Bluetooth Modules

Robust Performance Bluetooth® LE and Classic Modules

We have been designing and manufacturing Bluetooth modules for over 20 years and have solutions spanning Classic Bluetooth, all the way to the latest Bluetooth Core 6.0 specifications.

Secure, low power, cost efficient modules based on innovative silicon from Nordic Semiconductor, Silicon Labs, and Infineon.

Every module in our portfolio is backed by our core support offerings:

Free technical support inc 3D antenna scans & SCH reviews
Global access to FAEs
Test & Certification services
Multiple pre-certified antennas

Browse Modules by Chipset

Module	Description	MCU / Memory	RF	Antenna Options
BL54LM20A Series - Bluetooth LE + 802.15.4 + NFC	Bluetooth Core 6.0 (LE) 802.15.4 NFC	nRF54LM20A SoC Arm Cortex-M33 (128 MHz) RISC-V (128 MHz) 2 MB Flash 512 KB RAM	+8 dBm Tx Standard Range + LE Coded PHY	1x MHF4 Chip Antenna
BL54L10 Series - Bluetooth LE + 802.15.4 + NFC	Bluetooth Core 6.2 (LE) 802.15.4 NFC	nRF54L10 SoC Arm Cortex-M33 (128 MHz) RISC-V (128 MHz) 1 MB Flash 192 KB RAM	+7 dBm Tx Standard Range + LE Coded PHY	1x MHF4 Trace Antenna
BL54L15 Series - Bluetooth LE + 802.15.4 + NFC	Bluetooth Core 6.2 (LE) 802.15.4 NFC	nRF54L15 SoC Arm Cortex-M33 (128 MHz) RISC-V (128 MHz) 1.5 MB Flash 256 KB RAM	+7 dBm Tx Standard Range + LE Coded PHY	1x MHF4 Trace Antenna
BL54L15μ Series - Bluetooth LE + 802.15.4 + NFC	Bluetooth Core 6.2 (LE) 802.15.4 NFC	nRF54L15 SoC Arm Cortex-M33 (128 MHz) RISC-V (128 MHz) 1.5 MB Flash 256 KB RAM	+8 dBm Tx Standard Range + LE Coded PHY	Chip Antenna Trace Pin
BL54H20 Series - Multi-Core Bluetooth LE + 802.15.4 + NFC	Bluetooth Core 6.0 (LE) 802.15.4 NFC	nRF54H20 SoC 2x Arm Cortex-M33 (320 MHz) 2x RISC-V (320 MHz / 16 MHz) 2 MB Flash 1 MB RAM	+10 dBm Tx Standard Range + LE Coded PHY	1x MHF4 Chip Antenna
BL5340PA Series Long Range Bluetooth Module	Bluetooth Core 5.2 (LE) 802.15.4 NFC	nRF5340 SoC 2x Arm Cortex-M33 (128/64 MHz) - 1MB Flash - 192 KB RAM 1x Arm Cortex-M33 (64 MHz) - 256KB Flash - 64 KB RAM	+18.5 dBm Tx Long Range + LE Coded PHY	1x MHF4 Trace Antenna
Aurawave AW100 Series - Auracast™ Platform	Bluetooth Core 6.0 (LE)	nRF5340 SoC 2x Arm Cortex-M33 (128/64 MHz) - 1MB Flash - 192 KB RAM 1x Arm Cortex-M33 (64 MHz) - 256KB Flash - 64 KB RAM	+18.5 dBm Tx Long Range + LE Coded PHY	Internal Antenna
BL5340 Series - Multi-Core Bluetooth LE + 802.15.4 + NFC Modules	Bluetooth Core 5.2 (LE) 802.15.4 NFC	nRF5340 SoC 2x Arm Cortex-M33 (128/64 MHz) - 1MB Flash - 192 KB RAM 1x Arm Cortex-M33 (64 MHz) - 256KB Flash - 64 KB RAM	+5 dBm Tx Standard Range + LE Coded PHY	Trace Antenna Trace Pin
BL654 Series Bluetooth Module with NFC	Bluetooth Core 5.3 (LE) 802.15.4 NFC	nRF52840 SoC 1x Arm Cortex M4 (64 MHz) 1MB Flash 256 KB RAM	+8 dBm Tx Standard Range + LE Coded PHY	1x MHF4 Trace Antenna
BL654PA Series Long Range Bluetooth Module	Bluetooth Core 5.1 (LE) 802.15.4 NFC	nRF52840 SoC 1x Arm Cortex M4 (64 MHz) 1MB Flash 256 KB RAM	+18 dBm Tx Long Range + LE Coded PHY	1x MHF4 Trace Antenna
BL653 Series Bluetooth LE + 802.15.4 + NFC Module	Bluetooth Core 5.4 (LE) 802.15.4 NFC	nRF52833 SoC 1x Arm Cortex M4F (64 MHz) 512 KB Flash 128 KB RAM	+8 dBm Tx Standard Range + LE Coded PHY	Trace Pin Trace Antenna
BL653μ Series - Bluetooth LE + 802.15.4 + NFC Modules	Bluetooth Core 5.4 (LE) 802.15.4 NFC	nRF52833 WLCSP 1x Arm Cortex M4 (64 MHz) 512 KB Flash 128 KB RAM	+8 dBm Tx Standard Range + LE Coded PHY	Trace Pin Chip Antenna
