WIRELESS
PRODUCT SELECTOR GUIDE
SPRING 2013
SP RING 2 013
Smart solutions for metering, home automation, industrial, consumer and medical applications
www.silabs.com/wireless
Engineering for
for aa mixed-signal
mixed-signal world.
world.
Engineering
2 / WIRELESS SELECTOR GUIDE
Product Selector Tables
Wireless Products
REQUEST SAMPLES AND DOWNLOAD DOCUMENTATION AT www.silabs.com/wireless
Ember ZigBee ICs
PART
NUMBER
FREQ.
FlASH RAM DATA
RANGE
(kB) (kB) RATE
(MHz)
SENS.
ADJ
ALT
802.11g
TOTAL
DEEP
CHANNEL CHANNEL REJECTION
RX
TX POWER LINK
SLEEP
REJECTION REJECTION +12/-13
CURRENT
BUDGET CURRENT
(15.4)
(15.4)
MHz
TX
CURRENT
CRYSTAL
FREQ.
VOLTAGE
PACKAGE
(V)
EM351
128
12
250
kbps
24002500
-102
dBm
(boost)
35 dB
46 dB
36 dB
-55 to +8
dBm
(boost)
110 dB
(boost)
400 mA
(no timer)
26.5 mA
(normal)
31 mA
(normal @
+3 dBm)
24 MHz
2.1 to 3.6
QFN48
EM357
192
12
250
kbps
24002500
-102
dBm
(boost)
35 dB
46 dB
36 dB
-55 to +8
dBm
(boost)
110 dB
(boost)
400 mA
(no timer)
26.5 mA
(normal)
31 mA
(normal @
+3 dBm)
24 MHz
2.1 to 3.6
QFN48
EZRadio® Universal ISM Band RF ICs
MODULATION SCHEME
(MAX kbps)
FSK
OOK
OUTPUT POWER MAX
(dBm)
868 MHz
434 MHz
BAND
BAND
SUPPLY
VOLTAGE (V)
SENSITIVITY
(DBM)
PACKAGE
27 - 960
10
1.8-3.6
—
MSOP10/SOIC14
27 - 960
10
1.8-3.6
—
MSOP10/SOIC14
•
1.8-3.6
-118/-107
QFN20
•
•
1.8-3.6
-116
QFN20
•
•
1.8-3.6
-116
QFN20
FREQUENCY BANDS (MHz)
PART NUMBER
TYPE
Si4010
MCU +TX
100
50
Si4012
TX
100
50
Si4313
RX
256
40
•
•
•
Si4355
RX
500
120
•
•
Si4455
TRX
500
120
•
•
315
434
868
915
12
13
EZRadioPRO® Enhanced Feature Universal ISM Band RF ICs
FREQUENCY
RANGE (MHZ)
OUTPUT
POWER
RANGE
(DBM)
40
900-960
-8 to +13
—
40
240-930
-8 to +13
—
40
240-930
+1 to +20
MODULATION SCHEME
(MAX kbps)
FSK
OOK
PART NUMBER
TYPE
Si4030
TX
256
Si4031
TX
256
Si4032
TX
256
SENSITIVITY (dBm)
2.0 kbps
4.8 kbps
FSK
OOK
TX CURRENT (dBm)
RX CURRENT
(mA)
0
—
—
18
30
—
—
18
30
—
—
—
35
-40 to +13
—
—
—
18
+11
+13
mA
+20
PACKAGE
QFN20
QFN20
85
QFN20
Si4060
TX
1000
120
142-1050
Major Bands
Si4063
TX
1000
120
142-1050
Major Bands
-20 to +20
—
—
—
Si4330
RX
256
40
240-960
—
-121
-110
18.5 mA
QFN20
120
142-1050
Major Bands
—
-124
-112
10/13 mA
QFN20
Si4362
RX
1000
QFN20
85
QFN20
Si4430
TRX
256
40
900-960
-8 to +13
-12
-110
18.5 mA
18
30
QFN20
Si4431
TRX
256
40
240-930
-8 to +13
-121
-110
18.5 mA
18
30
QFN20
Si4432
TRX
256
40
240-930
+1 to +20
-121
-110
18.5 mA
Si4438
TRX
500
120
425 -525
-20 to +20
-121
-110
14 mA
-40 to +13
-124
-112
10/13 mA
35
85
QFN20
75
QFN20
Si4460
TRX
1000
120
142-1050
Major Bands
Si4461
TRX
1000
120
142-1050
Major Bands
-30 to +16
-124
-112
10/13 mA
Si4463
TRX
1000
120
142-1050
Major Bands
-20 to +20
-124
-112
10/13 mA
85
QFN20
Si4464
TRX
1000
120
119-960
Banded
-20 to +20
-124
-112
10/13 mA
85
QFN20
18
25
QFN20
31
QFN20
WIRELESS SELECTOR GUIDE / 3
Wireless MCUs
PART
NUMBER
FLASH
MEM.
