27%
17.06.2017
own registries, connections to directory services, and centralized management of credentials. The Standard Edition will cost $1,500 per year and node (virtual machine or dedicated server). The Advanced
27%
18.02.2018
with approximately 8,200 cores each, and six newer islands with 14,300 cores each. It achieves a speed of around 6 petaFLOPS (10^15 floating-point operations per second). In total, almost 500TB of main memory
27%
28.11.2023
by PyAD [5] [6], which is significant when a query returns more than 1,500 results.
Moving Objects in AD
PyAD does not limit you to generating and querying AD objects. The library can also generate
27%
03.08.2023
At least 90MBps
A1
Application performance class 1
At least 1,500 4K random read, 500 write IOPSAt least 10MBps sustained sequential write
A2
Application performance class
27%
29.10.2013
, but with Apache CloudMonkey 5.0.0, the CLI can actually query the API endpoint of the target cloud and automatically discover the capabilities of that environment.
Apache CloudStack 4.2 and will be out by the time
27%
19.10.2012
consisting of 80 cores with 4GB of RAM per core with basic storage of 500GB. POD pricing is based on cores/hour and would work out to be US$ 6,098.00/month or US$ 0.101/core·hour. A large example of 256 cores
27%
30.01.2013
from NVidia, or AMD, or DSP, that adds another whopping 2,500GFLOPS that you’re not able to access unless you drop down into some proprietary code. OpenMP 4.0 will let you address the entire machine
27%
09.10.2013
, and the Gigabit Ethernet interface onboard promises tantalizing cluster possibilities – the team has already demonstrated a 756-core cluster, powering 42 boards with less than 500 watts. As Adapteva perfects its 64
27%
01.10.2011
that are integer-based, there may be headroom to boost, and workloads like cloud, virtualization, and database will clearly be able to boost. We have two levels of boost, an all-core boost that is 3-500MHz of boost
27%
04.11.2011
, virtualization, and database will clearly be able to boost. We have two levels of boost, an all-core boost that is 3-500MHz of boost across all cores for most workloads, and even higher boost if some of the cores
