Technology:Unpacked

This is the third of a series of three podcasts recorded at Flash Memory Summit 2018.  In this conversation, Chris talks to Scott Hamilton, Senior Director of Product Management, DCS group at Western Digital Corporation.  WDC are working on a new architecture that will deliver a composable data infrastructure for the enterprise.  This podcast discussed why composable is needed and exactly what scale of customers will benefit from the disaggregation of compute and storage.

WDC are not looking to move into the general infrastructure market with this solution, but rather are developing an open standard to which other vendors can design and integrate products.  This is also intended for large-scale customers that have hundreds of petabytes to exabytes of storage to process.

The discussion covers some of the issues we’re going to encounter over the next few years, as analytics (whether ML/AI or otherwise) become more widespread.  Data is the new renewable resource, with continual improvements in algorithms set to allow data to be processed and reprocessed over time.

The conversation ends with a brief mention of products.  More details on the OpenFlex platform, F3000 and D3000 offerings can be found online here.

Elapsed Time: 00:21:56

Timeline

* 00:00:00 – Intros

* 00:01:50 – Data is the new oil?  Not really….

* 00:03:00 – Defining big data and fast data

* 00:05:30 – Managing data at exabyte scale – how will we do it?

* 00:07:00 – Why composable as a new architecture?

* 00:09:00 – Exactly how does WD view what composable means?

* 00:11:00 – Will WD be selling servers with the OpenFlex architecture?

* 00:14:00 – Disaggregation is the key to composable

* 00:16:00 – Was SAN just the first form of disaggregation?

* 00:18:00 – OpenFlex F3000 (performance) & D3000 (capacity)

* 00:19:30 – NVMe-oF – not just performance – uniform access

* 00:21:00 – Wrap Up

Related Podcasts & Blogs

* #61 – Introduction to NVM Express with Amber Huffman

* #60 – New Data Economy with Derek Dicker

* #56 – Defining Scale-Out Storage

* #55 – Storage for Hyperscalers

* The Ideal of Composable Infrastructure

* Composable IT – HPE’s Next Big Thing

Copyright (c) 2016-2018 Storage Unpacked.  No reproduction or re-use without permission. Podcast Episode U1E3.

This is the third of a series of three podcasts recorded at Flash Memory Summit 2018.  In this conversation, Chris talks to Scott Hamilton, Senior Director of Product Management, DCS group at Western Digital Corporation.  WDC are working on a new architecture that will deliver a composable data infrastructure for the enterprise.  This podcast discussed why composable is needed and exactly what scale of customers will benefit from the disaggregation of compute and storage.

WDC are not looking to move into the general infrastructure market with this solution, but rather are developing an open standard to which other vendors can design and integrate products.  This is also intended for large-scale customers that have hundreds of petabytes to exabytes of storage to process.

The discussion covers some of the issues we’re going to encounter over the next few years, as analytics (whether ML/AI or otherwise) become more widespread.  Data is the new renewable resource, with continual improvements in algorithms set to allow data to be processed and reprocessed over time.

The conversation ends with a brief mention of products.  More details on the OpenFlex platform, F3000 and D3000 offerings can be found online here.

Elapsed Time: 00:21:56

Timeline

* 00:00:00 – Intros

* 00:01:50 – Data is the new oil?  Not really….

* 00:03:00 – Defining big data and fast data

* 00:05:30 – Managing data at exabyte scale – how will we do it?

* 00:07:00 – Why composable as a new architecture?

* 00:09:00 – Exactly how does WD view what composable means?

* 00:11:00 – Will WD be selling servers with the OpenFlex architecture?

* 00:14:00 – Disaggregation is the key to composable

* 00:16:00 – Was SAN just the first form of disaggregation?

* 00:18:00 – OpenFlex F3000 (performance) & D3000 (capacity)

* 00:19:30 – NVMe-oF – not just performance – uniform access

* 00:21:00 – Wrap Up

Related Podcasts & Blogs

* #61 – Introduction to NVM Express with Amber Huffman

* #60 – New Data Economy with Derek Dicker

* #56 – Defining Scale-Out Storage

* #55 – Storage for Hyperscalers

* The Ideal of Composable Infrastructure

* Composable IT – HPE’s Next Big Thing

Copyright (c) 2016-2018 Storage Unpacked.  No reproduction or re-use without permission. Podcast Episode U1E3.

