PurplePixie
ace the computer speakers with a pair known to work.SATA Drives 1 Connect SATA cables and power cords also smaller and wafer-like to the drives, mount them in your case and locate the SATA connectors on the motherboard. Older motherboards might not have SATA connectors but anything made in the last few years should have at least two. 2 Connect the hard drives. Consult your motherboard' s manual to figure out which SATA connector is the primary one and which is the secondary one. Make a note of which drive is conne customer service resume cting where it is best to make the hard drive you plan to boot off of--i.e. which one has your operating system on it--the primar y drive. 3 Go into BIOS. When you turn on your computer there should be a prompt near the bottom of the screen telling you to pre PurplePixie ss a button to go into setup or BIOS. In BIOS go into the boot order section. Select which SATA drive you are booting from. Check .
e drives. There should be a small collection of pins two rows of three or four with a little plastic jumper on them. There shoul d also be a diagram on top of the drive describing jumper positions like master and slave. 6 Place the jumper in the master position on your boot-up drive. On the other drive place the jumper in the slave position. 7 Locate the PATA connectors on the m otherboard they are also referred to as IDE connectors. There should be at least two. Consult your motherboard's manual to find free romance ebooks out which is the primary and which is the secondary. Connect the power connectors; they have colored wires and white, plastic head s. 8 Connect the master drive to the primary connector and the slave to the secondary. Alternatively, you can use an IDE cable PurplePixie with three connectors on it for both hard drives together, but make sure the master drive is first in line and you use the primar .
ocal Area Network IEEE 802.11 radio frequency is used as a basis for the connectivity of a computer network. Wi-Fi standards are 802.11a, 802.11b, 802.11g with 802.11n still in draft form. Wireless Cards Wireless cards for notebooks are connected via PCMCIA. Installing is straightforward. Simply insert the card into the PCMCIA slot and install the drivers. Wireless G Wireless G offers speeds of up to 54 Mbits and a range of around 100 feet. Wireless G cards are typically inexpensive and are backwards compatible responsive website templates with wireless B standards. Wireless N Wireless N adds MIMO multiple-input multiple-output which uses multiple antennas both on the router and on the Wi-Fi card itself to improve connectivity, range and performance. Though still in draft form, wireless N pro PurplePixie ducts are backwards compatible with older standards. Wireless G vs. N Because of the increase in speed, range, and backwards compa .