MHz
RAM
(kB)
DIG.
I/O
COMM.
Si1020
128 kB
25
8448
53
I2C, 2x SPI,
UART
Si1024
Si1030
Si1034
Si1021
128 kB
128 kB
128 kB
64 kB
25
25
25
25
8448
8448
8448
8448
53
53
53
53
2
I C, 2x SPI,
UART
2
I C, 2x SPI,
UART
2
I C, 2x SPI,
UART
2
I C, 2x SPI,
UART
2
FSK/
OOK
GFSK
(kbps)
(kbps)
OUTPUT
POWER
(dBm)
TX CURRENT
2/4.8 KBPS
(mA)
SENS.
+11/+20
+13
(dBM)
TIMERS
PWM/
(16PCA
BIT)
INT.
OSC
ADC
COMP.
OTHER
PACKAGE
256
40
+1 to +20
-121/110
85 mA
—
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
128 LCD
Segments
LGA85
256
40
-8 to +13
-121/110
17 mA
30
mA
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
128 LCD
Segments
LGA85
256
40
+1 to +20
-121/110
85 mA
—
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
—
LGA85
256
40
-8 to +13
-121/110
17 mA
30
mA
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
—
LGA85
256
40
+1 to +20
-121/110
85 mA
—
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
128 LCD
Segments
LGA85
Si1025
64 kB
25
8448
53
I C, 2x SPI,
UART
256
40
-8 to +13
-121/110
17 mA
30
mA
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
128 LCD
Segments
LGA85
Si1031
64 kB
25
8448
53
I2C, 2x SPI,
UART
256
40
+1 to +20
-121/110
85 mA
—
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
—
LGA85
256
40
-8 to +13
-121/110
17 mA
30
mA
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
—
LGA85
—
4
6
±2%
10-bit, 18-ch.,
300 ksps
2
CRC;
RTC
QFN42
Si1035
64 kB
25
8448
53
2
I C, 2x SPI,
UART
Si1000
64 kB
25
4352
22
I C, SPI,
UART
256
40
+1 to +20
-121/110
35
mA/85
mA
Si1002
64 kB
25
4352
22
I2C, SPI,
UART
256
40
-8 to +13
-121/110
—
30
mA
4
6
±2%
10-bit, 18-ch.,
300 ksps
2
CRC;
RTC
QFN42
Si1004
64 kB
25
4352
19
I2C, SPI,
UART
256
40
-8 to +13
-121/110
—
30
mA
4
6
±2%
10-bit, 15-ch.,
300 ksps
2
CRC;
dc-dc;
RTC
QFN42
Si1022
32 kB
25
8448
53
I2C, 2x SPI,
UART
256
40
+1 to +20
-121/110
85 mA
—
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
128 LCD
Segments
LGA85
53
I2C, 2x SPI,
UART
17 mA
30
mA
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
128 LCD
Segments
LGA85
Si1026
Si1032
32 kB
32 kB
25
25
8448
8448
53
2
2
I C, 2x SPI,
UART
2
256
40
-8 to +13
-121/110
256
40
+1 to +20
-121/110
85 mA
—
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
—
LGA85
Si1036
32 kB
25
8448
53
I C, 2x SPI,
UART
256
40
-8 to +13
-121/110
17 mA
30
mA
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
—
LGA85
Si1001
32 kB
25
4352
22
I2C, SPI,
UART
256
40
+1 to +20
-121/110
35
mA/85
mA
—
4
6
±2%
10-bit, 18-ch.,
300 ksps
2
CRC;
RTC
QFN42
2
Si1003
32 kB
25
4352
22
I C, SPI,
UART
256
40
-8 to +13
-121/110
—
30
mA
4
6
±2%
10-bit, 18-ch.,
300 ksps
2
CRC;
RTC
QFN42
Si1005
32 kB
25
4352
19
I2C, SPI,
UART
256
40
-8 to +13
-121/110
—
30
mA
4
6
±2%
10-bit, 15-ch.,
300 ksps
2
CRC;
dc-dc;
RTC
QFN42
Si1023
16 kB
25