BL651 Series Bluetooth LE Module	Bluetooth Core 5.0 (LE)	nRF52810 SoC 1x Arm Cortex M4 (64 MHz) 192 KB Flash 24 KB RAM	+4 dBm Tx Standard Range	1x MHF4 Trace Antenna
BL652 Series Bluetooth LE + NFC Module	Bluetooth Core 5.0 (LE) NFC	nRF52832 SoC 1x Arm Cortex M4 (64 MHz) 32 KB RAM	+4 dBm Tx Standard Range	1x MHF4 Chip Antenna
BL600 Series Bluetooth LE Module	Bluetooth Core 4.0 (LE)	nRF51822 SoC Arm Cortex M0 (16 MHz)	+4 dBm Tx Standard Range	1x MHF4 Chip Antenna
Lyra Series Bluetooth LE Modules	Bluetooth Core 5.3 (LE)	EFR32BG22 SoC 1x Arm Cortex M33 512 KB Flash 32 KB RAM	+8 dBm Tx (Lyra P) +6 dBM (Lyra S) Standard Range + LE Coded PHY	Trace Pin Integrated Antenna
Lyra 24 Series Bluetooth LE Solutions	Bluetooth Core 5.4 (LE)	EFR32BG24 SoC 1x Arm Cortex M33 1.5 MB Flash 256 KB RAM	+10 dBm Tx (PCB) =20 dBm (USB) Long Range or Standard Range + LE Coded PHY	Trace Pin Integrated Antenna
Vela IF310 Series - Bluetooth Classic and LE Audio Module	Bluetooth Core 6.0 (LE + Classic)	AIROC™ CYW55310 1x Arm Cortex M33 (192 MHz) 2 MB Flash 768 KB RAM	+10 dBm Tx Standard Range + LE Coded PHY	1x MHF4 Trace Pin Chip Antenna
Vela IF820 Series - Bluetooth LE Dual-Mode Modules	Bluetooth Core 5.4 (LE + Classic)	AIROC™ CYW20820 1x Arm Cortex M4 (96 MHz) 256 KB Flash 176 KB RAM 1 MB ROM	+10 dBm Tx Standard Range	1x MHF4 Chip Antenna
BT860 Series Bluetooth Module	Bluetooth Core 5.0 (LE + Classic)	CYW20704 A2 512 KB EEPROM	+8 dBm Tx Standard Range	Trace Pin Chip Antenna
BT850 Series Bluetooth Module	Bluetooth Core 5.0 (LE + Classic)	CYW20704 A2 512 KB EEPROM	+8 dBm Tx Standard Range	Trace Pin Chip Antenna
TiWi-uB1 Bluetooth LE Module	Bluetooth Core 4.0 (LE)	CC2541 8051 MCU 256 KB Flash 8 KB RAM	0 dBm Standard Range	1x u.FL Chip Antenna
TiWi-uB2 Bluetooth Module	Bluetooth Core 4.0 (LE) Bluetooth 2.1 EDR	CC2564	+10 dBm Tx Standard Range	Trace Pin
SaBLE-x-R2 Bluetooth LE Module	Bluetooth Core 4.2 (LE)	CC2640-F128 1x Arm Cortex M3 (48 MHz) 128 KB Flash 8 KB RAM (Cache) 20 KB Flash (SRAM)	+5 dBm Tx Standard Range	1x u.FL Chip Antenna
BT800 Series Bluetooth LE Module	Bluetooth Core 4.0 (LE)	CSR8510	+9.75 dBm Tx Standard Range	Trace Pin Chip Antenna
BT830 Series Bluetooth Module	Bluetooth Core 4.0 (LE + Classic)	CSR8811	+7 dBm Tx Standard Range	Trace Pin Chip Antenna
BT900 Series Bluetooth Module	Bluetooth Core 4.0 (LE + Classic)	CSR8811	+8 dBm Tx Standard Range	1x u.FL Chip Antenna
BISMS02BI Embedded Bluetooth AT Module	Bluetooth Core 2.0 (Classic)	CSR BC04	+6 dBm Tx Standard Range	1x u.FL Chip Antenna
BRBLU03-010A0 USB Bluetooth Adapter	Bluetooth Core 2.0 (Classic)	CSR BC04	+6 dBm Tx Standard Range	Chip Antenna
BT730 Series Bluetooth Module	Bluetooth Core 2.0 (Classic)	CSR BC04	+18 dBm Long Range	1x u.FL Chip Antenna
BT740 Series Bluetooth Module	Bluetooth Core 2.1 (Classic)	CSR BC04	+18 dBm Long Range	1x u.FL Chip Antenna
BTM411 Series Bluetooth Module	Bluetooth Core 2.1 (Classic)	CSR BC04	+4 dBm Tx Standard Range	Trace Pin Chip Antenna
BTM430 and BTM431 Series Bluetooth Module	Bluetooth Core 2.1 (Classic)	CSR BC04	+4 dBm Tx Standard Range	Chip Antenna
BTM441 & BTM443 Series Bluetooth Module	Bluetooth Core 2.1 (Classic)	CSR BC04	+4 dBm Tx Standard Range	Trace Pin Chip Antenna
TRBLU23-00200 Bluetooth Intelligent Serial Module	Bluetooth Core 2.0 (Classic)	CSR BC04	+4 dBm Tx Standard Range	Chip Antenna

