Alternatives to Lenovo ThinkSystem High-Density Servers

Flexible performance through configurable options that can be used in data centers of any size. Supporting the most popular storage technologies such as E3.S, E1.S, and PCIe Gen5 and CXL. Power efficiency can be improved by increasing the density of the PSU to 4%. For greater product reliability and efficiency, strengthen open collaboration Redundancy in BIOS/BMC, and components for stable operation. Increased security through boot memory inspection and MFP protection. Software design provides hardware redundancy that reduces system downtime, power consumption, and system downtime. Cloud-based operations and maintenance allow for up to 95% fault diagnosis accuracy. End-to-end liquid cooling solutions. Intelligent temperature regulation and hardware architecture increase heat dissipation. Efficient packaging technology reduces material volume by 90% and plastic waste by 30%. Dynamic power management allows for 15% power savings and monitoring of carbon emissions.

The Dell PowerEdge Series servers are a family high-density, scale out servers that are designed for hyper-scale and high performance computing (HPC). These servers are optimized to handle workloads that require high computational power, large storage capacities, and efficient cooling. The modular and flexible design of the C-Series servers allows for customization to meet specific requirements. This includes big data analytics, machine learning (ML), cloud computing, and artificial intelligence (AI). The PowerEdge C-Series supports the latest Intel and AMD processors, has high memory capacity, multiple storage options, including NVMe drives, as well as efficient thermal management. The Dell PowerEdge PowerEdge C Series servers combine performance, scalability and versatility to provide organizations with the tools they need to manage data-intensive and compute-heavy workloads within today's dynamic IT environment.

Thinkmate's multi-node, high-density HDX servers are the perfect solution for your enterprise data centre. A reliable and efficient server infrastructure is essential for success in today's data-driven, fast-paced world. No matter if you are dealing with cloud computing, virtualization or big data analytics, our servers offer the performance and scalability that you need to keep up with your business's growing needs. These servers feature a high-density design that includes multiple nodes in one chassis. This maximizes your data center space and delivers top-notch performance. To ensure your server can handle the most demanding applications, we use the latest technologies such as AMD EPYC and Intel Xeon Scalable processors. We understand the importance reliability and availability. Our servers are equipped with redundant power supplies and network connections.

Our newest addition to the PowerEdge family, PowerEdge XE servers are acceleration-optimized, purpose-built for complex compute and AI/ML/DL and HPC intensive workloads. Modernize infrastructure and operations to support new initiatives that feature no-compromise AI acceleration. A dense form-factor, liquid-cooled 2U server solution to AI and HPC initiatives will push the boundaries of performance. Optimize performance for AI initiatives with a 4-way GPU and 4U server. In a standard depth, 2 socket, 4U rack, you can develop, train, and deploy cutting edge machine learning models. You can also accelerate high-performance computing workloads. PowerEdge XE servers are the first to be designed for complex, new AI & HPC workloads. These next-generation purpose-built servers will be the most powerful, efficient, insights-driven, intelligent, modern, and without compromises.

Multi-node, high-density servers with lower TCO and greater efficiency allow for compute, storage, and networking. High-Performance Computing, Hyper-Converged Infrastructure and File Storage (HCI), are all possible in high-performance computing (HPC), hyper-converged infrastructure (HCI), edge computing and file storage.

Our top-selling Intel(r] Modular Servers as well as AMD Epyc™ Servers offer next-generation Intel(r] Xeon[r] Scalable, Intel Core i9[r] and AMD Epyc[tm] processor innovations for cloud computing and virtualization. High-density and energy-efficient HPC server rack space can be made the most of. NVIDIA®, GPU servers offer a huge number of compute cores that can handle massively multithreaded workloads of the next generation. Our new Intrepid Servers are ready for the latest 3rd Generation Intel®, Xeon®, Scalable processors, and Optane™ DC persistent memories. Intrepid servers offer exceptional flexibility and modularity, as well as the same hardware quality and long-term durability that you have come to expect from Intel. This 3rd generation AMD EPYC™ Servers is built on the industry's most advanced 7nm architecture and is designed for the data center.

