Unable to even come close to SSDs in terms of performance, hard disk makers have chosen to compete with capacity. A SSD over 1TB in size starts to become expensive, especially for consumers, so HDD makers Seagate and Western Digital have gone for massive capacity, introducing drives with up to 14TB of capacity.But now Seagate promises greater speed thanks to a new drive head technology. Dubbed the multi-actuator technology, it’s a simple idea that’s been around a while but wasn’t economically viable in the past due to higher component costs.Hard drive heads are connected to an arm called an actuator. This moves back and forth across the disk while the disk spins. Hard drives have multiple platters for storing data, and the actuator arms have drive heads on both sides of the platter, since data is written to both sides of the platter.To read this article in full, please click here
Unable to even come close to SSDs in terms of performance, hard disk makers have chosen to compete with capacity. A SSD over 1TB in size starts to become expensive, especially for consumers, so HDD makers Seagate and Western Digital have gone for massive capacity, introducing drives with up to 14TB of capacity.But now Seagate promises greater speed thanks to a new drive head technology. Dubbed the multi-actuator technology, it’s a simple idea that’s been around a while but wasn’t economically viable in the past due to higher component costs.Hard drive heads are connected to an arm called an actuator. This moves back and forth across the disk while the disk spins. Hard drives have multiple platters for storing data, and the actuator arms have drive heads on both sides of the platter, since data is written to both sides of the platter.To read this article in full, please click here
The drive toward the cloud is lifting all boats. The need for capacity and new servers combined to lift the server market in the third quarter, with more growth to come, especially for the “white box” vendors.Gartner reported worldwide server revenue grew by a very impressive 16 percent year over year in the third quarter of 2017, while unit shipments grew by 5.1 percent. That gulf between revenue and units means more higher-end, more decked-out servers are being sold than cheap, commodity hardware.Also on Network World: REVIEW: How rack servers from HPE, Dell and IBM stack up
It helps that in recent months, Hewlett Packard Enterprise (HPE), Dell EMC and Lenovo have all released new hardware, which is helping to drive sales as enterprises refresh their on-premises hardware. So all told, the third quarter was marked by new hardware and continued growth of the cloud.To read this article in full, please click here
The drive toward the cloud is lifting all boats. The need for capacity and new servers combined to lift the server market in the third quarter, with more growth to come, especially for the “white box” vendors.Gartner reported worldwide server revenue grew by a very impressive 16 percent year over year in the third quarter of 2017, while unit shipments grew by 5.1 percent. That gulf between revenue and units means more higher-end, more decked-out servers are being sold than cheap, commodity hardware.Also on Network World: REVIEW: How rack servers from HPE, Dell and IBM stack up
It helps that in recent months, Hewlett Packard Enterprise (HPE), Dell EMC and Lenovo have all released new hardware, which is helping to drive sales as enterprises refresh their on-premises hardware. So all told, the third quarter was marked by new hardware and continued growth of the cloud.To read this article in full, please click here
Vapor IO, the data center technology startup previously featured for its plans to put mini data centers at cell towers, announced a new architecture for deploying and managing distributed computing power throughout cities.As previously announced, the company launched what it calls Project Volutus, a co-location and “data center as a platform” service, powered by Vapor Edge Computing containers. What’s coming out now is details on the modules.What is Vapor Kinetic Edge?
The actual data center module design is called Vapor Kinetic Edge. The idea is to install multiple interconnected edge computing locations around a city or a region and connect them to form a single virtual data center using centralized management and orchestration software.To read this article in full, please click here
Vapor IO, the data center technology startup previously featured for its plans to put mini data centers at cell towers, announced a new architecture for deploying and managing distributed computing power throughout cities.As previously announced, the company launched what it calls Project Volutus, a co-location and “data center as a platform” service, powered by Vapor Edge Computing containers. What’s coming out now is details on the modules.What is Vapor Kinetic Edge?
