Create an account on the HP Community to personalize your profile and ask a question.Select Realtek network driver
Here is 9 drivers compatible with PCI\VEN_10EC&DEV_&SUBSYS_BC&REV_ This is Device ID of PCIe FE Family Controller. Device or core chip manufacturer is Realtek. PCI\VEN_10EC, vendor id 10EC or Realtek is a pci vendor. PCI\VEN_10EC or Realtek pci vendor devices are listed on Feb 01, · Hello, I own an HP rnv with windows32 bit operating system and am phasing two drivers errors in my Device manager: ethernet controller: Estimated Reading Time: 1 min.
Pci/ven_10ec&dev_8136&subsys_2ab1103c&rev_05.PCI\VEN_10EC&DEV_&SUBSYS_C – HP Support Community –
Feb 01, · Hello, I own an HP rnv with windows32 bit operating system and am phasing two drivers errors in my Device manager: ethernet controller: Estimated Reading Time: 1 min. Jun 27, · Solved: Search (almost) the whole internet but coulden’t find the right ethernet controller drive I’ve reinstalled my system and find out that the – Estimated Reading Time: 3 mins. Here is 9 drivers compatible with PCI\VEN_10EC&DEV_&SUBSYS_BC&REV_ This is Device ID of PCIe FE Family Controller. Device or core chip manufacturer is Realtek.
PCI\VEN_10EC – Realtek
Windows 7- No ethernet controller driver | Windows Forum
Select Realtek network driver
Solved: Ethernet Controller Driver missing – HP Support Community –
Scientists have figured out how, using lasers, to accelerate hard drives 100 times
Progress has expanded the scope of computers and transformed their primary use. Now these devices only half correspond to their name, being not only “computers”, but also “storages”. While advances in recent years, such as perpendicular recording, have opened new frontiers for hard disk drives, alternative technologies, such as flash-based SSDs, are an increasingly tempting alternative to good old hard drives, especially when it comes to speed. Perhaps a major change will soon take place in the disk storage subsystem: laser technologies may enter the scene.
Scientists from the Dutch Radboud University Nijmegen used a laser to record data on a magnetic disk in their experiments. According to the source, the development is based on the fact that the photons emitted by the laser carry angular momentum, which allows them to interact with the disc material. In addition, each laser pulse heats up a microscopic area of the surface, just enough that it changes its polarity (and thus retains one bit of information) faster than usual. The key of the technology is a change in the polarity of the pulses, which leads to the formation in the information layer of sections corresponding to “ones” and “zeros”.
As the first demonstration of the technology showed, “laser hard drives” can outperform conventional hard drives by two orders of magnitude in speed. As stated in the article sent for publication in Physical Review Letters, the scientists managed to reduce the duration of the data transmission interval to about 40 femtoseconds (quadrillion parts of a second, 10-15).
The disadvantage of the development is the reduction of the recording density in comparison with the values achieved by traditional magnetic technology. The width of the area “illuminated” by the laser on the disk is approximately 5 μm. However, the researchers are confident that they will be able to bring this value to 10 nm, and expect to have a working prototype within a decade.
The secret of success is the magnetic layer material, which includes gadolinium, iron and cobalt. At the next stage, scientists have to find a relatively inexpensive source of laser treatment capable of generating pulses with a duration of less than 100 femtoseconds.