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1. For example I can display the text message stored in the Dual Interface EEPROM SSSSSESSESS SSS TAM COMING SOON a m a u m hl ki bi du Li ki i STM8L SWIM connector Tja om HTH LEE AEA Temperature K s ER mew Sensor connector Mes edy RF antenna 20 mm x 40 mm 0 79 in x 1 57 In M24LR board M24LR Discovery allow to power and exchange data with the a U M24LR04E RA but I am not the FI only one STMicr oe lec tronics RF transceiver Demonstration Board Dg October 2012 J life augmented BlueTooth IEEE 802 15 4 Off the shelf RF Blue Modules e Enable short product development IS C2 required for the integration of the l modules in the target application ZigBee Control your world H for design of multiple platforms or multiple versions of the same platform e Save 8 12 months in design cycle e Significantly reduce engineering and production costs a RF modules e reduce the effort and certification cost on the customer side CE FE Blue Modules Key Features wm Multiple antenna and transmission range options available Compliant with Bluetooth 2 1 or latest Bluetooth version 3 0 Integrated Serial Port Profile SPP and AT layer command interface STM32 Releasing your creativity Supporting communication with smart phones and Apple IOS Bluetooth enable2. 27V to 3 6V supply 2 7V to 3 6V supply GPIO High Level 3V_ GPIO High Level 2 1V 4x GPIOs 7xGPIOS 16xGPOs Antenna pin LPA pin Power Consumption Performances pm Average Values ACL data 115KBaud UART at max throughput Master 39 0 mA 23 mA 23 mA ACL data 115KBaud UART at max throughput Slave 39 0 mA 27 5 mA 27 5 mA Connection no data traffic Master 28 9 mA 9 1 mA 9 1 mA Connection no data traffic Slave 34 5 mA 11 2 mA 11 2 mA Connection 375 ms sniff with LPO 490 LA 490 uA Page inquiry scan without deep sleep 33 2 MA 9 5 mA 9 5 mA Page inquiry scan with deep sleep no LPO 7 2 mA 2 mA Page inquiry scan with deep sleep and LPO 520 HA 520 UA Standby without deep sleep 28 3 mA 8 6 mA 8 6 mA otandby with deep sleep no LPO 2 1 mA LIMA Standby with deep sleep and LPO gt 70 uA External clock Evaluation Boards MS U Blue Modules reference designs and evaluation boards for a fast evaluation of AT commands U Power Supplied via the USB interface U Compact and Small form factor U LEDS connected to GPIO for testing purposes U UART USB bridge from Silicon Lab Typical Usage Hyper Terminal HOST A HOST B HyperTerminal amp AT Command HyperTerminal LOK File Edt Vew Call Transfer Help MAS AT Command Hyper Terminal Joe File Edt Wew Call Transfer Help TAT AB CommandMode RT RB BDAddress 0080e1fac05
3. Wireless Embedded Connectivity ST Day October 2012 J life augmented STM32W RF Control kit uu vat d Gd w A 188 LETE hegg 435394 p y e ua WAJLG TATOOUNI v Ei s gt 7 ei Sr AWO 280duM NOLAVN WAS WGs GWYOGOWIO ROC AMPeriph Cie WWW EMCU IT Wireless Embedded Connectivity October 2012 Contents qp Bluetooth ep WWW EMCU Po treo cra e p trabi ADEN ADCZ KOCI Ke ROC JED I Cm ECH D S ESC Yj y IT Application Drivers towards 2015 A TITT TETT pm pm pm pm pm pm pm em pm pm pm pm pm pm mm mm mm mm mm 30 a E N 25 H H l i 20 A Qi 15 I Appliances o i I 10 gg Ebooks Medical w i cA RA 5 A STB Infotaifim punc e Automotive Body Q N ma mett 0 omputer Systen a 84 4 omputer Syste 5 a s Flat Panel Monitor 10 a Ze om 15 a Mobile Phone 1G 2G 20 100 1 000 10 000 100 000 Automotive Electronics Categories MConsumer Electronics Categories A Data Processing Categories O Industrial Electronics Categories 4 Wired Communications Categories Wireless Communications Categories SPIRIT1 sub GHz RF transceiver J life augmented What is SPIHIT1 Key Features m Wide supply voltage range from 1
