IPv6.net https://ipv6.net/ The IPv6 and IoT Resources Tue, 13 Oct 2026 21:37:04 +0000 en-US hourly 1 https://wordpress.org/?v=7.1.3 Anthropic warns self-replicating AI could spread to your smart devices https://ipv6.net/news/anthropic-warns-self-replicating-ai-could-spread-to-your-smart-devices/ Tue, 13 Oct 2026 21:37:04 +0000 https://ipv6.net/?p=2924145 Anthropic is warning that small AI models could soon be able to self-replicate across consumer IoT devices, from Android TV boxes to smart ovens, creating distributed botnets capable of running AI workloads without relying on data centers. […] Read more here: https://www.bleepingcomputer.com/news/security/anthropic-warns-self-replicating-ai-could-spread-to-your-smart-devices/

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Anthropic is warning that small AI models could soon be able to self-replicate across consumer IoT devices, from Android TV boxes to smart ovens, creating distributed botnets capable of running AI workloads without relying on data centers. […]

Read more here: https://www.bleepingcomputer.com/news/security/anthropic-warns-self-replicating-ai-could-spread-to-your-smart-devices/

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BlueStar to be acquired by distribution giant TD Synnex https://ipv6.net/news/bluestar-to-be-acquired-by-distribution-giant-td-synnex/ Tue, 13 Oct 2026 07:37:06 +0000 https://ipv6.net/?p=2924057 BlueStar has announced it has agreed to be acquired by TD Synnex, in a move the US-based IT distributor said will generate new opportunities for partners. Headquartered in Kentucky, BlueStar specializes in technologies across digital identification, point-of-sale (POS), radio-frequency identification (RFID), mobility, digital signage, networking, IoT, and robotics. The company sells services exclusively to value-added […]

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BlueStar has announced it has agreed to be acquired by TD Synnex, in a move the US-based IT distributor said will generate new opportunities for partners.

Headquartered in Kentucky, BlueStar specializes in technologies across digital identification, point-of-sale (POS), radio-frequency identification (RFID), mobility, digital signage, networking, IoT, and robotics.

The company sells services exclusively to value-added resellers (VARs), integrators, and managed service providers (MSPs) in collaboration with hardware and software vendors.

Post-acquisition, BlueStar said it will continue to deliver specialized knowledge, trusted relationships, and dedicated partner support to the channel and wider IT community.

In an announcement, BlueStar chief executive officer Ryan Girvin described the move as a testament to the “hard work, commitment, and passion” of the firm’s employees, customers, vendors, and network of partners.

“Together, we have built a company known for its expertise, innovation, and customer focus,” he commented. “We believe joining TD Synnex creates an opportunity to accelerate our growth while preserving the specialized approach and entrepreneurial culture that have defined BlueStar from the beginning.”

BlueStar will continue to operate as an independent company until the acquisition closes, with no changes to the processes, programs, and services it currently provides.

Girvin said the firm’s success to date has been built on people and relationships – a focus that TD Synnex will help to strengthen through its broader resources and reach.

“We are excited about the opportunities this creates for our employees, customers, and vendor partners, and we are confident that TD Synnex shares our commitment to delivering exceptional value through expertise, service, and innovation,” he added.

Expanding resources and capabilities for partners

TD Synnex provides a wide-ranging portfolio of technology solutions spanning cloud, cybersecurity, analytics, AI, and mobility. Supporting more than 150,000 customers across 100 countries.

According to the companies, TD Synnex moved to acquire BlueStar due to its specialized expertise, strong market position, and established presence across key global regions.

After completing the deal, the pair said customers, vendors, and partners can expect expanded resources, broader capabilities, and more market opportunities, alongside the industry expertise and high-touch support already on offer.

“BlueStar’s success is built on the expertise of its team and the strong relationships they have developed with partners,” commented TD Synnex CEO Patrick Zammit. “We’re excited about the specialization BlueStar would bring to TD Synnex, including a focused go-to-market approach that has differentiated the business and created value for its partners.”

