RF Bottom Pad
NXP IW612
NXP IW611
Wi-Fi® 6
Bluetooth® 5.4 Low Energy
Bluetooth® Classic (BR / EDR)
Thread Border Router
Thread 1.3
Zigbee PRO 2023
Zigbee 3.0
Companion Module

PAN9019(A)

The PAN9019 is a dual-band 2.4 GHz / 5 GHz Wi‑Fi radio module supporting IEEE 802.11 a/b/g/n/ac/ax, featuring integrated Bluetooth BDR/EDR/Low Energy (LE) and optional 802.15.4 connectivity. It is designed for highly integrated, cost‑efficient applications.

The simultaneous and independent operation of Wi‑Fi, Bluetooth LE, and 802.15.4 enables both extremely high data rates with 802.11ax and ultra‑low‑power operation for wireless IoT use cases.

With integrated power management, a high‑performance dual‑core CPU, support for 802.11i/w security standards, and high‑speed data interfaces, the PAN9019 meets the demanding requirements for performance, reliability, and quality of next‑generation products. By consolidating multiple wireless technologies into a single module, it significantly reduces design complexity, testing, and calibration effort, resulting in faster time‑to‑market compared to discrete solutions.

The combination of Wi‑Fi, Bluetooth, and 802.15.4 provides maximum flexibility for industrial devices and smart appliances, enabling high‑throughput applications alongside robust and energy‑efficient connectivity.

WM PAN9019 Product Specification

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Wi-Fi® 6 & Bluetooth® 5.4 (BR, EDR, BLE) opt. 802.15.4
NXP IW611 / IW612
Dual‑Band Wi‑Fi
80 MHz channel bandwidth
Global Certifications
CE RED / UKCA / FCC / ISED / RCM / MIC
Antenna Flexibility
Chip / Flex PCB / Terminal pre-certified
Information

Technical Specs

The following technical specifications provide an overview of interfaces, radio standards and other key features of the module.

Integrated CircuitNXP IW611 / IW612
RF categoryWi-Fi 6 (802.11 a/b/g/n/ac/ax), Bluetooth 5.4 (BDR/EDR/LE), optionally 802.15.4 radio
Frequency2.4 & 5 GHz (80 MHz Bandwidth)
Host ModeHosted / Companion
SoftwareLinux, Android Driver & Selected MCUs
Power consumption Tx192mA @802.11ax, 5GHz
Power consumption Rx180mA @802.11ax, 5GHz
Rx sensitivity-98 @ 1M 802.11b
Tx power max+17@ IEEE 802.11ax
Power supply1.8 to 3.3 V
Power consumption sleep 190uA
InterfacesSDIO 3.0 / SPI / HS UART / I²S / PCM
Operating temperature-40 to +85 °C
Antenna optionvia Bottom pad
Size (l x w x h) 15.3 x 12.0 x 2.5 mm
Production statusMass Production
Standard packaging QTY500 pcs
Product comparison

Modules of the series compared

Compare key features and technical specifications of the modules to find the right solution for your application.

PAN9019PAN9019A
Integrated CircuitNXP IW611NXP IW612
Wi-Fi 6 Dual Band
Bluetooth 5.4
802.15.4
Part NumberENWF9501C1KFENWF9511C1KF
Rapid evaluation made easy.

Evaluation Board

M.2 Evaluation Board

  • M.2 Key E form factor
  • External antenna MHF® 4 connector
  • Highspeed-UART for Bluetooth
  • SDIO 3.0 for Wi-Fi
  • SPI for 802.15.4 (only PAN9019A)
  • Coexistence interface
  • PCM interface for voice applications

M.2 to mSD Adapter

  • Separate power supply over USB-C
  • Access to specific M.2 interface signals
  • Current consumption measurement interface
  • Flexible due to mSD flex cable

 

 

 

P/NPackage includes
ENWF9501CMKF 1x PAN9019 M.2 Key E Card & 1x Taoglas  FPC Antenna FXP830.54.0100C
ENWF9511CMKF 1x PAN9019A M.2 Key E Card & 1x Taoglas FPC Antenna FXP830.54.0100C
ENWF9000CMKF1x M.2 to mSD Adapter with mSD flex cable
ENWF9001CMKF1x M.2 to RaspberryPi Adapter
Contact Us

Request support or certification documents

The PAN9019(A) is certified for

  • Europe: CE RED
  • UK: UKCA
  • USA: FCC
  • Canada: ISED
  • Japan: MIC
  • New Zealand/Australia: RCM

To comply with regional regulatory requirements a country specific binary file needs to be applied. The binary file is responsible for e.g. setting available Wi-Fi channels or output power. For further information, please visit the development hub.

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PAN W602

AntennenChip Antenna, RF Bottom Pad
ChipsetsTexas Instruments CC3351, Texas Instruments CC3301
TechnologienWi-Fi® 6, Bluetooth® 5.4 Low Energy
TypenCompanion Module
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