RF MODULES

www.panasonic.com/rfmodules

Bluetooth

Wireless Solutions for Less Extended Range Capabilities New Software Alternatives Reduced Design Cycles Extended Product Life Cycles
Modules That Exceed Expectations
Panasonic Electronic Components 1-800-344-2112

CUTTING EDGE SOLUTIONS

Panasonic Electronic Components provides powerful, highly exible, cost effective RF Modules for a wide variety of wireless Personal Area Network (PAN) applications. New extended range products and small footprints combined with network rmware exibility make Panasonic an industry leader in the development of cutting edge RF Module technology. Panasonic RF Module solutions provide:

Reduced Design Cycle

Panasonic RF Modules get your wireless products to market faster by greatly reducing the design-to-production path! RF hardware design, development, debugging and test, board layout, quality testing and certications are all removed by choosing a Panasonic RF Module.
Extended Product Life Cycle
Panasonic RF Modules provide a constant footprint and pin out over several generations of integrated circuits to guard against the need to re-spin or redesign a wireless product to accommodate an IC that is no longer available. Extend the product life cycle of any wireless product by designing in a quality, Panasonic RF Module.
NEW Revolutionary Software Alternatives
The time or software resources required to learn network stacks and develop applications is daunting and expensive. Panasonic is partnered with several software developers for all of the major network protocols -- Bluetooth, SNAP and ISM. From fully developed Bluetooth proles to exible AT commands and a powerful scripting language that allows applications to be developed quickly in Python, Panasonic can deliver an RF Module with rmware needed to make any project a success.
Wireless Solutions For Less
RF Modules from Panasonic can reduce the total cost of ownership for product development projects up to 50,000 units per year. Designing in an RF Module rather than a discrete wireless solution can reduce expensive development, test, certication and production resource requirements.
Introducing NEW Extended Range RF Modules
Panasonic announces long range additions to its SNAP compatible wireless RF Module line. The NEW PAN4561 and PAN4566 break new ground by offering industry-leading link margins! See pages 12 and 14 for details!

Custom Solutions

In addition to the wide range of modules presented in this catalog, Panasonic also offers custom RF solutions. Contact your Panasonic sales representative for more information.
Exceptional Design In Support
Rely on Panasonic for all the value added services required to support designing in a standard or custom RF Module solution. Review the pages of this catalog for details on all the right module product platforms, development kit, antenna and software options available now from Panasonic!

Visit Us On The Web!

Visit www.panasonic.com/rfmodules, the only online source devoted entirely to RF Module technology, for everything you need to support your wireless project.
Panasonic Electronic Components http://www.panasonic.com/rfmodules 1-800-344-2112

CONTENT REFERENCE

RF Module Technologies Revolutionary Software Solutions Selecting an RF Technology Development Kits
Receiver Sensitivity/ Current -92 dBm 37 mA Max. Data Rate (kbps) 250
Dimensions (mm) 16.4 x 12.6 x 2.2
Max. Output Pwr/Current 0 dBm 30 mA
Operating Temperature -40 C to + 85 C d d
Power Supply 2.0 to 3.4 V

Frequency Range 2.4 GHz

Number of I/Os 20

Interfaces GPIO, UART

PAN4555

PAN4555ETU

39.3 x 19

-92 dBm 37 mA

0 dBm 30 mA

-40 C to + 85 C d d

2.0 to 3.4 V

2.4 GHz

GPIO, UART

PAN4561

35 x 15 x 3.5

-105 dBm 45 mA

20 dBm 202 mA

2.7 to 3.3 V

UART, GPIO, I2C

PAN4566

-112 dBm 33 mA

20 dBm 189 mA

UART, SPI, I2C, GPIO GPIO, UART, SPI, I2C, ADC

PAN4570

20.0 x 26.5 x 3.0

-98 dBm 35 mA

5 dBm 35 mA

2.1 to 3.6 V

PAN5375

29 x 15 x 4

-97 dBm 33 mA

20 dBm 30 mA

2.3 to 2.7 V

GPIO, SPI

PAN2350

20.3 x 14.8 x 4.2

-117 dBm 17 mA

5 dBm 33 mA

2.3 to 3.6 V
402 - 470 or 804 - 940 MHz 300 - 1000 MHz

PAN2355

8.0 x 8.2 x 1.9

-100 dBm 14.2 mA

10 dBm 19.7 mA

SPI, GPIO, UART

PAN2450

30.0 x 20.0 x 3.7

-114 dBm 18 mA

14 dBm 50 mA

-10 C to + 55 C d d

868 - 915 MHz

GPIO, JTAG

BluetoothR

PAN1455 PAN1555
14.75 x 13.5 x 2.85 18.75 x 13.5 x 2.85 -86 dBm 4 dBm -40 C to + 85 C d d 2.7 to 3.6 V 2.4 GHz 30 GPIO, USB, I2C 2100