This is the second of a series of podcasts recorded at Flash Memory Summit 2018 in Santa Clara.  In this episode, Chris talks to Amber Huffman, Intel Fellow and President and founder of NVM Express Inc.  NVM Express is the standards body that governs the development of the NVMe base standard, NVMe-MI (Management Interface) and NVMe over Fabrics.  Amber explains how standards’ bodies are initially established, including the ongoing ownership of intellectual property.  The discussion continues, looking at how NVM Express standards are developed by committee, how the body is funded and how the process of wider education in the industry is managed.

More details on NVM Express can be found at https://nvmexpress.org/, or by following the NVM Express Twitter account (https://twitter.com/nvmexpress).

Update: Amber was awarded the inaugural SuperWomen in Flash Leadership Award at FMS 2018.  Read more on this recognition here.

Elapsed Time: 00:13:27

Timeline

* 00:00:00 – Intros

* 00:02:00 – What is NVM Express?

* 00:03:30 – How does an industry body get funded?

* 00:04:30 – Who owns the standards?

* 00:05:30 – Is NVM Express hardware or software focused?

* 00:06:00 – What is NVMe-MI?

* 00:08:00 – What specifications exist?

* 00:09:00 – How are the standards developed?

* 00:10:30 – What details of specifications are available online?

* 00:11:30 – Training and education, how does NVM Express help?

* 00:12:20 – How well adopted is NVMe in the enterprise?

Related Podcasts & Blogs

* #59 – Ethernet vs Fibre Channel

* #43 – All-flash Market Review 2018 with Chris Mellor

* #37 – State of the Storage Union with Chris Mellor

* NVMe over Fabrics – Caveat Emptor?

* The Race towards End-to-End NVMe in the Data Centre

* Has NVMe Killed off NVDIMM?

Amber’s Bio

Amber Huffman is an Intel Fellow and the director of storage interfaces in the Non-Volatile Memory Solutions Group at Intel Corporation. She leads the development of storage interfaces and works to integrate the resulting technology in Intel products, with a focus on furthering Intel’s non-volatile memory (NVM) business initiatives.

A respected authority on storage architecture, Amber has used her expertise and influence to lead Intel and the storage industry toward the definition and adoption of fast, streamlined, highly power-managed and low-latency storage interfaces. Her leadership role in industry standards efforts includes forming and chairing the NVM Express (NVMe) Workgroup (nvmexpress.org), a consortium of companies working to define a standardized interface for PCI Express-based solid-state drives.

Amber chairs the board of directors for the NVMe Workgroup and the Open NAND Flash Interface (ONFI) Workgroup (onfi.org); both groups are coalitions of more than 100 technology companies.

This is the second of a series of podcasts recorded at Flash Memory Summit 2018 in Santa Clara.  In this episode, Chris talks to Amber Huffman, Intel Fellow and President and founder of NVM Express Inc.  NVM Express is the standards body that governs the development of the NVMe base standard, NVMe-MI (Management Interface) and NVMe over Fabrics.  Amber explains how standards’ bodies are initially established, including the ongoing ownership of intellectual property.  The discussion continues, looking at how NVM Express standards are developed by committee, how the body is funded and how the process of wider education in the industry is managed.

More details on NVM Express can be found at https://nvmexpress.org/, or by following the NVM Express Twitter account (https://twitter.com/nvmexpress).

Update: Amber was awarded the inaugural SuperWomen in Flash Leadership Award at FMS 2018.  Read more on this recognition here.

Elapsed Time: 00:13:27

Timeline

* 00:00:00 – Intros

* 00:02:00 – What is NVM Express?

* 00:03:30 – How does an industry body get funded?

* 00:04:30 – Who owns the standards?

* 00:05:30 – Is NVM Express hardware or software focused?

* 00:06:00 – What is NVMe-MI?

* 00:08:00 – What specifications exist?

* 00:09:00 – How are the standards developed?

* 00:10:30 – What details of specifications are available online?

* 00:11:30 – Training and education, how does NVM Express help?

* 00:12:20 – How well adopted is NVMe in the enterprise?

Related Podcasts & Blogs

* #59 – Ethernet vs Fibre Channel

* #43 – All-flash Market Review 2018 with Chris Mellor

* #37 – State of the Storage Union with Chris Mellor

* NVMe over Fabrics – Caveat Emptor?