A high-performance, energy-efficient and workload-optimized infrastructure is ideal for virtualized desktop apps. A converged blade system enables the delivery of secure desktops and virtual apps for trader workstations. Customers can now support employee growth by delivering industry-leading automation, security and remote management capabilities. These capabilities are delivered as-a service and run on faster, more energy-efficient systems. Moonshot's energy-efficient system on-chip design optimizes performance for financial services. You can replace your general-purpose processors by highly efficient processors that are optimized to deliver virtual desktops to remote workers. The 32% increase in Citrix XenApp users per server is due to the super-fast Intel Xeon processor, integrated workstation GPU and up to 128GB high-speed memory.

Our industry-leading single-socket and dual socket high-performance CIARA ORION High Density servers provide unrivalled flexibility, scalability and efficiency to handle all of your critical workloads. ORION HD products have the industry's highest density cores per rackmount unit to ensure optimal rackmount utilization in any data centre. ORION High-Density Servers are compatible with both the Intel(r] Xeon(r] Processor Scalable Family (AMD EPYC®,) processors. They offer incredible design options for large-scale deployments of high-density IT or HPC workloads. ORION's high-density servers are built with the most recent silicon technology. They offer the best performance and support for the highest TDP in the industry. There are also a wide range of storage options and extensive add on card support. It is ideal for infrastructure consolidation and academic research, cloud & host providers, as well as high-performance computing apps.

The exascale era is defined by data growth, converged workloads and digital transformation. It marks the beginning of a new age of discovery that requires new capabilities. To support the converged use AI, HPC, and analytics, new infrastructure must be able to support a variety of processor technologies as well as data-intensive workloads. With the HPE Apollo systems, you can solve even the most difficult problems by having affordable access to supercomputing. The HPE Apollo systems offer rack-scale efficiency and just the right amount performance and adaptability. They are optimized for HPC workloads and AI workloads. You can keep up with your growth and adapt to different workloads. The HPE Apollo 2000 Gen10 Plus system is density-optimized and can accommodate up to four hot plug servers in a 2U chassis. You can tailor the system to your specific HPC workload.

3U systems that support 24, 12, or 8 nodes with four DIMM slots. Hot-swappable 2.5" or 3.5" NVMe/SAS3/SATA3 options. Onboard 10 Gigabit Ethernet for optimized cost-effectiveness. MicroCloud modular architecture offers the high density, serviceability and cost-effectiveness required to meet today's hyper-scale deployment requirements. The 24/12/8 modular server nodes can be easily integrated into a compact 3U chassis, which is less than 30 inches in depth. This saves over 76% rack space compared to traditional 1U servers. The MicroCloud family provides hyperscale data center optimized single socket computing solutions using the latest low-power and high density system-on-chip processors (SoC), including Intel(r] Xeon®, E/D/E3/E5 or Intel(r] Atom®, C Processors. This allows for a wide variety of flexible and scalable cloud computing and edge computing solutions. The front of the chassis houses power and I/O ports for fast server provision, upgrades, service, and support.

The SFA18KX™, which can store up to 3.2 Million IOPs and 90GB/sec in a single 4U appliance is the fastest storage solution available today. The SFA18KX™ can drive unrivaled numbers of flash (NVMe, SAS) devices and spinning disks in a small space. The SFA18KX is built with 2nd Generation Intel®, Xeon®, Scalable processors. This extreme density makes it ideal for data centers with limited space or high-performance environments that need to increase capacity without increasing the complexity of managing many controllers and the cost of cooling and powering them. Converged hardware reduces complexity and costs by using fewer ports, cables, or network devices. SFA18KX provides unprecedented density per rack unit, per device, and can store up to 13PB in one rack Scalable, declustered RAID offers superior rebuild times, greater data availability, and protection against new large format drives.

Flexible and powerful all-in-one blade architecture for extreme-density 3U and 6U. Density-optimized designs allow for up to 4 independent, independent UP nodes per bladeserver. Standard 1U rackmount servers can achieve up to 86% power efficiency and 56% density improvements. There are 8 DIMM slots and up to 256GB DDR4 RAM per node. Platinum and Titanium Level (96%) Efficiency AC/DC power supplies, with optional Battery Backup Power® support. Dual Intel®, Xeon®, processor E5-2600 v4/v3 product family. Blade servers can house up to 4x 2.5-inch SAS3/SATA3 drives; select models can hold 2 M.2 NVMe drives. Blade servers offer exceptional density and efficiency thanks to their shared cooling, power, networking, and power infrastructures. MicroBlade's resource-saving vision is furthered by Supermicro's Disaggregated Server Design. This allows for independent upgrades of compute modules without having to replace the rest of the server infrastructure.