RF MODULE TECHNOLOGIES

Based on the IEEE 802.15.4 standard, SNAP was developed for the purpose of sending small amounts of data, short distances, using very little power. The key feature of this technology is the ability to create a self healing, mesh network where nodes talk to each other in a way that gets a message to a desired end point using the best path. When not in use, nodes will sleep using extremely little power.
Frequency: 2.4 GHz Encryption: Available Network Size: 64k Battery Life: Years Speed: 250 kBs
Relative Position Awareness technology integrates wireless communication with ranging capabilities which can be used to develop location aware applications. These products use Nanotrons unique wireless Chirp Spread Spectrum (CSS) communication technology that supports a freely adjustable center frequency with three non-overlapping channels. Applications include high value asset tracking, positioning in areas where GPS is unavailable i.e. in buildings or under ground.
Frequency: 2.4 GHz Encryption: Available Network Size: 65K Battery Life: Years Speed: 2.1 MBs
Industrial, Scientic, and Medical (ISM) radio band. Key benets are reduced cost, proprietary (closed system) network, low power and various speeds of data transmission. If a system does not need to be open, this might be an economical way to transmit/ receive data.
Frequency: 315 MHz~2.4 GHz Encryption: Available Network Size: Unlimited Battery Life: Years Speed: Up to 2,000 kBs
Based on IEEE 802.15.1, Bluetooth was developed for the purpose of sending larger amounts of data quickly from computers to PDAs to cell phones or other portable handheld devices. Key features include high data rate, frequency hopping, very small form factor and modest power consumption.

Frequency: 2.4 GHz Encryption: Available Network Size: 8 Nodes Battery Life: Days Speed: 720 kBs
Synapse and SNAP are registered trademarks of Synapse Wireless Inc. Bluetooth is a registered trademark of Bluetooth SIG, Inc.
REVOLUTIONARY SOFTWARE SOLUTIONS
Synapse Wireless Mesh Network Protocol
Synapse Wireless provides software for wireless machine communications focused on the mesh networking market. Synapses SNAP (Synapse Network Appliance Protocol) software is unprecedented in the industry. SNAP is an IEEE 802.15.4 based auto-forming, multi-hop, mesh network stack core combined with a virtual machine layer for running application code. SNAP runs preinstalled on Panasonics RF modules. Synapses impressive technology is not complicated to use. There is no setup required nor complex embedded programming skills needed; making time to market fast and product development a SNAP! Self-healing mesh network. Instant-ON: communicate within milliseconds of power-up. Simple, powerful scripting language (Python based). Customize applications and interactively upload scripts over-the-air. Supports full mesh with sleeping (low power) modes. Remote Procedure Call (RPC) support, peer-to-peer among all nodes. Supports AES-128 encryption All devices are peers - every node can bridge, route, and sleep. Supports bridging to other networks (TCP/IP) with transparent RPC calls. Scripts have full pin-level access to hardware.
User Applications Uploaded Over The Air SNAPpy Virtual Machine
Digital I/O, A/D, Timers, etc.

SNAP RPC

SNAP Data

SNAP Mesh

IEEE 802.15.4 Packet I/F
Hardware Abstraction Layer

The SNAP Software Stack

Flexible Switchboard for routing data between logical ports: UARTs Transparent Wireless Data STDIO Packet-mode Async Serial Virtually unlimited network

E-Senza

E-Senzas SN55 is an industry leading wireless device networking rmware that allows instant sensor, device and meter integration into a seamless low-power IEEE 802.15.4 Wireless Personal Area Network using simple AT commands. The SN55 provides real-time mesh networking capabilities coupled with ease of programming and device interfacing with the option of future migration path to standards like Wireless HART or ISA SP100. SN55 integrates and hides the lower level complexities of the wireless device networks and provides an easy and intuitive user interface. The network layer supports several device proles, routing mechanism, store-andforward mechanism, and other services. With the help of the SN55 rmware, an end-to-end wireless device networking solution that addresses both current needs and simultaneously the needs of the future by providing a migration path to future standards can be built. The greatest benet of the SN55 is its modular framework which can provide whatever the application needs. SN55 provides the following features: Multi-Hopping and True Mesh-Networking Optimized Battery Management For Wireless Nodes Event-Reporting Mechanism With Push Technology Support For Multiple Device Proles For Industry Interfaces And Devices

Parameter Receiver Sensitivity Output Power Power Supply Power Control Range Maximum Data Rate Current Consumption Receive Mode Transmit Mode Idle Mode Doze Mode Hibernate Mode Off Mode Operating Temperature Range Value -92 dBm typical 0 dBm 2.0 V to 3.4 V 30 dB 250 kbps 37 mA typ. 30 mA typ. 500 uA typ. 35 uA typ. 1 uA typ. <1 uA typ. -40C to +85C Over The Air Condition / Notes For 1% packet error rate Maximum Single supply, 2.7 V typical
Output power nominal value No CLKO
Notes: All parameters sre valid for Vdd = 2.7V And Tamb = 25C. Freescales MC13213 is used in the module. SMAC, MAC Or Freescale Bee-stack. Mode denitions and transition times for saving battery life can be seen in the data sheet MC1321X. The derivative MC13212 and MC13211 are available on request.
The PAN4555ETU Easy-To-Use (ETU) module is the easiest way to make the rst step into the mesh networking world. It provides pinned I/O for testing and prototyping with a 0.1 (2.5mm) perf or stripboard. No special designs are needed to get this module working. This module is a short range, low power, 2.4 GHz ISM band transceiver which includes a complete 802.15.4 physical layer (PHY) modem. Designed for the IEEE 802.15.4 wireless standard and an independant micro-controller (MCU) with a reference oscillator to provide a cost effective solution for shortrange data links and networks. Software is included.

