Ti CC1354P10 CC1190 CC2592 Radio module

        N626PA Radio module is a new product of Coral RF, the module based TI CC1354R10, CC1190 and CC2592. For 868MHz, 915MHz up to 27dBm output power and down to -112dBm sensitivity. For 2.4Ghz, up to 22dBm output power and down to -102dBm sensitivity at 2400mhz. The part of the

N626PA module below 1G supports 6LoWPAN, Amazon Sidewalk, IEEE 802.15.4, Wi-SUN, Wireless M-Bus, Thread and so on. N626PA module 2.4G supports Bluetooth low energy, IEEE 802.15.4, Thread, Zigbee and so on.

The N626PA module is mainly for Internet of things, intelligent home, wireless meter reading, scientific research and medical treatment, and medium and long-distance wireless communication equipment. N626PA module leads most pins out of CC1354P10 for secondary development. N626PA (CC1354P10) is suitable for free frequency band in EU and USA.

N626PA Module Master Chip introduce

The CC1354P10 device is a multi protocol, multi band Sub-1GHz and 2.4GHz wireless microcontroller (MCU) that supports Thread Zigbee, Low power Bluetooth 5.3 IEEE 802.15.4g, Intelligent objects supporting IPv6 (6LoWPAN), mioty, Wi SUN, Amazon Sidewalk, proprietary systems (including TI 15.4 Stack for Sub-1GHz and 2.4GHz), and concurrent multi protocol implemented through Dynamic Multi Protocol Manager (DMM) drivers. This device is optimized for low-power wireless communication, with advanced security features and on-chip wireless (OAD) update functionality. It is used in building security systems HVAC, Long distance reliable communication can be achieved in the markets of smart meters, medical devices, wired networks, portable electronic products, home theaters and entertainment, as well as networked peripherals. The outstanding features of this device include:

• Support secure key storage, device ID, and trusted functionality based on Arm TrustZone.

• Multi band devices that support concurrent multi protocols for Sub-1GHz and 2.4GHz through DMM drivers.

• The SimpleLink LOWPOWER F2 software development kit (SDK) provides very flexible protocol stack support.

• With a low standby current of 0.98 µ A (fully SRAM maintained), it extends the battery life for wireless applications.

• Supports industrial temperature, with a minimum standby current of 5 µ A at 85 ⁰ C.

• Advanced sensing is achieved through a programmable, autonomous ultra-low power sensor controller CPU with fast wake up function. For example, the sensor controller can perform 1Hz ADC sampling when the system current is 1 µ A.

• Low Soft Error Rate (SER) Time Base Fault (FIT) can extend the operating life without causing interference to the industrial market. The SRAM parity check function is always on to prevent damage caused by potential radiation events.

• The software controlled dedicated radio controller (Arm Cortex-M0) provides flexible low-power RF transceiver functionality, supporting multiple physical layers and RF standards.

N626PA CC1354P10 Module Parameters

N626PA's CC1190 control Logic

N626PA's CC2592 control Logic

N626PA Pinout Description

N626PA's Package Description

ISM Frequency band supported by N626PA module

770M band: 770 MHz to 780 MHz (China)

868M band: 868 MHz to 870 MHz (China, EU, USA), 888 MHz to 889 MHz (Australia)

915M band: 902 MHz to 928 MHz (USA)

2400M band: 2400MHz to 2500 MHz

Ordering information

N626PA-CC1354P10-868M   CC1354P10   CC1190   860-880MHz     +27dBm, CC2592 2400MHz     +22dBm   

N626PA-CC1354P10-915M   CC1354P10   CC1190   910-930MHz     +27dBm, CC2592 2400MHz     +22dBm

D‍ownload

N626PA datasheet‍

How to used N626PA cc1354 Module‍ ?

1. N626PA cc1354 Module uart and DEBUG port circult

1) N626PA module UART port

    DIO13-->TXD;    DIO12<--RXD;

2) N626PA module debug port

connect N626PA to XDS110

2. N626PA CC1310 Dongle RF test

step 1:

connect N626PA to XDS110

step 2:

1) Open smart RF studio 7,

2) Open CC1354P10 interface,

Then you can proceed with RF testing.

3. N626PA CC1354P10 module UART test

step 1:

Download the fireware to N626PA cc1354P10 Module

step 2:

Connrct UART to USB device, eg: CP2102 board.

step 3:

send the data from putty to VCP port, then can receive the same data from N626PA from Module.

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