SAP HANA on Power

IBM Power for SAP HANA implementations

Discover the servers that simplify and accelerate your SAP HANA deployments, and the impact they can have on your business.

Clients for various industries have moved to IBM POWER SYSTEMS for:

Flexibility:

  • 8 production SAP HANA LPARs supported with negligible overhead and significantly fewer memory and usage restrictions compared to VMWare
  • Clients can run mixed workloads with production SAP HANA LPARs side by side with a shared pool
  • Adjust LPARs on a per core granularity
  • With PowerVM, clients can scale-out their SAP HANA environment within a single server
  • Future proof Power Systems feature Capacity on Demand, allowing clients can grow their Power System along with their SAP HANA Environment
  • Live Partition Mobility is built into SAP HANA supported IBM Power Systems and is designed to allow clients to move logical partitions from one server to another. With this feature, clients can move workloads to standby nodes for workload balancing,server resource adjustments, with zero impact planned downtimes

Resiliency:

  • IBM Power Systems delivers the reliability required by mission critical environments
  • Highly resilient and secure system with 99.999% uptime1coupled with implementation services through Lab Services and ongoing support with TSS
  • PowerVMhas full resource isolation: Clients can isolate VMs so they are not impacted by other VMs in the same server.PowerVMcomes standard with IBM Power Systems, VMware must be purchased separately to achieve resource isolation
  • IBM Power Systems are designed with built in memory failure prevention, including predictive failure alerts and chipkillmemory, that is designed to help identify and address failures before they occur.This memory protection is  in IBM Power Systems by default, not an option!
  • Historic fault resiliency, dynamic component de-allocation, on the fly repair and fault isolation are unmatched by other open systems
  • PowerVMhas had zero documented security risk for the past 3 years2
  • Enterprise Resource Pools for workload relocation and balancing beyond server boundaries for all Power Systems in the IT center

Performance:

  • Highest throughput per core to deliver faster business results –up to 2x Intel-based alternatives
  • Simultaneous multithreading to drive up per-core performance allowing clients to do more with less
  • Optimized server efficiency through shared pools through resource donation to non-SAP HANA production workloads
  • With the introduction of TDI5, IBM Power Systems can exploit the full, superior performance of IBM Power Systems.This shift in capacity sizing moved from fixed core-to-memory ratios to a flexible SAPS-based sizing allowing clients the choiceto allocate less CPU resources to SAP HANA and make that capacity available to other workloads and/or size the systems with lessresources to drive down costs
  • More memory bandwidth and lower latency boosts SAP HANA performance on Power Servers

Optimized Infrastructure:

  • To achieve scalability, response time and throughput requirements
  • Additional headroom for peak workload due to virtualization capabilities
  • Better TCO

 

More than 70 TB memory installed on Power servers exclusively for SAP HANA. The majority of the installations are migrations from x86 servers.

Click here to read and download the complete Power9 – SAP HANA presentation

 

IBM Power is the platform of choice for SAP HANA for the major Greek Companies. Upgrade today and grow your business with Power9  by InTTrust.