Pin Pitch: 2.54mm / 0.Selectable Channels With 250 Kbps In The 2.4 GHz Band Low Power Modes For Increased Battery Life High Sensitivity Of -92 dBm Typical At 1% Packet Error Rate 0 dBm Typ. Output Power Programmable Over A 30 dB Range Low Supply Voltage: 2.0 V To 3.4 V, 2.7 V Typical Operating Temperature Range: -40C To +85C Link Quality And Clear Channel Assessment Capability 60k Flash And 4k RAM Memory 4 Channel A/d Converter With 10 Bit Adc For Fast And Easy Conversion From Analog Inputs (Temperature, Pressure And Fluid Levels) To Digital Values 3 Channel 16 Bit Timer/pulse Width Modulation (Tpm) Outputs BDM Port For Direct Download Programming In Total 20 Digital I/O Lines With Programmable Pull-ups And Few With High-current Driver FCC, ETSI, IC Approved
Remote Control And Wire Replacement In Industrial Systems Such As Wireless Sensor Networks Factory / Home Automation And Motor / Lighting Control Inventory Management And RFID Tagging Automated Meter Reading Monitoring (Environmental, Patient or Fitness)
Part Number EVAL_PAN4555ETU Description PAN4555 Development Module, 2.4 GHz
Pin No. Pin Name Pin No. Pin Name

2.54mm, 0.1

Fits into normal 2.54mm / 0.1 pitch

15.24mm / 0.6

Note: The pin names of the module and the internal MC13213 are equivalent.
Parameter Receiver Sensitivity Output Power Power Supply Power Control Range Maximum Data Rate Current Consumption Receive Mode Transmit Mode Idle Mode Doze Mode Hibernate Mode Off Mode Operating Temperature Range Value -92 dBm typical 0 dBm 2.0 V to 3.4 V 30 dB 250 kbps 37 mA typ. 30 mA typ. 500 uA typ. 35 uA typ. 1 uA typ. <1 uA typ. -40C to +85C Over The Air Condition / Notes For 1% Packet Error Rate Maximal Single Supply, 2.7 V Typical

Output Power Nominal Value No CLKO
Notes: All parameters are valid for VDD = 2.7V and Tamb = 25C. Freescales MC13213 is used in the module. SMAC, MAC or Freescale Bee-Stack. Mode denitions and transition times for saving battery life can be seen in the data sheet MC1321X. Also the derivative MC13212 and MC13211 are available on request.
The PAN4561 is an extended range 2.4GHz, ISM, RF module. Modules may be congured from simple point-to-point proprietary devices to complex mesh networks by choosing from different rmware options. Optional Synapse SNAP rmware provides a highly exible, industry leading solution for mesh networking with a complete network development environment. The module uses the same FreeScale eight bit GT60 processor as Panasonics popular PAN4555 making the two products application compatible. The PAN4561 has 55 pins allowing access to the full functionality of the MC13213 SOC. Low noise and power ampliers have been added to the PAN4561 for extended range. With a maximum transmit power of 20dBm and receive sensitivity of -105dBm this module has a link margin of 125dBm, giving it the best range in its class. Multiple antenna options are available including, ceramic antenna, SMD pad output, and U.FL connector. This module will comply to EN300328, FCC CFR Part 15 and ARIB STD-T66. FCC and IC certications are pending.
Small Size: 35mm X 15mm X 3.5mm 3 Antenna Options: Single Port 50o, Ceramic Antenna or SMD Output ut 16 Selectable Channels With 250 Kbps In The 2.4 Ghz Band Low Power Modes For Increased Battery Life High Sensitivity: -105 dBm Typical At 1% Packet Error Rate 20 dBm Typical Output Power Programmable Over 30 dB Range Low Supply Voltage: 2.7 V To 3.3 V, 3.0 V Typical Operating Temperature Range: -40C To +85C Link Quality And Clear Channel Assessment Capability 60k Flash And 4k RAM Memory Two UARTs And One I2C Bus 8 Channel A/D Converter With 10 Bit For Fast And Easy Conversion From Analog Inputs (Temperature, Pressure And Fluid Levels) To Digital Values. 5 Channel 16 Bit Timer/Pulse Width Modulation (Tpm) Outputs BDM Port For Direct Download Programming 33 Digital I/O Lines With Programmable Pull-Ups And Several With High-Current Driver Description 8 bit, LNA, PA, with Ceramic Antenna, No SW 8 bit, LNA, PA, with RF Out on SMD Pads, No SW 8 bit, LNA, PA, with U. FL Ant Connector, No SW 8 bit, LNA, PA, Ceramic Ant, SN55 FW 8 bit, LNA, PA, U.FL Connector, SN55 FW 8 bit, LNA, PA, SMD RF Out, SN55 FW 8 bit, LNA, PA, Ceramic Ant, SNAP FW 8 bit, LNA, PA, SMD RF Out, SNAP FW 8 bit, LNA, PA, U.FL Connector, SNAP FW Evaluation Kit For The PAN4561 Module

