AMD EPYC Workstations

Optimization

If your application requires very demanding graphics processing, our CyberStation workstations powered by the latest AMD EPYC processor are the perfect fit. For users such as designers and creators who require professional graphics, our workstation range provides the latest graphics technology allowing us to sculpt a workstation that will perfectly fit your needs.

Our AMD EPYC workstations are built using the highest-quality components and can be configured for a wide range of uses from affordable office workstations to ultra-performance systems built for AI and machine learning.

Low Latency ECC Memory

Our range of AMD EPYC solutions give the option of configuring with ECC memory. ECC memory comes with an extra chip module, that will be collecting errors and data corruption. This will eliminate the crashes of freezing that can sometimes occur with the standard memory. The outcome will be smooth performance at all times.

Virtually Silent Workstations

Powerful workstations can be quite loud, and in situations where you have multiple workstations in a small space, the noise can be very distracting. For those working in environments where noise can become a factor, we configure high performing solutions that are also virtually silent. So not only will you enjoy the blisteringly high levels of performance from your AMD EPYC workstation, but you will not have to suffer any distracting noises either.

Designed for Cloud

Broadberry's range of solutions powered by the AMD EPYC processor have been designed and sculpted to excel in private/hybrid cloud environments. If you plan for use of clustering, database management, and/or virtualized infrastructure, our AMD EPYC workstations can be especially built to be proficient in these areas.

Industry-Leading Components

Every component found in the Broadberry EPYC range is sourced from leading manufacturers, who are as serious about providing reliable, high quality products as we are.

Performance

Our workstations powered by the AMD EPYC processor can be configured to perform at the highest level, reaching the highest memory capacity and highest memory bandwidth available on the market. The processor is adept at handling demanding applications, without suffering any impact to productivity.

Memory constraints often limit the majority of data center applications, here are Broadberry we understand the needs of our customers and their businesses. Our workstations can be configured to have the highest core count and I/O density per socket in the industry. Our solutions can contribute to your data center's increase in capacity of cloud computing environments as well as virtual desktop infrastructure deployments.

Security

Broadberry place a lot of importance in the security and reliability of our solutions. The AMD EPYC is the first ever server CPU that contains an embedded security processor on the SoC. This specially embedded security processor manages memory encryption as well as a secure boot process. These two features work together to make sure your data is kept secure during the boot process, as it runs, and through the movement of virtual machine through servers.

Using the AMD Secure Root-Of-Trust technology, you have the ability to boot only from trusted firmware images, depending on the implementation of your server vendor.

AMD Secure Run Technology is available to encrypt the main memory, keeping the hardware secure and safe from anything malicious accessing it. No modifications are needed to use this, and the encryptions keys are never exposed outside the SoC.

If this technology is turned on in later hypervisor versions, there will be the ability for virtual machine to have their own separate encryption key. This further increases security as each machine is suitably isolated from the rest.

Finally, with AMD Secure Move Technology you will be able set up a secure channel for SoC-to-SoC communication channel. This channel can be used by virtual machines so as they move between AMD EPYC SoC-powered servers, which means there will be no point where any key is exposed or any data is unencrypted.