You have to hand it to Larry Ellison, he is persistent. Or maybe he just doesn’t know when to give up. Either way, Oracle has shipped the latest in its Exadata server appliances, making some pronounced boosts in performance.Exadata was the old Sun Microsystems hardware Oracle inherited when it bought Sun in 2010. It has since discontinued Sun’s SPARC processor but soldiered on with servers running x86-based processors, all of them Intel despite AMD’s surging acceptance in the enterprise.When Oracle bought Sun in 2010, it was made clear they had no interest in low-end, mass market servers. In that regard, the Oracle Exadata X9M platforms deliver. The new Exadata X9M offerings, designed entirely around Oracle’s database software, include Oracle Exadata Database Machine X9M and Exadata Cloud@Customer X9M, which Oracle says is the only platform that runs Oracle Autonomous Database in customer data centers.To read this article in full, please click here
You have to hand it to Larry Ellison, he is persistent. Or maybe he just doesn’t know when to give up. Either way, Oracle has shipped the latest in its Exadata server appliances, making some pronounced boosts in performance.Exadata was the old Sun Microsystems hardware Oracle inherited when it bought Sun in 2010. It has since discontinued Sun’s SPARC processor but soldiered on with servers running x86-based processors, all of them Intel despite AMD’s surging acceptance in the enterprise.When Oracle bought Sun in 2010, it was made clear they had no interest in low-end, mass market servers. In that regard, the Oracle Exadata X9M platforms deliver. The new Exadata X9M offerings, designed entirely around Oracle’s database software, include Oracle Exadata Database Machine X9M and Exadata Cloud@Customer X9M, which Oracle says is the only platform that runs Oracle Autonomous Database in customer data centers.To read this article in full, please click here
NAND flash maker Kioxia has expanded its Software-Enabled Flash technology to bring a greater degree of programmability to NAND storage. The move will benefit hyperscalers the most but will have benefits for enterprises and SMBs as well.Kioxia (formerly Toshiba) first introduced SEF last year. It’s an open-source API that operates as a new kind of hardware flash controller to offload some functions to a controller, thus freeing up the CPU, while allowing large data-center environments to manage at scale.Because the API is open source, competitors in the flash space can adopt the API and customize it for their hardware. Hyperscalers think about SSDs in terms of deploying and serving workloads at scale. Kioxia notes that cloud providers often have different types of drives they deploy for different use cases, like block storage versus file storage or ZNS.To read this article in full, please click here
NAND flash maker Kioxia has expanded its Software-Enabled Flash technology to bring a greater degree of programmability to NAND storage. The move will benefit hyperscalers the most but will have benefits for enterprises and SMBs as well.Kioxia (formerly Toshiba) first introduced SEF last year. It’s an open-source API that operates as a new kind of hardware flash controller to offload some functions to a controller, thus freeing up the CPU, while allowing large data-center environments to manage at scale.Because the API is open source, competitors in the flash space can adopt the API and customize it for their hardware. Hyperscalers think about SSDs in terms of deploying and serving workloads at scale. Kioxia notes that cloud providers often have different types of drives they deploy for different use cases, like block storage versus file storage or ZNS.To read this article in full, please click here
Hewlett Packard Enterprise has announced three new cloud-related offerings to more effectively protect data and make it more available to analytics.The first is called HPE GreenLake for Data Protection that relies on the company’s on-premises Greenlake data-center hardware sold on a pay-per-use model rather than purchasing everything upfront.The service includes HPE Backup and Recovery Service for VMware and GreenLake for Disaster Recovery.How to choose the best NVMe storage array
The backup and recovery service allows enterprises to back up on-premises virtual machines to the public cloud. This is purely a service with no hardware purchase requirements. Customers can recover instantly on-prem, and it is particularly aimed at protecting against ransomware attacks.To read this article in full, please click here
Hewlett Packard Enterprise has announced three new cloud-related offerings to more effectively protect data and make it more available to analytics.The first is called HPE GreenLake for Data Protection that relies on the company’s on-premises Greenlake data-center hardware sold on a pay-per-use model rather than purchasing everything upfront.The service includes HPE Backup and Recovery Service for VMware and GreenLake for Disaster Recovery.How to choose the best NVMe storage array