The proposed deal remains subject to customary closing conditions and financial terms were not disclosed.

Read more here: https://www.itpro.com/business/acquisition/bluestar-to-be-acquired-by-distribution-giant-td-synnex

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Top IoT App Development Companies With Device-Level Mobile Expertise https://ipv6.net/news/top-iot-app-development-companies-with-device-level-mobile-expertise/ Mon, 12 Oct 2026 17:37:05 +0000 https://ipv6.net/?p=2924025 At today’s scale, a companion app is no longer an accessory. It’s part of the connected product itself. IoT Analytics counted 18.5 billion connected IoT devices in 2024 and expects that number to reach 39 billion by 2030. That total doesn’t include smartphones, but they remain the main interface people use to pair, control, and […]

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At today’s scale, a companion app is no longer an accessory. It’s part of the connected product itself. IoT Analytics counted 18.5 billion connected IoT devices in 2024 and expects that number to reach 39 billion by 2030. That total doesn’t include smartphones, but they remain the main interface people use to pair, control, and update their devices.

Many product problems begin with this interface. A team can deliver polished screens while the BLE connection fails during setup, a firmware update stalls, or a live camera feed arrives several seconds late. Solving these issues requires engineers who can diagnose both the mobile application and the device.

This guide compares 5 top IoT app development companies, showing which teams manage the complete device-to-app stack and which specialize in mobile delivery. It also covers current market data, the mobile capabilities to evaluate, and the questions to ask before choosing a development partner.

Connected Device Trends That Shape App Development

A device’s connection type affects almost every part of its companion app. Pairing, provisioning, background communication, battery use, and firmware updates all depend on the radio technology involved. The following figures show the current market split:

  • Wi-Fi represents 32% of IoT connections in 2025. IoT Analytics tracks active connected devices worldwide but excludes smartphones, laptops, and consumer tablets.
  • Bluetooth accounts for 24% of connected IoT devices. Bluetooth Low Energy remains a leading choice for battery-powered products that connect to a mobile app.
  • Cellular technologies make up 22% of IoT connections. This category covers technologies from 2G to 5G, including LTE-M and NB-IoT. Cellular IoT connections grew by 16% year over year in 2024.
  • Mobile operators generated $18.4 billion from cellular IoT in 2024. That revenue came from 4.1 billion connections. The five largest operators managed 83% of cellular IoT connections worldwide.

IoT Analytics expected the total number of connected devices to reach 21.1 billion in 2025. This forecast is about 300 million lower than the estimate it published in September 2024, mainly because of delayed capital spending and weaker demand in China.

Top IoT App Development Companies in 2026: The List

IoT app development companies build mobile and web software that pairs, controls, monitors, and updates connected devices. This comparison covers five companies, starting with a side-by-side overview of their mobile capabilities, device connectivity experience, and delivery scope. Each vendor also has a detailed profile below.

Company Mobile development Device connectivity Delivery scope
SQUAD Native iOS with Swift and Objective-C; native Android with Kotlin and Java BLE, Wi-Fi, proprietary protocols, OTA updates, and WebRTC video Hardware, firmware, cloud, and mobile
Indeema Software Native, hybrid, web, and progressive web apps Wearable apps, IoT integrations, and APIs Embedded systems, firmware, cloud, mobile, and web
Cogniteq iOS, Android, and React Native Remote device access, wearables, and connected pet products Hardware, firmware, cloud IoT, and mobile
Sidekick Interactive Native Swift and Kotlin, plus React Native and Flutter Core Bluetooth, Wi-Fi provisioning, and device controls Mobile apps and UX/UI design
Lemberg Solutions iOS and Android companion apps OTA firmware updates and IoT communication protocols

1. SQUAD

  • Core app focus: Apps for smart cameras and connected devices
  • Sample project: Product validation for a battery-powered smart doorbell

Among the IoT app development companies in this comparison, SQUAD provides the broadest device-to-app delivery scope. Its teams build connected products across hardware, firmware, cloud platforms, and native mobile applications.

