Murata Chip-Level Low-Power IC Radio Products 300 MHz - 2.4 GHz Low-Power Communications for Short-Range Wireless Control, Data Communications, and Sensor Monitoring Ultra-Low-Power Ultra-Small Ultra-Performance KEY BENEFITS Wide range of frequencies Ultra-low-power consumption with very long battery life Field tested, proven proprietary technologies Small form factor IC chipsets Evaluation modules and developer kits with design assistant software RoHS compliant R 1 Murata has been offering short-range radios since the early 1990’s when the company first introduced its patented amplifier sequenced hybrid (ASH) radio architecture. ASH technology integrates quartz SAW filtering plus frequency control components into a single custom integrated circuit (IC). Murata’s ASH architecture delivers up to 70% power savings over superheterodyne architecture. As a consequence, OEMs are able to extend the operating life of their products - particularly in medical implant and external medical devices where long operating life is essential. They are also embedded in many automotive, AMR, and consumer products. Then in 2005, Murata introduced a line of RF ICs featuring an integrated PLL, IF and Baseband circuitry which significantly minimizes external component count and greatly simplifies and speeds up design cycles. Murata has since expanded the company’s line of RF ICs for applications in frequency ranges 300-510 MHz, 863-960 MHz, and 2.4 GHz; and in very small 5mm x 5mm, 4mm x 4mm, and even 3mmx 3mm packages. As a result, Murata ICs are embedded in a variety of applications around the globe. Smart Energy RKE ICDs / Glucose Monitors White Goods Blind / Drape Control FEATURES • Broad range of devices and technology. Murata offers a variety of technology options at the subsystem chip-level that includes transceivers, receivers and transmitters. Additionally, Murata offers a complementary range of SAW-based components. • Integrated design. As a leader in RF technologies, Murata has developed a broad portfolio of short-range radios that deliver the largest link budget in the industry. System level functions in our SAW-based and RF IC short-range radios off-load functionality from the micro controller to reduce power and computation burden. • Broad data rates. Murata SAW-based radios support data rates from 1 kb/s to 200 kb/s; RF ICs 1 kb/s to 1 Mb/s. • Broad frequency range support. Our devices also support all license-free ISM frequency bands (2.4 GHz, 868 to 928 MHz, 300 MHz to 460 MHz) so you can design products that target a wide range of proprietary wireless industrial and consumer applications. • High sensitivity. Depending upon the series of short-range radios, Murata has brought the latest in its proprietary technology or innovation to ensure best-inclass or highest in radio sensitivity for superior radio performance among all its radios. • Low current consumption. Whether in operation, idle, and sleep mode, Murata short-range radios are engineered with key features to deliver long battery lifetime. • Variety of output power. Transceiver devices support a power output range from 0 dBm to 10 dBm. • Variety of modulations and technologies. Murata short-range radios feature OOK / ASK, Single-channel, FSK, multi-channel, FHSS, and DSSS. • Smallest short-range radio packages. RF IC transceivers come in packages as small as 4 mm x 4 mm; RF IC transmitters come in 3 mm x 3 mm. 3 SAW-Based ASH RX & TR architecture 300 MHz - 1 GHz OOK / ASK • Data Rates 1 kb/s - 1 Mb/s delivers up to 70% Power Savings • communication in applications where low power consumption, over superheterodyne RX & TR architecture Provide robust operation for wireless control or data small size and low implementation costs are critical. • Murata’s patented Amplifier-Sequenced Hybrid (ASH) radio architecture called Virtual