Wireless and Networking

2021-01-25 -

Dual Radio Connectivity: Best of Both Worlds In IoT

According to statistica, IoT market is expected to reach $1.6trillion by 2025 from $248 billion in 2020. Meteorical rise in IoT devices is also expected to increase their complexity and versatility in wide range of use cases. Choosing right connectivity option is a critical decision for any IoT device but often it is not possible […]

2020-11-30 -

Wireless Edge Connectivity with Bluetooth Integrated FPGAs

The need for connectivity at the edge with Bluetooth Low Energy is increasing. Programmable heterogeneous computing needs are also increasing for machine learning, computer vision and embedded graphics use case. Integration of programmable capabilities along with SoC features is also increasing in need to meet new power, size and cost requirements. As a result, the […]

2020-05-04 -

6 Pratical Hacks for Adding More “I” in IoT

Today, life without internet is unimaginable. Every action of ours from reading the email, or checking our bank account on the ipad, or downloading an app which helps us keep a to-do list handy isn’t possible without the internet! However, when it comes to IoT solutions, there are hundreds, sometimes thousands, of connected edge devices […]

2020-04-08 -

NeoCortec-NC2400 Wireless Mesh Network Module

FEATURES: Full System in a module: Add power and an antenna to create a fully functional Wireless Mesh Network node NeoMesh Protocol Stack optimized for ultra low power and reliability Generic Application layer which can be configured to suit the product needs   Ultra Small Form factor which allows for easy integration in compact products […]

2020-04-07 -

Integrating Amazon Alexa with the ST BlueNRG-Mesh Solution

Bluetooth Mesh is the latest global standard for simple, secure wireless connectivity. It enables one to one and one to many device communications and is ideally suited for building automation, sensor networks and many other IoT solutions where a number (10s to 1000s) of devices need to reliably and securely communicate with each other. Solution […]

2020-04-07 -

Low Power Wireless Connectivity for IOT and Sensor Devices.

Low power wireless connectivity is an important building block to achieve the ambitious goals set forth for the Internet of Things or the Industrial IoT, but also for traditional Sensor (Network) applications. If the power consumption for the devices is low enough to allow extended battery operation, it can potentially reduce the overall cost compared […]

2020-04-06 -

Reliable WIreless ConnectivIty for IoT and Sensor devices

When designing products relying on wireless communication, reliability of the communication link is important. There are many factors influencing the quality of the link, and thereby the likelihood for successful delivery of payload data. Multiple wireless technologies exist which are marketed for many different applications – IoT, Industrial IoT (Industry 4.0), Wireless Sensors etc.. These […]

2019-02-14 -

Outphasing, Envelope & Doherty transmitter test & measurement

Meeting the efficiency challenge of RF front ends (RFFE) is increasingly difficult at higher operating frequencies and bandwidths, such as those proposed for 5G. There is a group of transmitter RFFE architectures whose signal output is constructed from two, or more, efficiently generated components. The architecture of their signal construction uses predictive, post-correction linearization. Their […]

2019-02-13 -

Milbeaut Image Processor: Evaluation Board with Wireless Solution

“MB91696B” Evaluation Board with Wireless Solution has realized the high-speed continuous shooting and high image quality of 14M size per second 7 frame by evolved image processing algorithm of Milbeaut with many of adoption experience in the sixth generation. The admin of this site has disabled the download button for this page.

2019-02-13 -

Verifying additive phase noise and jitter attenuation of PLLs in high-speed digital designs

Increasing data rates in high-speed digital designs and wireless communications require SerDes PLLs and clock synthesizers with low additive phase noise and high jitter attenuation. Modern designs often follow a two-stage architecture, consisting of a jitter-attenuator and a frequency-synthesizer stage. Due to their high phase noise sensitivity, phase noise analyzers are the instruments of choice […]

2019-01-08 -

How to Overcome Interference for Wireless IoT Applications

Coexistence is key to ensuring stable and reliable functional performance of your medical IoT devices in their intended RF environments. This white paper outlines the steps to locate and identify interference which can adversely impact the performance of your medical IoT devices. The admin of this site has disabled the download button for this page.