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Deploy mission critical services with SUSE Linux Enterprise infrastructure foundation that enables you to maximize service uptime using cutting edge live patching technology, increase virtualization for application workloads, provide maximum security for all your application needs and create cost-effective infrastructure with support of wide range of hardware platforms.

  • Maximize service availability by eliminating unplanned downtimes and reducing planned downtimes using cutting edge Live Patching technology, developed at SUSE Labs. As a result, your systems always remain secure and available.
  • Increase virtualization and reduce data foot print using virtualization technologies that suit your business needs. SUSE Linux Enterprise Server provides built-in support for Xen & Kernel Virtual Machine (KVM), Containers for application automation, paravirtualized driver packs for enhanced virtual machine performance and is optimized to deliver superior performance with VMware vSphere and Microsoft Hyper-V.
  • Efficiently implement virtual network functions using Open vSwitch with DPDK (Data Plane Development Kit) that accelerates the user space data plane and provides the packet processing capabilities needed for Software Defined Networking (SDN) & Network Function Virtualization (NFV) solutions.
    • Combined with the broad hypervisor support the new network function virtualization capabilities provide SUSE customers with a complete virtualization solution for cloud and on-premise deployments.
  • Create cost-effective infrastructure based on your mission critical systems requirements. SUSE Linux Enterprise provides proven support for a range of mission-critical systems - Mainframes IBM z System & LinuxONE, Midrange servers powered by IBM POWER8 and scalable Intel/AMD/ARM 64-bit servers.
  • Reduce down-time & improve I/O performance utilizing persistent system memory applications
    • Dramatically reduce down-time by reducing rebuild time upon power restoration with integrated NVDIMMs that save data in seconds and make data immediately available on reboot. Down-time sensitive applications such as on-line transaction processing and financial applications can benefit from persistent system memory functionality.
    • Run applications such as storage and database acceleration at far higher speeds using system memory persistence capabilities of NVDIMM.
  • Maximize security using highest level of security for a commercial OS with Common Criteria EAL4+ certification, FIPS 140-2 certification from NIST & CSEC for cryptographic standards, hardware based security with secure cryptoprocessor standard TPM (Trusted Platform Module) 2.0 and implementing federated identity solutions with Shibboleth.