4x dual 3rd-generation Intel®, Xeon® scalable family processor nodes Maximum 28 cores per processor and 224 Processor Cores for each 2U Chassis. 16x DIMM per core, up to 1.5TB ECC Registered DDR4 2933/2666/2133MHz memory. Enables deployment in data centers requiring liquid cooling. System-level power efficiency to maximize data center power usage effectiveness. ServMax® X-248L Series enables deployment in data centers requiring liquid cooling, delivering system-level power efficiency to optimize data center power usage effectiveness. It packs a lot of computing, storage, networking, and networking capabilities in a compact 2U size. It includes four Intel(r] DP Xeon® Scalable Family processor nodes with up to 28 cores each processor and 224 cores per 2U chassis. It supports 16x DIMM slots, 1x PCIE expansion slot + 1x IO Module per node. Cloud Computing, HPC and Data Center deployments often scale up to thousands.

Scalable rack servers offer high flexibility and are optimized to handle demanding applications in the data centre. Servers are available in rack density from 1U-5U. They can be used for single or multi-socket options with x86 processors from Intel and AMD, as well as ARM processors by Ampere. For Big Data, high performance computing, hyper-converged infrastructure and software-defined storage.

Our modular architecture allows you to set up the right infrastructure for your workload and manage it with the efficiency and predictable TCO that you require. Data is growing exponentially. It is essential to scale storage quickly and efficiently. The Cisco UCS S-Series can scale up to Petabytes of storage in minutes, regardless of whether you use SSD, NVMe or a combination thereof. As data gets closer to computing, emerging applications are pushing the limits of performance. A dual server node architecture with 2nd Gen Intel®, Xeon®, Scalable processors, and Intel Xeon Scalable CPUs achieves the right balance between capacity and compute. The right technology investment can bring you significant long-term rewards. Cisco UCS S-Series offers maximum investment protection with multi-generational system design, and the flexibility to meet your specific requirements.

These rugged subsystems are designed to bring the most recent Silicon Valley technology to every corner of the globe. Mercury rugged servers, embedded processing subsystems, and no matter what the environment or security requirements are, Mercury rugged servers are the only choice when your mission is crucial. Real-time big-data analysis at the edge is essential for compute-intensive applications such as AI, signals intelligence, and sensor fusion. Mercury's ruggedized servers make it possible for the A&D industry to access the most advanced Silicon Valley technology in order to gain actionable insights. Our fully configurable systems allow for innovation and advancement in computing. Mercury's mission and airborne computers speed up complex airborne applications such as artificial intelligence (AI), and simplify integration, technology refresh and safety certification.

IDC predicts that 300 percent more applications will be run in data center and edge locations by 2023 and that 500 million digital apps and services will use cloud-native methods. This 2-socket modular server features 4th Generation Intel Xeon Scalable processors to supercharge your apps. A system that facilitates rapid innovation and simplified cloud management allows you to embrace the future. You can be more efficient using a flexible operating model and a hybrid cloud infrastructure. Instantly consolidate any app onto a modular, scalable platform. Connect with UCS X-Fabric Technology for PCIe nodes and compute nodes.

Intel integrated high-density servers for hyperscale and HPC workloads. They were designed with consideration of space and power limitations. Intel is paving a new path for the future of server architecture with the launch of its 4th generation Xeon Scalable processors (codenamed Sapphire rapids). This will have a significant impact on the CPU industry. Sapphire Rapids features 52 new product SKUs that are geared towards vertical-specific server workloads such as AI, Big Data and HPC. Talk to us about your CPU needs.

