21 years ago Montecito became known for something more than as a sunny place for shady people – it was the name of Intel’s first multi-core processor. Intel’s then COO, …

The post When Montecito was hard-core appeared first on Electronics Weekly .

Now in its seventh year, the EW BrightSparks awards see Electronics Weekly celebrate some of the brightest and most talented young engineers in the UK today. Continuing our series on …

The post EW BrightSparks 2024 profile: Darla Pearce, Leonardo / University of Hertfordshire appeared first on Electronics Weekly .

Last year, AI server shipments grew 46%, says TrendForce, but this year there is more uncertainty caused, in part, by the DeepSeek effect. DeepSeek’s influence will drive CSPs toward lower-cost …

The post DeepSeek effect on the AI server market appeared first on Electronics Weekly .

2024 silicon wafer shipments fell 2.7% to 12,266 million square inches while wafer revenue contracted 6.5% to $11.5 billion, according to the SEMI Silicon Manufacturers Group (SMG). In the second …

The post 2024 wafers down 2.7%; wafer revenues down 6.5% appeared first on Electronics Weekly .

There is a reluctance among business leaders to adopt AI agents according to attendees at The Wall Street Journal’s CIO Network Summit in Menlo Park on Tuesday. 61% of attendees …

The post Reluctance to adopt AI among business leaders appeared first on Electronics Weekly .

Arm is looking at selling proprietary chips, reports Reuters, and one of its first customers is Meta. The hyperscalers are looking at using ASICs for their datacentres to avoid the …

The post Arm reported to be planning to sell proprietary chips appeared first on Electronics Weekly .

OroraTech, a specialist in space-based thermal intelligence, will develop the payloads for the satellite constellation of the WildFireSat mission. The Ontario-based company will again be working with Spire Global Canada, …

The post OroraTech provides thermal sensing for Canadian WildFireSat mission appeared first on Electronics Weekly .

Bosch has introduced a four-in-one mems sensor that measures air pressure, humidity and temperature, aa well as detecting volatile organic compounds, volatile sulfur compounds (indicating bacteria), carbon monoxide and hydrogen, …

The post 3mm air quality sensor also measures pressure, humidity and temperature appeared first on Electronics Weekly .

AWS CodePipeline now provides Amazon CloudWatch metrics integration for V2 pipelines, enabling you to monitor both pipeline-level and account-level metrics directly in your AWS account. The integration introduces a pipeline duration metric that tracks the total execution time of your pipeline completions, and pipeline failure metric that monitors the frequency of pipeline execution failures. You can now track these metrics through both the CodePipeline console and the CloudWatch Metrics console to actively monitor your pipeline health.

To learn more about this feature, please visit our documentation . For more information about AWS CodePipeline, visit our product page . This feature is available in all regions where AWS CodePipeline is supported, except the AWS GovCloud (US) Regions and the China Regions.
 

Today, we are launching the ability to remove Availability Zones (AZ) of an existing Network Load Balancer (NLB). Prior to this launch, customers could add AZs to an existing NLB, but could not remove AZs. With this capability, customers can now change their application stack locations and move them between availability zones quickly.

Changing business needs such as mergers & acquisitions, divestitures, data residency compliance requirements, and capacity considerations in a given region are some of the use cases that necessitate removing AZs of existing NLBs. Using this capability, customers can remove one or more availability zones from their NLB by simply updating the list of enabled subnets using ELB API, CLI or Console.

Similar to any delete operation, removing a zone can be a potentially disruptive operation. When you remove a zone, the NLB zonal Elastic Network Interface (ENI) is deleted. All active connections to backend targets in that zone (including clients connecting through other zones) are terminated, the zonal IPs (and EIPs) are released and zonal DNS names deleted, and any backend target in the removed zone becomes “unused”. Refer to product documentation and AWS blog post for prescriptive guidance on how to use this capability in a safe manner.

This capability is available in all AWS commercial and the AWS GovCloud (US) Regions.