4352
53
I2C, 2x SPI,
UART
256
40
+1 to +20
-121/110
85 mA
—
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
128 LCD
Segments
LGA85
Si1027
16 kB
25
4352
53
I2C, 2x SPI,
UART
256
40
-8 to +13
-121/110
17 mA
30
mA
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
128 LCD
Segments
LGA85
256
40
+1 to +20
-121/110
85 mA
—
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
—
LGA85
17 mA
30
mA
4
6
±2%
12-bit, 16-ch.,
75 ksps
2
—
LGA85
Si1033
16 kB
25
4352
2
53
I C, 2x SPI,
UART
256
40
-8 to +13
-121/110
Si1037
16 kB
25
4352
53
I2C, 2x SPI,
UART
Si1010
16 kB
25
768
15
I2C, SPI,
UART
256
40
+1 to +20
-121/110
35
mA/85
mA
—
4
6
±2%
12-bit, 11-ch.,
75 ksps
2
CRC;
RTC
QFN42
Si1012
16 kB
25
768
15
I2C, SPI,
UART
256
40
-8 to +13
-121/110
—
30
mA
4
6
±2%
12-bit, 11-ch.,
75 ksps
2
CRC;
RTC
QFN42
Si1014
16 kB
25
768
15
I2C, SPI,
UART
256
40
-8 to +13
-121/110
—
30
mA
4
6
±2%
12-bit, 11-ch.,
75 ksps
2
CRC;
dc-dc;
RTC
QFN42
Si1011
8 kB
25
768
15
I2C, SPI,
UART
256
40
+1 to +20
-121/110
35
mA/85
mA
—
4
6
±2%
12-bit, 11-ch.,
75 ksps
2
CRC;
RTC
QFN42
Si1013
8 kB
25
768
15
I2C, SPI,
UART
256
40
-8 to +13
-121/110
—
30
mA
4
6
±2%
12-bit, 11-ch.,
75 ksps
2
CRC;
RTC
QFN42
256
40
-8 to +13
-121/110
—
30
mA
4
6
±2%
12-bit, 11-ch.,
75 ksps
2
CRC; dcdc; RTC
QFN42
Si1015
8 kB
25
768
15
2
I C, SPI,
UART
4 / WIRELESS SELECTOR GUIDE
Hardware and Software Support
FIND THE TOOLS YOU NEED TO HELP WITH YOUR ENTIRE PROJECT www.silabs.com/wireless
Sub-GHz EZRadio Development Support
Silicon Labs offers complete tools to help designers
throughout the entire project. The EZRadio® , EZRadioPRO ®
and wireless solutions offer hardware and software platforms
to easily set up and configure, compile and debug a project. Full
documentation and a broad range of third-party compilers
and development tools are available. Software stacks provide
networking support for multi-node metering networks. Software
simulation tools can estimate power consumption and determine
expected battery life.
Complete development/prototyping system includes the following:
•
•
•
•
Prototyping/demonstration board
USB adapter for in-system programming and debugging
Silicon Laboratories IDE
MCU configuration wizard
Si4431/
C8051F342
EZRadioPRO®
USB DONGLE
Si1000 TARGET BOARD
WITH EZRadio® TEST CARD
Si4463 915 MHz
RF PICO CARD
Si4355/Si4010 ONE-WAY
SUB-GHZ KEY FOB TO LED
RECEIVER STICK
WIRELESS SELECTOR GUIDE / 5
Wireless Development Suite
The Wireless Development Suite (WDS) provides developers
a comprehensive toolset to quickly and easily create and
deploy efficient, robust and low-cost wireless applications.
WDS can be used for demonstrating part capabilities, testing
performance, and prototyping application examples, with little
or no RF design and measurement experience.