Key Features of Bluetooth

Bluetooth Version	Feature	Advantages	Improvement	End User Examples
v5.0	LE Coded	Robust, reliable connections indoors and outdoors	4 x Range	Whole house/building coverage/outdoor e.g. Nordic Semi tests drone connectivity to 750m outdoor range
	2M PHY	Faster data transfer, reduced TX/RX time	2 x Speed	Lower latency, increased performance & faster data transfer for critical data e.g. swifter FW updates, download of logged sensor data
	Advertising Extension (AE)	More data capacity in Connectionless Services	8 x Increase broadcast message capacity	Beacons & location/tracking services can be improved for greater data & information e.g. enhanced user experiences in facility tours
	Periodic Advertising	A more power-efficient way to perform scanning	A more power-efficient way to perform scanning	Bluetooth LE in connectionless scenarios, such as broadcast audio applications.
	High Duty Cycle Non-connectable Advertising	Reduced the minimum advertising interval for non-connectable advertising	Reduces the minimum allowed Advertising Interval from 100ms to 20ms	Allows a rapid recognition of and response to advertising packets from devices like beacons
	LE Channel Selection Algorithm #2	Improved Frequency Hopping	Improve communication reliability through reducing the probability of packet collisions	Improves performance in busy radio environments. More optimal for LE Audio and co-location of devices operating in the 2.4GHz ISM band such as Wi-Fi and other BT devices
v5.1	Enhanced Direction Finding	Angle of Arrival/Departure (AoA/AoD).	Allows Bluetooth devices to determine the direction of a Bluetooth signal transmission	AoA and AoD in conjunction with RSSI create high accuracy, interoperable positioning systems such as real-time locating systems (RTLS) and indoor positioning systems (IPS).
	GATT Caching Enhancements	Consumes less energy by allowing clients to skip service discovery when nothing has changed.	Improved Energy efficiency and user experience issues for some types of products	Bluetooth smart locks, Service discovery need only be performed the first time the user attempts to pass through a door with a smart lock. The user may perceive a delay during this first occasion but all subsequent times the user will experience a near instantaneous response from the smart lock.
	Advertising Enhancement 1: Randomized Advertising Channel Indexing	Reduces the potential for advertising packet collisions occurring	Improved scalability and reliability in busy radio environments	Improves performance in busy radio environments for co-location of devices operating in the 2.4GHz ISM band such as Wi-Fi and other BT devices
	Advertising Enhancement 2: Periodic Advertising Sync Transfer	Scanning device more energy efficient and can make possible some use cases that require precise timing in the exchange of data.	Allows resource constrained devices to utilize periodic advertising	A smartphone could scan for sync packets from a TV and then pass them over a connection to an associated smart watch so that the watch can then benefit from using periodic advertising and scanning to acquire data from the TV.
v5.2	LE Isochronous Channels (LE Audio)	Designed to support LE Audio	Allows the communication of time-bound data to one or more devices for time-synchronized processing.	LE Audio Music sharing, new standard for hearing aids and support assisted hearing systems in diverse locations, such as theaters, conferences, lecture halls, and airports, multilanguage audio systems
	Enhanced Attribute Protocol	EATT supports concurrent transactions from different applications and has security advantages over unenhanced ATT	Provides an improved user experience on devices where there are multiple applications using the Bluetooth Low Energy (LE) stack at the same time	Multiple concurrent applications such as announcements, audio and data
	LE Power Control	Possible for devices to dynamically optimize the transmission power used in communication between connected devices.	Maintain an optimal signal strength from both a signal quality and low- power-use perspective	Improves performance in busy radio environments for co-location of devices operating in the 2.4GHz ISM band such as Wi-Fi and other BT devices
v5.3	Periodic Advertising Enhancement	Improved energy efficiency and RX duty cycle	Reduced number of packets received from the controller and the associated processing requirements	All applications
	Connection Sub-Rating	Able to switch up to a high duty cycle more quickly. Connections are also able to handle variable packet rates or bursty traffic in an efficient way./td>	Improved user experience	Bluetooth LE Audio products such as hearing aids and monitoring systems which use sensors. Sensors which can switch the connection up to a high duty cycle quickly so that accumulated sensor data can be uploaded over a higher bandwidth connection.