Mobile engineering is central to this work. SQUAD develops native iOS apps with Swift and Objective-C and Android apps with Kotlin and Java. These applications communicate directly with embedded systems over BLE, Wi-Fi, and proprietary protocols, supporting device provisioning, two-way synchronization, OTA updates, and real-time edge telemetry.

For video products, the team builds encrypted WebRTC pipelines with codec-aware rendering and adaptive buffering. Its mobile applications can also support two-way audio for video doorbells and image-rich alerts triggered by the detection of people, vehicles, animals, and packages.

Testing combines XCTest, Espresso, and Appium with an in-house mobile automation lab and CI testing on physical devices. After launch, SQUAD supports OTA workflows, Swift and Kotlin migrations, accessibility updates, and compliance with the European Accessibility Act.

The wider organization includes more than 700 engineers and 6,500 m² of testing facilities. Its track record includes 900+ projects, 70 connected devices, and 200 mobile app releases.

Key strengths: 

  • Native iOS development with Swift, SwiftUI, and Objective-C
  • Native Android development with Kotlin, Java, and Jetpack Compose
  • Encrypted WebRTC video with H.264, H.265, and AV1 support
  • BLE and Wi-Fi provisioning with certificate-based authentication
  • CI pipelines using GitHub Actions, Fastlane, CircleCI, and Jenkins
  • Phased App Store and Google Play releases with A/B rollouts

2. Indeema Software

  • Core app focus: IoT mobile and wearables apps
  • Sample project: Mobile app and cloud platform for a ventilation system maker

Indeema Software offers engineering across embedded systems, cloud platforms, and user-facing applications. Its mobile team develops native and hybrid apps, web applications, and PWAs for connected products, including hardware that clients already have in production.

The company also provides wearable app development, IoT consulting, API integration, firmware, and embedded software. This range lets Indeema work on both the device layer and the applications that monitor or control it.

Indeema Software has completed more than 120 IoT projects and operates an IoT laboratory in partnership with a national university. The company is an AWS Partner and a member of the Avnet IoT Partner Program.

Its portfolio includes an air quality monitoring app, an electric vehicle telemetry system, a video intercom, and an application for managing smart irrigation and lighting.

Key strengths: 

  • Native and hybrid mobile applications for connected devices
  • Wearable application development
  • IoT consulting and product architecture
  • Mobile app and API integration
  • Firmware and embedded software engineering
  • AWS Partner status for cloud IoT projects
  • Avnet IoT Partner Program membership

3. Cogniteq

  • Core app focus: IoT mobile apps and pet tech
  • Sample project: App for smart GPS dog collars

Cogniteq is one of the more established software providers in this comparison, with custom development experience dating back to 2005. Mobile and web engineering remain central to its services, supported by IoT consulting, application development, hardware and firmware engineering, and modernization of existing connected systems.

Its mobile teams build applications that give users remote access to connected devices and ecosystems. Cogniteq works across native platforms and React Native, allowing it to support dedicated iOS and Android products as well as shared cross-platform codebases.

The company’s portfolio includes a horse monitoring app, coffee roasting applications, remote controls for household appliances, and an EV charging station app. Its cloud capabilities cover AWS IoT Core, IoT SiteWise, and IoT FleetWise, along with Azure IoT Hub, IoT Edge, and IoT Central.

Cogniteq has more than 200 developers, giving it the capacity to support mobile, cloud, firmware, and hardware work within larger connected-product programs.