The backup and recovery service allows enterprises to back up on-premises virtual machines to the public cloud. This is purely a service with no hardware purchase requirements. Customers can recover instantly on-prem, and it is particularly aimed at protecting against ransomware attacks.To read this article in full, please click here
Gigabyte Technology isn’t the first name that comes to mind in data-center hardware. It’s better known as a consumer player, but it is a significant server player none the less, making server motherboards on par with other top names like Supermicro.Now the company has teamed with CoolIT Systems to provide two high-density servers equipped with liquid-cooling technology.The servers, H262-ZL0 and H262-ZL2, are equipped with direct liquid cooling for CPUs designed to support the high-performing but super-hot 280 watt AMD EPYC 7003 (Milan) processors.The servers, based on the company's H262-Z6x family of air-cooled servers, are hyperconverged and very dense, targeting HPC, HCI, in-memory-computing, and scientific-research markets. They both pack four nodes with two sockets each and eight DIMM slots per node in a 2U form factor. To read this article in full, please click here
Gigabyte Technology isn’t the first name that comes to mind in data-center hardware. It’s better known as a consumer player, but it is a significant server player none the less, making server motherboards on par with other top names like Supermicro.Now the company has teamed with CoolIT Systems to provide two high-density servers equipped with liquid-cooling technology.The servers, H262-ZL0 and H262-ZL2, are equipped with direct liquid cooling for CPUs designed to support the high-performing but super-hot 280 watt AMD EPYC 7003 (Milan) processors.The servers, based on the company's H262-Z6x family of air-cooled servers, are hyperconverged and very dense, targeting HPC, HCI, in-memory-computing, and scientific-research markets. They both pack four nodes with two sockets each and eight DIMM slots per node in a 2U form factor. To read this article in full, please click here
IBM has partnered with Atos, the closest thing it has to an equal in Europe, to help boost the digital transformation and cloud migration initiatives for banks and insurance companies in a project called Atos Cloud Centre of Excellence.Finance is one of the most regulated industries and, therefore, one of the most reluctant to move to the cloud. The center’s goal is to increase security and regulatory compliance for financial services companies around the world that wish to move their workloads to the cloud.Atos and IBM said the center will provide technology and financial services expertise for clients, backed by dedicated Atos professionals who are trained on IBM Cloud for Financial Services, IBM Cloud Paks and Red Hat OpenShift.To read this article in full, please click here
At first glance, Intel doesn’t look like a company under siege. In its last fiscal year, it recorded $77.8 billion in sales and $20 billion in profit. Its market capitalization is $220 billion as of mid-September 2021.And yet it is. When you’re the leader, all your competition is gunning for you. Intel is wrestling with a loss of leadership in manufacturing and process nodes, it’s losing share to a very resurgent AMD, an unrelenting Nvidia is challenging Intel for AI dominance, the Atom processor failed spectacularly against Arm in the mobile market, and it’s on its third CEO in three years.
More about Intel:
A closer look at two newly announced Intel chips
Intel shifts to a multiarchitecture model
Intel revises its chip terminology and branding
CEO Gelsinger shakes up Intel
But Intel revels in the competition. “Our success in so many markets makes us targets for lots of companies,” said Lisa Spelman, corporate vice president and general manager of the Xeon and memory group. “So it’s not a surprise that we have competitors that want a piece of that.” To read this article in full, please click here
At first glance, Intel doesn’t look like a company under siege. In its last fiscal year, it recorded $77.8 billion in sales and $20 billion in profit. Its market capitalization is $220 billion as of mid-September 2021.And yet it is. When you’re the leader, all your competition is gunning for you. Intel is wrestling with a loss of leadership in manufacturing and process nodes, it’s losing share to a very resurgent AMD, an unrelenting Nvidia is challenging Intel for AI dominance, the Atom processor failed spectacularly against Arm in the mobile market, and it’s on its third CEO in three years.
