDDP_IO T GPIO or CTR function
91 W_LED_DRV White LED
GPIO34 VDDP_IO T/PD Can be used for GPIO if no
92 RSTOUT
94 TRIG_IN
DRV Reset Out
Trig in for
GPIO32 VDDP_IO
GPIO31 VDDP_IO
need white LED driver T/PD Can be used for GPIO
T/PD Can be used for GPIO, OCDS
iSR1500 Series
8 / 12
not necessary for JTAG
Rev 1.1
6 Application for mobile phone
LCD module 101 x 64 (B&W)
LCD
ANTENNA CON.
Vbatt
SIM CARD SOCKET
Vbatt
J-tag
Mobile Solutions
Vibrator
BL
KEYPAD
ULC2 GSM MODULE
Li-Ion Battery
CHARGING CIRCUIT
MIC
Audio Amp
LOUDSPEAKER
RECEIVER
CURRENT SENSING
CHARGER DETECT
CHARGING TERMINAL
HEADSET RECEIVER HEADSET MIC
RXD TXD
18 PIN I/O connector
Refer to Application Notes document for more detailed reference design
7 Packaging Information
7.1 Tray (Option T)
1. EACH BOX HAVING 11 TRAYS PACKED WITH 40 COMPONENTS EACH TRAY
2. ALLMINIUM FOIL WITH DESICANTS AND INDICATOR
3. PIZZA BOX MEASURED 350mm LENGTH X 160mm WITH AND 67mm HEIGHT
4. PRODUCT PACKAGE LABELS 4X DEFINED POSITIONS.
iSR1500 Series 9 / 12
Rev 1.1
7.2 Tape and Reel (option R)
1. DIMENSIONS ARE IN mm.
2. COMBERS DO NOT EXCEED 1.0mm IN 400mm.
3. THE MAXIMUM CUMULATIVE IS +/-0.2 FOR 10 SPROCKET HOLE PITCH.
4. THE THICKNESS OF CARRIER TAPE IS 0.40mm.
1. ON 13’ REEL TAPED MODULES 350pcs.
2. SECURE GUARD BAND WITH TAPE.
3. ALUMINIUM BAG SEALING WITH TAPE.
4. PRODUCT PACKAGE LABELS 4x DEFINED POSITIONS
iSR1500 Series 10
/ 12
Mobile Solutions
Rev 1.1
8 Module Dimension (mm)
8.1 Physical size
18.8 ± 0.1
±
< Top View > ※ iSR GSM Module weight approx 2 gram.
8.2 Pad size
2.35 ± 0.1
< Bottom View
Mobile Solutions
iSR1500 Series 11 / 12
Rev 1.1
2 6
.8 0 .1
8.3 Recommended metal mask
9 Reflow temperature profile
iSR1500 Series 12 / 12
Mobile Solutions
Rev 1.1