Weekly report: March 09 15, 2018

Transcription

1 Weekly report: March 09 15, 2018 Ju Wang March 15, Summary for Last Week In the past week, I did the following tasks: We submitted a paper to MobiCom I searched some cheap RFID reader modules, so that we can develop our own cheap reader. 2 Cheap RFID Reader Modules We have two ways to design our own reader. First, we design all the RF circuits by ourself. A typical block diagram of the reader is shown in Fig.??. This may not easy. Figure 1: Block diagram of a reader. Second, we buy some RFID modules and then develop the reader. For UHF RFID reader modules, I found that the ThingMagic provides the best solutions. The cheapest modules is ThingMagic Nano Embedded UHF RFID Module, which costs 154 CAD in digikey. The data-sheets of selected ThingMagic modules are attached at the end of this report, or we can look at the web: 1

2 3 Plan for Next Week Improving the RFID based light sensing performance, such as choose a better phototransistor. Finding a solution for developing a cheap RFID reader. Making a plan for our next step, such as the next targeted conference. 2

3 ThingMagic Nano Embedded UHF RFID Module ThingMagic Nano delivers the smallest form factor for a Mercury Series embedded UHF RFID module with very low power consumption and is ideal for battery operated, low cost, small form-factor portable readers. ThingMagic Nano s wide RF output range (0 dbm to +27 dbm) is important for the read/write requirements for RFID-enabled printers and tag commissioning stations. It features a surface mount package designed for the efficiency of SMT manufacturing, driving down the total cost for embedding RFID in volume applications, including handheld devices, consumables authentication, device configuration and access control. Dimensions 22 mm L x 26 mm W x 3.0 mm H (0.866 in L x in W x in H) Tag / Transponder Protocols RFID Protocol Support RF Interface Antennas RF Power Output Regulatory Data/Control Interface Control/Data Interfaces GPIO Sensors and Indicators API support EPCglobal Gen 2 (ISO C) Single 50 Ω connection (board-edge) commandadjustable from 0 dbm to +27 dbm in 0.01 db steps Pre-configured for the following regions: FCC (NA, SA) MHz ETSI (EU) MHz TRAI (India) MHz KCC (Korea) MHz MIC (Japan) MHz ACMA (Australia) MHz SRRC-MII (P.R.China) MHz Open (Customizable channel plan; MHz and MHz) 41 board-edge connections providing access to RF, DC power, communication, and GPIO signals UART; 3.3V logic levels; 9.6 to kbps Shutdown control as input (sensor) ports or output (indicator) ports C#/.NET, Java, and Embedded C APIs Power DC Power Required Idle Power Consumption Environment DC Voltage: 3.3 to 5.5 V for +25 dbm out 3.7 to 5.5 V for +27 dbm out DC power consumption when reading: VDC for +27 dbm out VDC for +25 dbm out VDC for 0 dbm out 0.84 W in ready mode W in sleep mode W in shutdown mode Certification Operating Temp. (case temperature) Storage Temp. Shock and Survives 1 meter drop during handling Vibration Performance Boot time Performance Specifications subject to change without notice Less than 30 msec after initial calibration boot Up to 200 tags/sec reading 96-bit EPC

4 TECHNICAL SPECIFICATIONS FEATURES SUMMARY MERCURY5E SERIES MERCURY6E SERIES M6e Micro Micro-LTE M5e Compact Dimensions 69 mm L x 43 mm W x 7.5 mm H (2.7 in L by 1.7 in W by 0.3 inches H) 46 mm L x 26 mm W x 4.0 mm H (1.8 in L x 1.0 in W x 0.16 in H) 82 mm L x 54 mm W x 5 mm H (3.23 in L by 2.13 in W by 0.20 in H) 56 mm L x 36 mm W x 5 mm H (2.2 in L x 1.4 in W x 0.2 in H) RFID Protocol Support EPCglobal Gen 2 (ISO C) with DRM; ISO B and IP-X optional EPCglobal Gen 2 (ISO C) with DRM; ISO B and IP-X optional EPCglobal Gen 2 (ISO C) with DRM EPCglobal Gen 2 (ISO C) with DRM CAD CAD Not Available Not Available Antenna Connector Four 50 Ohm MMCX connectors supporting four monostatic antennas Two 50 Ohm connections (board-edge or U.FL) support ing two monostatic antennas Two MMCX connectors support ing two monostatic antennas or one bistatic antenna MMCX connector supporting one monostatic antenna RF Power Output command adjustable from 5 dbm to 31.5 dbm (1.4W) with +/-0.5 dbm accuracy above +15 dbm1 commanded adjustable from -5 dbm to 30 dbm in 0.5 db steps, accurate to +/- 1 dbm3 command adjustable from 5 dbm to 30 dbm (1 W), +/- 1.0 dbm accuracy1 command adjustable from 10 dbm to 23 dbm (200mW), +/- 1.0 dbm accuracy1 Regulatory Pre-configured for the follow ing regions: FCC (NA, SA), ETSI (EU, India), TRAI (India), KCC (Korea), ACMA (Australia), (Customizable) MHz and MHz Pre-configured for the following regions: FCC (NA, SA), ETSI (EU, India), TRAI (India), KCC (Korea), ACMA (Australia), SRPC-MII (P.R. China), MIC (Japan), Open (Customizable) MHz and MHz Pre-configured for the follow ing regions: FCC (NA, SA), ETSI (EU, India), TRAI (India), KCC (Korea), ACMA (Australia), (Customizable) MHz Pre-configured for the follow ing regions: FCC (Americas), ETSI (EU), KCC (Korea), TRAI (India), ACMA (Australia), (Customizable) MHz 15-pin low-profile connector providing DC power, commu nication, control and GPIO signals 28 board-edge connections or Molex low profile connector ( ) providing DC power, communication, control and GPIO signals 12-pin ZIF connector providing DC power, communication, control and GPIO signals 12-pin ZIF connector providing DC power, communication, control and GPIO signals Control/Data Interfaces UART with 3.3/5V logic levels from 9600 to 921,600 bps; USB 2.0 full speed device port (up to 12 Mbps) UART with 3.3/5V logic levels from 9600 to 921,600 bps; USB 2.0 full speed device port (up to 12 Mbps) UART; 3.3/5V logic levels (5 V input tolerant); 9.6 to kbps UART; 3.3/5V logic levels (5 V input tolerant); 9.6 to kbps GPIO Sensors and Indicators Four 3.3V bidirectional ports configurable as input (sensor) ports or output (indicator) ports Two 3.3V bidirectional ports configurable as input (sensor) ports or output (indicator) ports Two 3.3/5V input (sensor) ports and 2 output (indicator) ports Two 3.3/5V input (sensor) ports and 2 output (indicator) ports API support DC Power Required DC Voltage: 5.0 VDC +/- 5% DC power: dbm 4.2 power levels under +17 dbm DC Voltage: 3.5 to 5.25 V 4 DC power RF level: dbm dbm dbm dbm DC Voltage: 5.0 VDC +/- 4% DC power: W when transmitting (depends on RF level) DC Voltage: 3.0 to 5.5 VDC DC Power: 2.7 W