Wire TM integrates RF ICs with quartz SAW filtering plus frequency control components built with a custom integrated circuit. • ASH architecture delivers ultra-low-power consumption and long range in a miniature-sized surface-mount package while also ensuring greater frequency stability, reliability and out-of-band rejection in a crowded frequency spectrum. • ASH architecture also provides a low-cost radio by reducing external component count which also eases the RF engineering design task. • The devices include provisions for both OOK and ASK modulation and can be configured to support a wide range of data rates and protocol requirements. Add a microcontroller, RF SAW RF ICs filter, crystal and a few passive 300-510 MHz • 863-960 MHz • 2.4 GHz FSK / OOK • GFSK • Data Rates 1 kb/s - 1 Mb/s components to create a Complete, Robust Radio Function • Optimized for RF performance and features a high-level of integration in a small form factor. • Single chip, multi-channel, low-power RF transceivers, receivers, and transmitters. • Ideal for low cost, high-volume, two-way and one-way shortrange wireless applications in the 300 - 510 MHz, 863 - 960 MHz and 2.4 GHz frequency ranges. • Incorporates a set of low-power states to reduce current consumption and extend battery life. • Small size with low power consumption making them ideal for a wide variety of short-range radio applications. • All critical RF and baseband functions are integrated in the radios, minimizing external component count and simplifying and speeding design cycles. 4 Short-Range Radio Selector Tool Due to the broad selection of options in the Murata portfolio of RF ICs and SAW-based short-range radios, the following two-page selector tool is provided for catalog user convenience. The selector tool helps catalog users to quickly identify the RF IC and/or SAWbased radio(s) that meet initial criteria. Go to www.Murata.com to locate the radio by part number and download the data sheet. Seven Key Questions (Match Question Number to Product Selection Table at Right) Frequency: In North or South America, if the application is All SAW-based and RFIC short-range Features: radios include a sleep mode feature to reduce for remote control choose 303 MHz or 433 MHz power consumption. frequencies. If the application is for transmitting Duty Cycle: Is programmable duty-cycle data choose 900 MHz. important (helps to regulate RF power output)? In Europe, choose 433 MHz or 868 MHz for all Murata 3rd generation SAW-based and RFIC applications. short-range radios include fast wake up for dutycycleing. In Asia and Pan Pacific, choose from any offered frequency. The RF power output is software Clock Recovery: Is clock recovery needed within programmable to meet the rules / regulations of a the RF device? Murata 3rd generation SAW- wide range of countries. based and RFIC short-range radios have built-in clock recovery so that the microprocessor does not have to perform that function to minimize Data rate and range: Choose the data rate the processing overhead on the microprocessor. and distance / line-of-sight range over which the Murata 2nd generation short-range radios do not remote control is to be activated or over which the feature built-in clock recovery as they interface to data is to be transmitted. encoders/decoders with built-in clock recovery. battery life or transmission distance primarily RF Power and RX / TX Current: Is long Start Symbol: Murata’s third generation SAWbased and RFIC short-range radios include a transmission start symbol option. The start symbol important? The lower the power / current allows the receiver to automatically detect the start the longer the battery life. The longer the of a message, unloading this function from the host transmission range the higher the power / current microprocessor. If