Cisco Intersight cloud-based management makes it easy to tackle all your workload challenges. It's easier, smarter and more agile than traditional computing. Cisco Intersight makes it easy to automate all aspects of your infrastructure operations from one place. You can then focus on what you need most, regardless of where you are. Enjoy savings with UCS with AMD Limited time offer: Buy three servers and get one for free You can optimize workloads in your hybrid cloud while still having the flexibility to keep everything running smoothly on-premises. It is a full-time job to keep up with new tech, emerging trends, and best practice. Our CX team will guide you through it all.

Supermicro Max IO solutions optimize resources, are cost-effective and can be used for applications that require limited space. Supermicro's compact, dense server designs offer excellent computing, networking and storage. These servers use Supermicro optimized thermal designs to conserve energy, operate at lower decibels, and reduce system power consumption. Many models offer redundant power and cooling options, and can operate at a wider temperature range. Supermicro's superior quality ensures reliable, long-lasting and uninterrupted operation. Supermicro Max IO solutions can support a variety of Intel®, technologies for a wide range of use cases. Customers can meet the demands of applications such as industrial automation (IPC), medical imagery, intelligent transport, digital security and surveillance networks, storage appliances and edge computing.

Cisco UCS B Series Blade Servers from Cisco Intersight work together to deploy and manage virtualized and nonvirtualized applications. This results in better performance and greater operational efficiency. Enterprise-grade performance, scale, and optimization across data centers, cloud, remote sites, and other locations. With Cisco Intersight, you can quickly deploy stateless virtual and physical workloads. Maximum 28 cores per socket. With optional Intel Optane™, up to 9 TB memory. Maximum 2 GPUs. Support for up to 12 TB memory with optional Intel Optane™ PMem. 4 M.2 drives can be equipped with RAID support. Maximum 2 1400 Series VIC adapters. High availability design for mission-critical and enterprise applications. Flexible and scalable architecture with low cost of ownership so you can adapt your setup to meet your business's needs. Cisco Intersight allows you to automate and simplify your entire infrastructure from one pane of glass.

The HPE Cray Exascale Supercomputers are a completely new design. They were created from the ground up for today's massive converged modeling, simulation, and analytics workloads. The next generation of supercomputing. The HPE Cray supercomputers represent one of the most important technological advances in decades. We're introducing new capabilities to answer revolutionary questions with it. The next generation of supercomputers from HPE Cray are for science, discovery and achievement. We have re-engineered the system to meet today's diverse needs. Hardware and software innovations address the challenges that arise when core counts rise, compute node architectures multiply, and workflows expand to include AI at scale.

QCT (Quanta Cloud Technology), QuantaGrid servers is a family high-performance, scalable and energy-efficient rackmount server designed for use in data centres and cloud computing environments. These servers are designed to provide exceptional performance and flexibility for a wide variety of workloads including virtualization, big data analytics (HPC), artificial intelligence (ML), and machine learning (ML). QuantaGrid servers are well-known for their modular design that allows for easy configuration and customization based on the specific requirements of each deployment. The QuantaGrid series features include support for the latest Intel and AMD processors, high storage options, including NVMe drives, as well as efficient thermal management for optimal performance and energy savings. QCT QuantaGrid servers offer organizations reliable solutions for managing data workloads.

Storage solutions that unlock productivity and insight. They are easy to design, deploy, scale and scale. DDN's A3I solutions provide customers with instant and accurate insights for processing large amounts of data. Data growth will continue unabated. It is crucial to quickly gather, access, and process this data. The complexity of AI is not supported by current IT systems. A3I, an AI-optimized Intelligent infrastructure, removes data management risks with efficiency. It can also be used to solve any size challenge. The AI400X2 is a cost-effective building block that can be used to accelerate an analytics workload, reduce latencies for complex NoSQL databases, and even start a Deep Learning project using small training sets.

The QCT QuantaPlex series servers are a highly-technical line of multi-node servers. They offer exceptional computing performance and density, making them ideal to run data-intensive applications. The QuantaPlex series is designed with a shared infrastructure approach. It can accommodate a variety of workloads, including large-scale computing, data storage, business-critical applications, and more. The QuantaPlex series maximizes space utilization and optimizes cooling and energy efficiency. This effectively reduces total costs of ownership (TCO). It also provides organizations with a powerful, flexible solution to meet their data center and computing requirements.