More about Intel:
A closer look at two newly announced Intel chips
Intel shifts to a multiarchitecture model
Intel revises its chip terminology and branding
CEO Gelsinger shakes up Intel
But Intel revels in the competition. “Our success in so many markets makes us targets for lots of companies,” said Lisa Spelman, corporate vice president and general manager of the Xeon and memory group. “So it’s not a surprise that we have competitors that want a piece of that.” To read this article in full, please click here
Lenovo is expanding its TruScale pay-per-use model to cover all its data-center products—servers, storage—and client-side devices—laptops, tablets.This transition to a fully integrated, end-to-end, as-a-service model is part of the company’s “One Lenovo” strategy of providing its entire portfolio of clients and servers as a fully managed, on-premises cloud environment through TruScale leasing.One Lenovo simply means laptops and desktops will be sold along with data-center products together all under one sales program. Lenovo will launch a new channel program in 2022 to encompass the One Lenovo strategy.The everything-as-a-service announcement came at the company’s virtual Lenovo Tech World 2021 eventTo read this article in full, please click here
Lenovo is expanding its TruScale pay-per-use model to cover all its data-center products—servers, storage—and client-side devices—laptops, tablets.This transition to a fully integrated, end-to-end, as-a-service model is part of the company’s “One Lenovo” strategy of providing its entire portfolio of clients and servers as a fully managed, on-premises cloud environment through TruScale leasing.One Lenovo simply means laptops and desktops will be sold along with data-center products together all under one sales program. Lenovo will launch a new channel program in 2022 to encompass the One Lenovo strategy.The everything-as-a-service announcement came at the company’s virtual Lenovo Tech World 2021 eventTo read this article in full, please click here
For the longest time, single-socket servers were the bottom of the server hierarchy, using "server" chips weaker than what you might find on a desktop. There were even servers that used the Atom processor. These were departmental servers doing the most menial of tasks, like file and print serving.But that's changing. Driven by high-core-count processors, and no doubt a desire to reduce costs, single-socket servers are getting some hefty workloads. AMD has led the way on this with its 32-core and 64-core EPYC processors that can do more with one chip than what a five-year-old dual-socket server can do. Dell has the servers available.To read this article in full, please click here
For the longest time, single-socket servers were the bottom of the server hierarchy, using "server" chips weaker than what you might find on a desktop. There were even servers that used the Atom processor. These were departmental servers doing the most menial of tasks, like file and print serving.But that's changing. Driven by high-core-count processors, and no doubt a desire to reduce costs, single-socket servers are getting some hefty workloads. AMD has led the way on this with its 32-core and 64-core EPYC processors that can do more with one chip than what a five-year-old dual-socket server can do. Dell has the servers available.To read this article in full, please click here
IBM announced the general availability of the industry’s first magnetic tapes and drives based on the LTO-9 Ultrium specification for massive data capacity and resilience.The Linear Tape-Open (LTO) 9 spec features a 50% improvement in capacity over LTO-8, which translates to 18TB native capacity, or 45TB after data is compressed. Fujifilm and Sony announced media last month, but IBM is the first with a drive.To read this article in full, please click here
IBM announced the general availability of the industry’s first magnetic tapes and drives based on the LTO-9 Ultrium specification for massive data capacity and resilience.The Linear Tape-Open (LTO) 9 spec features a 50% improvement in capacity over LTO-8, which translates to 18TB native capacity, or 45TB after data is compressed. Fujifilm and Sony announced media last month, but IBM is the first with a drive.To read this article in full, please click here
VMware and Lenovo have collaborated on edge computing systems, with the goal of making them more robust and resilient.
Tech Spotlight: Edge Computing
4 essential edge computing use cases (Network World)
Edge computing's epic turf war (CIO)
Securing the edge: 5 best practices (CSO)
Edge computing and 5G give business apps a boost (Computerworld)
Amazon, Google, and Microsoft take their clouds to the edge (InfoWorld)
As part of the deal, Lenovo's Infrastructure Solutions Group (ISG) will pre-load VMware's edge software on its ThinkSystem SE350 Edge servers, a pair of ruggedized servers designed specifically for edge deployments. This includes vSphere, vSan, and Tanzu.To read this article in full, please click here
VMware and Lenovo have collaborated on edge computing systems, with the goal of making them more robust and resilient.
Tech Spotlight: Edge Computing
4 essential edge computing use cases (Network World)
Edge computing's epic turf war (CIO)
Securing the edge: 5 best practices (CSO)
Edge computing and 5G give business apps a boost (Computerworld)
Amazon, Google, and Microsoft take their clouds to the edge (InfoWorld)
As part of the deal, Lenovo's Infrastructure Solutions Group (ISG) will pre-load VMware's edge software on its ThinkSystem SE350 Edge servers, a pair of ruggedized servers designed specifically for edge deployments. This includes vSphere, vSan, and Tanzu.To read this article in full, please click here
IBM is keeping the faith for Unix just like it is for mainframes. It has announced a new Unix-based server, the IBM Power E1080, the first in a family that is based on the POWER10 processor.IBM announced the POWER10 processor last year. Designed on a 7nm process, it is expected to deliver up to a three-fold improvement in capacity and processor energy efficiency within the same power envelope as IBM POWER9.It features a new technology called Memory Inception that supports multi-petabyte memory clusters for massive memory-intensive workloads along with end-to-end memory encryption with quadruple the number of AES encryption engines per core compared to IBM POWER9.To read this article in full, please click here