• Advanced Format: 4k Sector Size | flashdba
  Oracle databases, storage and the high-performance world of flash memory
  in Oracle > Internals with asynchronous databases direct flash flashdba high-performance io memory oracle ssd storage
• Amazon EC2 Instance Comparison
  Amazon instance type, name, network performance, memory, vCPU, Linux on demand, reserved cost comparison
  in AWS with amazon aws comparison ec2 instance memory name network performance tool type vcpu
• DBA Tips Archive for Oracle
  Jeffrey Hunter Oracle 11gR2 RHEL6 install
  in Oracle > DB 11g with 11g 11gr2 enterprise hat kernel linux manager memory oracle red rhel rhel6 setup tuning
• Linux Huge Pages and virtual memory (VM) tuning
  in Oracle with hat hugepages kernel memory oracle red tuning
• ORACLE-BASE - Configuring HugePages for Oracle on Linux (x86-64)
  Configuring HugePages for Oracle on Linux (x86-64)
  in Oracle > Oracle Tips with config hugepages linux management meminfo memory oracle rhel sga sysctl x86-64
• ORACLE-BASE - Configuring HugePages for Oracle on Linux (x86-64)
  the memory associated with HugePages can not be swapped out, which forces the SGA to stay memory resident. The savings in memory and the effort of page management make HugePages pretty much mandatory for Oracle 11g systems running on x86-64 architectures.
  in GNU/Linux with 11g architectures hat hugepages linux memory oracle red rhel sga swapped x86-64
• Texas Memory Systems Ramsan 810
  Computerworld Texas Memory Systems ramsan ramsan-810
  in Storage with a array computerworld flash-based memory ramsan ramsan-810 systems texas
• Oracle Announces Oracle Database In-Memory Option to Accelerate Analytics, Data Warehousing, Reporting and OLTP
  Oracle 12c
  in Oracle with database in memory oracle
• Oracle Database In-Memory with Oracle Database 12c Release 2 Technical Overview August 2017
  recommended by Conor McDonald
  in Oracle > Internals with 12c in-memory inmemory memory oracle
• Shared library memory footprints on AIX 5L
  Learn about shared library mechanisms and memory footprints on AIX. This article is essential for developers writing server code or administrators managing production AIX systems. It offers developers and administrators commands and techniques, and gives the understanding necessary to analyze memory requirements of server processes on AIX. It also helps developers and administrators avoid resource shortages that can't be identified with other standard runtime analysis tools such as ps or topas. The article is intended for systems administrators or developers of native applications on AIX.
  in Unix Tips > AIX with aix article essential footprints library mechanisms memory shared

memory from all users