	Channel Classification Enhancement	Channel classification in Bluetooth LE may now be performed by the Peripheral device as well as the Central	Improve throughput and reliability through reducing the number of potential collisions	Bluetooth LE Audio products such as streaming audio.
v5.4	Periodic Advertising with Response (PAwR)	Exchange of application data using connectionless communication	Energy efficient (Battery Life), bi-directional, communication in a large-scale one-to-many topology	Electronic Shelf Label (ESL) and applications needing to send and receive messages between a central hub device and a large number of other devices in a network
	Encrypted Advertising	Secure broadcasting of data in advertising packets	Connectionless communication or encrypted advertising and scan response packets	Broadcast topologies allowing portions of advertisement packet be exposed to any observer while other portions needing confidentiality can be read by an intended observer.
	LE GATT Security Levels Characteristic	Devices may now indicate the security mode and level required for all their GATT functionality	Adds Attribute Permissions	Door Lock for multitenant dwelling where only authorized users can access entry based on user list.
	Advertising Coding Selection	LE Extended Advertising now allows CODED Phy Selection	Longer range or higher throughput Extended Advertisement	Beacons & location/tracking services can be improved for greater data & information at longer distances or greater throughput
v6.0	Channel Sounding	Provides ToF of RF waves to determine distance within 10cm between two devices.	Major improvements to ranging accuracy, to 0.5 meter accuracy with a single antenna.	Proximity in industrial environments, door access control, indoor wayfinding, real-time location and logistics.
	Decision-Based Advertising Filtering	Introduces Decision PDUs to allow devices to make decisions about whether extended advertising events are relevant or can be ignored.	Improves efficiency of scanning devices with extended advertising, improving link utilization and time utilization on the scanning device.	Improving performance in crowded environments such as busy warehouses and manufacturing environments.
	Monitoring Advertisers	Filter advertising events without losing awareness of whether the advertising device has gone out of range since last advertisement.	Cuts unnecessary high duty cycle scanning that accompanies scanning for out-of-range advertisers, and provides more accurate information about device availability.	Managing complexity in environments where Bluetooth devices are mobile, such as warehouse robots and mobile medical devices. Improves LE Audio user experience.
	Isochronous Adaptation Layer (ISOAL) Enhancement	New ISOAL framing mode which uses a max PDU size sufficient to carry whole larger upper layer data units without the need for segmentation.	Lower latency, better reliability, and better utilization of available bandwidth for transmitting large data frames.	Bluetooth streaming connections such as Bluetooth LE audio and Auracast, or high-throughput data streams.
	LL Extended Feature Set	Supports more features and mechanisms to read available features from other devices, plus notifications when the feature set changes on the controller.	Future-proofing for growing LE feature set, better interoperability by exchanging available features, and backwards compatibility to existing feature exchange mechanisms.	Adding new devices to an existing legacy Bluetooth ecosystem, such as adding to incumbent sensor networks or adding new HMIs to existing industrial equipment.
	Frame Space Update	Allows the timing between adjacent packets in a connection event or connected isochronous stream to be negotiable, as opposed to previously fixed 150 μs.	Flexibility to improve efficiency and throughput with shorter intervals, accommodate slower devices with longer intervals, or coexist with other technologies and avoid interference in crowded environments.	Better continuous high-bandwidth streaming for audio, firmware updates or better coexistence in busy industrial environments with multiple competing wireless signals.
v6.1	Privacy Enhancements (RPA Generation Offload)	Offloads Resolvable Private Address (RPA) generation to the controller hardware, reducing host processor involvement in address rotation.	Addresses rotate more frequently and efficiently, greatly strengthening device anonymity and making Bluetooth devices much harder to track over time.	Smartphones, fitness trackers, and Smart home sensors become harder to track by unknown observers, enhancing personal privacy in public spaces.
	v6.2	Shorter Connection Intervals (SCI)	Reduces the minimum LE connection interval from 7.5 ms down to 375 µs (with 125 µs resolution), enabling faster device responsiveness for high-performance HID devices,real-time HMI systems, and sensors.	Enables sub-millisecond communication cycles, unlocking ultra-low latency for AR/VR, gaming peripherals, real-time HMI systems, and high-performance HID devices that previously could not meet latency requirements over Bluetooth LE.	Wireless gaming controllers and VR/AR headsets with near-zero input lag; industrial HMI panels with real-time sensor responsiveness; high-performance wireless keyboards and mice for professional use.