4. MHz m a Q UA E 3 Run Run SB 1 3 UN 0 45 From Flash From RAM Low power e p 1 0 HA Range 3 Range 3 Run Low power et 0 3 pA 32 kHz sleep LOD S 1 timer ne Standby 32 kHz RTC Libo without RTC Notes POR PDR on RAM content preserved BOR option at 2 4 pA Startup time from Stop 8 us Run and Sleep consumption value are independent of V Stop and standby values measured at V 1 8 V Low power Run and Low power Sleep are measured with Flash off Ultra low power Discovery kits STMBL Discovery STMAL STMBL evaluation board Embedded ST LINK for STMBL d USB interface for debugging and programming 14 Numerous examples available on www st com stm l discovery STMBL DISOOVERY OT 0 o M32L1W J life augmented June 2012 o M32L1W This part of doc is reserved for more info contact your SILICA local FAE Dual Interface EEPROM OCT 2012 J life augmented Dual Interface EEPROM Introduction Dual Interface EEPROM M24LR product line e Memory density 4 Kbit 16 Kbit and 64 Kbit Long range RFID e Large package choice e NFC 15015693 Dual Interface EEPROM How It works Based on Passive RFID technology Just add a 13 56 MHz inductive antenna onto your PCB Dual Interface EEPROM A r 5 e J H LET ES EMI 4 Jj wit 1 3 y a n Q s eg H EE i EEE z 1 HIIIIIITITITITITI M24
5. de a 10 con u ra ION Radio setting Test RF u P base Hz Ch ing Hz Center F Hz XTALF Hz RF tests TX of un modulated carrier TX 27 ZETT ee CL SET RX CW START P N 9 S e q u e N Ce 3 R X act Vat O nN Ss seis bps CR m Hz m Filter dBm Packet transmission reception test with PER evaluation YI EEE Et A E S e N Q nN e e N C rypi i O n d ac ry pi O n tests Packet setting TX R settings Transmissiontest AES Low level commands Devic STack feature LDC feature O Rx O Tx ACK request LDC Register read write and dump SE Total packets Packet rate ms MAX Re Tx 11000 E 100 Data to send OH ASCII STMicroelectronics Information about the test 3997 packet sent 3998 packet sent 999 packet sent 1000 packet sent ASCII HEX Wireless Embedded Connectivity October 2012 SPIRIT1 Kits Part number 2 X STM32L based motherboard 2 x SPIRIT1 RF modules RF performance evaluation Point to Point RF communication System Prototype development STEVAL IKROO 1 V1 STEVAL IKROO 1 V2 315 MHz vinnm o STEVAL IKROO 1 V3 MR bic 433 MHz STEVAL IKROO 1 V4 868 MHz ge va gt VE X 25 5 a nee s a L e d gt a LJ me I ai z Sd Uer ADO LAMIE ELIM EE s STEVAL IKROO 1V5 915 MHz STEVAL IKROO 1V6 920 MHz ARIB 1 108 ST w
6. 3 RT RB CommandMode RT RB BDAddress 0080e1fac053 Support tools SPBT2532C2 AT Bluetooth V2 1 EDR Class2 antennaless AT command FW SPBT2532C2 AT2 Bluetooth V2 1 EDR Class2 antennaless AT2 command FW SPBT2632C2A AT2 Bluetooth V3 0 Class2 antenna AT2 command FW SPBT2632C1A AT2 Bluetooth V3 0 Class1 antenna AT2 command FW STEVAL SPBT2ATV2 USB dongle evaluation board for available SPBT2532C2 AT USB dongle evaluation board for available SPBT2532C2 AT2 USB dongle evaluation board for available SPBT2632C2A AT2 USB dongle evaluation board for available SPBT2632C1A AT2 Datasheets Contact us E onlinesupport st com Application note AT command user manual 802 15 4 Target Applications Healthcare Assisted Living Home Building Ve 2 Wallmae Automation Ry mar STM32W an open 802 15 4 Platform Environme se re Monitori ndustrial vai nift RW D E IT mi EI EN T Games amp Smart Energy KS A Remote Controller 32 bit ARM Cortex M3 core running at 24 MHz Up to 256 Kbyte Flash and 16 Kbyte RAM Fully IEEE 802 15 4 compliant radio at 2 4 GHz Power management Deep sleep mode 1 UA with RAM retention On chip debug support e ARM JTAG SWD e Packet trace interface enables remote monitoring of radio messages ARM memory protection unit To detect erroneous software accesses oleep timer watchdog timer a
