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2019 Q3/4

 Heat Sinks for Server Memory (2019 Oct)

 Optane Persistent Memory (2019 Sep, preliminary)

Other people writing about Single Processor
The Next Platform Why Single-Socket Servers Could Rule the Future, April 24, 2019 Robert W Hormuth, Vice President/Fellow, CTO, Server and Infrastructure Solutions, Dell EMC
Robert's top 10 List for why 1-socket could rule the future.
    More than enough cores per socket and trending higher
    Replacement of underutilized 2S servers
    Easier to hit binary channels of memory, and thus binary memory boundaries (128, 256, 512...)
    Lower cost for resiliency clustering (less CPUs/memory...)
    Better software licensing cost for some models
    Avoid NUMA performance hit — IO and Memory
    Power density smearing in data center to avoid hot spots
    Repurpose NUMA pins for more channels: DDRx or PCIe or future buses (CxL, Gen-Z)
    Enables better NVMe direct drive connect without PCIe Switches
    (ok I'm cheating to get to 10 as this is resultant of #8)

Gartner Use Single-Socket Servers to Reduce Costs in the Data Center, 5 December 2018

PASS Summit 2018, Seattle, Nov 6-9

    1S_2S

Rethink Server Sizing     Joe Chang   Date: Nov 7, Time: 4:45PM - 6:00PM, Room: 618
slides pdf   pptx

2018 Q3/4

 Fast DRAM (2018 Oct)

    DRAM_bank2

 

 Too Much Memory (2018 Sep)

  SMB_2

 

 RISC vs. CISC (2018 Aug)

  RISC_CISC

 

 Multi-Processors Must Die (2018 Aug)

  1S_2S

 Intel 10nm Delay Assessment (2018-08)

2018 Q1/2

 Memory Latency (2018-04)

 TPC-E Benchmarks (2018-04)

 DRAM (Updated 2018-10),   original  DRAM (2018-03)

  Samsung8Gb

 SRAM as Main Memory (2018-03)

System Architecture Review
 Front-side Bus

 System Architecture Review 2016

 

 

Earlier versions of articles replaced by above.
  The Case for Single Processor (unfinished) see: Multi-Processors Must Die

  Low Latency Memory (2018-03)  Memory Latency (2018-02)  SRAM as Main Memory (2018-02)

  Rethink Server Sizing 2017 (2017-Dec)    SRAM as Main Memory (2017-Dec)

  Rethinking System Architecture (2017-Jan),   Memory Latency, NUMA and HT (2016-Dec),

  The Case for Single Socket (2016-04)

 

Posted on Linkedin, (but needs to be updated):
  SRAM as Main Memory Cost Benefit   Rethink Server Sizing 2017

 

System Architecture

System Architecture has been split into multiple sections:
  HistoricalAMD OpteronIntel QPIDell PowerEdgeHP ProLiantIBM x Series

  NUMA (never finished),   Sandy Bridge,   KnightsLanding 2016-08,

  Asymmetric Processor Cores

 

Older Server System material

 NEC Express5800/A1080a (2010-06),  Server Sizing (Interim) (2010-08),
 Big Iron Revival III (2010-09),  Big Iron Revival II (2009-09),  Big Iron Revival (2009-05),
 Intel Xeon 5600 and 7500 series (2010-04, this material has been updated in the new links above)

 Historical Systems (incomplete)

 

Other System Architecture Articles

New Items 2016-12   Memory-IO Performance (in progress),   Memory Latency, NUMA and HT 2016-12,  The Case for Single Socket (2016-04)

Additional related topics:   Amdahl Revisited 2015-05,

  Server Strategy Shift with Sandy Bridge (formerly part of Systems Architecture 2011Q3),

  Systems Architecture 2012Q4,   2011Q3,   2010Q3,   2009,
  NEC Express5800/A1080a (2010-06),

  High Call Volume SQL on NUMA (pre-SQL 2005?),

  Big Iron Revival III (2010-09). Big Iron Revival II (2009-09), Big Iron Revival (2009-05),
  Intel Microarchitecture Diagrams

I will try to sort out the material and redistribute over several articles as appropriate. For now
  Knights Landing 2016-08,   Memory-IO Performance (),   Memory Latency, NUMA and HT 2016-12,    The Case for Single Socket (2016-04)   Amdahl Revisited   and also   Cost-Based Optimizer

 

Reference

Onur Mutlu, Professor of Computer Science at ETH Zurich website, lecture-videos

Mark Clark, AMD A New X86 Core ... ,  AMD Memory Technology