The actual data center module design is called Vapor Kinetic Edge. The idea is to install multiple interconnected edge computing locations around a city or a region and connect them to form a single virtual data center using centralized management and orchestration software.To read this article in full, please click here
Enterprise software’s days are numbered, and if you don’t adopt artificial intelligence (AI) and machine learning, your data center will be useless.Those are the claims of Gartner Research Vice President Milind Govekar, who gave a presentation at Gartner’s annual conference for IT infrastructure operations professionals recently in Las Vegas.Govekar said that as soon as 2019, at least a third of the largest software vendors will have transitioned their products from cloud-first to cloud-only. Although he didn’t mention it by name, you have to think Microsoft is in that category because it is already cloud-first with its enterprise apps. Office 365 already outsells the packaged Office 2016, so I can see a major de-emphasis of the client product in the coming years.To read this article in full, please click here
Enterprise software’s days are numbered, and if you don’t adopt artificial intelligence (AI) and machine learning, your data center will be useless.Those are the claims of Gartner Research Vice President Milind Govekar, who gave a presentation at Gartner’s annual conference for IT infrastructure operations professionals recently in Las Vegas.Govekar said that as soon as 2019, at least a third of the largest software vendors will have transitioned their products from cloud-first to cloud-only. Although he didn’t mention it by name, you have to think Microsoft is in that category because it is already cloud-first with its enterprise apps. Office 365 already outsells the packaged Office 2016, so I can see a major de-emphasis of the client product in the coming years.To read this article in full, please click here
AMD built it, and now the OEM has come. In this case, its Epyc server processors have scored their first big public win, with Microsoft announcing Azure instances based on AMD’s Epyc server microprocessors.AMD was first to 64-bit x86 design with Athlon on the desktop and Opteron on the servers. Once Microsoft ported Windows Server to 64 bits, the benefit became immediately apparent. Gone was the 4GB memory limit of 32-bit processors, replaced with 16 exabytes of memory, something we won’t live to see in our lifetimes (famous last words, I know).Also on Network World: Micro-modular data centers set to multiply
When Microsoft published a white paper in 2005 detailing how it was able to consolidate 250 32-bit MSN Network servers into 25 64-bit servers thanks to the increase in memory, which meant more connections per machine, that started the ball rolling for AMD. And within a few years, Opteron had 20 percent server market share.To read this article in full, please click here
AMD built it, and now the OEM has come. In this case, its Epyc server processors have scored their first big public win, with Microsoft announcing Azure instances based on AMD’s Epyc server microprocessors.AMD was first to 64-bit x86 design with Athlon on the desktop and Opteron on the servers. Once Microsoft ported Windows Server to 64 bits, the benefit became immediately apparent. Gone was the 4GB memory limit of 32-bit processors, replaced with 16 exabytes of memory, something we won’t live to see in our lifetimes (famous last words, I know).Also on Network World: Micro-modular data centers set to multiply
When Microsoft published a white paper in 2005 detailing how it was able to consolidate 250 32-bit MSN Network servers into 25 64-bit servers thanks to the increase in memory, which meant more connections per machine, that started the ball rolling for AMD. And within a few years, Opteron had 20 percent server market share.To read this article in full, please click here
Dell EMC is expanding its hyperconverged infrastructure portfolio with new systems built around 14th generation PowerEdge servers.Converged (CI) and hyperconverged infrastructure (HCI) is a fancy way of saying turnkey systems with compute, storage, networking and software all combined into a single bundle. Rather than building a system from a variety of vendors, the customer gets everything they need from one vendor and it comes pre-configured to run out of the box.It’s basically a page out of the mainframe book, when everything came from one vendor (usually IBM). As server technology moved away from big iron and the x86 market took over, pieces were fragmented. You got your servers from Dell, HP or IBM, storage from EMC or NetApp, networking from Cisco or 3Com, etc.To read this article in full, please click here
Dell EMC is expanding its hyperconverged infrastructure portfolio with new systems built around 14th generation PowerEdge servers.Converged (CI) and hyperconverged infrastructure (HCI) is a fancy way of saying turnkey systems with compute, storage, networking and software all combined into a single bundle. Rather than building a system from a variety of vendors, the customer gets everything they need from one vendor and it comes pre-configured to run out of the box.It’s basically a page out of the mainframe book, when everything came from one vendor (usually IBM). As server technology moved away from big iron and the x86 market took over, pieces were fragmented. You got your servers from Dell, HP or IBM, storage from EMC or NetApp, networking from Cisco or 3Com, etc.To read this article in full, please click here