Part Number ENWC9A22A1EF ENWC9A22C1EF ENWC9A22B1EF ENWC9A22A2EF ENWC9A22B2EF ENWC9A22C2EF ENWC9A22A4EF ENWC9A22C4EF ENWC9A22B4EF EVAL_PAN4561
Factory Automation RFID Tagging Home Automation Automated Meter Reading Motor/Lighting Control Monitoring (Environmental, Patient, Fitness) Inventory Management Remote Control And Wire Replacement For Industrial Systems (Wireless Sensor Networks)
Pin No. Pin Name Pin No. 23 / / to to 53 to Pin Name Vcc 32 kHz Xtal /Reset CLKO BKGD/MS (PTG0) VDDA KBI0-7 (PTA0-7) PTC7-4 UART1 TxD (PTE0) UART1 RxD (PTE1) /PA_PwrDn GND 50 Ohm RF
1, 22, 32, GND 56 to to 8 TPM2CH1-4 (PTD4-7) TPM2CH2 (PTD2) UART2 TxD (PTC0) UART2 RxD (PTC1) I2C SDA (PTC2) I2C SCL (PTC3) ADC7-0 (PTB7-0) ADC Ref. H ADC Ref. L

3DG 3DG

[ PP [ PP [ PP [ PP

PP +HLJKW PP

Note: The pin names of the module and the internal MC1321x names t to each other. All unmentioned pins are not connected and must be left open.

to 19 20

Parameter Receiver Sensitivity Output Power Power Supply Power Control Range Maximum Data Rate Current Consumption Receive Mode Transmit Mode Idle Mode Doze Mode Hibernate Mode Off Mode Operating Temperature Range
Notes: All parameters are valid for VDD = 2.7V and Tamb = 25C.
Value -105 dBm typ. 20 dBm 2.7 V ~ 3.3 V 30 dB 250 kbps 45 mA typ. 202 mA typ. 1.6 mA typ. 50 uA typ. 16 uA typ. 2 uA -40C to +85C
Condition / Notes For 1% Packet Error Rate Maximal Single Supply, 3.0 V Typ. Over The Air
Freescales MC13213 is included with the module, SMAC, MAC or Freescale Bee-Stack. There is no additional license fee per module by using the Freescale Bee-Stack, only a one time general support fee ($500) for the Bee-Stack to be paid to Freescale. Mode Denitions and Transition Times for saving battery life can be seen in the data sheet MC1321x. The derivative MC13212 and MC13211 as well as a non-PA/LNA version are available on request. Maximum ratings shown for Tx power and Rx sensitivity, typical ratings may be lower.
The PAN4566 is the latest addition to Panasonics family of mesh networking modules. This third generation platform combines a 32 bit ARM7 core micro-controller with a 2.4GHz transceiver. The PAN4566 has both low noise and power ampliers for long range applications. To maximize efciency, Tx power is programmable over a 30dB range. With a maximum output power of 20dB and a receive sensitivity of -112dB, this module has a link margin of 132dB, giving it the best range in its class. Multiple antenna options are available including, ceramic antenna, SMT pad output, and U.FL connector. This module will comply to EN300328, FCC CFR Part 15 and ARIB STD-T66. FCC and IC certications are pending.

Small Size: 35mm X 15mm X 3.5mm 128k Flash, 80k ROM And 96k RAM Memory Powerful 32-bit AR7TDMI-S Core 2 Antenna Options: Single Port 50o Or Ceramic Antenna 16 Selectable Channels With 250/2000 Kbps In 2.4 Ghz Band Low Power Modes For Increased Battery Life High Sensitivity: -112 dBm Typical At 1% Packet Error Rate 20 dBm Typical Output Power Programmable Over A 30 dB Range Low Supply Voltage: 2.7v To 3.3v, 3.0v Typ. - 2.0 To 3.6v Without PA/lNA /lNA Optional: On-board Buck-converter Operating Temperature Range: -40C To +85C Link Quality And Clear Channel Assessment Capability Two Full UARTs With Flow Control, SPI And I2C 4 Channel A/D Converter With 12 Bit For Fast And Easy Conversion From Analog Inputs 4 Channel 16 Bit Timer/pulse Width Modulation Outputs JTAG Port For Debugging Flash Memory Access Over UART/SPI 40 Digital I/O Lines With Programmable Pull-Ups, Partially With High-Current Drivers
RFID Tagging Factory Automation Automated Meter Reading Home Automation Monitoring (Environmental, Patient, Fitness) Motor/Lighting Control Inventory Management Remote Control And Wire Replacement For Industrial Systems (Wireless Sensor Networks)
Part Number ENWC9A24A3EF ENWC9A24N4EF ENWC9A24N2EF EVAL_PAN4566
Description PAN4566, 32 bit, LNA, PA, With Ceramic Antenna PAN4566, 32 bit, LNA, PA, With RF Out On SMD Pads PAN4566, 32 bit, LNA, PA, With U.FL Antenna Connector Evaluation Kit For The PAN4566 Module

Pin No.

