Dell EMC this week unveiled storage, server and hyperconvergence upgrades aimed at enterprises that are grappling with new application types, ongoing digital transformation efforts, and the pressure to deliver higher performance and greater automation in the data center.\nOn the storage front, Dell EMC rearchitected its flagship VMAX enterprise product line, which is now called PowerMax, to include NVMe support and a built-in machine learning engine. Its XtremIO all-flash array offers native replication for the first time and a lower entry-level price.\u00a0\nIn the server arena, the focus is on speeding customers\u2019 time-to-market with artificial intelligence and machine learning technologies. Dell EMC expanded its PowerEdge portfolio and announced bundled server solutions designed to accelerate AI-driven workloads.\u00a0\nThe company also gave an early look at its PowerEdge MX modular infrastructure, which will be available in the second half of this year.\n\nWith respect to hyperconvergence, Dell EMC bolstered its VxRail appliances and VxRack SDDC systems with a goal of improving performance and making it easier for enterprises to deploy VMware-based hybrid or multi-cloud environments.\nDell EMC PowerMax takes over for VMAX\nPowerMax is the new high-end storage platform from Dell EMC.\n\u201cWe\u2019re modernizing the VMAX architecture, introducing a brand-new design from the ground up,\u201d said Sam Grocott, senior vice president of marketing for the infrastructure solutions group, in a briefing held in advance of this week\u2019s Dell Technologies World conference in Las Vegas.\nDell EMC\u2019s PowerMax storage is designed to handle traditional mission-critical workloads, such as databases and ERP, as well as modern workloads that are sensitive to microsecond latencies. \u201cWhat\u2019s new is that we can now consolidate our next-generation applications, whether it\u2019s real-time analytics use cases, AI, IoT, mobile applications and others, all within a single scale-out storage platform,\u201d Grocott said.\nAt the high end, PowerMax can deliver more than 10 million IOPS per second, a 50% response time improvement compared to VMAX, and bandwidth of more than 150 gigabytes per second \u2013 yielding a threefold performance density improvement, Grocott said.\nBehind the performance improvements is NVMe (non-volatile memory express), a host controller interface and storage protocol designed to reduce latency between applications and storage. PowerMax has been engineered with end-to-end NVMe to support NVMe-over-Fabrics and high-speed, low latency Storage Class Memory (SCM). \u201cIt\u2019s the first time we\u2019ve designed a system from the ground up for NVMe,\u201d Grocott said.\nAlso new to PowerMax is a real-time machine learning engine within the PowerMax operating system that uses predictive analytics and pattern recognition to maximize performance. The machine learning engine taps data from Dell EMC\u2019s installed base of VMAX3 and VMAX all-flash capacity for its storage intelligence \u2013 which means it\u2019s currently analyzing 425 billion data sets in real time across its customer base, Grocott said.\n\u201cThe machine learning technology enables us to ensure that we\u2019ve placed the data on the right storage media, based on a large amount of intelligence data that we\u2019ve gathered, both historically as well as real time, so we can optimize data placement across the entire system as we go forward,\u201d he said.\nAnother new ability is inline deduplication and enhanced compression, which customers can enable on a per-application level. \u201cWe can now do up to five-to-one data reduction across a PowerMax. That allows us to effectively store a much larger amount of information in a smaller footprint,\u201d Grocott said.\nIn other storage news, Dell EMC announced new replication features and a lower entry point for its XtremIO scale-out, all-flash storage array.\n\u201cNative replication is a critical feature request that we\u2019ve gotten from our customers over the years,\u201d Grocott said. XtremIO replication sends only unique data to the target replication site to minimize bandwidth requirements. \u201cIt is extremely efficient in terms of WAN bandwidth consumption. You can save up to 75% or greater of your bandwidth based on the change rate of your primary data set.