automatic message detection required to transmit over extended ranges. by the radio is not mandatory, a second generation Also, is the application to be powered by main or SAW-based radio can be used to achieve lowest by battery? If battery, then obtaining the lowest receiver current. power / current is critical. and Technology: Does the Modulation application require noise immunity or resistance Interface to microprocessor: Does your microprocessor have limited I/O? If so choose a short-range radio with serial (SPI) interface. to fading? Modulation enables transmission across a single channel (OOK/ASK) or multichannel (FSK) to affect desired level of noise Package: SAW-Based Short-range radios are encased in a rugged, self-shielding, metal / immunity. FSK and FHSS offers highest immunity ceramic, hybrid package. RFIC Short-range radios to interference. are encased in smaller plastic packages. Customize. Don’t see what you need? Contact the sales rep or distributor nearest you to discuss your specifications. For certain high volume applications, Murata will customize the company’s proprietary RF IC and SAW-based short-range radios to meet custom specifications in a variety of markets, such as medical / healthcare, industrial, automotive, and consumer. 5 Short-Range Radio Selector Tool Range Data Rate RX Current TX Current RF Power Modulation & Technology Features Interface Package 303.825 MHz 315 MHz 403.5 MHz 418 MHz 433.92 MHz 868.35 MHz 902.960 MHz 914 MHz 916.5 MHz 2.4 GHz 19.2 kb/s - FSK 32 kb/s - OOK 115.2 kb/s - OOK 200 kb/s - FSK 19.2 kb/s 115.2 kb/s 256 kb/s Up to 1 Mb/s 100 m Line-of-Sight 200 m Line-of-Sight 600 m Line-of-Sight 0 dBm 4 dBm 10 dBm Adjustable -10 dBm to + 10 dBm 6 mA 13 mA 15 mA 32 mA 1.8 mA 2.7 mA 3.3 mA 4.3 mA 18 mA OOK / ASK Single Channel FSK Multi-Channel FHSS DSSS Duty Cycle Clock Recovery Start Symbol Digital SPI 3 mm X 3 mm 4 mm X 4 mm 5 mm X 5 mm 10 mm X 7 mm 11 mm X 7 mm 11 mm X 9.5 mm Frequency RF IC TRANSCEIVERS TRC105 TXC100 TRC104 TRC103 RF IC RECEIVER SAW-BASED TRANSCEIVERS TR1000 TR1001 TR1004 TR1100 TR3000 TR3001 TR3002 TR3003 TR3005 TR3100 TR7000 TR7001 TR7002 TR7003 TR8000 TR8001 TR8100 SAW-BASED TRANSMITTERS TX5000 TX5001 TX5002 TX5003 TX6000 TX6001 TX6004 SAW-BASED RECEIVERS RX5000 RX5001 RX5002 RX5003 RX5005H RX5500 RX5501 RX6000 RX6001 RX6004 RX6501 6 RoHS RF ICs - Chip-Level Radios Compliant Proprietary Transceivers and Transmitters Murata RF ICs include PLLTRC103 869 - 960 MHz based, single- or multi-channel TRC105 300 - 510 MHz transceivers and transmitters, evaluation boards and RF Design Assistant Software, servicing TRC104 2.4 GHz varied wireless applications in the marketplace and providing the WHY CHOOSE TRC103 / TRC105? following features: 300-960 MHz with Data Rates of 200 kb/s • Integrated PLL, IF and Baseband Circuitry to minimize external High Sensitivity of -112 mA component count and simplify / speed design-ins Current consumption in receive mode; receive current can be as low as 3.0 mA (TRC103) or 2.7 mA (TRC105) • Support for single- and multiple- OOK / FSK Modulation 5 mm X 5 mm channel applications • Wide frequency range Transmit at high data rate to reduce transmitter on time and save power GFSK Modulation 4 mm X 4 mm • Wide operating supply voltage • Frequency Hopping Spread Spectrum capability Utilizing the RSSI in receive mode, the transmit power can be adjusted to maintain the data link and minimize power consumption • Very few external components required • Small size plastic packages 5 mm X 5 mm Size Transmitters Part F req uency D at a R at e O ut p ut Po wer D es crip t io n Case TXC100 300 — 450 MHz 100 kb/s 10 dBm ASK/FSK 3 mm x 3 mm Part F req uency D at a R at e O ut p ut Po wer D es crip t io n Case TRC103 863 — 960 MHz 200 kb/s 13 dBm Multi-channel OOK/FSK 5 mm x 5 mm TRC104 2.401 — 2.527 GHz 