7. 8 V to 3 6V Configurable data rate from 1 to 500 kbps Supported modulation schemes RF Receiver Excellent receiver sensitivity 169 MHz e Adjacent channel selectivity 1 PER 20 bytes packet length e Blocking performance e IP3 Input third order intercept HF Transmitter Programmable Output Power Key Features mm ohutdown 2 5 nA Everything off otandby 650 nA SPI On register retention oleep 950 nA SPI on register retention Wakeup timer on Ready 400 uA SPI on XTAL on e SPI access is available in all the modes except Shutdown since the SPI block is powered by a dedicated LDO no SMPS required e mA RX 433 MHz FSK 38 4kbps similar also for other bands SMPS ON Vcc 3 0V e 24mA TX 11dBm 169 MHz Key Features Support for Automatic acknowledgment of received packets retransmission and time out protocol CCA Engine e Channel access mechanism based on the rule Listen before talk systems before transmitting this avoids the simultaneous use of the channel by different transmitter is available for secure data transfer Separate accessible via the SPI interface for host processing Supports under MCU control e Calibration can be made each time the MCU decide to change frequency or MCU can save and restore calibration data to make the frequency hopping faster Main Block Description Support for channel configuration packet handling and data buffering Suppo
8. LR64 block diagram I2C interface vcc A 64 bit Unique industry standard Identifler 1 8 5 5V 400kHz ND Factory Programmed and SCL gt Locked ISO 15693 RF interface SDA industry standard p I C RF passive RFID x Ma t arbitration technology i hia high speed mode EO I2C RF a eg Kbit s arbitration EEPROM 64 Kbit vis EEPROM gt AC1 ce e e eJero ACO Password Power protection extraction scheme What is M24LR16E Energy Harvesting e When the Energy Harvesting function is ON the M24LR16E can deliver the extra energy to other components Extra Energy an 2 4 A m N 2 7t04 5 V 1 6 A m 2 7 to 4 5 V 1 0 A m 27 to 4 5 V e Enables to remotely Recharge your battery Power your board Embedded reader writer CR95HF chip Full support of ST 15015693 products with CR95HF e Software libraries e Reference design 4 Kbit 16 Kbit and 64 Kbit Dual I F EEPROM e Application notes E 1 2 and 64 Kbit 5015693 RFID tag ICs Design your own embedded RF reader writer e g STM32 UM0586 Ideal for demonstrations and performance assessment Directly plugs on your computer USB comes with PC software Source code CR95HF drivers rar Schematics 0017031 B SCM pdf Application note AN3355 Gerber files 0017031 B Gerber zip Application note AN3394 Antenna design simplified basic tool M24LRxx Application Software 2 0 zip
9. d device Eg FW upgradeable via UART e Support of Low Power Use Modes ep ERICSSON Bluetooth Qualified and EPL listed HF Certified FCC CE IC Micro sized Form Factor Industrial Operating Temperature Range WWW E M Cc U H 1 cra A p P Enge ADCT ADCZ ADC po em ROC APODACA i na c p TEN 4 ARTI SR y e D Blue Modules are Blue Modules Certifications mmm and for US and Canada SPBT2532C2 AT QD ID Product type End Product Measurements in accordance with FCC qualification is strictly related to RF SPBT2532C2 AT2 TGP SA Core 2 1 2 1 EDR TCRL EN 300 328 V 1 7 1 2004 11 section design therefore it doesn t apply 2009 1 EN 301 489 17 V 1 2 1 2002 to module without antenna on board For Ra EN 60950 1 this reason SPBT2532C2 AT module is Core Spec Version 2 1 2 1 EDR CE 0051 O not formally qualified however it is FCC Product Description Bluetooth Module ready SPBI2632C1A AT2 QD ID FCC ID Product type End Product Measurements in accordance with IC E EN 300 328 V 1 7 1 2006 10 TGP Version Core 3 0 EN 301 489 17 V 2 AA In accordance with FCC part 15 the Core Spec Version 3 0 SN ROSS EAS EISES SPBT2632C1A AT2 is listed above as a Product Description Bluetooth Module CE 00 51 O l modular transmitter device spec V3 0 SPBT2632C2A AT2 QD ID FCC ID Product type End Product TGP Version Core 3 0 Core Spec Version 3 0 Product Description Bluetooth Module spec V3 0 Measurement
