Things change in unexpected ways, even in network time servers, which in their most basic form are “just clocks.” Back in the day, new software releases came out chock full of new features and, to a lesser extent, bug fixes. We promoted those new features and benefits Read more »
Take a closer look at Microsemi’s PolarFire Evaluation Kit. It includes everything that you’ll need to get a jumpstart on developing compelling, market-ready FPGA designs. Read more »
Network Camera Application: Easily configure the network camera to support two-way audio and surveillance to detect alarms using AcuEdge™ IP Camera audio solution.Read more »
Easily control your lighting in the home to change the mood for evening candlelight dinner or family activity and also effortlessly adjust the blinds shading in your home using AcuEdge™ ASR audio processor. Read more »
Microsemi’s AcuEdge™ acoustic technology featuring advanced Automatic Speech Recognition (ASR) Assist technology for enabling voice control and other audio enhancement for the Smart Home. Using voice interface, you can easily connect with your smart home devices to deliver content through Read more »
Over the past weeks, I’ve written about the negative consequences of running out-of-sync computers in a network. The dangers are many and include: Read more »
In the second part of “providing good network time,” this article will go into more detail on redundant time sources, reliable time synchronization, secure time source, ease-of-use, and cost efficiency. Read more »
Keeping accurate time on a network is more than just a technical issue—it is also a legal one. That’s because time is used as a basis for making contracts. Read more »
How organizations keep track of time has a major impact on the overall security of the organization’s IT infrastructure, for two reasons. First, the mechanisms used to keep track of time are among the most vulnerable to exploitation by a hacker. Read more »
In the first post of this series, we wrote about how most organizations today rely on networks of computers, all of which rely on clocks. If the clocks in these computers don’t agree with each other or reflect the correct time, it’s a bomb ticking away in the heart of IT infrastructure. Read more »
In the first post of this series, we wrote about how most organizations today rely on networks of computers, all of which rely on clocks. If the clocks in these computers don’t agree with each other or reflect the correct time, it’s a bomb ticking away Read more »
Most organizations today rely on networks of computers, all of which rely on clocks. So what happens when the clocks in these computers don’t agree with each other—or with the correct time? What happens to the processes running on the networks? Read more »