1 Mb/s 0 dBm Multi-channel GFSK 4 mm x 4 mm TRC105 300 — 510 MHz 200 kb/s 13 dBm Multi-channel OOK/FSK 5 mm x 5 mm Transceivers More Key Features Duty Cycle. To help regulate RF power output and deliver ultra-lower-power performance. WHY CHOOSE TRC104? Clock Recovery. The build-in clock recovery within Murata RF ICs minimizes processing 2.4 GHz with Data Rates of 250 kb/s and 1 Mb/s Transmit power up to 1 mW with receive current at 18 mA overhead in the microprocessor. The microprocessor does not have to perform clock recovery function. Start Symbol. The built-in transmission start symbol option is another function of the Murata RF ICs that minimizes processing overhead in the microprocessor. The start symbol allows the receiver to automatically detect the start of a message thus unloading this function from GFSK with FHSS Capability 4 mm X 4 mm Size 7 the host micro processor. M urata RF IC Radi o s are M anuf actured i n ISO 9001 / T S 16949 C erti f i ed Factori es RF ICs - Chip-Level Radios Proprietary Transceivers and Transmitters TOP MARKETS Developer Kits “Out-of-the-box” Operation Between Two Windows-based PCs P art DR-TRC103-868-DK Frequ en cy 863—870 MHz Dat a R at e Ou t p ut Power Utilities (power, gas , water) F ilt er Part # 200 kb/s 13 dBm RF3501E Murata Filters are designed for the DR-TRC103-915-DK 902—928 MHz 200 kb/s RF2040E or 13 dBm SF2093E DR-TRC103-950-DK DR-TRC104-2400-DK DR-TRC105-304-DK DR-TRC105-315-DK DR-TRC105-345-DK DR-TRC105-372-DK DR-TRC105-390-DK DR-TRC105-403-DK DR-TRC105-434-DK DR-TRC105-450-DK 950—960 MHz 2.401—2.527 MHz 303.325—307.3 MHz 310.0—319.5 MHz 342.0—348.0 MHz 365.0—381.0 MHz 382.0—398.0 MHz 402.0—407.3 MHz 416.395—436.395 MHz 447.0—451.0 MHz 200 kb/s 1 Mb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 13 dBm 0 dBm 13 dBm 13 dBm 13 dBm 13 dBm 13 dBm 13 dBm 13 dBm 13 dBm RF3601E Not Needed RF3602D RF3603D RF3607D RF3608D RF3604D RF3605D RF3606D RF3609D correct frequency Consumer Electronics and Residential Commercial and Retail in the associated developer kits. Refer to this table Automotive Medical / Healthcare when ordering production parts. TOP APPLICATIONS DR-TRC104-2400-DK Each Developer Kit Contains: • (2) DR Radio Boards Automated Meter Reading • (2) DR Interface Boards Building Automation • (2) Dipole Antennas Security Systems / Controlled Entry • (2) USB 2.0 A/B Cables Two-Way RKE • (2) Universal Wall-plug Power Supplies DR-TRC103-DK DR-TRC105-DK Series • (2) AA Battery Packs Industrial Controls • (4) AA Batteries Asset Tracking / RFID • CD Containing: RF IC Design Assistant BUY YOUR DEV KIT NOW Software, KIT Firmware Source Code, User Guide Sports & Recreation Equipment Low-Power Two-Way Telemetry Systems Patient Monitoring / Medial Alert Pendants Evaluations Kits P art Frequ en cy Dat a R at e Ou t p ut Power F ilt er Part # DR-TRC103-868-EV 863—870 MHz 200 kb/s 13 dBm RF3501E DR-TRC103-915-EV 902—928 MHz 200 kb/s 13 dBm DR-TRC103-950-EV DR-TRC104-2400-EV DR-TRC105-304-EV DR-TRC105-315-EV DR-TRC105-345-EV DR-TRC105-372-EV DR-TRC105-390-EV DR-TRC105-403-EV DR-TRC105-434-EV DR-TRC105-450-EV DR-TXC100-315 DR-TXC100-433 950—960 MHz 2.401—2.527 MHz 303.325—307.3 MHz 310.0—319.5 MHz 342.0—348.0 MHz 365.0—381.0 MHz 382.0—398.0 MHz 402.0—407.3 MHz 416.395—436.395 MHz 447.0—451.0 MHz 315 MHz 433.92 MHz 200 kb/s 1 Mb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 200 kb/s 100 kb/s 200 kb/s 13 dBm 0 dBm 13 dBm 13 dBm 13 dBm 13 dBm 13 dBm 13 dBm 13 dBm 13 dBm 10 dBm 10 dBm RF2040E or SF2093E RF3601E Not Needed RF3602D RF3603D RF3607D RF3608D RF3604D RF3605D RF3606D RF3609D Use for initial evaluation of technology. DR-TRC104 Radio Board Application Prototyping Area Prototype a pplic a tion s th a t will be u sin g M u r a ta RF I C DR-TRC104 Interface Board r a dios . DR-TXC100 Evaluation Board Each Evaluation Kit Contains: R F IC Develop ment Boards Murata RF IC radio DR-TRC103-DK DR-TRC105-DK Development Board • (2) DR Evaluation Radio Boards DR-TRC104-DK Development Board • (2) Dipole Antennas • (2) AA Battery Packs • (4) AA Batteries • User Guides DR-TRC103 / DR-TRC105 Series Evaluation Kit Evaluation Board in the DR-TRC104-2400-EV 8 RoHS SAW-Based Short-Range Radios: Chip-Level Radios Compliant Proprietary ASH Technology; Transceivers, Transmitters and Receivers TH I R D G EN ER A TI O N SEC O N D G EN ERATION • Longer range: 600 meters line-of-sight • Short range: 200 meters line-of-sight • Very low power with excellent receiver • Ultra low-power consumption with very long batter life - TX current of 6 mA - RX current of 1.8 mA sensitivity - TX current of 32 mA - RX current of 4.3 mA • Data rates: 115.2 kb/s • Data rates: 115.2 kb/s to 1 Mb/s • Adjustable Transmit Power up to 10 mW • Adjustable Transmit Power up to 0 dBm • Sleep Mode Current 200 nA • Sleep Mode Current 700 nA • SPI Interface • Digital Interface • Additional features include DSSS, Clock SM-20L Package 10.8 mm X 9.52 mm SM-20H Package 10.2 mm X 7.06 mm Recovery, and Start Symbol T RA N S C EIVERS THIRD GENERATION SM3-20H Package 10.7 mm X 6.8 mm Part F req uency TR7000 TR7001 TR7002 TR7003 TR8000 TR8001 TR8100 433.92 MHz 315 MHz 418 MHz 303.825 MHz 916.5 MHz 868.35 MHz 916.5 MHz M ax D at a R at e 115.2 115.2 115.2 115.2 115.2 115.2 115.2 kb/s kb/s kb/s kb/s kb/s kb/s kb/s O ut p ut Po wer 10 10 10 10 10 10 10 mW mW mW mW mW mW mW Dev Kit Part # C as e 10.7 10.7 10.7 10.7 10.7 10.7 10.7 mm mm mm mm mm mm mm X X X X X X X 6.8 6.8 6.8 6.8 6.8 6.8 6.8 mm mm mm mm mm mm mm DR7000-DK DR7001-DK DR7002-DK DR7003-DK DR8000-DK DR8001-DK DR8100-DK Long range at 600 meter line-of-sight transmission Sleep mode current 200 nA extends battery life SPI interface TRANSMITTERS WHY CHOOSE THIRD GEN? T RA N S C EIVERS SECOND GENERATION Lowest power consumption in industry / smaller battery and overall footprint (TX current of 6 mA and RX current of 1.8 mA) Adjustable data rates from 115.2 kb/s to 1 Mb/s RE CEI VERS WHY CHOOSE SECOND GEN? M ax D at a R at e O ut p ut Po wer F req uency TR1000 TR1001 TR1004 TR1100 TR3000 TR3001 TR3002 TR3003 TR3005 916.5 MHz 868.35 MHz 914 MHz 916.5 MHz 433.92 MHz 315 MHz 418 MHz 303.825 MHz 403.5 MHz 115.2 kb/s 115.2 kb/s 115.2 kb/s 1 Mb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s TR3006HS 314 MHz TR3100 433.92 MHz TX5000 433.92 MHz TX5001 315 MHz TX5002 418 MHz TX5003 303.825 MHz TX6000 916.5 MHz TX6001 868.35 MHz TX6004 914 MHz RX5000 433.92 MHz RX5000H 433.92 MHz RX5001 315 MHz RX5002 418 MHz RX5003 303.825 MHz RX5005H 433.42 MHz RX5500 433.92 MHz RX5501 315 MHz RX5502H 434.52 MHz RX6000 916.5 MHz RX6001 868.35 MHz RX6004 914 MHz RX6501 868.35 MHz 115.2 kb/s 1 mW 10.7 mm X 6.8 mm 576 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 19.2 kb/s 19.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 19.2 kb/s 1 1 1 1 1 1 1 1 10.8 10.8 10.8 10.8 10.8 10.2 10.2 10.2 10.8 10.2 10.8 10.8 10.8 10.2 10.8 10.8 10.2 10.2 10.2 10.2 10.2 1 1 1 1 1 1 1 1 1 mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW C as e 10.2 10.2 10.2 10.2 10.8 10.8 10.8 10.8 10.2 RF UART Integrated Circuits Part IC1000 IC1003 9 Dev Kit Part # Part Data / Clock Extraction RF UART IC k04-057 vq65 mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X 7.06 7.06 7.06 7.06 9.52 9.52 9.52 9.52 7.06 9.52 9.52 9.52 9.52 9.52 7.06 7.06 7.06 9.52 7.06 9.52 9.52 9.52 7.06 9.52 9.52 7.06 7.06 7.06 7.06 7.06 mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm DR2000-DK DR1201-DK DR3300 DR1300-DK DR3101 DR4100 DR4101 DR4103 DR4000 DR4001 DR5100 DR5101 DR5103 DR5000 DR5001 M urata SAW Radi o s are M anuf actured i n ISO 9001 / T S 16949 C ert i f i ed Factori es SAW-Based Short-Range Radios: Chip-Level Radios Proprietary ASH