Sentences with phrase «time than disk»

Not exact matches

I used Ghirardelli chips, which are a little larger than Nestle, and I had a very hard time keeping the chips in my disks.

This usually allows your computer to work considerably faster, as RAM is many times faster than a hard disk.

But carbonaceous chondrites are known to have formed later than other meteorites — so it was possible that their peculiar isotopic chemistry reflected changes over time in the disk, rather than a distinct place of origin.

They reached a storage density of 500 Terabits per square inch (Tbpsi), 500 times better than the best commercial hard disk currently available.

Watch the changing dust density and the growth of structure in this simulated debris disk, which extends about 100 times farther from its star than Earth's orbit around the sun.

Those disks typically don't last more than 10 million years, so astronomers inferred that Jupiter formed by the time that disk dissipated.

For comparison, the event horizon of a black hole like this is about 13 times bigger than the sun, and the accretion disk formed by the disrupted star could extend to more than twice Earth's distance from the sun.

To do so, they took a single layer of molybdenum diselenide that is thousand times thinner than a micrometer and sandwiched it between two disks of boron nitride.

The study focuses on our galaxy's hot gaseous halo, which is several times larger than the Milky Way disk and composed of ionized plasma.

▪ The detection of stars extending from the Andromeda galaxy's main disk indicates that the galaxy is 220,000 light - years across, three times bigger than previously thought.

And in the past several years, disks seemed equally likely around brown dwarfs: gaseous balls less than 75 times the mass of Jupiter, unable to ignite sustained hydrogen fusion.

With a visual luminosity that has reportedly varied between 0.000053 and 0.00012 of Sol's (based on a distance of 4.22 light - years) the star is as much as 19,000 times fainter than the Sun, and so if it was placed at the location of our Sun from Earth, the disk of the star would barely be visible.

It would use 1000 times less power than a hard - disk - based data center by requiring far less cooling and doing away with the energy - intensive task of data migration (backing up to a new disk) every two years.

The object, with a surface area the size of Russia, is so far away — currently about 3 billion miles, more than 30 times the distance between Earth and the sun — that even the best telescopes show Pluto as an indistinct disk with light and dark patches.

«This is the first time anyone has seen anything like this, and it means that the process of forming planets from such disks is more complex than we previously expected,» said Anthony Remijan, of the National Radio Astronomy Observatory, who with his colleague Jan M. Hollis, of the NASA Goddard Space Flight Center, used the National Science Foundation's Very Large Array radio telescope to make the discovery.

Finally, the ratio of polarized disk to stellar flux is more than six times larger in J - band than in the RI bands.

The latest research shows that the relatively small OTS44 has a disk containing more than 10 times the mass of Earth, and that it is actively accreting material.

The disk extends outward from the star more than 500 times the Earth - Sun distance.

Thus, Tau Ceti's dust disk may have around 10 times more cometary and asteroidal material than is currently found in the Solar System.

It will not feel any different while driving, but over time one of the pads will wear substantially more than the other, as it will constantly rub against the disk.

Solid State Disk (SSD) technology provides significantly faster response times than SD - card or HDD - based systems.

The supercomputer's enormous disk bandwith — 80 gigabytes per second — allows it to read and write information to a disk 800 times faster than a personal computer, and it can hold 38.7 terabytes of memory.

We made these available to people on these projects via our ftp site, as it was easier to do this than sending disks at that time (email attachments were smaller then).

You can add perhaps another 16 GB (that's about 20000 times more than the disk pack if my math is correct) of memory by sliding in a microSD card the size of a fingernail.

The Chrome launch time task loaded 62 times more quickly on Optane than on the hard disk.

A full node takes up around 156 GB of disk space (a number which is growing by more than 50 GB per year), can take days to sync when used for the first time, requires significant amount of bandwidth each month, and takes up CPU power validating all transactions and blocks on the network.

System Restore is automatically suspended when there is less than 200 MB of free hard - disk space on the system drive and automatically resumes its monitoring activities, after 15 minutes, at the next system idle time, as soon as 200 MB of hard - disk space is available.

As a result, the time will come when you'll begin to notice that opening apps and saving files to disk will take longer than usual, in which case manual optimization may be required.

Systems with even a halfway - decent SSD, such as the Lenovo Y900 and Acer Predator G1, boast read speeds three to five times faster than the mechanical disk in the XPS Tower SE.

The T3 is also several times smaller than this hard disk.

Globeop Financial Services, LLC (Harrison, NY) 2005 — 2007 Manager Enterprise Infrastructures Group • Designed and implemented disaster recovery system for Reuiter's Kondor 3.0 on Solaris 10 and Sybase 12.0 — 15.0 • Installed, configured, and managed Reuiter's Kondor 3.0; Solaris 10 (LDOMS, ZFS, RAID, ZOANS, CONTAINERS); AIX 4.3 - 5.3, Red Hat Enterprise — RHEL 3.0 — 4.0, Sybase 12.0 — 15.0, Oracle 10g, MYSQL 2.7.1, Sun One Directory Server (LDAP), SUN IDM, Solstice Disk Suite, Sun Cluster 3.0 - 3.2, Veritas Storage Foundation 4.1 — 5.0, Veritas Cluster Server, Veritas NetBackup 5.0 — 7.0, Storage Array A1000 — A3500, EMC SAN, HITACHI SAN, 3 PAR, Brocade switch 40K, Cisco switch 6309, SSH, SSL, RSA encryption, Emulex LPFC, NaviSphere, EMC, and Power path • Automated processes utilizing shell scripts (Bourne, Korn, C Shell, Bash, AWK, SED and Perl) • Strong technical expertise in all major server technologies (SUN / HP / IBM / Linux / Microsoft) experiment in managing mission critical, low latency, high availability and clustered IT systems and familiar with FIX protocol • Performed massive installation of Solaris servers using both Jumpstart and Blade Logic and Red Hat using both PXE boot and BladeLogic servers to global distributed network of more than 2500 servers • Conducted disaster recovery tests • Managed and supervised four technicians ensuring continuity of service and efficient operations • Coordinated effort among Development, System, Networking, Application Support, Backup and recovery team to ensure maximum up time and effective issue resolution • Planned & developed projects, performed user acceptance tests, and applied patches to repair bugs • Developed shell scripts for Bourne shell, Korn shell, C Shell, AWK, PL / SQL and PERL • Managed DNS, NIS, NIS +, LDAP, jump start, Send Mail, SFTP, FTP, HTTP, SSL, SSH, Telnet and HP Open View • Coordinated effort between Development, QA, Production, DR, Systems, DBA, Production Support and Network Administration, Applications group for project completion ahead of time and under budget • Managed DNS, NIS, NIS +, DHCP, LDAP, SFTP, jumpstart, Apache, Tomcat, Websphrer and HP Open View.