Key strengths: 

  • IoT mobile apps with remote access to connected devices
  • Hardware and firmware development for IoT products
  • AWS IoT Core, SiteWise, and FleetWise integration
  • Azure IoT Hub, IoT Edge, and IoT Central integration
  • Connected pet products and wearable solutions
  • React Native development for iOS and Android

4. Sidekick Interactive

  • Core app focus: Native apps for connected devices
  • Sample project: iOS and Android apps for a hospitality brand’s first connected product

Native mobile engineering is the center of Sidekick Interactive’s offering. The company designs applications for enterprise, healthcare, and connected-device clients, using Swift for iOS and Kotlin for Android. Sidekick Interactive also offers React Native and Flutter for cross-platform projects, and high-fidelity UX/UI design before development begins.

Sidekick Interactive’s connected-device work often involves Core Bluetooth and complex onboarding flows. Clients have hired the team to troubleshoot Bluetooth connectivity in native iOS and Android applications and to develop mobile software for IoT products.

One hospitality project included Bluetooth setup, Wi-Fi provisioning, account registration, and device controls within the same application. This experience makes the company relevant to products where reliable pairing and connectivity are central to the user experience.

More than 75% of Sidekick Interactive’s team consists of senior developers, giving clients direct access to experienced mobile engineers throughout development.

Key strengths: 

  • Native iOS development with Swift and SwiftUI
  • Native Android development with Kotlin
  • Core Bluetooth device integration
  • Wi-Fi provisioning and device control workflows
  • React Native and Flutter development
  • High-fidelity UX/UI design before engineering begins

5. Lemberg Solutions

  • Core app focus: Companion apps for IoT products
  • Sample project: Mobile app MVP for an AI-driven IoT product

Lemberg Solutions covers the full connected-product chain, from component selection and PCB design to firmware, cloud platforms, and mobile applications. It also offers digital product development and AI integration.

The mobile team builds iOS and Android companion apps, IoT dashboards, and backend APIs. Embedded engineers handle RTOS and embedded Linux development, device interfaces, OTA firmware updates, and graphical user interfaces. Cloud specialists connect products with AWS, Microsoft Azure, and Google Cloud.

In one client engagement, Lemberg Solutions provided iOS engineers to support an automotive software team. The project later expanded to include Android development, showing the company’s ability to extend mobile capacity as product requirements grow.

The company holds ISO 27001 and ISO 9001 certifications for information security and quality management. It also operates an in-house R&D lab for connected-device design, prototyping, and testing.

Key strengths: 

  • iOS and Android companion apps for connected devices
  • RTOS and embedded Linux engineering
  • OTA firmware update implementation
  • PCB design and prototype enclosure development
  • AWS, Azure, and Google Cloud integration
  • In-house R&D facilities for product development and testing

Mobile Layer Requirements for an IoT App Partner

An IoT app can fail in ways a standard mobile app can’t. Every interaction depends on the device’s radio, firmware version, battery state, and network conditions. Evaluate potential partners in these four areas before making a decision.

Pairing and Provisioning That Work in Real Homes

Onboarding problems often generate the first support tickets. A phone may lose its BLE connection during setup, or a router may use a Wi-Fi band or configuration the app doesn’t handle correctly.

Look for a team that builds retries, fallback paths, and clear recovery steps into the provisioning flow. A few additional development days at the start can prevent significant support volume after launch.

OTA Updates Users Barely Notice

A firmware update can leave a device unusable if the phone enters sleep mode, the connection drops, or the battery runs low during transfer.

Ask how the team resumes interrupted downloads, verifies the firmware image before installation, and reports update progress to the user. Resumable update workflows cost relatively little to build compared with replacing failed devices in the field.

Live Data Without Delays

Video feeds, sensor dashboards, alerts, and two-way audio make latency immediately visible. Teams with WebRTC and adaptive buffering should be able to measure and demonstrate performance on physical devices.

Ask for actual latency results rather than general claims about real-time performance.

Testing on the Hardware You Ship

Emulators can’t reproduce radio interference, unstable home networks, battery behavior, or differences between physical phone models.