Technology; Transceivers, Transmitters and Receivers The Murata SAW-based short-range radios feature Murata’s proprietary amplifier sequenced TOP MARKETS hybrid (ASH) architecture; integrated RF ICs with quartz SAW filtering plus frequency control components built with a single custom integrated circuit. Medical / Healthcare (Implants) The ASH architecture delivers ultra-low-power consumption and long range in a miniature Automotive sized surface-mount package while also ensuring greater frequency stability, reliability and out-of-band rejection in a crowded frequency spectrum. SAW-Based Developer Kits “Out-of-the-box” Operation Between Two Windows-based PCs P ar t F r e q ue ncy Dat a R at e Ou t pu t Power DR1200A-DK DR1200-DK DR1201A-DK DR1201-DK DR1300A-DK DR1300-DK 916.5 MHz 916.5 MHz 868.35 MHz 868.35 MHz 433.92 MHz 433.92 MHz 2 kb/s 22.5 kb/s 2 kb/s 22.5 kb/s 2 kb/s 22.5 kb/s DR2000-DK 916.5 MHz 115.2 kb/s 1 mW DR7000-DK 433.82 MHz 315 MHz 418 MHz 303.825 MHz 916.5 MHz 868.35 MHz 916.5 MHz 115.2 115.2 115.2 115.2 115.2 115.2 115.2 DR7001-DK DR7002-DK DR7003-DK DR8000-DK DR8001-DK DR8100-DK kb/s kb/s kb/s kb/s kb/s kb/s kb/s 1 1 1 1 1 1 mW mW mW mW mW mW 10 10 10 10 10 10 10 Each Developer Kit Contains: • (2) DR Development Boards Utilities (Power, Gas and Water) Consumer Electronics and Residential Commercial and Retail • (2) USB 2.0 Cables • (2) 9 V Batteries • (2) tuned, SMA Antennas • Program CD with Documentation TOP APPLICATIONS • Configuration Software Pacemakers and Defibrillators mW mW mW mW mW mW mW Insulin Pumps, Monitors Patient Monitoring / Medial Alert Pendants Security Systems / Controlled Entry Wireless Thermostats / Metering SAW-Based Transceiver Evaluation Kits - Third Generation ASH Technology ONLY Pa r t DR7000-EV DR7001-EV DR7003-EV DR8000-EV DR8001-EV DR8100-EV F r e q ue ncy 433.92 MHz 315 MHz 303.825 MHz 916.5 MHz 868.35 MHz 916.5 MHz Dat a R at e 115.2 115.2 115.2 115.2 115.2 115.2 kb/s kb/s kb/s kb/s kb/s kb/s Ou t pu t Each Developer Kit Contains: Power • (1) DR Module 10 10 10 10 10 10 mW mW mW mW mW mW Auto Theft Deterrent Systems • (1) Interface Board w/ Microprocessor Two-Way RKE SAW Radio Development Module Installed on an Evaluation Board with Microprocessor SAW-Based Radio Development Modules for Selected TR, TX, RX Par t F r e q ue ncy Dat a R at e Ou t pu t Power DR3000 DR3000-1 DR3001 DR3100 DR3100-1 DR3101 DR3300 DR4000 DR4001 DR4100 DR4101 DR4103 DR5000 DR5001 DR5100 DR5101 DR5103 916.5 MHz 916.5 MHz 868.35 MHz 433.92 MHz 433.92 MHz 315 MHz 916.5 MHz 916.5 MHz 868.35 MHz 433.92 MHz 315 MHz 303.825 MHz 916.5 MHz 868.35 MHz 433.92 MHz 315 MHz 303.825 MHz 2.4 kb/s 115.2 kb/s 2.4 kb/s 2.4 kb/s 115.2 kb/s 2.4 kb/s 1 Mb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 115.2 kb/s 19.2 kb/s 19.2 kb/s 19.2 kb/s 19.2 kb/s 19.2 kb/s 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 DR7000 DR7001 DR7003 DR8000 DR8001 DR8100 433.92 MHz 315 MHz 303.825 MHz 916.5 MHz 868.35 MHz 916.5 MHz 115.2 115.2 115.2 115.2 115.2 115.2 10 10 10 10 10 10 kb/s kb/s kb/s kb/s kb/s kb/s mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW mW Window Controls (Blinds / Drapes) Each Developer Kit Contains: • (1) DR Module Asset Tracking / RFID Sports & Recreation Equipment Low-Power Two-Way Telemetry Systems • (1) Interface Board w/Microprocessor 10.2 mm X 7.06 mm Surface Mount Package ASH RX & TR architecture delivers up to 70% Power Savings over superheterodyne RX & TR architecture 10.8 mm X 9.52 mm Surface Mount Package Murata SAW-based short-range radios feature excellent suppression of output harmonics and generate virtually no RF emissions ... 10.7 mm X 6.8 mm Surface Mount Package ...thus making them easy to certify to shortrange (unlicensed) radio regulations. 10 Low-Power IC Radio Products Product Catalog Murata Electronics North America, Inc.