Category Archives: Hardware

Maximize Your Laptop Battery

If you take the time to make a few adjustments to your laptop, while keeping battery conservation at the forefront of your mind, you can effectively extend the power of the battery’s life and, until you can plug in your computer, avoid losing the use of it.

Click on low-power settings, such as “sleep,” “standby” or “suspend” when you close your computer, but don’t want to completely shut it down. This works two-fold. It gives you the opportunity to resume your work quickly while saving power. “Hibernate” uses less power than “sleep.” It shuts your computer down and saves everything to the hard drive. When you resume power, your desktop is exactly as you left it, saving you time.

Which Laptop battery is right for you?

The short answer is: “Whichever type fits your laptop.”
Laptop batteries vary according to the model and type of laptop computer for which they’ve been designed. All laptop batteries do, however, share some common characteristics that differentiate them from regular household batteries:

• Laptop batteries are rechargeable
• They are composed of multiple internal cells
• Within each laptop battery is a small printed circuit board
• Shape and location of terminals differ from model to model.

Laptop Screen Inverter

The small piece of circuit board, which is usually located underneath the plastic shell of your laptop’s screen casing, is probably the cause of one of the most common problems related to screen failure and, more specifically, dimness, or darkness to the screen itself.

The main purpose of the inverter is basically to give power to the backlight. The way it works is simple, it takes power from the laptop itself by a small inverter lead that runs from the motherboard of the laptop, sometimes it is a direct lead on it’s own, other times this lead can be connected into the inverter through the LCD cable (the lead that runs from the motherboard to the back of the screen itself), giving the screen its visual display.

New D-Link Dir-827 and Dir-857 the First Wireless Routers with USB 3.0 Port

Being able to share an external storage attached to the wireless router is an advantage to support your multimedia wireless environment. This is particularly advantageous if your wireless router support built-in media server. Wireless routers with built-in media server allow you to stream multimedia files stored in the attached storage to the Blu-Ray player, XBOX console, and HDTV seamlessly.

Standard home wireless routers do not include a USB port, but mostly home wireless routers which fall into high performance router category are embedded with one or two USB 2.0 port. USB 2.0 port can deliver data rate transfer up to 480Mbps. If you have 5 or ten users or even more on your network either via wired or wireless connections access the files stored in the attached USB 2.0 storage intensively time to time, you will experience a slow performance in accessing or transferring the files to and from the storage. This is due to the maximum data rate transfer the USB 2.0 device can deliver is up to 480Mbps. What if the router is embedded by USB 3.0 port and the attached storage is also USB 3.0 compliant?

Top 10 Uses For USB Drives

USB drive is one precious gift that mankind has received from technology. Universal Serial Bus or USB is famous with several different names such as Key Drive, USB Key Drive, USB Pen, Microdrive, Thumb Drive and Flash Drive.

Regardless of the name, these USB drives are an excellent and exceptionally handy tool. They are exclusively for the people who use computers at several different locations and need to take data along with them. The USB drivers are great-to-use, as they are small in size, can fit in your pocket or can act as your key chain. You can get about 32 MB to 4 GB of storage without any need of software. Just plug the drive in the USB port of computer to get instance storage and ready transfer.

Cat5e Network Cable Is Most Popular

Cat5e cables are used in structured cabling for establishing a computer network, most commonly Ethernet. These cables allow transmission of voice, data, and images. Cat 5 is basically ‘category 5′ where 5 represents fifth generation. This plastic shielded cable comprises four twisted copper wire pairs. Category 5 as a standard for Ethernet networking was set by TIA/ EIA (Telecommunications Industry Association/ Electronic Industries Association).

Cat5e cables support data transmission at speeds of 100 Mbps and are recommended for connections within one hundred meters (approximately 328 feet). Enhanced Cat 5 is an ‘enhancement’ that supports data transmission of 1000 Mbps in Gigabit Ethernet. In this cable all four pairs of twisted copper wires are used in totality. You would get this cable in both stranded and solid varieties each having its inherent benefits.