Introducing the PAN1721, a complete power optimized Bluetooth v4.0 Low Energy
(BLE) solution, this module includes an embedded processor, antenna and BLE
stack. The PAN1721 is engineered for ultra low power consumption applications.
The PAN1721 is a cost-effective, ultra low-power, system-on-chip (SoC) for
Bluetooth Low Energy applications. The module includes an eight channel, twelve
bit analog-to-digital converter, 19 GPIOs plus battery and temperature sensors.
A single device for both BLE master or slave nodes. The PAN1721 combines an
excellent RF transceiver with a high performance low power 8051 microcontroller,
in-system programmable flash memory, 8-KB RAM, and many other powerful
supporting features and peripherals.
The PAN1721 is an ideal choce for applications where battery life is a critical
application requirement, using only 500 nA in sleep mode. Short transition times
between operating modes–3 uS Wake-Up – and power efficient hardware further
reduce current consumption.
Panasonic offers Bluetooth Low Energy protocol stacks and applications from Texas Instruments and BlueRadios™.
The BlueRadios stack enables rapid and low cost development using an AT command set without the need for
a compiler. Additional advantages include UART programming, over-the-air-updates, easy integration “C” library
framework, serial streaming of data, and smart phone libraries and applications.
Product Performance:
• Bluetooth 4.0 Compliant and Bluetooth Low Energy
• Dimensions:14.5x 8.2 x 3 mm
• SupportsUserDevelopedApplications
• Texas Instruments’ Stack or Optional BlueRadios Stack
• 256KFlash,8KRAM
• Supports1MbpsDataRate
• TemperatureRange-40°C to +85°C
• EightChannel12-BitADC
• 19GPIOs
• BatteryMonitorandTemperatureSensor
PAN1721/1711 Part Numbers:
Part Numbers Description
ENW-89835A1KF PAN1721, CC2541 Bluetooth Low Energy with 8051 Controller, Texas Instruments Stack
ENW-89835A3KF PAN1721, CC2541 Bluetooth Low Energy with 8051 Controller, BlueRadios Stack
ENW-89835C1KF PAN1711, CC2541 Bluetooth Low Energy with 8051 Controller, Texas Instruments Stack
ENW-89835C3KF PAN1711, CC2541 Bluetooth Low Energy with 8051 Controller, BlueRadios Stack
EVAL_PAN1721 Bluetooth,PAN1721,EvaluationKit,IncludesTwoPAN1721USBDevelopmentModules
EVAL_PAN1721BR Bluetooth,PAN1721,EvaluationKit,IncludesTwoPAN1721USBDevelopmentModules,BlueRadios FW
Alternative Low Energy Device:
Part Numbers Description
ENW-89823A2JF PAN1326,CC2564,Bluetooth & Bluetooth Low Energy, HCI Module, Antenna
New
Product
Introduction
New
Product
Introduction
NEW! PAN1721 SERIES BLUETOOTH® LOW ENERGY
Ultra Low Power, Bluetooth Low Energy Module
P
i
Design and Specications are subject to change without notice. Ask the factory for technical specications before purchase and/or use. If there is any doubt
regarding the safety of this product, kindly inform us immediately for technical consultation. PAN1450 Rev. A
WIRELESS
MODULES
The PAN1450 provides wireless interface per the BT 1.2
specication. Interoperability and BT compliance testing have
been completed for the BT Chip ZV4301 from Zeevo, Inc. to
facilate rapid time-to-market.
The BT Chip incorporates a widely popular 32-bit ARM7TDMITM
CPU core with sufcient bandwidth to support a wide range of
embedded µController applications and the module provides
full ARM7 software development access.
The PAN1450 is manufactured in a 13,4 x 18,7 x 2,2 mm³
SMD package and the only external component needed is an
50 ohm antenna.
Any customizations for the software can be handled
with our recommended partners.
Overview
- Inquiry results with RSSI (1.2)
- Adaptive frequency hopping (AFH) enabled (1.2)
- High throughput (>600 kbps)
- Hold-, Park- and Sniffmode
- Up to 128 bit encryption
- Audio capability on an SCO channel
- Support for very low power modes - sleep and deep sleep
- All bluetooth data rates (up to 57,6/723,2Kbps)
User Interfaces
- Full-speed USB version 2.0 compliant
- Programmable baud rate UART (9,6 Kbps - 921,6 Kbps)
- Debug UART (DUART)
- 16 General Purpose I/O‘s (interruptible)
- PCM audio (1 channel)
- SPI and JTAG interface
Radio Features
- High sensitivity design (-86 dBm typ.)
- Integrated RF shield
- Class 2 module (0dBm typ. output power)
- One antenna port
FEATURES
OUTLINES - ENW89803J
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B01839
Bluetooth-Module PAN1450
Cut the Cable TM
Copyright© 2012 Panasonic Corporation of North America.
All Rights Reserved. Specifications are subject to change without notice.
PAN1721NPI, FY12-089-XXX
Website: www.panasonic.com/industrial/
industrial@us.panasonic.com
1-800-344-2112
The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any
use of such marks by Panasonic Corporation of North America is under license. Other trademarks and
trade names are those of their respective owners.
New
Product
Introduction
New
Product
Introduction
Applications:
• 2.4 GHz Bluetooth Low Energy
Systems
• Proprietary 2.4 GHz Systems
• HumanInterfaceDevices
• Sports and Leisure Equipment
• Mobile Phone Accessories
• Consumer Electronics
• USBDongles
• Health Care and Medical
Parameter Value Condition / Notes
Receiver Sensitivity (1% PER) -96dBm @ 500 kpbs / MSK (High-Gain Mode)
Output Power 0 dBm typ. Maximum Setting
Power Supply 2.0-3.6V Single Operation Voltage
Sleep Mode 0.5 µA Power Mode 3 (Lowest)
Transmit Mode 14 mA @ 0dBm (Peak Current)
Receive Mode 14.7 mA Standard Mode
Operating Temperature Range -40°C to +85°C Industrial Range
Technical Specifications for PAN1721:
Interfaces:
The PAN1721 Interface
supports:
• Two Powerful USARTs with
Support for Serveral Serial
Protocols
• I2C Interface
• 19 General-Purpose I/O Pins
(17x4mA, 2x20mA)
• 12-BitADCwithEight
Channels and Configurable
Resolution
Block Diagram PAN1721/PAN1711:
Evaluation Kits:
EVAL_PAN1721 EVAL_PAN1721BR
Copyright© 2012 Panasonic Corporation of North America.
All Rights Reserved. Specifications are subject to change without notice.
PAN1721NPI, FY12-089-XXX
Website: www.panasonic.com/industrial/
industrial@us.panasonic.com
1-800-344-2112
The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any
use of such marks by Panasonic Corporation of North America is under license. Other trademarks and
trade names are those of their respective owners.