* The Race towards End-to-End NVMe in the Data Centre

* Has NVMe Killed off NVDIMM?

Amber’s Bio

Amber Huffman is an Intel Fellow and the director of storage interfaces in the Non-Volatile Memory Solutions Group at Intel Corporation. She leads the development of storage interfaces and works to integrate the resulting technology in Intel products, with a focus on furthering Intel’s non-volatile memory (NVM) business initiatives.

A respected authority on storage architecture, Amber has used her expertise and influence to lead Intel and the storage industry toward the definition and adoption of fast, streamlined, highly power-managed and low-latency storage interfaces. Her leadership role in industry standards efforts includes forming and chairing the NVM Express (NVMe) Workgroup (nvmexpress.org), a consortium of companies working to define a standardized interface for PCI Express-based solid-state drives.

Amber chairs the board of directors for the NVMe Workgroup and the Open NAND Flash Interface (ONFI) Workgroup (onfi.org); both groups are coalitions of more than 100 technology companies.

This is the second of a series of podcasts recorded at Flash Memory Summit 2018 in Santa Clara.  In this episode, Chris talks to Amber Huffman, Intel Fellow and President and founder of NVM Express Inc.  NVM Express is the standards body that governs the development of the NVMe base standard, NVMe-MI (Management Interface) and NVMe over Fabrics.  Amber explains how standards’ bodies are initially established, including the ongoing ownership of intellectual property.  The discussion continues, looking at how NVM Express standards are developed by committee, how the body is funded and how the process of wider education in the industry is managed.

More details on NVM Express can be found at https://nvmexpress.org/, or by following the NVM Express Twitter account (https://twitter.com/nvmexpress).

Update: Amber was awarded the inaugural SuperWomen in Flash Leadership Award at FMS 2018.  Read more on this recognition here.

Elapsed Time: 00:13:27

Timeline

* 00:00:00 – Intros

* 00:02:00 – What is NVM Express?

* 00:03:30 – How does an industry body get funded?

* 00:04:30 – Who owns the standards?

* 00:05:30 – Is NVM Express hardware or software focused?

* 00:06:00 – What is NVMe-MI?

* 00:08:00 – What specifications exist?

* 00:09:00 – How are the standards developed?

* 00:10:30 – What details of specifications are available online?

* 00:11:30 – Training and education, how does NVM Express help?

* 00:12:20 – How well adopted is NVMe in the enterprise?

Related Podcasts & Blogs

* #59 – Ethernet vs Fibre Channel

* #43 – All-flash Market Review 2018 with Chris Mellor

* #37 – State of the Storage Union with Chris Mellor

* NVMe over Fabrics – Caveat Emptor?

* The Race towards End-to-End NVMe in the Data Centre

* Has NVMe Killed off NVDIMM?

Amber’s Bio

Amber Huffman is an Intel Fellow and the director of storage interfaces in the Non-Volatile Memory Solutions Group at Intel Corporation. She leads the development of storage interfaces and works to integrate the resulting technology in Intel products, with a focus on furthering Intel’s non-volatile memory (NVM) business initiatives.

A respected authority on storage architecture, Amber has used her expertise and influence to lead Intel and the storage industry toward the definition and adoption of fast, streamlined, highly power-managed and low-latency storage interfaces. Her leadership role in industry standards efforts includes forming and chairing the NVM Express (NVMe) Workgroup (nvmexpress.org), a consortium of companies working to define a standardized interface for PCI Express-based solid-state drives.

Amber chairs the board of directors for the NVMe Workgroup and the Open NAND Flash Interface (ONFI) Workgroup (onfi.org); both groups are coalitions of more than 100 technology companies.

This week Chris is attending the Flash Memory Summit in Santa Clara.  This is the first of three podcast recordings from the event and is a conversation with Derek Dicker CVP and GM of the Storage Business Unit at Micron.

Derek participated in a keynote session at the event and talked about the challenges of managing new data types.  This includes processing data coming from a range of new sources, as well as providing capabilities to do new processing like analytics at the core and edge.  The interesting part of the discussion is how ML/AI system designs will require significantly more DRAM as well as flash.  Not surprisingly, Micron is expecting their new enterprise QLC drive to be a basis for managing future capacity.

In this recording we were able to resolve the origins of the Idaho Spud, a delicious piece of confectionery that usually accompanies Calvin Zito on his travels.  Thanks for clearing that one up Derek!

