Flash Memory Summit, Toshiba Keynote Live Website

Thursday, August 9th, 2018 - Storage, Teknologi

Flash Memory Summit, Toshiba Keynote Live Website

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02:42PM EDT – We’re here at Flash Memory Summit! One of the first keynotes of the event is Toshiba, speaking about their use of Flash.

02:43PM EDT – Going to start in a few minutes

02:43PM EDT – But to give you a scale of Flash Memory Summit, there are around 1000+ people in the keynote hall right now

02:44PM EDT – A mix of a few press, flash vendors, and a lot of people involved in development of flash systems and deployment

02:46PM EDT – OK here we go

02:46PM EDT – Scaling Flash Technology to Meet Application Demands, presented by Jeff Ohshima, Tech Exec of SSD Application Engineering at Toshiba

02:47PM EDT – Talk about the newest flash, and flash native solutions

02:48PM EDT – Generated CAGR +27%, reaching 0 ZB by 2025

02:48PM EDT – Data is being mostly stored in enterprise

02:49PM EDT – Flash is growing in % storage bytes, almost same exabytes as HDD in 2025

02:49PM EDT – Big Data volume also expected to grow massively by 2021

02:49PM EDT – Very strong flash demand

02:49PM EDT – Big storage demands in Big Data and IoT especially, lots of growth

02:50PM EDT – Toshiba is number 1 in SAS, number 2 in SSD

02:50PM EDT – Constantly growing market share

02:51PM EDT – Toshiba invested NAND flash, so has lots of knowledge

02:51PM EDT – World’s largest facility for flash memory

02:51PM EDT – short video of the fab

02:52PM EDT – 96-layer BiCS Flasg

02:53PM EDT – Cold data and hot data

02:53PM EDT – Hot data is 10%, typucally for real time

02:53PM EDT – Cold data used for analytical

02:54PM EDT – Quickly grow to exabytes

02:54PM EDT – Quickly grow to exabytes

02:54PM EDT – or creating models for AI and machine learning

02:55PM EDT – Data is usually time series measurement data, which goes into high speed hot storage. Sometimes statistical values are extracted at this level

02:56PM EDT – data then moves into a Big Data environment for AI/ML

02:56PM EDT – Also positive feedback for model learning

02:56PM EDT – Hot data can also be used for process control and inference for real-time equipment control

02:57PM EDT – Changes from 2D storage 3D, the number of process steps has become 2x

02:57PM EDT – Total number of process parameters is 6x

02:58PM EDT – Using past experiences to learn for future development

02:58PM EDT – Analysis has become extremely complicated

02:58PM EDT – ‘We make it, we use it – it’s the perfect ecosystem for flash’

02:59PM EDT – TLC has become mainstream, 64-layer BiCS3

02:59PM EDT – Now on BiCS Gen 4, 96-layer

02:59PM EDT – Use QLC, and XL-Flash for Low Latency

03:00PM EDT – XL-Flash ahs very high speed random access latency

03:00PM EDT – XL-Flash sounds like their competitor to Samsung’s Z-NAND

03:00PM EDT – July 24th, held a groundbreaking ceremony called K1 in Kitakami

03:01PM EDT – 3D production of Gen 4 fully

03:01PM EDT – BiCS4 QLC production starts next year

03:01PM EDT – 20TB in an M.2 22110

03:01PM EDT – or 85TB in a U.2

03:01PM EDT – 1.33 Tb QLC chips

03:02PM EDT – Good cycling up to 1500 P/E cycles

03:02PM EDT – Good opportunity with TLC portfolio

03:02PM EDT – XL-Flash has 1/10th the read latency of TLC

03:02PM EDT – XL-Flash is high-speed low-latency random read BICS

03:02PM EDT – 1/10 read latency of TLC

03:03PM EDT – Good for random IPOS and better QoS at shallow QD in an SSD

03:03PM EDT – QD = Queue Depth

03:03PM EDT – New architecture

03:03PM EDT – ‘XL-Flash is just a Flash, no additional process required’

03:03PM EDT – Circuit design innovation for a memory array

03:04PM EDT – shorter bit lines and bit lines

03:04PM EDT – allowing more planes

03:04PM EDT – 2 planes vs many planes

03:04PM EDT – IO is now diverging in requirements for storage

03:04PM EDT – Need to respond to market workloads

03:05PM EDT – High speed vs high-throughput

03:05PM EDT – Latency vs locality

03:05PM EDT – XL-FLASH used with QLC in a combo

03:05PM EDT – ‘Flash Native’ storage

03:06PM EDT – Using BiCS in multiple stages

03:06PM EDT – Use XL-Flash in place of in-DRAM data ?!

03:07PM EDT – Performance confirmed by simulation

03:07PM EDT – Meeting IO Requirements of customer use cases

03:08PM EDT – XL-Flash + QLC has lower latency than DRAM + HDD

03:08PM EDT – XL-flash can provide a larger slower cache than DRAM, with a better cache hit rate

03:09PM EDT – network attached storage and NVMe over fabric

03:09PM EDT – lots of servers are idle

03:09PM EDT – Lots of IOPS left on the table

03:09PM EDT – Pooled storage with NVMe-oF allows for dynamic provisioning

03:10PM EDT – Super fast block storage, both disaggregated and abstracted

03:10PM EDT – Bringing the solution in terms of software

03:10PM EDT – Using KUMOSCALE

03:10PM EDT – Supports mature orchestration fameworks

03:10PM EDT – Kubernetes, XClarity, OpenStack

03:11PM EDT – Also NVMe-OF Ethernet Attached SSD

03:11PM EDT – ethernet JBOF

03:12PM EDT – New architectures of JBOF using bridge SoC by Marvell

03:13PM EDT – PCIe has internal bottlenecks on normal systems, up to 100 Gbps to 0 Gbps

03:13PM EDT – Aiming to provide total solution, 0 Gbps+

03:13PM EDT – Benefit wide range of customers

03:14PM EDT – 8K/3D visualization uses random data reads

03:14PM EDT – Solution can cover a lot of requirements

03:15PM EDT – HMD requires response to fast head movement – Toshiba has demo system for 8K HMD data

03:15PM EDT – ‘Life After SATA’

03:15PM EDT – SATA Roadmap is ending soon

03:16PM EDT – NVMe and value SAS is similar price to SATA

03:16PM EDT – New drives RM5 and CD5 target life after SATA

03:16PM EDT – Quick migration from BICS3 to BiCS4

03:17PM EDT – Sale of Toshiba memory completed, merger is complete

03:18PM EDT – TMC is ready to replace SATA

03:18PM EDT – That’s a wrap

Source link : Flash Memory Summit, Toshiba Keynote Live Website

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