Created to provide you with in depth information on our bespoke solutions, our product datasheets give you all of the necessary technical information of a product.
Please use the list below to download our latest and previous datasheets.
Mellanox SN2700 provides the most predictable, highest density 100gbe switching platform for the growing demands of today’s data centres.
The SN2010 switch is the ideal top of rack (ToR) solution for hyper-converged and storage deployments.
The Boston Venom EPYC™ Workstation is designed to be the perfect companion for all design, VFX and digital content professionals.
With an impressive catalogue of compatible hardware SKUs and the expertise to ensure your solution meets your full requirements; a collaboration between award-winning Immersed Computing® experts Asperitas and Boston offers an end-to-end Immersed Computing® “datacentre-in-a box” solution for both cloud providers and datacentre operators.
The Boston Igloo Nebari utilises modern GPUs to perform storage-processing operations and can be configured as an alternative to RAID in the same environments that RAID solutions are typically used, in addition to enabling many new processing solutions.
Announcing the accredited Boston Ltd - Intel® Select Solution for Simulation and Modeling. Build your supercomputing infrastructure on Boston's extensive industry and design expertise for High Performance Computing applications.
The Boston Quattro featuring EPYC™ is a 2U multi-node system supporting the highest performance processor, memory, storage, I/O and an incredible 30% better thermal capacity.
With special pricing for a strictly limited time; the Boston Flash-IO Utility introduces the opportunity of NVMeOF to a wider audience. As a single system it can be used as an NVMe Cache for scratch data providing nearly 12GB/s of bandwidth or higher with an average 100us latency out of the box. Performance and capacity can be scaled linearly by adding more NVMe drives allowing for up to 24GB/s of bandwidth per 1U system.
Data scientists depend on computing performance to gain insights and innovate faster, using the power of deep learning and analytics. GPU technology offers a faster path to AI, but building a platform goes well beyond deploying a server and GPUs.
Groundbreaking Deep Learning, At Your Desk. Designed for your office, NVIDIA® DGX Station™ is the world’s first personal supercomputer for leading-edge AI development.
The world's most powerful AI system for the most complex AI challenges. Experience new levels of AI speed and scale with NVIDIA® DGX™-2, the first 2 petaFLOPS system that combines 16 fully interconnected GPUs for 10x the deep learning performance.
The Most Advanced Data Centre GPU Ever Built. Giving data scientists, researchers, and engineers the power to tackle challenges that were once thought impossible.
With virtual reality quickly becoming the medium of choice for a variety of leisure and commercial applications, the Boston Roamer MU-VR uses enterprise hardware and virtualisation technology to overcome the barriers of an outmoded conventional VR set-up whilst delivering impressive graphics and gameplay.
Delivered as a high availability cluster configuration to keep services online in the event of failure, The Boston Igloo Jovian is a high capacity unified file and block storage system that provides both Network Attached Storage and Storage Area Network functionality with an added level of SSD I/O acceleration.
Powered by four ground-breaking technologies with discontinuous jumps in performance, NVIDIA® Tesla® V100 GPUs enable lightning fast nodes to deliver the highest absolute performance for HPC and deep learning workloads with infinite computing needs. The Boston ANNA Volta is a masterclass of server design and innovation, creating a streamlined architecture which eliminates complex cabling and GPU pre-heat for maximum airflow, cooling and performance-per-watt.
Featuring 8x NVIDIA® Tesla® V100 GPU accelerators for deep learning training, the Boston ANNA Volta XL is purpose-built to dramatically reduce training time, allowing data scientists to train deep learning models without compromising between accuracy and time to deployment. Running Caffe and Torch on the Tesla V100 delivers the same model within days versus weeks on CPU based compute systems.
The Boston Quattro 12256-T is a 2U, 4-node server featuring the latest generation Intel® Xeon Phi processor (codenamed Knights Landing) is designed with parallelism and vectorised workloads in mind. In collaboration with Calyos, Boston have now developed an improved “LHP edition" of this server SKU by utilising their cooling solution based on LHP (Loop Heat Pipe) technology.
Today's leading deep learning models typically take days to weeks to train, forcing data scientists to make compromises between accuracy and time to deployment. The Boston ANNA, features 8 x NVIDIA® Tesla® V100 GPU accelerators (customized configurations enable up to 10x GPU accelerators) for deep learning training, purpose-built to dramatically reduce training time.
vScaler is an integrated and ﬁnely-tuned stack that takes the deployment complexity out of OpenStack and manages your entire infrastructure. vScaler also includes HPC deployment capabilities within OpenStack. With vScaler, you can deploy your on premise private cloud in minutes, add cloud-based services or applications, and scale to public or hybrid cloud environments on-demand - all under a single management portal.
Solving one of the biggest challenges in computing today, Excelero enables low latency and high-performance access to NVMe volumes to be delivered to remote clients with minimum processor overhead. Employing technologies such as RoCE v2 and 100Gbit/s EDR InfiniBand or 100GbE from Mellanox’s Connect-X 5 range, processor overhead and latency is kept low, whilst bandwidth is plentiful. The Boston Flash-IO Talyn is available as either a disaggregated or converged solution, making it a perfect fit for different use cases.
The Boston Venom 2501-0T is designed to be the perfect companion for all design, VFX and digital content professionals. Readily equipped to handle the most intensive applications across many professional industries - the Venom 2501-0T is helping researchers, analysts, engineers and digital effects artists do their job faster, more efficiently, and with better results.
The Boston Fenway 2164-0T, based on Supermicro® 1U Ultra architecture, features the AMD EPYC™ 7000 range of processors. Built on the hotly anticipated Zen architecture, EPYC™ is making waves in the IT industry with its high specification and impressive feature set.
The Boston Fenway 2264-0T, based on Supermicro® 2U Ultra architecture, features the AMD EPYC™ 7000 range of processors. Built on the hotly anticipated Zen architecture, EPYC™ is making waves in the IT industry with its high specification and impressive feature set.
The Boston Quattro 22128-T is a 2U server of multi-node design offering 4 independent compute nodes all based on the same Intel® Xeon® Processor Scalable Family technology (formerly codenamed Skylake). The latest Intel® Xeon® Processor Scalable Family, delivers 1.5X greater memory bandwidth with 6 memory channels and up to 2TB capacity over the previous Xeon E5 generation it replaces. A truly integrated, high performance, low latency compute platform.
AMD’s EPYC™ 7000 range of processors, based on their hotly anticipated Zen architecture, are set to make waves in the IT industry with its high specification and impressive feature set. The processor, codenamed Naples, allows for up to 32 cores or 64 threads per processor, as a result compute intensive applications can be easily satisfied by dual processor, or even single processor configurations.
To help our clients make informed decisions about new technologies, we have opened up our research & development facilities and actively encourage customers to try the latest platforms using their own tools and if necessary together with their existing hardware. Remote access is also available
Our Head of HPC, David Power, is the keynote speaker at Excelero, Mellanox and Micron's Seminar in London on 27th September! Click here for more information.