As we all know, being the new kid on the block means it sometimes take a little while to make friends and break into those well established networks and friendship circles. It can also be pretty daunting, especially if those friendship circles are deep rooted. Who needs the new guy?
Well this is exactly the challenge that faced the Arm-based Marvell ThunderX2 (TX2) technology. An exciting, new processor trying to enter into an established, well-trodden marketplace with what seems like little or no room left for any challengers.
In its favour however is that it is a really interesting, innovative product that has the genuine potential to be better than the rest, and a product that can go a long way to helping eliminate many of the legacy issues bogging down the more established rivals. The ThunderX2 could be the lightening bolt (pun intended…) that really lights up the HPC processer market.
Key to early adoption is to get users sampling this technology and seeing for real how it stacks up against their existing, more traditional hardware. So how do we entice organisations to see the benefits of this new processor and get them to think outside of the box – beyond their traditional purchasing choices and without the hassle that normally comes with doing something ‘away from the norm’?
Normally organisations need to go through lengthy proof-of-concept processes to procure the necessary Arm server hardware, spend time installing and configuring this alongside their existing systems and infrastructure, and then even more time deploying and optimising their applications. This has been the way organisations have tried and tested not only new versions of their existing hardware but even new applications that come into the marketplace.
Let's be honest - it’s this kind of process that makes trying ‘new stuff’ a pain in the neck, and maybe that’s another reason why we normally stick with the more established users in the market. Not many of us embrace change.
So what if you had a way of jumping onto an Arm TX2 cluster, optimised with the latest networking such as Infiniband, shared storage (block or file), pre-loaded compilers and applications with which you’re familiar with and best of all hands-on support from a group of HPC experts who can help you configure, optimise and understand how to get the most out of your current applications when running on Arm TX2 servers?
This is exactly what Verne Global provide through our hpcDIRECT platform built specifically for intensive HPC applications in the cloud. Unlike offerings from hyperscalers and other organisations which grant you access to a single virtualised Arm node, with hpcDIRECT you can gain access to an optimised bare-metal Arm TX2 cluster configured to our unique TrueHPC standards.
The trial nodes specifications are not your typical one core VM’s that others offer. These are powerful, bare-metal nodes - 256 GB RAM, CPU @ 2.2Ghz, 56 Cores, 240TB of local SSD storage, interconnected with both Ethernet and Infiniband as well as access to 10TB of shared, dynamic storage.
hpcDIRECT doesn’t stop there. Whether your requirement is on-demand or reserved, hpcDIRECT has a standard and optimised SKU to help organisations decide the exact type of Arm TX2 servers suitable for their compute after the trial or even to use straight away. Standard SKU’s are designed for general purpose compute whereas optimised SKUs are carefully selected Arm TX2 servers which lean more towards a specialised market or field, for example, more memory, higher networking capabilities, etc.
Even though the trial nodes have access to a shared 10TB of dynamic storage, the option of a dedicated storage solution for an Arm cluster is also available. This means you don’t have to worry about those unstable or noisy neighbours, but instead can rest assured the storage solution is secure with only one tenant, you. So now you’re not only in the friendship circle, but you’re calling the shots!
Try something new today – click here and test drive the Arm-based Marvell ThunderX2 and experience HPC applications at lightening speed.