Derek’s presentation was entitled QLC Flash: Meeting the Challenges of the New Data Economy and linked here.

More details on Micron storage products can be found through their Twitter and LinkedIn accounts.

Elapsed Time: 00:22:13

Timeline

* 00:00:00 – Intros

* 00:01:00 – The New Data Economy

* 00:02:30 – 40th Anniversary of Micron

* 00:03:30 – The Idaho Spud – funding from agriculture

* 00:04:30 – Where is new data coming from?

* 00:07:15 – Everyone is focused on data with mobile

* 00:08:15 – Cars will generate and store masses of data

* 00:12:00 – AI – driving demand for memory and storage

* 00:15:00 – DRAM moving to high density with DDR4 & DDR5

* 00:16:00 – QLC the next big thing in NAND flash

* 00:19:15 – Avoiding the 3D-XPoint question!

* 00:20:00 – Wrap up

Related Podcasts & Blogs

* #57 – Storage on the Edge with Scott Shadley

* #55 – Storage for hyperscalers

* #44 – Ultra High Capacity Flash Drives

* Micron ushers in the era of QLC SSDs

* Flash Diversity: High Capacity Drives from Nimbus and Micron

* QLC NAND – how real is it and what can we expect from the technology?

Derek’s Bio

Derek Dicker is Corporate Vice President and General Manager of the Storage Business Unit at Micron Technology. He is responsible for building world-class storage products and value-added solutions based on Micron’s nonvolatile memory technology to address the growing opportunity in large market segments like cloud, enterprise and client computing.

Mr. Dicker has 20 years of experience in the semiconductor industry, including sales, marketing and executive roles at Intel, Integrated Device Technologies and PMC-Sierra (acquired by Microsemi Corporation).

Most recently, he served as vice president and business unit manager of performance storage at Microsemi, where he led a global organization and drove all general management functions.

Mr. Dicker earned a bachelor’s degree in computer science and engineeri...

This week Chris is attending the Flash Memory Summit in Santa Clara.  This is the first of three podcast recordings from the event and is a conversation with Derek Dicker CVP and GM of the Storage Business Unit at Micron.

Derek participated in a keynote session at the event and talked about the challenges of managing new data types.  This includes processing data coming from a range of new sources, as well as providing capabilities to do new processing like analytics at the core and edge.  The interesting part of the discussion is how ML/AI system designs will require significantly more DRAM as well as flash.  Not surprisingly, Micron is expecting their new enterprise QLC drive to be a basis for managing future capacity.

In this recording we were able to resolve the origins of the Idaho Spud, a delicious piece of confectionery that usually accompanies Calvin Zito on his travels.  Thanks for clearing that one up Derek!

Derek’s presentation was entitled QLC Flash: Meeting the Challenges of the New Data Economy and linked here.

More details on Micron storage products can be found through their Twitter and LinkedIn accounts.

Elapsed Time: 00:22:13

Timeline

* 00:00:00 – Intros

* 00:01:00 – The New Data Economy

* 00:02:30 – 40th Anniversary of Micron

* 00:03:30 – The Idaho Spud – funding from agriculture

* 00:04:30 – Where is new data coming from?

* 00:07:15 – Everyone is focused on data with mobile

* 00:08:15 – Cars will generate and store masses of data

* 00:12:00 – AI – driving demand for memory and storage

* 00:15:00 – DRAM moving to high density with DDR4 & DDR5

* 00:16:00 – QLC the next big thing in NAND flash

* 00:19:15 – Avoiding the 3D-XPoint question!

* 00:20:00 – Wrap up

Related Podcasts & Blogs

* #57 – Storage on the Edge with Scott Shadley

* #55 – Storage for hyperscalers

* #44 – Ultra High Capacity Flash Drives

* Micron ushers in the era of QLC SSDs

* Flash Diversity: High Capacity Drives from Nimbus and Micron

* QLC NAND – how real is it and what can we expect from the technology?

Derek’s Bio

Derek Dicker is Corporate Vice President and General Manager of the Storage Business Unit at Micron Technology. He is responsible for building world-class storage products and value-added solutions based on Micron’s nonvolatile memory technology to address the growing opportunity in large market segments like cloud, enterprise and client computing.