Dell PowerEdge Rack Servers are rack-mountable, enterprise-grade servers that are ideal for IT environments and data centers. They offer high performance, scalability and flexibility for diverse workloads. These servers are available in 1U, 2, and other sizes. They feature powerful Intel and AMD processors, high density memory configurations, storage options such as HDDs and SSDs, as well as storage options like NVMe drives, SSDs and SSDs. They also offer expandability via PCIe slots and integrated management tools like iDRAC. They also have robust security features and energy-efficient parts. The series features a variety of specific features that can be used for virtualization, databases, and other applications.

QCT (Quanta cloud technology) STRATOS servers is a family of hyperscale, software defined data center solutions that are designed to meet the changing demands of cloud computing and storage. The STRATOS series includes a variety of server forms, including rackmount, blade and multi-node servers. This allows for flexible and customizable configurations to meet diverse deployment requirements. QCT STRATOS servers have been designed to be energy efficient, high density, scalable, and easy to use in large-scale data centers and cloud service providers. The STRATOS series features include support for the latest Intel and AMD processors, high capacity memory configurations, flexible storage options, innovative thermal management, and support for the latest Intel and AMD processors. QCT's STRATOS servers emphasize ease-of-management and integration with software defined infrastructure to facilitate IT operations.

QuantaMicro is a microserver line developed by Quanta Computer. It is focused on high density, cost efficiency and energy efficiency as well as low power consumption. QuantaMicro servers were specifically designed to handle the growing demands of hyper-scale workloads. They are well-suited for deployment in modern data centres, where they excel at handling large-scale computational tasks. QuantaMicro servers are a compelling option for organizations looking to improve their data center capabilities. They offer efficient performance and resource optimization.

High-performance ACX Series Routers are used for metro access, aggregation and data center use. They are energy-efficient and MEF 3.0 compatible. They also support 5G high precision timing and synchronization. The ACX7000 family of ACX routers is the latest in a line of multiservice routers that are ideal for cloud metro deployments. Select ACX7000 platforms can be equipped with adaptive power innovation, which will help you save between 20 and 50% on energy costs. Paragon Active Assurance, zero trust security, and Juniper Paragon™, Automation support are embedded to provide secure, reliable service experiences. This reduces the time it takes to onboard devices from hours down to minutes. The ACX7024 is part of the ACX7000 series and provides industry-leading access performance within an industrial-rated, dense, compact 1U footprint. It is ideal for service providers, enterprises and wholesale services. It helps operators deliver premium customer experiences and user experiences.

Lenovo rack servers are ideal for small business growth and enterprise workloads. They offer unparalleled value, flexibility and industry-leading efficiency to meet mission critical demands with legendary quality. Storage flexibility support for M.2, U.2 VME, 4x hot-swap/simple-swap 2.5-inch HDDs/SSDs, and 10x 2.5-inch HDDs/SSDs. Optional NVIDIA Quadro 620 GPU support. Optional redundant power supply units. Lenovo XClarity management allows for easy enterprise management. The Lenovo ThinkSystem (SR250) is a single-processor rack-server that combines power, reliability and flexibility in a compact 1U size. It is ideal for small-to medium-sized businesses or edge deployments. The ThinkSystem SR250 offers a high price-performance ratio thanks to the next-generation Intel(r] Xeon(r] E-2200 CPU. It has multiple configurations that can handle different workloads such as web serving, virtualization and data-analytics.

The Intel® Server System M50CYP family is designed to serve as your primary server for all your main needs, including collaboration and storage, web server, database, web server, ecommerce and analytics. The Intel® Server System M50CYP family has been certified with top cloud enterprise software, such as Nutanix EnterpriseCloud, VMware vSAN, and Microsoft Azure Stack CI. It is also available as Intel Data Center Blocks. The Intel® Server System M50CYP Family offers revolutionary scalability, TCO and 2-socket performance benefits. It is the ideal choice for data-intensive and compute-intensive workloads in enterprise and cloud environments.

The Intel® Server Board S2600BPR is a rack-optimized, purpose-built server board that can be used in hyper-converged, data analysis, storage, cloud and high-performance computing (HPC). The S2600BPR family is designed to support the 2nd Generation Intel® Xeon® processor Scalable family. It supports up to 16 DDR4 DIMM slot per server board (eight DIMMs each processor), and maximizes memory bandwidth to meet the most demanding compute requirements.

