CloudXPRT testers have reported installation failures while attempting to set
up CloudXPRT on Ubuntu virtual machines with Google Cloud Platform (GCP) and
Microsoft Azure. We have not yet determined whether the installation process
fails consistently on these VMs or the problem occurs under only specific
conditions. We believe these failures occur with only GCP and Azure, and you should
still be able to successfully install and run CloudXPRT on both Amazon Web
Services virtual machines and on-premises gear.
apologize for the inconvenience that this issue causes for CloudXPRT testers
and will let the community know as soon as we identify a reliable solution. If
you have encountered any other issues during CloudXPRT testing, please feel
free to contact us!
We’re happy to announce
that CloudXPRT v1.1 will move from beta to general release status tomorrow! The
installation packages will be available at the CloudXPRT.com download page and the BenchmarkXPRT GitHub repository. You will find more details about the v1.1
updates in a previous blog post, but the most
prominent changes are the consolidation of the five previous installation
packages into two packages (one per workload) and added support for Ubuntu
20.04.2 with on-premises testing.
Before you get started
with v1.1, please note the following updated system requirements:
Ubuntu 20.04.2 or later for on-premises testing
Ubuntu 18.04 and 20.04.2 or later for CSP (AWS/Azure/GCP)
CloudXPRT is designed
to run on high-end servers. Physical nodes or VMs under test must meet the
following minimum specifications:
16 logical or virtual CPUs
8 GB of RAM
10 GB of available disk space (50 GB for the data analytics
We have also made
significant adjustments to the installation and test configuration instructions
in the readmes for both workloads, so please revisit these documents even if
you’re familiar with previous test processes.
As we noted during the
beta period, we have not observed any significant differences in performance
between v1.01 and v1.1, but we haven’t tested every possible test configuration
across every platform. If you observe different results when testing the same
configuration with v1.01 and v1.1, please send us the details so we can
If you have any questions about CloudXPRT v1.1, please let us know!
We’re happy to announce
that the CloudXPRT learning tool is now live! We
designed the tool to serve as an information hub for common CloudXPRT topics
and questions, and to help tech journalists, OEM lab engineers, and everyone
who is interested in CloudXPRT find the answers they need as quickly as
The tool features four
primary areas of content:
The Q&A section provides quick answers to the questions we
receive most from testers and the tech press.
The CloudXPRT: the basics section describes specific topics such
as the benchmark’s target platforms, workloads, companion cloud software, and
hardware and software requirements.
The Testing and results section covers the testing process,
metrics, and how to publish results.
The cloud primer provides brief, easy-to-understand definitions of
key cloud computing terms and concepts.
The first screenshot below shows the home screen. To illustrate how some of the pop-up information sections appear, the second screenshot shows part of the Key terms and concepts module in the Cloud primer section.
We’re excited about the new CloudXPRT learning tool! If you have any questions about the tool, or suggestions for additional content to include in it, please let us know!
The CloudXPRT Preview period has ended, and CloudXPRT version 1.0 installation packages are now available on CloudXPRT.com and the BenchmarkXPRT GitHub repository! Like the Preview build, CloudXPRT version 1.0 includes two workloads: web microservices and data analytics (you can find more details about the workloads here). Testers can use metrics from the workloads to compare IaaS stack (both hardware and software) performance and to evaluate whether any given stack is capable of meeting SLA thresholds. You can configure CloudXPRT to run on local datacenter, Amazon Web Services, Google Cloud Platform, or Microsoft Azure deployments.
Several different test packages are available for download from the CloudXPRT download page. For detailed installation instructions and hardware and software requirements for each, click the package’s readme link. On CloudXPRT.com, the Helpful Info box contains resources such as links to the Introduction to CloudXPRT white paper, the CloudXPRT master readme, and the CloudXPRT GitHub repository.
The GitHub repository also contains the CloudXPRT
source code. The source code is freely available for testers to download and
Performance results from this release are comparable
to performance results from the CloudXPRT Preview build. Testers who wish to
publish results on CloudXPRT.com can find more information about the results
submission and review process in the blog. We post the monthly results cycle schedule on the results
We’re thankful for all the input we received during the CloudXPRT development process and Preview period. If you have any questions about CloudXPRT, please let us know.
Many businesses want
to move critical applications to the cloud, but choosing the right cloud-based
infrastructure as a service (IaaS) platform can be a complex and costly project.
We developed CloudXPRT to help speed up and simplify the process by providing a
powerful benchmarking tool that allows users to run multiple workloads on cloud
platform software in on-premises and popular public cloud environments.
This week, we made
some changes to the CloudXPRT results viewer that we think will simplify the results-browsing experience and
allow visitors to more quickly and easily find important data.
The first set of
changes involves how we present test system information in the main results
table and on the individual results details pages. We realized that there was
potential for confusion around the “CPU” and “Number of nodes” categories. We
removed those and created the following new fields: “Cluster components,”
“Nodes (work + control plane),” and
“vCPUs (work + control plane).” These new categories better describe test
configurations and clarify how many CPUs engage with the workload.
The second set of
changes involves the number of data points that we list in the table for each web
microservices test run. For example, previously, we published a unique entry
for each level of concurrency a test run records. If a run scaled to 32
concurrent instances, we presented the data for each instance in its own row. This
helped to show the performance curve during a single test as the workload
scaled up, but it made it more difficult for visitors to identify the best
throughput results from an individual run. We decided to consolidate the
results from a complete test run on a single row, highlighting only the maximum
number of successful requests (throughout). All the raw data from each run remains
available for download on the details page for each result, but visitors don’t
have to wade through all that data to find the configuration’s main “score.”
We view the development of the CloudXPRT results viewer as an ongoing process. As we add results and receive feedback from testers about the data presentation formats that work best for them, we’ll continue to add more features and tweak existing ones to make them as useful as possible. If you have any questions about CloudXPRT results or the results viewer, please let us know!