10. f RF Modules SPZB32W Key Features Block Diagrams a Onboard 24MHz and 32kHz stable Xtals Supply Range 2 1 V 3 3 V Exported the STM32W peripherals UART 12C SPI ADC JTAG interface for programming and debugging SMD Modules with side pads for easy soldering and optical inspection Operating in the industrial temperature range 40 C to 85 C small Form Factor 26 5 mm x 16 4 mm All the versions are pintopin compatible Unless one GPIO between the normal and long range versions SPZB32Wxy2 t TX 3dbm ITX 32mA SPZB32Wxy1 t TX up to 20dBm ITX 130 www Emcu ir mA Hp SPZB32W Use modes PRE Tools and Reference Boards Perytons PLA mm WWW EMCU IT SPZB32W Reference Designs 2 15 cm SPZB32W Reference Design mm Host i e STM32F WWW EMCU IT WWW EMCU IT ROC
11. ith 3 parties supports KNX a ES Come TP Twisted Pair Z gc ee L Solutions Sock Lighting Sun Heating Securitv for Smart P PL Power Line Buildings 1 Oven Radio Frequency or IR diae E ERE dun e i GE A ST Wireless M BUS Stack features y MBys 3 EN13757 4 2005 81 Sim T1 T2 R2 e Radio band 868 MHz 3 EN13757 4 2011 N mode e Radio band 169 Mhz Mrk e GUI over USB Interface Features under development Device type Meter Concentrator Sniffer vvireless Meter N Meter 1 USB HID WM BUS SOFTWARE APPLICATION Database MS SQL Server Compact WM BUS CONCENTRATOR BOARD EN Meter I Metern o TM8L STM32L1 EnergyLite platform Ultra low power devices J life augmented Flash memory size in bytes 1M 128K Standard voltage amp 16K STM8S Mainstream SIM8A Automotive STMB8T Touch sensing 2K Cortex Intelligent Processors by ARM STM8L STM32L1 Ultra low power MCUs e With the EnergyLite platform STMicroelectronics is m committed to ultra low power MCUs e Energy saving e Ultra low power advanced architecture e High performance core e Ultra low power in dynamic and static modes e New STM8L STM32L1 series increase STM8 STM32 offer e Enriches both the ultra low power EnergyLite platform and STM8 STM32 portfolio e More tha
12. n 100 part numbers for ultra low power lines Ultra low power portfolio J e els 130 nm process technology Flash size bytes 384K Notes 1 80 pins for STM8L15x 16x only 2 BGA100 on STM32L15x up to 256 K 128 Kbytes only 128K MIL EYLH 11 WIRY AL UR LY S 51MI21151R8 STMI2L151VE 64K copo rtm prenne STM8L 151 without LCD STM L154C8 STMSL SIRE 5TMOL 151M8 152 with LCD and 162 with LCD and 32K emm 32L154CH REA 128 bit AES STM32L1 151 without LCD STMBL 152C4 152 with LCD and 16K STMEL 15 TM8L151C4 162 with LCD and 128 bit AES STM L151G7 STM8L151K3 STMEL151C3 STMSL101G3 Pin count 20 pins 28 pins 32 pins 48 pins 64pins 801100 pins 132pins 144 pins TSSOP QFN QFN WLCSP LQFP IQFN LQFP QFN LQFPIBGA BGA BGA LQFP Ultra low power series 3 lines MP 3 w sor FSM op H MSI ET O e amp bit M S Note Embedded EEPROM in the Flash S I M8L Ultra low power modes Typical 25 C 192 uA MHz 90 UA MHz 5 1 yA Dynamic Bun Dynamic 3 0 uA Run na 7 1 2 uA OW OWer From Flash From RAM 32 kHz Wait Active 0 4 pA 32 kHz Halt with Ea RIG Halt Notes POR PDR on RAM content preserved BOR option at 2 4 pA Startup time from active Halt 5 us Run and Wait consumption values are independent of V Active Halt and Halt values measured at V 1 8 V STM32L1 Ultra low power modes Typical 25 C 230 uA MHz E 186 pA
