Testing with all product features helps ensure the best possible system-wide performance, and allows a buffer for features that some customers may use above average. Many customers use several features, but don't generally use all features of the product at these upper limits. Tests should run simultaneously on all objects in the system at these limits. Typical values are thousands of collections and applications, which are deployed to hundreds of thousands of users or systems. Tests should use the upper average of the objects that large enterprises tend to use with the system.
Start by sizing your site's hardware as if you had 50,000 clients. For example, say you have 25,000 desktop clients and want to collect hardware inventory two times faster than the default interval. Environments that enable aggressive default intervals for data collection need oversized hardware in direct proportion to the increase in activity.
Some recurring feature intervals, especially hardware and software inventory cycles, can have significant effects on an environment's performance characteristics.
For example, hardware inventory testing occurs once per week with a larger than default. Most testing should use default intervals for the key cycles in the system. These guidelines help set basic system performance expectations for the suggested hardware sizes. The following sections highlight some key settings and configurations to use when testing and modeling processing needs for large enterprises. Just because you can collect every file on a system, or set the interval for a cycle to one minute, doesn't mean you should. In general, Configuration Manager requires common sense when it comes to objects and intervals. Your experiences may vary based on your environment size and configuration. The recommendations in this article are based on these averages. The load generates objects at a typical rate for enterprise customers using production deployments in different size environments.Ĭustomer usage data allows for testing current branch builds with the most common scenarios, configurations, and settings for most customers. Performance testing applies these variables as part of a load. Another variable is the number of users, software deployments, or other objects the system references or deploys. One variable is feature interval, such as an inventory cycle. You can deploy Configuration Manager in many unique ways, but it's important to understand a few variables in any sizing discussions.
This update is available now for download on the App Store.Applies to: Configuration Manager (current branch)Ĭonfiguration Manager leads the industry in scale and performance. – Things fully supports the new architecture in these machines.
Perhaps best of all, the app no longer jumps to the foreground when you hit snooze! ? Apple SiliconĪpple has announced three brand new Macs running on their very own Apple M1 chips – a MacBook Air, MacBook Pro, and Mac mini. Rich Notificationsīefore, you could only snooze an alert for 10 minutes, but now you can choose how long: 10 minutes, 30 minutes, or 1 hour. Sharpen your focus with tag-filtered widgets. This is useful if you want to focus on particular types of to-dos, such asĮrrands you need to run, Work items, and so on. You’ll notice that you can also use tags to filter the list you’ve chosen. To show any list you like: right-click the widget and choose Edit Things to flip it over. The default widget will show your Today list, but you can configure it To set them up, swipe the Notification Center in from the right side of your screen. Mac, giving instant access to your most important lists. The powerful new widgets that recently came to iOS are now available on your It also comes with a beautiful new icon for your dock.
Today’s releaseĪlso brings full support for new Macs with Apple Silicon chips ✨ After careful tuning, Things’ design and layout look great on macOS Big Sur.
MacOS 11 Big Sur is here and Things is ready to go, with great new Widgets, Rich Notifications, and design tweaks to make Things look just right.