5 TECHNICAL SPECIFICATIONS FEATURES SUMMARY Idle Power Consumption Ready: Standby: Sleep: Certification M6e 0.25 W w/ W 0.05 W MERCURY6E SERIES Micro Micro-LTE 0.25 W w/ W 0.05 W M5e 1.1 W w/ W 0.08 W 0.03 W ETSI EN MERCURY5E SERIES Compact 1.43 W w/ W 0.10 W 0.03 W ETSI EN Operating Temp. (case temperature) -40C to +60C Storage Temp. Shock and Vibration Designed to be installed in host devices which are required to survive 5-foot drops to concrete Survives 1 meter drop during handling Designed to be installed in host devices which are required to survive 5-foot drops to concrete Designed to be installed in host devicesthat are required to survive 5-foot drops to concrete Max Read Rate Up to 750 tags/second using high-performance settings Micro: Up to 750 tags/second us - ing high-performance settings Micro-LTE : 50 tags/second Up to 200 tags/second Up to 200 tags/second Max Tag Read Distance dbil antenna (36 dbm EIRP) dbil antenna (36 dbm EIRP dbil antenna (36 dbm EIRP) Over 13 feet (4 m) with 6 dbil antenna (29 dbm EIRP) 1 Maximum power may have to be reduced to meet regulatory limits, which specify the combined e ect of the module, antenna, cable, and enclosure shielding of the integrated product. 2 Typical values shown. See User Guide for design limits. 3 Duty cycle restrictions, based on temperature, apply at power levels above +23 dbm. 4 Will operate below +3.5 V with reduced input line noise immunity. Specifications subject to change without notice. ORDERING INFORMATION Mercury6e Series Embedded RFID Readers M6e - Embedded (+30 dbm in North America, dbm in Europe) M6e-A - Embedded (+31.5 dbm in all regions, requires contract) M6e-PRC - Embedded (PRC high and low bands) Micro (M6E-M) - North America, Europe, Mainland China Micro-LTE (M6E-MICRO) - North America, Europe, Mainland China M6e license for optional IPX and ISO 18K-6B protocols (Gen2 standard) Micro (M6E-M) license for optional IPX and ISO 18K-6B protocols (Gen2 standard) Micro-LTE (M6E-MICRO) license for optional IPX and ISO 18k-6B protocols (Gen2 standard) Mercury6e Series Embedded RFID Reader Development Kits M6e Development Kit (North/South America, EU, IN, KR) Micro (M6E-M) - Development Kit (North/South America, EU, IN, KR, PRC) Micro-LTE (M6E-MICRO) - Development Kit (North/South America, EU, IN, KR, PRC) Mercury5e Series Embedded RFID Readers *M5e - Embedded (North America) *M5e-EU - Europe Embedded (Europe) *M5e-PRC - China Embedded (Mainland China) Compact (M5E-C) Embedded Mercury5e Series Embedded RFID Reader Development Kits Compact (M5E-C) Development Kit (North/South America, EU, IN, KR) SKU M6E M6E-A M6E-PRC M6E-M M6E-MICRO M6E-LIC-2F M6E-M-LIC-2F M6E-MICRO-LIC-2F M6E-DEVKIT M6E-M-DEVKIT M6E-MICRO-DEVKIT M5E M5E-EU M5E-PRC M5E-C M5E-C-DEVKIT *Developer Note: For new designs, the M5e has been replaced by the Micro which o ers improved efficiency, added flexibility, and smaller form factor. Contact ThingMagic for more information.