13. nd GP timers AES 128 encryption acceleration Serial communication UART SPI IEC GPIO ADC 6 channels first order 12 bit sigma delta Power supply 1 25 1 8 V regulator POR Xtal oscillators 32 KHZ 24 MHz Internal RC oscillators 10 kHz 12 MHz Clock control Sleep timer Up to 24 I Os Watchdogs independent and window 4 external interrupts accelerator Event manager Control x 16 bit timers 2 imers Nested vector interrupt controller NVIC JTAG S W debug Embedded trace macrocell ETM Memory protection unit 1x SysTick timer Lower MAC and baseband IEEE 802 15 4 Wired connectivity Up to 2x SPI Up to 2x PC Analog 12 bit ADC 6 channels 188 kHz STM32W F W combinations portfolio for all versions p gt IPV6 network layer ZigBee IP e 0 2Q 12 Beta gt The ST Simple MAG Library provides a set of APIs allowing access to the and functionality of the STM32W SoC e RX TX functionalities e Radio channel selection control Boost mode control Radio and control LQI and RSSI for received packets Implementes Unslotted CSMA transmit support including CCA Ability to enable disable receiver Automatic acknowledgement management V y V y y y SPZB32W Series Options Part Number Schema STM32W108HB STM382W108CC STM382W108CZ STM32W108CB STM32W108C8 Also Integrated in the SPZB32W Series o
14. rt Packet Formats Basic Stack Wireless M BUS The Host MCU can stay in power down until a valid RF packet has been received and then burst read the data greatly reducing the power consumption and computing power required from the host MCU Provides data security support as it embeds an advanced encryption standard AES core which implements a cryptographic algorithm The Host MCU can be used to read the chip temperature e g it can be used to force radio recalibration Write registers or FIFOs Read registers or FIFOs 17 Commands State diagram AES FIFO flush Interrupt signals Monitoring signals Commands TX RX mode Wake up from external input Input output data direct mode Input output reference clock MCU clock out 34 7 kHz for LDC mode input Analog output temperature sensor GPIO 0 Shutdown signal SPIRIT1 SW Library An abstraction layer is provided Each module of the library manages a specific feature of the SPIRIT1 CALIBRATION COMMANDS DIRECT RF GENERAL PACKET LINEAR FIFO COMMON PACKET BASIC PACKET MBUS PACKET STACK REGISTERS The SPIRIT1 library is developed in order to be platform independent Every API function translate the high level command in a bit sequence to program the SPIRIT1 SPIRIT1 SDK Suite GUI RF performance evaluation e SPIRIT1 contains a GUI allowing to De rfo m SPIRIT 1 SDK Application v1 0 0 File Help i e com111 Radio configurat
15. s n accordance with EN 300 328 V 1 7 1 2006 10 EN 301 489 17 V 2 1 1 2009 EN 60950 1 2006 A11 2009 A1 2010 CE 00510 IC In accordance with FCC part 15 the SPBT2632C2A AT2 is listed above as a modular transmitter device Reports available on request C3 Bluetooth Bluetooth SPBT2632C1A AT2 Bluetooth EN Voltage STM regulator 32F Bandpass filter EB Only in AT2 L2CAP HCI BT Protocol Stack Lower Layers LMP LM Baseband LC BT Protocol Stack Higher Layers Voltage regulator Bandpass BT radio filter AT 2 Interpreter Integrated Profiles DP m Generic Access Profile GAP Tm Discovers and connects to SDAP other devices GAP Security authentication idle mode procedure inquiry 2 1 EDR 3 0 linking paging connection Service Discovery Profile SDP gt A L2CAP ocates describes services COSS S from to other devices EA Serial Port Profile SPP l gt LMP LM Emulates legacy serial communication Baseband LC IPOD Accessory Protocol iAP Supports communication with Apple iOS Bluetooth enabled X device The external Apple authentication coprocessor and X MFI certification are required HW Features SPBT2532C2 spBT263202a lt lt sPBT2632c1A RESET Nrst pin BOOT pin 4x UART I2C pins Tx Rx Cts Rts 6x pins JTAG interface Jtdi Jtdo Jtms Jtck Jtrst Nrst
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