The worldwide market for data center cooling equipment will reach $20 billion by 2024, a massive jump over the $8 billion spent in 2016. That is the finding of a report from Global Market Insights (GMI), which says cooling systems account for approximately 40 percent of the total energy consumption on average.Data center operators have been obsessed with lowering their PUE, or power usage effectiveness, the ratio of power consumed by the hardware to power consumed to cool it. The problem is that while Intel, AMD and the rest of the component vendors obsess over lowering thermals and overall heat generated, the density of these servers is increasing.To read this article in full, please click here
The worldwide market for data center cooling equipment will reach $20 billion by 2024, a massive jump over the $8 billion spent in 2016. That is the finding of a report from Global Market Insights (GMI), which says cooling systems account for approximately 40 percent of the total energy consumption on average.Data center operators have been obsessed with lowering their PUE, or power usage effectiveness, the ratio of power consumed by the hardware to power consumed to cool it. The problem is that while Intel, AMD and the rest of the component vendors obsess over lowering thermals and overall heat generated, the density of these servers is increasing.To read this article in full, please click here
After years of pushing toward total domination, Linux finally did it. It is running on all 500 of the TOP500 supercomputers in the world, and who knows how many more after that. That’s even more impressive than Intel’s domination of the list, with 92 percent of the processors in the top 500.So, how did Linux get here? How did this upstart operating system created by a college student from Finland 26 years ago steamroll Unix, a creation of Bell Labs and supported by giants like IBM and Sun Microsystems and HP, Microsoft’s Windows, and other Unix derivatives?To read this article in full, please click here
After years of pushing toward total domination, Linux finally did it. It is running on all 500 of the TOP500 supercomputers in the world, and who knows how many more after that. That’s even more impressive than Intel’s domination of the list, with 92 percent of the processors in the top 500.So, how did Linux get here? How did this upstart operating system created by a college student from Finland 26 years ago steamroll Unix, a creation of Bell Labs and supported by giants like IBM and Sun Microsystems and HP, Microsoft’s Windows, and other Unix derivatives?To read this article in full, please click here
On Monday, Marvell Technology announced it intends to acquire embedded chip maker Cavium in a deal worth $6 billion. When it’s done, the combined company will have $3.4 billion in annual sales. That's hardly Intel territory, but their chips will be in practically every piece of equipment in your data center.There has been quite a bit of consolidation going on in the chip industry as every player gobbles up a competitor or complimentary vendor to give them a competitive advantage and diversification of products. Only Nvidia seems to be staying out of this, content to compete with what it has. And who can argue with the results? Certainly not its shareholders.To read this article in full, please click here
On Monday, Marvell Technology announced it intends to acquire embedded chip maker Cavium in a deal worth $6 billion. When it’s done, the combined company will have $3.4 billion in annual sales. That's hardly Intel territory, but their chips will be in practically every piece of equipment in your data center.There has been quite a bit of consolidation going on in the chip industry as every player gobbles up a competitor or complimentary vendor to give them a competitive advantage and diversification of products. Only Nvidia seems to be staying out of this, content to compete with what it has. And who can argue with the results? Certainly not its shareholders.To read this article in full, please click here
It’s been said that the industry dislikes too many choices, but HPE is offering more choices for server products with new ARM- and AMD Epyc-based servers. And in both cases, HPE is touting price-performance efficiency.The company today announced new ProLiant DL385 Gen10 servers running AMD’s Epyc processor, the server version of its Zen-based core that has shot the company back into serious competitiveness with Intel.Also on Network World: REVIEW: How rack servers from HPE, Dell and IBM stack up
HPE claims that with the Epyc chips, customers can have more virtual machines per server and the ability to process more data in parallel, thanks to the 32 cores with two threads per core in the Epyc processor. The result, it says, is up to 50 percent lower cost per virtual machine than “traditional” servers.To read this article in full, please click here
It’s been said that the industry dislikes too many choices, but HPE is offering more choices for server products with new ARM- and AMD Epyc-based servers. And in both cases, HPE is touting price-performance efficiency.The company today announced new ProLiant DL385 Gen10 servers running AMD’s Epyc processor, the server version of its Zen-based core that has shot the company back into serious competitiveness with Intel.Also on Network World: REVIEW: How rack servers from HPE, Dell and IBM stack up
HPE claims that with the Epyc chips, customers can have more virtual machines per server and the ability to process more data in parallel, thanks to the 32 cores with two threads per core in the Epyc processor. The result, it says, is up to 50 percent lower cost per virtual machine than “traditional” servers.To read this article in full, please click here