To easily set up the EZRadio products, Silicon Labs offers the
EZConfig setup tools within our Wireless Development Suite
software. The EZConfig tool provides recommended settings
for the most common application configurations. These
settings have been optimized by Silicon Labs and verified for
performance. www.silabs.com/ WDS
• Supports a family of TX, RX and TRX test cards
Device config, save, and restore
• Custom scripting API
• Online device documentation
• Terminal window
• PC interface to evaluation boards
Si4010 EZRadio®
KEY FOB TRANSMITTER
Si1000 WIRELESS MCU
TARGET BOARD
EZRadio® Si4010/Si4355
ONE-WAY AES
DEVELOPMENT KIT
6 / WIRELESS SELECTOR GUIDE
Development Kits
FIND THE EVALUATION TOOLS AND REFERENCE DESIGNS TO HELP YOU GET STARTED: www.silabs.com/wireless-devkits
Wireless MCU Development Kits
PART NUMBER
DESCRIPTION
Si1000DK
Si1000 Wireless MCU Development Kit
PRICE
Si1010DK
Si1010 Wireless MCU Development Kit
Si1020-915-A-SDK
Si1020 915 MHz Software Development Kit
Si1020-915-A-DK
Si1020 915 MHz Wireless Development Kit
Si1024-868-A-SDK
Si1024 868 MHz Software Development Kit
Si1024-868-A-DK
Si1024 868 MHz Wireless Development Kit
Wireless MCU Development Kit Test Cards
PART NUMBER
TYPE
FREQUENCY
ANTENNA CONFIGURATION
1000-TCB1 C 915
Si1000 TRX Testcard
915 MHz
Single Switch Antenna Rev c/B1; +20 dBm
1000-TCB1 C 470
Si1000 TRX Testcard
470 MHz
Single Switch Antenna Rev c/B1; +20 dBm
1002-TCB1 D 868
Si1002 TRX Testcard
868 MHz
Single Tied Antenna Rev c/B1; +13 dBm
1002-TCB1 D 434
Si1002 TRX Testcard
470 MHz
Single Tied Antenna Rev c/B1; +13 dBm
1004-TCB1 D 868
Si1004 TRX Testcard
868 MHz
Single Tied Antenna Rev d/B1; +13 dBm, dc-dc
1004-TCB1 D 434
Si1004 TRX Testcard
434 MHz
Single Tied Antenna Rev d/B1; +13 dBm, dc-dc
1010-TAB1 C 915
Si1010 TRX Testcard
915 MHz
Single Switch Antenna Rev c/B1; +20 dBm
1010-TCB1 C 470
Si1010 TRX Testcard
470 MHz
Single Switch Antenna Rev c/B1; +20 dBm
1012-TAB1 D 868
Si1012 TRX Testcard
868 MHz
Single Tied Antenna Rev d/B1; +13 dBm
1012-TAB1 D 434
Si1012 TRX Testcard
434 MHz
Single Tied Antenna Rev d/B1; +13 dBm
1014-TAB1 D 868
Si1014 TRX Testcard
868 MHz
Single Tied Antenna Rev d/B1; +13 dBm, dc-dc
1014-TAB1 D 434
Si1014 TRX Testcard
434 MHz
Single Tied Antenna Rev d/B1; +13 dBm, dc-dc
PRICE
Wireless MCU Development Kit Pico Cards
PART NUMBER
FREQUENCY
DESCRIPTION
UPPI1020GM-A-915EK
915 MHz
Si1020-GM 915 +20 dBm T/R switch pico board
UPPI1024GM-A-868EK
868 MHz
Si1024-GM 868 +13 dBm direct tie pico board
UPPI1024GM-A-434EK
434 MHz
Si1024-GM 434 +13 dBm direct tie pico board
PRICE
Ember ZigBee Development Kits
PART NUMBER
DESCRIPTION
EM35x-DEV
EM351 and EM357 Development Kit with 30-day trial license for IAR Embedded Workbench for ARM
EM35x-DEV-IAR
EM351 and EM357 Development Kit with a full standalone Cortex-M3 licence for IAR
Embedded Workbench for ARM
EM35x-NCP-ADD-ON-S
Network co-processor development with an existing EM35x Development kit
PRICE
WIRELESS SELECTOR GUIDE / 7
EZRadio Development Kits
PART NUMBER
DESCRIPTION
PRICE
4010-KFOBDEV-434
Si4010/Si4355 Key Fob Development Kit; 434 MHz Frequency
4010-KFOBDEV-868
Si4010/Si4355 Key Fob Development Kit; 868 MHz Frequency
4010-KFOBDEV-915