A vendor with a device lab and CI testing on real hardware can find these problems before release. Ask for a written device matrix showing which phones, operating system versions, networks, and device configurations the team will test.

Vendor Questions Worth Asking Before You Sign

A pitch deck gives you a carefully selected view of a vendor’s work. Send these three questions in writing before the first call. The answers will show how the team handles responsibility, delivery, and support when problems arise.

1. Who owns a problem that crosses the app and firmware?

Ask who will investigate a bug that sits between the mobile application and the device firmware. Confirm whether that person works directly for the vendor or for a subcontractor.

A strong answer should name the responsible role or team and explain how cross-layer issues are diagnosed. If ownership remains unclear, the same confusion is likely to appear during development.

2. Can you share a recent release log?

Request a release history with dates, version numbers, and examples of app releases that included OTA firmware updates. This gives you evidence of the vendor’s actual delivery cadence and experience coordinating app and device changes.

A team that regularly ships connected products should be able to provide a clear example without exposing confidential client information.

3. What support do you provide after launch?

IoT apps require ongoing work as Apple and Google release new operating system versions, update store policies, and introduce accessibility requirements.

Before signing, put the support scope, response times, escalation process, and named contacts into the contract. This avoids negotiating basic maintenance terms after users already have the product.

Conclusion

An IoT product succeeds or fails in the owner’s hands. Pairing, live data, and firmware updates all depend on the mobile app, but each process also crosses into device software. Without clear ownership, bugs move between two teams, releases fall behind schedule, and support queues fill even when the hardware works as designed.

Top IoT app development companies solve this problem by placing mobile engineers alongside the teams responsible for firmware and device testing. The right partner owns the complete path from the radio and embedded software to the app screen. When something fails, you have one accountable team and a coordinated release plan for the entire product.

The post Top IoT App Development Companies With Device-Level Mobile Expertise appeared first on IntelligentHQ.

Read more here: https://www.intelligenthq.com/top-iot-app-development-companies-with-device-level-mobile-expertise/

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Microsoft: Windows 11 23H2 reaches end of support in 30 days https://ipv6.net/news/microsoft-windows-11-23h2-reaches-end-of-support-in-30-days/ Mon, 12 Oct 2026 12:07:05 +0000 https://ipv6.net/?p=2923993 Microsoft has reminded customers that systems running Windows 11 23H2 Enterprise, Education, and IoT Enterprise editions will stop receiving security updates next month. […] Read more here: https://www.bleepingcomputer.com/news/microsoft/microsoft-windows-11-23h2-reaches-end-of-support-in-30-days/

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Microsoft has reminded customers that systems running Windows 11 23H2 Enterprise, Education, and IoT Enterprise editions will stop receiving security updates next month. […]

Read more here: https://www.bleepingcomputer.com/news/microsoft/microsoft-windows-11-23h2-reaches-end-of-support-in-30-days/

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Industry Leader Synaptics Positions Edge Computing Hardware as Core Enabler for Future IoT at Computex 2026 https://ipv6.net/news/industry-leader-synaptics-positions-edge-computing-hardware-as-core-enabler-for-future-iot-at-computex-2026/ Mon, 12 Oct 2026 08:08:38 +0000 https://ipv6.net/?p=2915650 Following its Computex Taipei 2026 showcase of real-world edge AI applications, Synaptics has emerged as a leading voice on the top edge computing hardware for IoT. Its purpose-built embedded processor portfolio is designed to give engineers AI-native processing, wireless connectivity and… Read more here: https://www.prweb.com/releases/industry-leader-synaptics-positions-edge-computing-hardware-as-core-enabler-for-future-iot-at-computex-2026-302811456.html

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Following its Computex Taipei 2026 showcase of real-world edge AI applications, Synaptics has emerged as a leading voice on the top edge computing hardware for IoT. Its purpose-built embedded processor portfolio is designed to give engineers AI-native processing, wireless connectivity and…