Mr. Dicker has 20 years of experience in the semiconductor industry, including sales, marketing and executive roles at Intel, Integrated Device Technologies and PMC-Sierra (acquired by Microsemi Corporation).

Most recently, he served as vice president and business unit manager of performance storage at Microsemi, where he led a global organization and drove all general management functions.

Mr. Dicker earned a bachelor’s degree in computer science and engineeri...

This week Chris is attending the Flash Memory Summit in Santa Clara.  This is the first of three podcast recordings from the event and is a conversation with Derek Dicker CVP and GM of the Storage Business Unit at Micron.

Derek participated in a keynote session at the event and talked about the challenges of managing new data types.  This includes processing data coming from a range of new sources, as well as providing capabilities to do new processing like analytics at the core and edge.  The interesting part of the discussion is how ML/AI system designs will require significantly more DRAM as well as flash.  Not surprisingly, Micron is expecting their new enterprise QLC drive to be a basis for managing future capacity.

In this recording we were able to resolve the origins of the Idaho Spud, a delicious piece of confectionery that usually accompanies Calvin Zito on his travels.  Thanks for clearing that one up Derek!

Derek’s presentation was entitled QLC Flash: Meeting the Challenges of the New Data Economy and linked here.

More details on Micron storage products can be found through their Twitter and LinkedIn accounts.

Elapsed Time: 00:22:13

Timeline

* 00:00:00 – Intros

* 00:01:00 – The New Data Economy

* 00:02:30 – 40th Anniversary of Micron

* 00:03:30 – The Idaho Spud – funding from agriculture

* 00:04:30 – Where is new data coming from?

* 00:07:15 – Everyone is focused on data with mobile

* 00:08:15 – Cars will generate and store masses of data

* 00:12:00 – AI – driving demand for memory and storage

* 00:15:00 – DRAM moving to high density with DDR4 & DDR5

* 00:16:00 – QLC the next big thing in NAND flash

* 00:19:15 – Avoiding the 3D-XPoint question!

* 00:20:00 – Wrap up

Related Podcasts & Blogs

* #57 – Storage on the Edge with Scott Shadley

* #55 – Storage for hyperscalers

* #44 – Ultra High Capacity Flash Drives

* Micron ushers in the era of QLC SSDs

* Flash Diversity: High Capacity Drives from Nimbus and Micron

* QLC NAND – how real is it and what can we expect from the technology?

Derek’s Bio

Derek Dicker is Corporate Vice President and General Manager of the Storage Business Unit at Micron Technology. He is responsible for building world-class storage products and value-added solutions based on Micron’s nonvolatile memory technology to address the growing opportunity in large market segments like cloud, enterprise and client computing.

Mr. Dicker has 20 years of experience in the semiconductor industry, including sales, marketing and executive roles at Intel, Integrated Device Technologies and PMC-Sierra (acquired by Microsemi Corporation).

Most recently, he served as vice president and business unit manager of performance storage at Microsemi, where he led a global organization and drove all general management functions.

Mr. Dicker earned a bachelor’s degree in computer science and engineeri...

This week’s podcast looks at storage networking and in particular the choice of using Ethernet vs Fibre Channel as the network protocol.  Traditionally, enterprise storage platforms have been Fibre Channel connected, with only a small amount of iSCSI usage.  However, the world isn’t just block storage and in fact, as guest Marty Lans (General Manager, Storage Connectivity Engineering & Global Interoperability Business Unit at HPE) tells us, 80% of storage is Ethernet connected.  This is because of the growth in unstructured data stored on NAS and object stores.

Ethernet storage now includes lossless Ethernet (DCB) and has done for some time.  Ethernet is faster than Fibre Channel in raw throughput, yet Fibre Channel continues to see modest growth, according to Lans.  The next wave of storage networking is coming along with the introduction of NVMe.  This will bring FC-NVMe and NVMe-oF protocols, both improving performance for shared storage.  So is it the end for Fibre Channel, should the default be to move to Ethernet?  The answer isn’t that clear cut, as Marty explains.

Elapsed Time: 00:27:57

Timeline

* 00:00:00 – Intros

* 00:01:30 – Summarising the storage networking landscape

* 00:02:35 – 80% of all storage is attached via Ethernet

* 00:04:00 – Lossless Ethernet and DCB.

* 00:06:00 – Why use Ethernet instead of Fibre Channel?

* 00:07:00 – HPE doesn’t see the Fibre Channel business shrinking.