Si4010/Si4355 Key Fob Development Kit; 915 MHz Frequency
4010-AESK1W-315
Si4010/Si4355 One-Way AES Development Kit; 315 MHz Frequency
4010-AESK1W-434
Si4010/Si4355 One-Way AES Development Kit; 434 MHz Frequency
4010-AESK1W-868
Si4010/Si4355 One-Way AES Development Kit; 868 MHz Frequency
4010-AESK1W-915
Si4010/Si4355 One-Way AES Development Kit; 915 MHz Frequency
4012-LCDK1W-434
Si4355 One-Way LCD Development Kit; 434 MHz Frequency
4012-LCDK1W-915
Si4355 One-Way LCD Development Kit; 915 MHz Frequency
EZR-LEDK1W-434
Si4010/Si4355 One-way Sub-GHz Key Fob to LED Receiver Stick; 434 MHz Frequency
EZR-LEDK1W-868
Si4010/Si4355 One-way Sub-GHz Key Fob to LED Receiver Stick; 868 MHz Frequency
EZR-LEDK1W-915
Si4010/Si4355 One-way Sub-GHz Key Fob to LED Receiver Stick; 915 MHz Frequency
EZR-LEDK2W-434
Si4455 Two-way Sub-GHz Key Fob to LED Receiver Stick; 434 MHz Frequency
EZR-LEDK2W-868
Si4455 Two-way Sub-GHz Key Fob to LED Receiver Stick; 868 MHz Frequency
EZR-LEDK2W-915
Si4455 Two-way Sub-GHz Key Fob to LED Receiver Stick; 915 MHz Frequency
EZR-LCDK2W-434
Si4455 Two-way LCD Development Kit; 434 MHz Frequency
EZR-LCDK2W-868
Si4455 Two-Way LCD Development Kit; 868 MHz Frequency
EZR-LCDK2W-915
Si4455 Two-Way LCD Development Kit; 915 MHz Frequency
RF-to-USB-RD
Two board RF to USB Reference Design
EZRadioPRO Development Kits
PART NUMBER
DESCRIPTION
PRICE
4060-868-PDK
Si4060 One-way Wireless Development Kit; 868 MHz Frequency
4063-915-PDK
Si4063 One-way Wireless Development Kit; 915 MHz Frequency
4438-490-PDK
Si4438 Wireless Development Kit; 490 MHz Frequency
4461-868-PDK
Si4461 Wireless Development Kit; 868 MHz Frequency
4463-915-PDK
Si4463 Wireless Development Kit; 915 MHz Frequency
EZRadioPRO Development Kit Test Cards
PART NUMBER
TYPE
FREQUENCY
ANTENNA CONFIGURATION
4060-PCE10B868-EK
Si4060 TX Testcard
868 MHz
+10 dBm, TX only
4063-PCE20B915-EK
Si4063 TX Testcard
915 MHz
+20 dBm, TX only
4362-PRXB868-EK
Si4362 RX Testcard
868 MHz
-126 dBm, RX only
4362-PRXB915-EK
Si4362 RX Testcard
915 MHz
-126 dBm, RX only
4438-PCE20D490-EK
Si4438 TRX Testcard
490 MHz
+20 dBm, Single antenna implemented without RF switch for China applications
4461-PCE14D868-EK
Si4461 TRX Testcard
868 MHz
+14 dBm, Single antenna implemented without RF switch
4463-PCE20C915-EK
Si4463 TRX Testcard
915 MHz
+20 dBm, Single antenna implemented with RF switch
4063-PSQ20B169-EK
Si4063 TX Testcard
169 MHz
+ 20 dBm, TX only
4060-PCE10B434-EK
Si4063 TX Testcard
434 MHz
+10 dBm, TX only
4362-PRXB169-EK
Si4362 RX Testcard
169 MHz
-126 dBm, RX only
4362-PRXB434-EK
Si4362 RX Testcard
434 MHz
-126 dBm, RX only
4463-PSQ20D169-EK
Si4463 TRX Testcard
169 MHz
+20 dBm, Single antenna implemented without RF switch
PRICE
8 / WIRELESS SELECTOR GUIDE
4460-PCE10D434-EK
Si4460 TRX Testcard
434 MHz
+10 dBm, Single antenna implemented without RF switch
4463-PCE20B915-EK
Si4463 TRX Testcard
915 MHz
+20 dBm, Separate TX and RX designed for lab testing
(not recommended for range testing)
4463-PCE20C460-EK
Si4463 TRX Testcard
460 MHz
+20 dBm, Single antenna implemented with RF switch
4463PCE20C868SE-EK
Si4463 TRX Testcard
868 MHz
+20 dBm, Single antenna implemented with RF switch, SAW filter, TCXO,
for ETSI Cat 1 applications