Pin Name
1, 22, 32, GND 56 to to to / to to / / 26 Timer0-3 GPIO8-11 UART 2 GPIO21-19 IC GPIO13-12 SSI GPIO0-3 ADC3-0 GPIO33-30 ADC Ref. H ADC Ref. L Vcc 32 kHz Xtal
Pin No. to 34 to to to 53 to 54 55
Pin Name /Reset JTAG GPIO46-49 NC KBI7-0 GPIO29-22 SPI GPIO4-7 UART 1 GPIO14-17 Ant2 GPIO43 Ant1 GPIO42 /PA_PwrDn GND 50 Ohm RF
Note: The pin names of the module and the internal Note: transceiver namesof the module and the internal The pin names are equivalent. transceiver names t to each other.
Note: All parameters are valid for VDD = 3.0V and Tamb = 25C. Samples available summer 2009.
Value -112 dBm typ. 20 dBm 2.7 V ~ 3.3 V 30 dB 250 kbps 33 mA typ. 189 mA typ. 770 uA typ. 74 uA typ. 19 uA typ. 2 uA -40C to +85C
Condition / Notes For 1% Packet Error Rate Maximal Single Supply, 3.0 V Typ. Over The Air, Proprietary 2 Mbps Optional
Output Power Nominal Value
The PAN4570 is a short range, low power, 2.4 GHz ISM band transceiver using the Ember EM250 single chip solution for mesh networking. With IEEE 802.15.4 compliance, 16-bit ZAP2b micro-processor, on-board reference oscillators, and optimized RF front-end circuitry, the PAN4570 provides everything needed for a full mesh network solution. A reliable application programming interface and Embers EmberZNet stack can easily create application proles.

128k Flash And 5k SRAM Memory 3 Antenna Options: Plug, 50 O SMD Port Or Ceramic Antenna 16 Selectable Channels With 250 kBps In The 2.4 Ghz Band 3 Different Power Modes For Increased Battery Life High Sensitivity Of -97 dBm Typical At A 1% Packet Error Rate +3 dBm Output Power (+5 dBm In Boost Mode) Low Supply Voltage: 2.1 V To 3.6 V, 3.0 V Typical Small Size: 20.0mm X 26.5mm X 3.0mm Onboard Low Power Regulator Operating Temperature Range: -40C To +85C Link Quality And Clear Channel Assessment Capability All Of The 17 GPIO Of EM250 Are Available At The Module Pads, Which Are Multiplexed To GPIO, UART, SPI, I2C Or Up To Four Analog Inputs To An ADC And Two Timer Waveform Outputs Critical Portions Of IEEE 802.15.4-2003 Plus A First-line Filter For Non-Intended Packets Are Realized In Hardware, Thus Reducing The Workload On The uc FCC Certied
Part Number ENWC9A02A3E ENWC9A03N2E ENWC9A04N4E EVAL_PAN4570 Description PAN4570, Mesh Networking Module With Ceramic Antenna PAN4570, With U.FL Antenna Connector PAN4570, With RF Out On SMD Pads Evaluation Kit For The PAN4570 Module

26,5 mm 26.5mm

Pin No. 1
Pin Name VBAT REG_out Reset OSC32A OSC32B GPIO 0 to 6 GND GPIO 7 to 16 SIF_CLK SIF_MISO

Pin No. to 39, 41 to 47

Pin Name SIF_MOSI SIF_LOADB n.c. GND RF GND VC1 n.c. Reg_EN Reg_IN

Antenna

6 to 12 13,to 23 25

20.0mm 20,0 mm

Top View

Height 3,0 mm 3.0mm

Note: Access to the programming interface pins 25,
26, 27, 28, 1, and 3 has to be provided on the application board.
Parameter Receiver Sensitivity Output Power Power Supply Error Vector Magnitude Maximum Data Rate Current Consumption Total Rx Current Total TX Current Deep Sleep Mode Deep Sleep Mode Operating Temperature Range Value -96 dBm typ. - Normal -97 dBm typ. - Boost 3 dBm 5 dBm 2.1 V to 3.6 V 15% Typical 35% Boost 250 kbps 35.5 mA typ. 35.5 (41.5) mA typ. 1.5 uA 1.0 uA -40C to +85C Condition / Notes For 1% packet error rate Normal Boost Mode On 3.0 V typical Typical as dened by IEEE802.15.4-2003 Over The Air
@ max Tx power, boost mode off (on) max, with 32.768KHz osc running max, with internal RC osc running
Notes: All parameters are valid for VDD = 3.0V and Tamb = 25C. The data stated above is preliminary data.
The PAN5375 module operates in the worldwide, license-free, ISM band at 2.4GHz and ensures reliable communication through its unique chirp transmission technology. nanoLOC offers on-chip point-to-point ranging accuracy of better than one to two meters while offering robust, reliable data communication with superior transmission range. With its unique ranging capability, nanoLOC can measure the link distance between two nodes. Thus, nanoLOC supports location awareness applications including location based services (LBS), enhanced RFID, and asset tracking (2D/3D RTLS). Ranging is performed during regular data communication and does not require additional infrastructure, power, and/or bandwidth. For more accurate ranging, a high precision mode is provided. This module complies with ETSI standards EN300328, EN301489 and EN60950.

