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advantage for the developer is that messages can

be analyzed which would be rejected by an ECU due

to timing, geo information or Car2x/V2X protocol

errors. In addition, latency measurements can also be

performed because the time stamps of messages are

synchronized to the bus channels.

In interplay with the CANoe.Car2x test tool, the VN4610

offers a tuned solution for creating an environment

simulation for testing Car2x/V2X applications. The user

uses the VN4610 interface to send the transmitted

messages and configures the communication

parameters for the various tests – easily and individually.

Dual-Radio Bluetooth®/LPWAN IoT

Development Kit from STMicroelectronics

Enables Creatively Connected Smart Devices

By supporting concurrent communication over

Bluetooth

®

Low Energy (BLE) and Sub-1GHz wireless,

the STMicroelectronics STEVAL-FKI001V1 dual-radio

development kit gives unrivaled flexibility to envision,

build and connect IoT devices like smart sensors,

finders and trackers which can be configured, updated,

remotely monitored and tracked using various network

topologies, protocols and services.

Built to unleash extra creativity for smart-home or

smart-building scenarios as well as asset-tracking,

energy-management, smart-farming and industrial

monitoring and control use cases, the STEVAL-

FKI001V1 brings together ST’s BlueNRG-1 Bluetooth

System-on-Chip and S2-LP sub-1GHz transceiver. The

powerful dual-radio architecture enables simultaneous

operations on a variety of radio-frequency bands and

protocols such as Bluetooth LE or proprietary 2.4GHz,

Sub-1GHz, and Sigfox.

Users can quickly create smart objects that connect

to each other locally through mesh or point-to-point

connections and support flexible ways of connecting to

the Cloud. For instance, a convenient sensor ecosystem

for smart-home could be easily forged with local sensor

networking leveraging either BLE or Sub-1GHz wireless

link and the whole system connected to the Cloud

through a local gateway or directly via a seamless Sigfox

ubiquitous link, for surveillance or remote monitoring

purposes – all based on same STEVAL-FKI001V1 kit.

The BlueNRG-1 Bluetooth 5.0 certified solution ensures

convenient setup, configuration or modification of

device settings during installation or maintenance and

permits monitoring of networked node sensors through

a stylish app running on any Android or iOS device.

The sub-1GHz S2-LP transceiver allows local networking

as well as LPWAN installations including global Sigfox

connectivity, which allows capabilities such as real-time

notification of events. Moreover, users can leverage

out-of-the-box Sigfox-ready networking to track and

remotely localize devices or assets.

The kit can readily be expanded through its Arduino™

Uno V3 connectors with the vast and comprehensive

ST X-NUCLEO offering, including expansion boards

with MEMS sensors, motor control, GNSS receivers or

industrial input/output and power drivers.

The STEVAL-FKI001V1 development kit is also fully

interoperable with the recently announced BlueNRG-

Tile board, to further empower developers’ creativity

to easily build end-to-end smart-sensor solutions

including the sensor node, local gateways and global

Cloud connectivity.

Leveraging the BlueNRG-1 SoC’s versatile interfaces

and ultra-low-power Arm

®

Cortex

®

-M0 core with 256KB

of embedded program memory, users can connect their

own choice of external sensors and process the data

acquired locally in real-time. The STEVAL-FKI001V1

comes with an easy-to-use SDK that simplifies

development and compresses time-to-market while

preserving flexibility, scalability, and extensibility. In

fact, it could also be used in conjunction with the ST

BlueNRG-Mesh software package to create extensive

networking on a large-scale installation. OTA firmware

update is possible via the BLE connection.

Based on a ready-to-use WS2118 RF dual-radio

module from Jorjin, the STEVAL-FKI001V1 provides

a convenient, pre-certified solution for developers

to quickly move from early concept-feasibility phase

to prototyping, field trials and volume production.

The programmable ultra-low-power radio module

has flexible power management and wake-on-event

78 l New-Tech Magazine Europe