Read more here: https://www.prweb.com/releases/industry-leader-synaptics-positions-edge-computing-hardware-as-core-enabler-for-future-iot-at-computex-2026-302811456.html

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Arduino launches Modulino Hub and Extender modules to support up to 64 I2C devices, 30-meter range https://ipv6.net/news/arduino-launches-modulino-hub-and-extender-modules-to-support-up-to-64-i2c-devices-30-meter-range/ Mon, 12 Oct 2026 08:08:33 +0000 https://ipv6.net/?p=2915655 Arduino has just introduced three new Modulino modules: the Modulino Hub to support up to eight I2C devices (64 devices with 8 Hubs), the Modulino Extender to extend the I2C range to up to 30 meters, and the Modulino Motors to control two DC motors or a single stepper motor with precision. I’ll focus on the […]

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Arduino Modulino Hub Extender I2C modules

Arduino has just introduced three new Modulino modules: the Modulino Hub to support up to eight I2C devices (64 devices with 8 Hubs), the Modulino Extender to extend the I2C range to up to 30 meters, and the Modulino Motors to control two DC motors or a single stepper motor with precision. I’ll focus on the I2C modules in this post, as I find the Modulino Extender module particularly interesting, since I always considered I2C to be a short-range communication protocol, and never thought of using it for (relatively) long-range wired communication. Modulino Hub While the I2C protocol supports up to 127 devices in theory, address conflicts can become an issue in complex builds where multiple sensors or actuators share the same default address. The Modulino Hub aims to solve that, and multiple Hubs can be daisy-chained, each with its own address, to support up to 64 devices. Modulino Hub specifications: […]

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Read more here: https://www.cnx-software.com/2026/06/28/arduino-modulino-hub-extender-modules-64-i2c-devices-30-meter-range/

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I built a whole-home ad blocker with a $7 ESP32-S3 board – and it took just minutes https://ipv6.net/news/i-built-a-whole-home-ad-blocker-with-a-7-esp32-s3-board-and-it-took-just-minutes/ Mon, 12 Oct 2026 08:07:57 +0000 https://ipv6.net/?p=2915683 Raspberry Pi boards have gotten expensive, so I found a cheap alternative in a tiny ESP32-S3 board. Read more here: https://www.zdnet.com/article/how-i-block-ads-with-cheap-raspberry-pi-alternative/

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Raspberry Pi boards have gotten expensive, so I found a cheap alternative in a tiny ESP32-S3 board.

Read more here: https://www.zdnet.com/article/how-i-block-ads-with-cheap-raspberry-pi-alternative/

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Notes from NANOG 97 https://ipv6.net/news/notes-from-nanog-97/ Mon, 12 Oct 2026 08:07:53 +0000 https://ipv6.net/?p=2915686 AI eats the world, geolocation, measuring IPv6, and the cost of SSH from NANOG 97. Read more here: https://blog.apnic.net/2026/06/29/notes-from-nanog-97/

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AI eats the world, geolocation, measuring IPv6, and the cost of SSH from NANOG 97.

Read more here: https://blog.apnic.net/2026/06/29/notes-from-nanog-97/

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DEBIX T62P-01 Raspberry Pi-like industrial SBC features TI AM62P SoC, dual GbE with TSN, multi-domain UART https://ipv6.net/news/debix-t62p-01-raspberry-pi-like-industrial-sbc-features-ti-am62p-soc-dual-gbe-with-tsn-multi-domain-uart/ Mon, 12 Oct 2026 08:07:52 +0000 https://ipv6.net/?p=2915687 Polyhex Technology has introduced the DEBIX T62P-01, a compact industrial SBC built around Texas Instruments Sitara AM62P quad Cortex-A53/dual Cortex-R5F SoC designed for industrial IoT (IIoT), robotics, Edge computing, and smart terminal/HMI applications. Measuring 88 × 59 mm, the board supports up to 8GB of LPDDR4 memory, optional eMMC storage up to 256GB, and a […]