Built-in Distance Estimation Capability Modulation Technique: Chirp Spead Spectrum (CSS) FDMA Support: 7 channels, 3 non-overlapping Data Rates: 2.1 Mbps Adjustable Output Power: -33dBm ~ +20dBm Small Size: 29mm x 15mm x 4mm Operating Temperature Range: -40C to +85C Integrated Fast SPI Interface (32Mbps) Integrated MAC Controller With FEC, CRC Checking Automatic Retransmission And Acknowledgement
Location Awareness Applications Active RFID / Asset Tracking Enabling 2D/3D Real-Time Location Systems Security Industrial Monitoring And Control Medical Applications
Part Number ENW59616N3EF EVAL_PAN5375 Description PAN5375, nanoLOC Evaluation Kit For The PAN5375 Module

29.00mm

1,3,4, 14 - 20, GND 22,23,25, 27 - 9 Vcc SPICLK CVcc SPITxD SPIRxD DIIO3
DIIO2 DIIO1 DIIO0 P_ON_Reset Vcc Antenna TX_/RX C_IRQ C_Reset SPISSN

15.00mm

Pin 1 Sign 1 on the module (bottom side)
Parameter Receiver Sensitivity Output Power Power Control Range Maximum Data Rate Power Supply Current Consumption Receive Mode (2Mbps mode) Transmit Mode (2Mbps mode) Standby Mode w/ Active RTC Range Outdoor Maximum Indoor Typical Operating Temperature Range Value -97 dBm max. 20 dBm -33 dBm ~ +20 dBm 2 Mbps 2.3 V to 2.7 V Starting at 33mA 30mA 1.2 uA 300 m 1000 m 40 m Up to 60 m -40C to +85C @ 0 dBm Condition / Notes
@ 10 dBm @ 20 dBm @ 0 dBm @ 20 dBm
Notes: All parameters are valid for Vcc = 2.7V and Tamb = 25C. The nanoLOC TRX transceiver from Nanotron Technologies is used in this module.
The PAN2350 is a low power UHF narrowband transceiver, specially designed for both ISM and SRD band frequencies. It is easily programmed for operation at a number of other frequencies. This small module offers a low cost, fully integrated solution for many wireless applications. The PAN2350 is made for applications where a narrow band bidirectional data transfer function is needed but can also be used in wide band bidirectional applications.
Maximum Data-rate Up To 153.6 kBaud (NRZ Mode) Low Power Consumption- Frequency Range 804 - 940 MHz or 402 - 470 MHz High Sensitivity, Up To 121 dBm For A 12.5 kHz Channel Programmable Output Power Up To 10 dBm Low Supply Voltage: 2.3 V to 3.6 V Small Size: 14.8mm x 20.3mm x 4.2mm Operating Temperature Range: -40C to +85C Digital RSSI and Carrier Sense Indicator Suitable For Frequency Hopping Systems Single Port Antenna Connection Complies With EN And FCC CFR47 Part 15

Wireless Alarm And Security Systems RKE - Two-Way Remote Keyless Entry Home Automation Systems Automated Meter Reading Low Power Telemetry Toys
Part Number ENW59604NC1 ENW59604NC2 ENW59604NC3 ENW59604NC4 EVAL_PAN2350 Description PAN2350, 868 MHz, 4.8KBPS, Tx 5 dBm PAN2350, 868 MHz, 153.6KBPS, Tx 5 dBm PAN2350, 433 MHz, 4.8KBPS, Tx 10 dBm PAN2350, 434 MHz, 156.8KBPS, Tx 5 dBm Evaluation Kit For The PAN2350 Module

