Select Files.PCI\VEN_&DEV_ – RocketRAID | Device Hunt
Downloads 35 Drivers, Manual and BIOS for HighPoint Rocket RAID HD Controller & Removable drive. Here’s where you can download the newest software for your Rocket RAID Jan 11, · I see this info in a FAQ about reading smart data from raid cards. “SMART information (including disk temperature measurement) for RAID array member drives can be displayed for 3ware, Areca, HighPoint RocketRAID 26xx, Intel, JMicron, and LSI MegaIDE RAID controllers. Comprehensive RAID & Storage Management interface: the RocketRAID a’s streamlined web-based user interface simplifies the storage configuration process and allows customers to quickly Asses total available capacity, The status of individual hard drives /5().
Rocketraid 2740.SOLVED – Highpoint Rocket Raid hpt27xx driver in FreeNas b1? | TrueNAS Community
Apr 29, · highpoint raid rocketraid tombot. Joined Mar 28, Messages 12 Motherboard GA-XUD5 CPU iK Graphics R9 X Feb 13, #1 I’ve just been building a large fileserver hackintosh and was using the Highpoint SGL RAID card, but needed more than 8 ports, as i’ve got an 8 disk RAID 10 mechanical array together with a 4 disk. HighPoint’s RocketRAID is an ideal match for the NATB. This channel PCIe x8 6Gb/s SAS/SATA RAID HBA can be installed into one of the NATB’s PCIe slots and can directly support drives installed into any of the 16 hot-swap bays via industry standard Mini-SAS cables. About HighPoint RocketRAID Available with up to 32 dedicated ports, HighPoint RocketRAID series PCI-Express x16 SAS RAID Host Bus Adapter’s provide maximum port count and deliver a connectivity bandwidth up to MB/s; ideal for a wide-range of high-performance and high-density storage applications.
Highpoint RocketRaid 2740 – 16 Port PCIE Raid Card – working on 10.8.2
Highpoint RocketRaid – 16 Port PCIE Raid Card – working on | tonymacxcom
Highpoint Rocketraid 2740 Woes
fixed: SMART data from Highpoint RocketRAID – Brainstorming – AIDA64 Discussion Forum
Laptops can run 40-50 hours on a single Li-Ion charge thanks to Stanford Researcher
In work published in the December issue
Nature Nanotechnology, Stanford Researcher
Yi Cui describes a new idea that could
help seriously increase
battery life of portable devices. Using silicon nanowires, battery life
in laptops can be increased tenfold, t.e. it would be about 40-50 hours.
In today’s lithium-ion batteries, electrical capacity is limited by how much lithium can
be in the anode of the battery, which is usually made of graphite. Silicon should increase its capacity t.to. when charged, the battery material will absorb
positively charged lithium atoms and expand, and during operation again
will shrink. These features of the cycle lead, however, to the fact that silicon with
degrades battery performance over time due to its gradual deterioration.
Using nanotechnology, lithium can be stored in a forest of tiny
silicon nanowires. According to the researcher, nanowires “swell” four times
larger than their normal size as they retain lithium. Unlike other silicon forms, nanowires do not degrade
their qualities over time, which significantly changes the approach to the idea
use of silicon in batteries of this type in the last 30 years.
The developer’s idea has already been patented and he plans to either create a company,
which would produce batteries of a new type, or sign an agreement on
cooperation with another company that would help with the release of improved
lithium ion batteries.
Sources: C | net, TGDaily