		Channel Sounding Amplitude-based Attack Resilience	Strengthens secure ranging by detecting and mitigating sophisticated RF amplitude attacks, adding protection against relay and spoofing threats in automotive, smart home, and industrial environments.	Defends against a new class of Early Commit ranging attacks that manipulate amplitude rather than phase, closing a security gap in Bluetooth Channel Sounding RTT measurements.	More secure digital car keys and smart locks that resist relay and spoofing attacks; reliable proximity access control in industrial environments; trustworthy asset tracking and indoor positioning systems.
		HCI USB LE Isochronous Support	Standardizes isochronous communication over USB by introducing Bulk Serialization Mode, which unifies Host Controller Interface (HCI) packet transmission and facilitates seamless Bluetooth® LE Audio integration.	Resolves the long-standing absence of a standardized USB method for carrying LE Isochronous traffic, eliminating fragmented vendor implementations. Also fixes a race condition in legacy USB mode where out-of-order data and event delivery could disrupt connection setup and encryption.	Bluetooth LE Audio USB dongles and headsets that integrate seamlessly with laptops and PCs; streamlined development for manufacturers building USB Bluetooth controllers with LE Audio support.
LE Test Mode Enhancements (Unified Test Protocol)		Introduces the Unified Test Protocol (UTP) as a modern equivalent to Direct Test Mode (DTM), supporting over-the-air (OTA) RF PHY testing via standardized TLV-format messages over 2-wire UART, HCI, or wireless transport — with mandatory ACL encryption for OTA mode.	Removes the dependency on a physical control interface for conformance testing, enabling RF PHY tests on devices in their final form factor where a wired port is inaccessible. Also adds BER receiver measurements beyond basic PER, providing deeper insight into receiver performance.	Manufacturers can test final production devices wirelessly without needing physical test ports; enables more thorough post-production quality assurance and over-the-air conformance validation for IoT and consumer Bluetooth products.
v6.3	Channel Sounding Inline PCT Transfer	Enhances Bluetooth Channel Sounding accuracy and efficiency by allowing the reflector to transfer phase-aligned tones directly into hardware by adjusting the phase of the tone at the reflector and ceasing to report imaginary (Q) PCT values over HCI.	Eliminates excess result data and reduces overhead, improving the speed and efficiency of the Channel Sounding procedure — especially in Ranging Service (RAS) and Ranging Profile (RAP) contexts.	Faster and more accurate distance measurement between devices — improving indoor navigation, door access control, and asset tracking in warehouses and industrial environments.
	Channel Sounding PHY-specific RTT Accuracy	Enables devices to declare Round-Trip-Time (RTT) accuracy separately for each PHY, introducing new PHY-specific RTT parameters and an expanded capability structure.	Systems can select the optimal PHY-accuracy combination, improving precision, performance scaling, and interoperability in multi-PHY ranging scenarios.	Improved ranging accuracy across device types — from smartphones to industrial sensors — enabling more reliable proximity-based access control and location services.
	Running Out of Bits	Extends the HCI architectural limits by expanding the Supported Commands bitmask from 64 to 251 octets and the LE Event Mask from 8 to 255 octets.	Provides protocol capacity for future feature growth, ensures discoverability of newly assigned commands and events, and maintains backward compatibility through versioned commands and conditional support rules.	Future-proofs Bluetooth-enabled devices so they can support new features and commands without requiring hardware redesigns or breaking compatibility with existing products.
	ACP and C/I Limit Relaxation	Harmonizes RF requirements between Bluetooth Classic (BR/EDR) and Bluetooth LE by aligning Adjacent Channel Power (ACP) and Carrier-to-Interference (C/I) limits with the LE 1-MS/s framework.	Relaxes unnecessary constraints on Dual-Mode radios, simplifies transmitter and receiver design targets, and enables more power-efficient, flexible RF architectures without compromising coexistence performance.	More power-efficient and cost-effective dual-mode Bluetooth chips in devices like laptops, headsets, and IoT gateways that support both Classic and LE Bluetooth simultaneously. More stable connections and better performance in crowded RF environments.