* 00:08:50 – Whatever happened to Fibre Channel over Ethernet?

* 00:12:00 – Cloud service providers – all Ethernet, surely?

* 00:13:00 – NVMe, FC-NVMe and NVMe-oF

* 00:18:00 – How have form factors changed, TOR switches?

* 00:20:00 – Is there a storage equivalent of SDN?

* 00:23:50 – Should customers be actively moving away from FC?

* 00:25:00 – Where does storage networking go next?

Related Podcasts & Blogs

* #57 – Storage on the Edge with Scott Shadley

* #55 – Storage for Hyperscalers

* #47 – Enterprise Storage is Not Boring

* Garbage Collection #005 – Disaggregated Storage

* NVMe over Fabrics – Caveat Emptor?

* The Race towards End-to-End NVMe in the Data Centre

* One (Storage) Protocol to Rule Them All?

Marty’s Bio

Marty Lans (General Manager, Storage Connectivity, HPE Complete, Storage Qualification & Interoperability Engineering) joined HPE in 2013 and is responsible for innovating and developing next generation storage connectivity technology, implementing third party ecosystem partnerships with HPE Complete and storage qualification and interoperability engineering. Prior to joining HPE, Marty had more than 20 years of storage and networking industry experience with executive roles at leading technology companies including EMC, Cisco Systems, Brocade Communications and Juniper Networks.

Copyright (c) 2016-2018 Storage Unpacked.  No reproduction or re-use without permission. Podcast Episode I5FC.

This week’s podcast looks at storage networking and in particular the choice of using Ethernet vs Fibre Channel as the network protocol.  Traditionally, enterprise storage platforms have been Fibre Channel connected, with only a small amount of iSCSI usage.  However, the world isn’t just block storage and in fact, as guest Marty Lans (General Manager, Storage Connectivity Engineering & Global Interoperability Business Unit at HPE) tells us, 80% of storage is Ethernet connected.  This is because of the growth in unstructured data stored on NAS and object stores.

Ethernet storage now includes lossless Ethernet (DCB) and has done for some time.  Ethernet is faster than Fibre Channel in raw throughput, yet Fibre Channel continues to see modest growth, according to Lans.  The next wave of storage networking is coming along with the introduction of NVMe.  This will bring FC-NVMe and NVMe-oF protocols, both improving performance for shared storage.  So is it the end for Fibre Channel, should the default be to move to Ethernet?  The answer isn’t that clear cut, as Marty explains.

Elapsed Time: 00:27:57

Timeline

* 00:00:00 – Intros

* 00:01:30 – Summarising the storage networking landscape

* 00:02:35 – 80% of all storage is attached via Ethernet

* 00:04:00 – Lossless Ethernet and DCB.

* 00:06:00 – Why use Ethernet instead of Fibre Channel?

* 00:07:00 – HPE doesn’t see the Fibre Channel business shrinking.

* 00:08:50 – Whatever happened to Fibre Channel over Ethernet?

* 00:12:00 – Cloud service providers – all Ethernet, surely?

* 00:13:00 – NVMe, FC-NVMe and NVMe-oF

* 00:18:00 – How have form factors changed, TOR switches?

* 00:20:00 – Is there a storage equivalent of SDN?

* 00:23:50 – Should customers be actively moving away from FC?

* 00:25:00 – Where does storage networking go next?

Related Podcasts & Blogs

* #57 – Storage on the Edge with Scott Shadley

* #55 – Storage for Hyperscalers

* #47 – Enterprise Storage is Not Boring

* Garbage Collection #005 – Disaggregated Storage

* NVMe over Fabrics – Caveat Emptor?

* The Race towards End-to-End NVMe in the Data Centre

* One (Storage) Protocol to Rule Them All?

Marty’s Bio

Marty Lans (General Manager, Storage Connectivity, HPE Complete, Storage Qualification & Interoperability Engineering) joined HPE in 2013 and is responsible for innovating and developing next generation storage connectivity technology, implementing third party ecosystem partnerships with HPE Complete and storage qualification and interoperability engineering. Prior to joining HPE, Marty had more than 20 years of storage and networking industry experience with executive roles at leading technology companies including EMC, Cisco Systems, Brocade Communications and Juniper Networks.

Copyright (c) 2016-2018 Storage Unpacked.  No reproduction or re-use without permission. Podcast Episode I5FC.