Oracle SPARC servers provide high performance, security and uptime for customers' Java workloads and database databases. Scale-up and scale out designs, which include the Oracle Solaris operating systems and virtualization software, help organizations lower the cost of modernizing UNIX infrastructure. Customers' workloads run more quickly thanks to the integrated acceleration of Oracle Database & Java. This results in lower total cost-of-ownership (TCO). Silicon Secured Memory and end to-end hardware data encryption protect customer data while maintaining exceptional performance. Customers can run Oracle applications faster and more efficiently with hardware optimizations for Java and Oracle Database, such as Data Analytics Acceleration.

Create the network foundation to support a next-generation Unified Fabric Data Center. The modular Cisco Nexus 7700 and 7000 switches offer a complete Cisco NX-OS feature list and open-source programmable tools to enable software-defined networking (SDN). They provide high-density 10, 40 and 100 Gigabit Ethernet with performance analytics and application awareness.

Provider networks have the ability to scale and adapt to NCS 5700 routers and line cards. Integrated Segment Routing allows for performance-based service offerings. High-density 400G ports allow for long-term network growth. Flexible port configurations available from 10G to 400G, with available 3.6,4.8, 7.2, 9.6 and 9.6 Tbps per line card. Scale with demand Segment Routing allows you to consolidate all services on one infrastructure. This ensures the best client experience. This platform provides long-term growth and protection of investment with backward compatibility and flexible pay-as you-grow models. You can reduce your carbon footprint and power efficiency with a carrier-grade network operation system.

The HPE HSR6800 Series of multiservice routers is a family that provides high-performance, multiservice routing for data center interconnection, enterprise core, campus edge and high-speed, WAN aggregation services. It runs the Comware operating software and has a multi-core, distributed service processing hardware architecture capable of scaling up to 420 Mpps forwarding as well as up to 2Tbps switching capacity. The router offers robust routing, multicast and Multiprotocol Label Switching, (MPLS), IPv6, security and quality of service, as well as carrier-level high availability features and high-density interface options (10GbE or 1GbE). The fully modular Comware v7 network operating systems offers enhanced performance and system availability. Feature enhancements include ADVPN, EVI, EAA and ISSU. FIP-240 doubles the FIP210 forwarding performance and can be used to open up to 4 HIM/MIM slots. Line cards provide 1GbE combo/10bGE ports and enhanced IPsec performance. RT-HIM-2EXP doubles the density of HIM 10GbE ports and supports SFP+.

The 7210 SAS product range provides the flexibility, service richness, and reliability required to extend segment routing, IP/MPLS and Carrier Ethernet to your network access points. It is widely used in enterprise, government, and industry applications. Your network can be prepared for future growth by integrating high-density GE or 10GE interfaces, 100 GE Uplinks, and upto 2 Tb/s throughput. Provide competitive services that are high in quality and availability. The Nokia Network Services Platform (NSP), which manages the 7210 SAS and the Service Router Operating System, (SR OS), is a leading industry-leading Nokia Service Router product. It runs the Nokia Network Services Platform, (NSP), for high-performance, end to end service delivery, management, and carrier-SDN integration. 7210 SAS supports differentiated service, including Carrier Ethernet, IPVPN, and enhanced services.

IT plays a vital role in today's dynamic business environment. It helps organizations stay competitive and meet customer demands. Companies need the right infrastructure to keep up with current IT trends. This includes servers that can handle a wide variety of workloads and business requirements. Fujitsu PRIMERGY Server systems provide a great solution. They deliver industry-standard servers that are optimized for workloads and can meet any business's needs. Fujitsu recognizes that no single solution is right for all businesses and offers a wide range of server options. These include expandable tower servers, rack-mount servers and density-optimized multinode servers. There are also GPU servers that are specifically designed for AI and VDI. These systems can handle multiple, computing-intensive workloads. However, each server is optimized to specific uses.