20,3mm 20.3mm

Pin No. Pin Name LOCK GND ANT VCC PSEL PCLK PDI PDO DCLK DIO

4,2mm 4.2mm

1 2,4,5,7,13

14.8mm 14,8mm

Parameter Receiver Sensitivity 433 MHz 868 MHz Output Power 433 MHz 868 MHz RSSI Dynamic Range PLL Lock Time (Rx/Tx turn time) 12.5 kHz channel width, 433 MHz 25 kHz channel width, 868 MHz PLL turn-on time from power down mode with crystal oscillator running 12.5 kHz channel width, 433 MHz 25 kHz channel width, 868 MHz Power Down Mode Current Consumption (Receive Mode 433 / 868 MHz) Current Consumption (Transmit Mode 433 / 868 MHz) P=3mW (5dBm) Operating Temperature Range
Notes: All parameters belong to VCC = 3.0V, Tamb = 25C Chipcons CC1020 is used in this module.
Value (BER=10-3) -117 dBm -116 dBm -20 to +10 dBm -20 to +5 dBm 63 dBm range 1.3 ms 1.1 ms
Condition / Notes 12.5 kHz channel width, FSK@2kHz, 2.4kBaud, Manchester coded Delivered to 50 o load. The output power is programmable. Digital Output Up to 1MHz frequency step to within +1kHz -
Time from writing to registers to PLL lock 4.8 ms 2.5 ms 0.2 uA typ. 16.9 / 17.6 mA typ. 16.8 / 33.0 mA typ. -40C to +85C Oscillator Core Off 25 kHz channel width. Lower current can be achieved at other settings Delivered to 50 o load. The output power is programmable.
This extremely compact and multi-functional module is intended for the ISM frequency bands at 868 and 915 MHz with other frequencies between 300 and 1000 MHz available on request. This wireless transceiver can be linked to a wide range of devices including home appliances and keyless entry through SPI. Programming the vast functionalities is done via SPI or UART. The PAN2355 is made for all applications where a wide band bidirectional data transfer with high speed is needed. It has a small size with a 8 x 8.2mm footprint and very low power consumption and is ideal for battery driven applications.

Maximum Data-rate: Up to 153.6 kBaud (NRZ Mode, Wide Band Applications) Up to 19.2k Baud (NRZ Mode, Narrow Band Applications) Low Power Consumption Frequency Range 868 - 915 MHz (std) High Sensitivity, Up To -114 dBm for a 12.5 kHz Channel Programmable Output Power From 0 To 14 dBm Low Supply Voltage: 2.3 V to 3.6 V Typ. 3.0 V Small Size: 20.0mm x 30.0mm x 3.7mm Operating Temperature Range: -10C to +55C Digital RSSI And Carrier Sense Indicator Suitable For Frequency Hopping Systems Single Port Antenna Connection Complies With ETSI EN And FCC CFR47 Part 15 And ARIB STD-T67
Wireless Alarm and Security Systems RKE - Two-way Remote Keyless Entry Home Automation Systems Automated Meter Reading Low Power Telemetry Toys Remote Control Systems
Part Number ENW59602ND1 EVAL_PAN2450 Description PAN2450, 868~915MHZ, 4.8KBPS, Tx 14dBm Evaluation Kit For The PAN2450 Module

Pin No. 30.0mm 30,0mm

Pin Name GND VCC P1.6 P1.7 P1.5 P1.4 P1.2 P1.1 TEST P2.5 Pin No. 27 Pin Name RST/NMI P2.1 P2.2 P3.0 P3.3 P3.2 P3.1 P2.4 P3.4 P3.5 ANT

3.7mm 3,85mm

1,3,4,6,15, 24,26,28-12 13

20.0mm 20,0mm

Parameter Receiver Sensitivity, (BER=10-3) 868 MHz Output Power 868 MHz RSSI Dynamic Range PLL Lock Time (Rx/Tx turn time) 25 kHz channel width, 868 MHz PLL turn-on time, From power down mode with crystal osciallator running, 25 KHz channel width, 868 MHz Power Down Mode Current Consumption (Receive Mode 868 MHz) Current Consumption (Transmit Mode) 868 MHz P=25mW (14dBm) Operating Temperature Range Value -114 dBm -0 to +14 dBm 63 dBm range 1.1 ms Condition / Notes 12.5 kHz channel width, FSK@2kHz, 2.4 kBaud, Manchester coded Delivered to 50 o load. The output power is programmable. Digital output + Up to 1 MHz frequency step to within - 1kHz

2.5 ms

Time from writing to registers to PLL lock Oscillator core off, depends on the power down mode from the uC MSP430. Can be reduced with a new layout. 25 kHz channel width Delivered to 50 o load. The output power is programmable.

802 uA typ.

18 mA typ.

50 mA typ. -10C to +55C

Notes: All parameters belong to Vcc = 3V and Tamb = 25C. Texas Instruments C MSP430F1232, Chipcons CC1020 and a small power amplier are used in this module.

PAN1455/1555

Integrating Bluetooth communication in to your nal product has never been easier. The new PAN1455/1555 Bluetooth module series include on-board microcontrollers that optionally include multiple BT proles, including SPP, HSP, HFP and HDP. The new PAN1455/1555 Bluetooth module series are based upon Cambridge Silicon Radios BlueCore6-ROM (BC06). The PAN1555 includes an integrated ceramic antenna while the PAN1455 is excellent for projects requiring an external antenna. These modules are compatible with the Bluetooth Specication - 2.0 + Enhanced Data Rate (EDR) up to 3Mbits/s. The products deliver greater simplicity of use, lower power consumption and enhanced security. PAN1455/1555 Bluetooth module series are 100% footprint compatible with their predecessors the PAN1450/1550, are backward compatible with older Bluetooth devices (back to version 1.1) and do not require qualication.