\u201d\nIn previewing Dell EMC\u2019s PowerEdge MX modular infrastructure, which will be available in the second half of this year, Ravi Pendekanti explained the notion of kinetic infrastructure. It\u2019s designed to allow customers to flexibly configure their IT infrastructure \u2013 making decisions about compute capacity, acceleration cards, memory, I\/O connectivity and more \u2013 for different workloads. \u201cIt will give them the ability to independently go out and vector out in any of those areas,\u201d said Pendekanti, who is senior vice president of product management and marketing for server and infrastructure systems at Dell EMC.\nPowerEdge gets AI power\nMachine learning workloads require high performance and high capacity to manage and analyze structured and unstructured data. To that end, Dell EMC is expanding its PowerEdge server lineup with two new four-socket servers: the R840 and R940xa. Both are designed to accelerate AI-driven applications and other data-intensive workloads \u2013 but they\u2019re built to tackle different performance bottlenecks.\n\u201cOne thing we\u2019ve realized is that the concept of having general purpose servers, which can be used across different workloads, doesn\u2019t necessarily give our customers the performance that they need and expect,\u201d Pendekanti said.\u00a0\nThe R840 is designed for in-database analytics. It\u2019s optimized for traditional data analytics workloads and it supports up to 24 direct-attached NVMe drives to minimize latency and speed data transfers.\nThe R940xa (the xa stands for \u201cextreme acceleration\u201d) is geared for compute-heavy workloads such as real-time analytics and machine learning. It can combine up to four CPUs with four graphics processing units (GPU) for a one-to-one CPU to GPU ratio. It\u2019s ideal for high performance, GPU-accelerated databases such as Kinetica, Brytlyt and MapD, Pendekanti said: \u201cThat\u2019s where we believe there is a need for a better GPU-to-CPU ratio. That\u2019s where the R940xa becomes extremely important.\u201d\nDell EMC also announced a tighter relationship with Intel that\u2019s aimed at streamlining customer adoption of AI and machine learning. \u201cReady Solutions\u201d is Dell EMC\u2019s term for validated hardware and software bundles that pre-integrate partner technologies. The Dell EMC Ready Solution for HPC, for example, is built on a PowerEdge R740 server and combines Intel Xeon Scalable processors and customizable Intel FPGAs. Dell EMC announced that it\u2019s joining the Intel AI Builders program, which brings together different tech partners to develop solutions using Intel AI products.\n\u201cWe are building out Ready Solutions which enable our customers to quickly and rapidly deploy the machine learning and deep learning solutions without having to do lots of legwork on their own,\u201d Pendekanti said.\nDell EMC\u2019s hyperconverged infrastructure gets a boost\nAdoption of hyperconverged infrastructure (HCI) systems \u2013 which combine storage, compute and network functionality in a single virtualized solution \u2013 are on the rise. Global HCI system sales exceeded $3.7 billion in 2017, up 64.3% from 2016, according to IDC. The research firm predicts the HCI solutions market will reach $10.3 billion by 2022.\nDell EMC\u2019s entries in the HCI world \u2013 its VxRail appliances and larger VxRack software-defined data center (SDDC) \u2013 have been co-developed by Dell EMC and VMware and are integrated with VMware\u2019s vSAN and vSphere software. Tight coupling through joint engineering with VMware has been an advantage for Dell EMC, and new developments are designed to strengthen that advantage.\nNew VxRail advancements include the adoption of NVMe cache drive options, which provide lower latency and higher performance than existing SAS-based cache drives; Intel Xeon Scalable Processors, which can support up to 1.5TB of RAM per CPU socket for twice as much memory; NVIDIA Tesla P40 GPU accelerators for high-end graphics deployments; 25GbE networking; and VxRail Manager Events consolidation and viewing in VMware vCenter for simplified management.\nDell EMC VxRack SDDC, which is based on VxRail hardware, now supports the latest PowerEdge servers designed for HCI deployments. Support for NVIDIA graphics processing cards also\u00a0has been added. VxRack SDDC is integrated with the latest VMware Cloud Foundation (version 2.3), which enables integrated cloud management and automation for on-premises IT-as-a-Service (IaaS) and provides heterogeneous server support.