Thinkmate RAX rackmount server are ideal for data center computing. They come in a variety of configurations and form factors. Thinkmate offers a wide range of custom servers that can be customized to meet your business computing requirements. Rackmount servers can be placed in standard 19-inch racks, making them ideal for data center computing. They are designed to handle heavy workloads and provide high reliability and uptime. Our high-performance servers can handle demanding workloads of any size or density. They have multiple CPU, RAM and storage options. We also offer custom servers that can be customized to meet your business's needs. We can help you with any custom configuration or form factor. Rackmount servers are affordable for small and medium-sized companies. They only have one CPU.

Cisco ENCS is a hybrid platform which combines the functionality and infrastructure footprint of a traditional router with a traditional server. In minutes, you can deploy network services. Cisco Enterprise Network Compute Systems allows you to virtualize all of your branch services, including routers, with the Cisco Enterprise NetComputer System. The ENCS 5000 offers the flexibility and density that branch with limited IT resources requires. The 5000 Series is a purpose-built computing platform that can run VNFs. VNFs simplify operations and save time. Zero-touch automation allows branch deployments and management to be performed quickly and efficiently. Open-ecosystem Cisco Network Functions Virtualization (NFV), in the 5000 Series, allows other vendors to have their VNFs certified to ensure interoperability and compatibility.

The Intel® Server System M50FCP Family offers powerful compute, built in accelerators, high-speed I/O, and memory bandwidth. This makes it an ideal choice for data-intensive mainstream workloads. The Intel(r] Server M50FCP family has been certified and validated by industry-leading OEM partners, such as Nutanix Enterprise cloud and Microsoft Azure Stack HCI. It is now available as Intel(r] Data Center Systems. Intel® Data Center Systems significantly simplify and accelerate private cloud infrastructure deployments, while reducing risk and effort. Data-intensive applications are now mainstream workloads. The Intel®, Server M50FCP Family provides the compute, memory, I/O, and I/O performance needed to get the best out of these workloads.

Data Center Optimized (DCO), is designed to meet complex floorspace and energy requirements in order to achieve lower Total cost of ownership (TCO). High-efficiency power supplies and improved thermal architecture for data center operation. For server deployments where space is limited and power is scarce, this design is short-depth. 8 DIMM slots, 2TB DDR4 memory and Intel® Optane™ DC persistent memories. Dual Intel®, Xeon® Scalable processors with up to 140W TDP. Maximum 8x 2.5" drives per 1U, and 4x 3.5" drives per 1U. 1 PCI-E FHHL expansion slots. High operating temperatures can be achieved thanks to the use of power efficient components and high efficiency power supplies (up to 94% Platinum level). Many DCO servers have a lower than 20" chassis depth, which allows for greater deployment options and higher operational efficiency. Supermicro Ultra SuperServers are engineered to provide the highest performance, flexibility and serviceability for demanding IT environments.

The Intel® Server System D50TNP family is the ideal server for your HPC or AI workloads. It offers exceptional performance, flexibility, and four distinct, purpose-built modules that allow for computing, storage, acceleration, and management. The 3rd Generation Intel® Xeon® Scalable processors deliver up to 40%1 more compute performance than the previous generation. The accelerator module can support up to four 300W PCIe accelerator card. The storage module offers high-speed storage up to 1PB in a single 2U chassis. The Intel® Server System D50TNP family includes four modules that are specifically designed for computing, management and storage. This will allow you to accelerate your HPC or AI workloads. You can get up to 40 cores per CPU and outstanding per-core performance. Delivers up to 40% higher performance (SPECrate2017_int_base) versus the previous generation.

You can simplify your work and accelerate your transformation with modern, intuitive compute management using HPE GreenLake for Compute Ops Management. Integrate end-to-end infrastructure and AI ecosystem to maximize performance and efficiency, regardless of where you are located. HPE provides high-powered systems that are optimized for scaling AI production across an enterprise. HPE can solve your top problems to make your AI projects efficient and easy to manage. HPE GreenLake is an enterprise-grade AI that offers a cloud-like experience. This allows you to accelerate your data modernization efforts, from the edge to the cloud.

