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RNBD451PE
  • RNBD451PE

RNBD451PE

In Production

It's effortless to add Bluetooth® LE to your design with our RNBD451PE plug-and-play module. The RNBD451PE is truly plug-and-play; it requires no programming, RF-design or regulatory certification. Part of our Bluetooth product portfolio, the RNBD451 saves time, money and engineering resources which reduces your time to market.---Plug-and-play simplicity: No wireless software development needed, just send commands from any MCU over UART. Supports Host Controller Interface (HCI) mode for Linux/MPU applications.RF-ready with onboard antenna: RF design is complicated, but with the RNBD451PE module, you don’t have to worry about it. The RNBD451PE module comes with an on-board PCB antenna built for optimal RF performance, saving you time and RF-design hassle.Global regulatory-certifie...

Microchip Technology RNBD451PE Product Info

16 April 2026 0

Parameters

Wireless Technology

Bluetooth LE

Bluetooth Spec

6.0.

TX Output Power (dBm)

12

RX Sensitivity (dBm)

-102

Operating Temp (°C) Min

-40

Operating Temp (°C) Max

85

Operating Voltage (V) Min

1.9

Operating Voltage (V) Max

3.6

Deep Sleep Current (μA)

1.5

GPIO

8

Antenna Type

PCB

Regulatory

FCC, ISED, CE, UKCA, SRRC, MIC, NC, KC

Features

    General:
  • Qualified against Bluetooth Core 6.0
  • ASCII command interface API over UART (backward compatible with RN487x modules)
  • Host Controller Interface (HCI) mode
  • Over-the-Air (OTA) remote configuration and firmware updates
  • Up to +12 dBm programmable output power
  • Integrated 16 MHz POSC
  • 8 GPIOs controlled by RN commands
  • 12-bit analog-to-digital converter (ADC) Successive Approximation Register (SAR) module
    Bluetooth Features:
  • Advertiser, Observer, Central and Peripheral Roles
  • Built-in transparent UART profile for data streaming
  • Generic attribute profile (GATT) client and server roles
  • Up to 6 custom GATT services with up to 8 characteristics
  • Up to 6 concurrent Bluetooth LE connections
  • 2M Uncoded PHY and Long Range (Coded PHY)
  • Extended advertising
  • Data length extensions and secure connections
  • Bluetooth LE privacy 1.2 with up to 8 resolvable and accept lists
  • Definable beacon feature (iBeacon™, Eddystone™, etc.)
    Typical Receiver Power Sensitivity
  • -95 dBm for Bluetooth LE 1 Mbps
  • -92 dBm for Bluetooth LE 2 Mbps
  • -102 dBm for Bluetooth LE 125 Kbps
  • -99 dBm for Bluetooth LE 500 Kbps
    Operating Conditions:
  • Operating Voltage: 1.9 to 3.6 V (3.3 V typical)
  • Temperature Range: -40 to +85°C
    Certifications:
  • FCC (USA)
  • CE (EU)
  • UKCA (UK)
  • ISED (Canada)
  • SRRC (China)
  • MIC (Japan)
  • NC (Taiwan)
  • KC (South Korea)

Description

It's effortless to add Bluetooth® LE to your design with our RNBD451PE plug-and-play module. The RNBD451PE is truly plug-and-play; it requires no programming, RF-design or regulatory certification. Part of our Bluetooth product portfolio, the RNBD451 saves time, money and engineering resources which reduces your time to market.

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Plug-and-play simplicity: No wireless software development needed, just send commands from any MCU over UART. Supports Host Controller Interface (HCI) mode for Linux/MPU applications.

RF-ready with onboard antenna: RF design is complicated, but with the RNBD451PE module, you don’t have to worry about it. The RNBD451PE module comes with an on-board PCB antenna built for optimal RF performance, saving you time and RF-design hassle.

Global regulatory-certified: RF certification can take a lot of time and money. RNBD451PE modules are pre-certified in US, Canada, Europe, Taiwan, China, Japan, and Korea. Choosing a pre-certified module bypasses the certification process allowing you to focus on your product.

Free mobile app and source code for Android™ and iOS®: Download the app and source code today and get started with creating your own mobile app.

Free personalized design check service: When you choose our products, we will review and provide guidance on your schematic, PCB layout and RF testing of your design.

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