* Figure indicates to the shortest poll period and to the slave mode

Panasonic

Electronic Components
Panasonic Industrial Companys Electronic Components Division is one of the industrys largest suppliers of standard and custom electronic components. Our wide product offering, coupled with our global manufacturing and sales capabilities, as well as our commitment to customer service make us a preferred vendor to the worlds most famous original equipment manufacturers of high-tech electronic products.
Capacitors Resistors Electromechanical Wireless Modules Inductive Products High Frequency Components
Light Touch Switches Film Capacitors Filters & Resonators Electrolytic Capacitors Circuit & Thermal Protection Ceramic Capacitors
Panasonic offers it all! Choosing Panasonic means more than selecting a name you know and trust, it means choosing the best quality components the industry can offer.
Panasonic Electronic Components 3 Panasonic Way Secaucus, NJ 07094

1-800-344-2112

www.panasonic.com/industrial/components/ Also available from Panasonic Industrial.
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www.panasonic.com/industrial/battery/
www.panasonic.com/industrial/semi/
www.panasonic.com/industrial/appliance/
www.panasonic.com/industrial/computer/

Panasonic ideas for life

Copyright ; 2009 Panasonic Corporation of North America. All Rights Reserved. Specications are subject to change without notice. Please contact your local Panasonic sales representative before purchase. ECG-RF-Mod CY09-012-3000

FOR IMMEDIATE RELEASE

Panasonic Editorial Contact: Chris De Maria 201-348-7182 demariac@us.panasonic.com
PANASONIC ANNOUNCES LONG RANGE ADDITIONS TO ITS SNAP MESH NETWORKING WIRELESS RF MODULE LINE
Panasonic PAN4561 and PAN4566 Break New Ground In Wireless Range And Efficiency SECAUCUS, NJ (January 20, 2009) Panasonic Electronic Components Group, a business unit of Panasonic Industrial Company (PIC), announced today two NEW additions to their line of mesh networking SNAP compatible wireless RF modules. Both the extended range PAN4561 and ultra-long range PAN4566 RF modules will offer one of the best ranges for their respective classes increasing the range of the device up to several thousand feet in optimal conditions.
The Panasonic PAN4561 and PAN4566 are powerful, highly flexible, efficient solutions for a variety of wireless applications including: remote monitoring and control of industrial systems building / home automation and motor / lighting control asset management monitoring (environmental, medical patient and fitness) residential, commercial and industrial automatic meter reading (AMR) The PAN4561 is an extended range 2.4 GHz, ISM, mesh networking SNAP compatible RF module which uses the same FreeScale eight-bit GT60 processor found in Panasonics highly popular standard-range PAN4555 Series making the two RF modules application compatible. The PAN4561 has 55 pins allowing access to the full functionality of the MC13213 SOC. Low noise and power amplifiers have been added to the PAN4561 to deliver extended range. With a maximum transmit power of 20dbm

- more -

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and receive sensitivity of -105dbm, this RF module offers a link margin of 125dbm one of the best ranges in its class.
The PAN4566 is a long range, high performance 2.4 GHz, ISM, mesh networking SNAP RF module which employs a FreeScale 32 bit ARM7 processor. The RF front
end consists of a power amplifier and low-noise amplifier that delivers the maximum range currently available. With a maximum transmit power of 20dbm programmable over a 30db range and receive sensitivity of -112dbm, this RF module offers a link margin of 132dbm again, one of the best ranges in its class.
If the extra range were not enough, Panasonic designed the PAN4561 and PAN4566 RF modules to have one of the smallest footprints in their class. These small, flexible, long range modules include microcontrollers, reference oscillators and a complete 802.15.4 physical layer modem, designed for IEEE 802.15.4 wireless standard. Both modules offer three antenna options ceramic antenna, SMD pad output and a UF.L connector* (See attached for complete technical specifications**.)
For increased flexibility, all Panasonic RF modules may be purchased with or without network firmware. Several network stacks are also available from Panasonic including an easily implemented AT command stack and highly flexible scripting language available via partnerships with Synapse and E-SENZA.

Panasonic is an industry leader in developing long range RF modules with footprints twenty to forty percent smaller than our competitors and the introduction of the PAN4561 and PAN4566 truly underscores Panasonics drive to lead the industry with cutting edge, best-in-class RF module solutions, said Richard Trueman, Senior Product Manager, Panasonic Industrial Company. The 4561 and 4566 mesh networking SNAP RF modules break new ground in range and efficiency and broaden the horizons for a wide variety of industries looking to create wireless solutions in their respective markets.
For technical specifications on the PAN4561 and PAN 4566 and to learn more about Panasonic's RF modules visit www.panasonic.com/rfmodules.

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About Panasonic Industrial Company Based in Secaucus, NJ, Panasonic Industrial Company is the industrial components and electronic devices division of Panasonic Corporation of North America, the principal North American subsidiary of Panasonic Corporation (NYSE: PC) and the hub of Panasonics U.S. branding, marketing, sales, service and R & D operations. Information about Panasonic Industrial Company and its products is available at www.panasonic.com/industrial. Panasonic Industrial provides key components that power the home appliances, consumer electronics, computers, communications, commercial and healthcare products used by millions of people each day. ###
This module complies with EN300328, FCC CFR Part 15 and ARIB STD-T66. FCC and IC certifications are pending. Specifications are subject to change without notice. SNAP is a registered trademark of Synapse Wireless Inc.