Innovation and breakthrough performance for HPC and AI workloads. The Intel® Server D50DNP family is the best platform to accelerate your HPC workloads. The Intel(r] Server D50DNP family is powered by the 4th Generation Intel(r] Xeon® Scalable processors and the Intel(r] Xeon® CPU Max Series. It delivers exceptional compute performance, enhanced AI, in-memory analysis acceleration, and increased I/O compared to previous generation servers. For memory-intensive workloads, the Intel® Server D50DNP Family delivers unprecedented memory bandwidth (1TB/sec). The Intel® Server D50DNP family can be deployed and adapted to meet your changing needs. You can easily scale cluster resources to meet workload demands using accelerator, management, or compute modules. To speed up HPC workloads, the processor includes advanced, next-generation AI accelerators and in-memory analytical accelerators.

FUJITSU Server Primequest systems combine the power of Intel(r] Xeon(r] Processor Scalable Family, standard specifications of Microsoft Windows operating systems and innovative RAS features to ensure business continuity and high availability. They provide new levels in operational efficiency for business and mission critical computing with truly open standards. They also deliver the highest performance. FUJITSU Server PrIMEQUEST systems combine efficiency of an x86-architecture and reliability levels comparable to a UNIX/mainframe architectural. This makes it ideal to process Big Data, In-memory solutions like SAP HANA®, and Business Intelligence applications. It also preserves all RAS qualities for maximum uptime. The Octo-socket rack server offers superior performance, reliability and optimized economics for business critical workloads.

These 2U rack systems are designed to scale with your business's growth and evolution. They have high memory capacities, networking and storage, and offer I/O flexibility. The Intel(r] Server Board S2600WF-based systems, which support the Intel(r] Xeon® Scalable processor are designed to meet the needs of your most demanding high performance computing (HPC), cloud and storage workloads. Customers can choose from a variety of pre-qualified service providers through Intel® Data Center Solutions Premier Support Partners, which allows them to pick the services that best suit their needs. Certified PSPs have access to the technical support teams at Intel and are trained in Intel® Server Products. Premier Support Partners have access to spare parts and accessories for support service warranties, so customers can get the repairs they need quickly.

High-performance servers are capable of executing orders and analyzing markets quickly at lightning speed. CIARA ORION high frequency servers are built with single Intel(r] Core™, i9-9-10980XE / i9-77980XE, or dual Intel(r] Xeon® Scalable processors. They are specifically designed to meet your ultra-fast processing requirements to keep up with high-frequency trading competitors. Our hardware is designed for fast-paced, highly regulated trading and foreign exchange markets. CIARA ORION high frequency servers are trusted to deliver the reliability and scalability that your customers expect and deserve. All systems are optimized with Xilinx, Nvidia (Mellanox), Cisco(Exablaze), Intel®, and Intel®. High-frequency servers powered by CIARA ORION power the trading community.

We doubled the usual performance. Based on feedback from the MikroTik User Meetings, we created the perfect home lab router: compact and powerful with multiple power options and efficient cooling. RB5009 has all of this and more! The board has 9 wired ports as well as a full-sized USB 3.0. Seven ports are Gigabit Ethernet while another is 2.5 Gigabit Ethernet. The last port is a 10G SFP+ enclosure. All ports are connected with a Marvell Amethyst family Switch-chip that has a 10 Gbps full duplex line and leads to the Marvell Armada Quadcore ARMv8 1.5 GHz CPU. The switch-chip and CPU are located on the bottom side of the board. The case acts as a heat sink! The boards come with 1GB DDR4 RAM and 1GB NAND storage. This combination of ports, components and processors is almost twice as fast in configurations that have heavy CPU loads than other products in the same form factor.

The HPE MSR4000 Router Series delivers high-performance large branch routing up to 36 Mpps in an economically-optimized form factor. You can increase your service delivery and simplify the management of your corporate network by integrating routing, switching security, VPN, SIP, and other licensing. The MSR4000 Router Series has an Open Application Platform module that allows you to create virtualized applications. The large branches can be resilient due to its modular, distributed architecture and high reliability. It provides security enhancements with a built-in IPS subscription and an optional HPE IPS filter subscription. There is also a zone-based, stateful firewall. OpenFlow allows for Software-defined Networking (SDN). WAN optimization and Intelligent Resilient fabric (IRF). Ethernet Virtual Interconnect (EVI), VXLAN and VPLS. Fiber LAN switching and high density E1/T1 modules. The HPE MSR4000 Router Series simplifies network management through integrated routing, switching and security.