4463PSQ20C169SE-EK
Si4463 TRX Testcard
169 MHz
+20 dBm, Single antenna implemented with RF switch, SAW filter, TCXO,
for ETSI Cat 1 applications
4463-PSQ27F169-EK
Si4463 TRX Testcard
169 MHz
+27 dBm, Single antenna implemented with RF switch and
low cost external amplifier
4463-PCE27F868-EK
Si4463 TRX Testcard
868 MHz
+27 dBm, Single antenna implemented with RF switch and
low cost external amplifier
4463-PCE30E915R-EK
Si4463 TRX Testcard
915 MHz
+30 dBm high power design with RFMD FEM
4460-PCE30E915S-EK
Si4460 TRX Testcard
915 MHz
+30 dBm high power design with Skyworks FEM
4463-PCE20A915-EK
Si4463 TRX Testcard
915 MHz
+20 dBm used to evaluate the embedded Antenna Diversity algorithm
4432-T-B1 A 915
Si4432 TRX Testcard
915 MHz
Two antennas mounted at 90°; used to evaluate the
embedded antenna diversity algorithm
4432-T-B1 B 915
Si4432 TRX Testcard
915 MHz
Separate TX and RX designed for lab testing
(not reccomended for range testing)
4432-T-B1 C 915
Si4432 TRX Testcard
915 MHz
Single tied antenna implemented with RF switch
4432-T-B1 C 868
Si4432 TRX Testcard
868 MHz
Single tied antenna implemented with RF switch
4432-T-B1 B 470
Si4432 TRX Testcard
470 MHz
Separate TX and RX designed for lab testing
(not reccomended for range testing)
4432-T-B1 C 470
Si4432 TRX Testcard
470 MHz
Single tied antenna implemented with RF switch
4432-T-B1 D 470
Si4432 TRX Testcard
470 MHz
Single tied antenna implemented with RF switch
4431-T-B1 B 868
Si4431 TRX Testcard
868 MHz
Separate TX and RX designed for lab testing
(not reccomended for range testing)
4431-T-B1 D 868
Si4431 TRX Testcard
868 MHz
Single tied antenna implemented without RF switch
4431-T-B1 B 434
Si4431 TRX Testcard
434 MHz
Separate TX and RX designed for lab testing
(not reccomended for range testing)
4431-T-B1 D 434
Si4431 TRX Testcard
434 MHz
Single tied antenna implemented without RF switch
4430-T-B1 B 950
Si4430 TRX Testcard
950 MHz
Separate TX and RX designed for lab testing
(not reccomended for range testing)
4430-T-B1 D 950
Si4430 TRX Testcard
950 MHz
Single Antenna implemented without RF switch
4330-T-B1 B 434
Si4430 RX Testcard
434 MHz
Single tied antenna
4330-T-B1 B 470
Si4430 RX Testcard
470 MHz
Single tied antenna
4330-T-B1 B 868
Si4430 RX Testcard
868 MHz
Single tied antenna
4330-T-B1 B 915
Si4430 RX Testcard
915 MHz
Single tied antenna
4330-T-B1 B 950
Si4430 RX Testcard
950 MHz
Single tied antenna
4032-T-B1 B 915
Si4430 TX Testcard
915 MHz
Single tied antenna
4032-T-B1 B 470
Si4430 TX Testcard
470 MHz
Single tied antenna
4031-T-B1 B 868
Si4430 TX Testcard
868 MHz
Single tied antenna
4031-T-B1 B 434
Si4430 TX Testcard
434 MHz
Single tied antenna
WIRELESS SELECTOR GUIDE / 9
Hardware and Software Support
FIND THE TOOLS YOU NEED TO HELP WITH YOUR ENTIRE PROJECT www.silabs.com/wireless-devkits
Wireless Developmpent Tools
Silicon Labs offers an easy to use development platform
featuring a small motherboard with modular RF and
MCU Pico boards and an integrated LCD with necessary
connectors for rapid prototyping and development. The
MSC-F930-PDK provides a standalone demonstration
platform and software development platform for wireless
devices together with the Wireless Development Suite
(WDS).