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DEBIX T62P 01 Texas Instruments’ Sitara AM62P SBC

Polyhex Technology has introduced the DEBIX T62P-01, a compact industrial SBC built around Texas Instruments Sitara AM62P quad Cortex-A53/dual Cortex-R5F SoC designed for industrial IoT (IIoT), robotics, Edge computing, and smart terminal/HMI applications. Measuring 88 × 59 mm, the board supports up to 8GB of LPDDR4 memory, optional eMMC storage up to 256GB, and a MicroSD card slot. It also features two GbE ports, including one supporting PoE via an external PD module, as well as Wi-Fi 6 and Bluetooth 5.4 connectivity. Security features include hardware secure boot with Root-of-Trust (RoT), an Arm TrustZone-based Trusted Execution Environment (TEE), and a Hardware Security Module (HSM) for cryptographic operations. DEBIX T62P-01 specifications: SoC – Texas Instruments AM62P (AM62P54CVMHIAMHR) Application CPU – Quad-core Arm Cortex-A53 up to 1.4 GHz Real-time cores 1x Arm Cortex-R5F up to 800MHz (integrated with MCU channel) 1x Arm Cortex-R5F up to 800MHz (for device management) GPU – Imagination […]

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Read more here: https://www.cnx-software.com/2026/06/29/debix-t62p-01-raspberry-pi-like-industrial-sbc-features-ti-am62p-soc-dual-gbe-with-tsn-multi-domain-uart/

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Simplia CONNECT RW612 6-in-1 M.2 2230 module offers WiFi 6, Bluetooth 5.4, 802.15.4, LTE-M, NB-IoT, and GNSS connectivity https://ipv6.net/news/simplia-connect-rw612-6-in-1-m-2-2230-module-offers-wifi-6-bluetooth-5-4-802-15-4-lte-m-nb-iot-and-gnss-connectivity/ Mon, 12 Oct 2026 08:07:45 +0000 https://ipv6.net/?p=2915693 Simplia CONNECT RW612 is a 6-in-1 M.2 2230 wireless module that offers dual-band WiFi 6, Bluetooth 5.4 LE, an 802.15.4 radio for Zigbee or Thread, LTE Cat-M, NB-IoT, and GNSS connectivity. It’s the first module I’ve seen that implements so many wireless standards into a tiny M.2 2230 module. It’s made possible by combining an […]

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Simplia CONNECT RW612 6-in-1 M.2 wireless module

Simplia CONNECT RW612 is a 6-in-1 M.2 2230 wireless module that offers dual-band WiFi 6, Bluetooth 5.4 LE, an 802.15.4 radio for Zigbee or Thread, LTE Cat-M, NB-IoT, and GNSS connectivity. It’s the first module I’ve seen that implements so many wireless standards into a tiny M.2 2230 module. It’s made possible by combining an NXP RW612 WiFi, BLE, and 802.15.4 module with an optional Quectel BC77 LTE-M, NB-IoT, and GNSS module. Simplia CONNECT RW612 specifications: Wireless modules Murata Type 2FR (LBESOZZ2FR) SoC – NXP RW612 CPU – Arm Cortex-M33 @ 260 MHz Memory – 1.2 MB SRAM Wireless Dual-band Wi-Fi 6 (802.11ax) 1×1 SISO Bluetooth LE 5.4 802.15.4 radio for Thread and Zigbee Storage – 16MB or 32MB integrated flash memory via FlexSPI Security – NXP EdgeLock Package – 12.0 x 11.0 x 1.5 mm (BGA) Optional Quectel BG77 (BG77LA, similar to the BG770A minus 5G NTN support) LTE […]

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Read more here: https://www.cnx-software.com/2026/06/29/simplia-connect-rw612-6-in-1-m-2-2230-module-offers-wifi-6-bluetooth-5-4-802-15-4-lte-m-nb-iot-and-gnss-connectivity/

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