Securely interconnected single-chip KineTIs microcontrollers (MCUs) with higher memory capacity, dedicated encryption technology, and low power consumption make these IoT solutions possible today
Santa Clara, CA – October 18, 2016 – NXP Semiconductors NV (NASDAQ: NXPI) today announced that the industry's first monolithic multi-protocol wireless connectivity microcontroller (MCU) is available Goods, the KineTIs KW41Z microcontroller (MCU) series is fully available. The microcontroller (MCU) family supports simultaneous operation of Bluetooth® Low Energy (BLE) v4.2 and IEEE® 802.15.4-based Thread protocols with sufficient storage capacity (512 KB Flash and 128 KB SRAM) to run all application. The KineTIs KW41Z microcontroller (MCU) family uses the ARM® Cortex®-M0+ core to provide certified BLE and pre-certified Thread protocol stacks designed to reduce the difficulty of building a seamless network of smart devices. In response to the growing demand for secure and reliable communication between IoT devices, Thread provides a powerful IP-based mesh network technology to build a secure, scalable and reliable private network. At the same time, these connected devices are required to use the BLE protocol to control and monitor them through smart devices (such as smart phones or tablets), or join the Thread network to implement indirect control and monitoring through cloud technology at home. In addition, BLE provides an easy way to securely connect IoT devices to the Thread network. The KineTIs KW41Z Microcontroller (MCU) is a cost-effective, multi-protocol solution that meets these requirements while reducing design cost and design complexity and reducing overall product size.
“We built a mesh network using the multi-protocol NXP Kinetis KW41Z microcontroller (MCU), which consists of a large number of devices using Thread technology, and supports BLE for peer-to-peer communication. This provides customers with extremely high Flexibility and ease of use make it easy to manage LED fixtures and pumps in the aquarium," said Chris Clough, president of C2 Development, Inc.
Emmanuel Sambuis, vice president of NXP Semiconductors, which is responsible for microcontrollers (MCUs) and interconnects, said: "Providing easy-to-use seamless interconnected products is very important for the development of the Internet of Things." "As the industry's first to offer true Thread and based BLE products are a full-fledged solution for companies that have been helping developers drive their growth."
Ecosystem partners and developers (such as Rigado) use the Kinetis KW41Z microcontroller (MCU) to provide a regulatory-certified, ready-to-use module that provides hardware and firmware tools, engineering support, and custom services. The land speeds up development and launch.
"The KW41Z microcontroller (MCU) uses both Thread and BLE technology. This unique combination enables our new R41Z module to provide IoT developers with an outdated solution that helps reduce time to market while ensuring their interconnected products. Basically secure and scalable," said Kevin Tate, chief marketing officer at Rigado.
Kinetis KW41Z Wireless Connectivity Microcontroller Series – New Features Highlights
· A full suite of software support packages, including:
o Certified BLE v4.2, BLE mesh network, Thread, IPv6 over BLE, Generic FSK, 802.15.4 MAC, SMAC software stack
o Software Security Agreement
o User-friendly development tools including Kinetis SDK 2.0, Kinetis Design Studio, IAR IDE
o A mature ecosystem of development kits, wireless modules, gateways, software, tools and service options
· Single-chip solution that supports simultaneous operation of Thread and BLE v4.2 wireless connections, suitable for all components of the IoT solution – endpoints, routers and gateways
o Multi-protocol radio with on-chip balun to simplify RF design, reduce product size, and reduce BOM cost
o Optimized low-power microcontrollers (MCUs) and radios to extend battery life
o Extended memory configuration (up to 512 KB of flash and 128 KB SRAM) for multi-connection stacks and applications on a single chip
o AES-128 accelerator and true random number generator for protecting data
o Pin-compatible options for BLE (Kinetis KW31Z Microcontroller (MCU)) and 802.15.4 (Kinetis KW21Z Microcontroller (MCU)) for different applications using the same platform Designers provide reuse
· Complete hardware development kit including a set of RF-certified development boards (FRDM-KW41Z) with Kinetis KW41Z microcontrollers (MCUs), printed antennas, connectors (for connecting external antennas or test equipment), I/O access And several sensors (for rapid completion of IoT device prototyping and development), as well as RF-certified USB dongle (USB-KW41Z) (used as a protocol sniffer)
· The automotive industry is increasingly focusing on BLE requirements and is currently developing a small WLCSP package for A space-constrained application, AEC-Q100 certified version
Product pricing and time to market
Kinetis KW41Z, KW31Z, KW21Z wireless connection microcontroller (MCU), as well as hardware development platform (FRDM-KW41Z), USB dongle (USB-KW41Z) (for sniffer and other applications), are now available . For pricing or other information, please contact your local NXP sales office.
For more information on the NXP Wireless Connect Microcontroller (MCU) portfolio, please visit: Kinetis/Wseries.
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