ResearchRandom Read
The D-Series VMs on average had 4.1x greater local random read IOPS than their A-Series counterparts. Read more »
{"source":"http:\/\/search.gigaom.com\/author\/anneqingyangliu\/wijax\/383af13036138b805db0da550b1f5914","varname":"wijax_09ae319a15adf1077d41a51cb3bb0181","title_element":"h2","title_class":"widget-title","title_before":"%3Ch2%20class%3D%22widget-title%22%3E","title_after":"%3C%2Fh2%3E"}
Alerts notify you of new stories or reports as soon as they are published. They are delivered via email and can be customized by topic and frequency.
Keep an eye on the future, by getting new results in your inbox.
Use the filters below to edit your Alert.
The D-Series VMs on average had 4.1x greater local random read IOPS than their A-Series counterparts. Read more »
Cloud-infrastructure performance is a key consideration that can greatly impact quality of service the quality of service and total cost of ownership for IaaS providers. Read more »
The D-Series VMs on average had 2.7x greater local sequential read IOPS than their A-Series counterparts. Read more »
The D-Series VMs on average had 13.7x greater local random write IOPS than their A-Series counterparts. Read more »
The D-Series VMs on average had 6.3X greater local sequential write IOPS than their A-Series counterparts. Read more »
Microsoft Azure D-Series machines had 65 percent higher memory bandwidth on average than their A-Series counterparts. Read more »
On average, Microsoft Azure’s D-Series VMs outperformed their A-Series counterparts by 58%. Read more »