Wirepas +Ezurio in Partnership

Connect up to billions of devices with Wirepas firmware and Ezurio sensors.
Scalable, decentralized mesh protocol for truly massive and high-density IoT networks.
No external control needed. No central device management required.

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Simplify Your Bluetooth Support

Personal Support

Ezurio’s global support organization is ready to help. With industry-renowned Field Application Engineering and Tier I support available worldwide, our experts can help you bring your design to market with our decades of experience in wireless and product design.

Value Added Services

Our hardware is paired with multiple software offerings to help you develop your way. Choose from options like a familiar AT Command Set, our smartBASIC application engine, or full C code development via the Nordic or Silicon Labs SDKs.

Certifications

EMC testing and certifications can increase development time and expenses. Our test engineers work with you from start to finish, providing pre-testing, antenna scans, and more to ensure your product meets compliance. And our broad distribution partnerships ensure you’re always covered for hardware availability.

Certified Antennas

Ezurio’s wireless modules come pre-certified with many antenna options, including some of our industry-first Flexible PIFA and inverted Flexible PIFA antennas. Our antenna portfolio is customizable with various antenna lengths and connectors, and with wide stock availability through our distribution partners. With our accredited test laboratories and free antenna scans, you can be certain your product meets emissions requirements and successfully leverages our modular approvals.

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What Makes Us Different?

On-Site EMC and Antenna Testing

The only module and antenna manufacturer that offers our own on-site EMC testing approvals, which drastically reduces your risk and time to market. Let our onsite EMC Test engineers help you navigate the EMC certification process.

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IoT Solutions

Whether you need a product tailored, customized or are looking for complete product development services, we use in-house expertise and strategic partnerships to bring your product to market faster with the results you want.

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Antenna Options

We offer a broad portfolio of cost-effective embedded antenna solutions that provide unmatched connectivity for your wireless devices. Let us help you find the right antenna pre-certified with our extensive module selection.

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Bluetooth Module Applications

IoT Sensors
Cable Replacement
Beacons
Environmental Monitoring
Medical / Wellness / Fitness Devices
Consumer Products
Industrial Sensor Networks
Building Automation

Frequently Asked Questions About Bluetooth Modules

How do I choose the right Bluetooth module for my design?

What is the difference between an Open CPU and Network Processor Bluetooth module?

When should I prioritize ultra-low power Bluetooth modules?

How do I select between long-range and low-power Bluetooth modules?

Do I need Bluetooth Classic or Bluetooth Low Energy (BLE)?

How important is transmit power when selecting a Bluetooth module?

What is Bluetooth Mesh and when should I use it?

When should I use multiprotocol Bluetooth modules (BLE + 802.15.4 / Thread / Matter)?

Do Bluetooth modules support Linux systems?

What certifications should I consider when selecting a Bluetooth module?

How important is antenna selection in Bluetooth module performance?

What security features should I look for in a Bluetooth module?

How does memory and MCU capability affect module selection?

When should I choose a hosted Bluetooth architecture vs embedded?

How do I determine the best Bluetooth module for industrial environments?

Build Your Wireless IoT Application with Canvas

Our Canvas™ software suite enables rapid embedded development across our MCU-based wireless products. Cross-chipset middleware, easy-to-use wireless APIs, on-module scripting and intuitive desktop/mobile tools are all available to dramatically ease embedded development.

Explore Canvas Software Suite

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