The MSC-F930 -PDK supports all of the following:
• MCU code and firmware development (IDE,
configuration wizard, example codes, etc.)
• RF design and optimization (Wireless Development
Suite support, automatic board detection and
firmware download, sample RF code, run-time PHY
interface, etc.)
ZigBee Development Tools
The EM35x development environment dramatically shortens design cycles by joining sophisticated network
development and debugging tools. It begins with the silicon-based packet trace port, a collection of minimallyintrusive hardware debugging features on the EM35x system-on-chip (SoC) and network co-processor (NCP).
Debug adapters bridge the packet trace port to the developer’s PCs via an Ethernet connection, where the
Desktop Network Analyzer enables rapid development and debugging. The Ember AppBuilder is an easy-to-use
graphical tool providing the fastest path to certifiable products using ZigBee standard public application profiles.
Bundles of these tools and development boards are available for each of the Ember ZigBee chipsets.
www.silabs.com/zigbee-devkits
EM35x Series Development Kit
(EM35X-DEV or EM35X-DEV-IAR)
Customers starting new ZigBee SoC projects should choose the
EM35x Development Kit as their starting point.
There are two variants:
• EM35X-DEV with a 30-day trial license of IAR Embedded
Workbench for ARM
• EM35X-DEV-IAR includes a full standalone Cortex-M3 licence
for IAR Embedded Workbench for ARM
An IAR EWARM license (P/N: EM35X-DEV-UPG-IAR) for use with
the EM35x development kit may be purchased separately.
10 / W I R E L E S S S E L E C T O R G U I D E
Silicon Labs Online Utilities
FIND THE TOOLS YOU NEED TO HELP WITH YOUR ENTIRE PROJECT www.silabs.com/online-utilities
Wireless Chip Selector
The Silicon Labs’ wireless product selector online utility helps identify the right wireless product for the application.
Simply make the selections that best describe the design, and the appropriate product with all supporting
documentation, development software and hardware will be displayed. Enter the design specifications below and in
less than a minute we’ll match you to the right wireless product for the project. You will receive product match(es), data
sheet(s), application notes, development hardware and software.
www.silabs.com/wireless-chip-selector
Standard/certification
Frequency spectrum
One-way or two-way link
Cross-Reference Utility
Silicon Labs’ cross reference utility allows you to type in a competitor’s
part number (full or partial) and if we have a cross-match, our part
number pops up. Results are automatically filtered as you type and can
be exported to excel so you can e-mail or save results.
www.silabs.com/cross-reference
Battery Life Estimator
The Battery Life Estimator is an easy-to-use web-based calculator that
gives designers a quick and easy way to understand the discharge
characteristics of different system configurations to help optimize
low-power applications. You can also download the software to your
desktop. www.silabs.com/batterycalculator
W I R E L E S S S E L E C T O R G U I D E / 11
Silicon Labs’ products are designed and manufactured
to ISO 9001, ISO 14001 and ISO/TS 16949 standards.
ISO 9001
ISO 14001
ISO/TS 16949
Quality Management System
Design and Manufacture of Integrated Circuits
Certificate Registration No: 951 08 4762
Environmental Management System
Design and Manufacture of Integrated Circuits
Certificate Registration No: 951 09 4998
Quality Management System for
Manufacture of Integrated Circuits and Related
Products for Automotive Applications
Certificate Registration No.: 12 111 33114 TMS
IATF Certificate No.: 0080212
XX%
© 2013, Silicon Laboratories Inc. Ember, EZMac, EZRadio, EZRadioPRO, EZLink, Precision32, Silicon Laboratories and the Silicon Labs logo are trademarks or registered trademarks of Silicon Laboratories Inc.
ARM and Cortex-M3 are trademarks or registered trademarks of ARM Holdings. ZigBee is a registered trademark of ZigBee Alliance Inc. All other product or service names are the property of their respective owners. For the
most up to date information please see your sales representative or visit our website at www.silabs.com. May 2013, Rev B SEL-WIR
SIL IC ON L A BOR AT ORIE S INC. | 4 0 0 W. CE S A R CH AV E Z | AUS T IN, T X 7 8 7 01 | US A | +1 (512 ) 416 - 8 5 0 0 | SIL A B S .C OM
工商网监
湘ICP备2023018690号
