A computer components & hardware forum. HardwareBanter

If this is your first visit, be sure to check out the FAQ by clicking the link above. You may have to register before you can post: click the register link above to proceed. To start viewing messages, select the forum that you want to visit from the selection below.

Go Back   Home » HardwareBanter forum » General Hardware & Peripherals » General
Site Map Home Register Authors List Search Today's Posts Mark Forums Read Web Partners

Upgrade Report [Hardware Tips: Get the Right Hard Drive - 05/11/2004]

Thread Tools Display Modes
Old May 16th 04, 03:17 AM
external usenet poster
Posts: n/a
Default Upgrade Report [Hardware Tips: Get the Right Hard Drive - 05/11/2004]

Upgrade Report

May 11th, 2004

proudly presented by

PC World

Technology Advice You Can Trust



Upgrade tips, tricks, and how-to's that will help you get the most

from your existing computer gear.

May 11th, 2004

Hardware Tips: Get the Right Hard Drive

by Contributing Editor Kirk Steers

I bought my first hard drive--which held an astronomical 20MB of

data--back in the early 1980s for more than $400. The 200GB hard drive

I purchased last month cost $200. That's 10,000 times the storage for

half the price. Wow. But there is a whole lot more than size to

consider when shopping for today's hard drives.

Inside or Outside?

The first question to ask when buying a hard drive is: Do I need

Windows to boot from the drive? If you don't, consider buying an

external hard drive that connects to your PC via FireWire or USB 2.0.

Compared with internal drives, they're far easier to install (they

just plug into a port in your PC's case). They're also easy to move to

another PC, and they keep excessive heat out of your system's innards.

But external drives cost up to twice as much as their internal

counterparts. They move data much more slowly than internal ATA

drives, too. If you frequently move massive amounts of data between

your applications and your hard disk, you probably want to use an

internal drive.

An internal model requires space. Before you shop for a new drive,

check for a free drive bay inside your PC. Carelessly jamming the

drive into your case may restrict airflow and cause overheating.


A quick glance at any computer store's hard-drive shelf reveals

another issue: Do you want a drive using the new Serial ATA interface,

or a model using the time-honored Parallel ATA, or EIDE, interface?

SATA drives offer faster data transfer speeds and vastly easier

installation, among other advantages. They're the obvious choice.

Right? Not necessarily.

First, you'll pay a 20 to 40 percent premium for a SATA drive. Next,

your system's motherboard has to have SATA connectors. If your PC is

more than two years old, it most likely doesn't. (Note that most new

PCs and motherboards come with both SATA and PATA connectors.) If your

system doesn't have SATA connectors, you can add them via a PCI host

adapter card such as Adaptec's $50 SATAConnect 1205SA. For more info,

go to Adaptec's site:


The SATA interface bumps up your drive's maximum data transfer speed

to 150 megabits per second from current PATA limits of 100 mbps or 133

mbps, but this won't affect the performance of most PCs. The majority

of hard drives have a maximum sustained data transfer rate closer to

80 mbps. Unless you're constantly moving huge files, that slower

transfer rate should be more than fast enough for your needs.

On the plus side, SATA installation is a breeze; the 8-wire SATA

cables are far narrower than the thick 40- or 80-wire PATA cables that

clog the most current PCs' interiors. And because each SATA drive

connects exclusively to one SATA connector, you needn't set jumpers to

master/slave or struggle with many other PATA configuration hassles.

Scoping the Specs

Like any other PC product, hard drives have various specifications

with which you must become familiar. The first number you'll encounter

when shopping is the drive's rotation speed. Hard drives rotate at

either 5400, 7200, or 10,000 revolutions per minute. Most mainstream

hard drives spin at 7200 rpm, but you can save a few dollars (if you

don't mind a small drop in data transfer rates) by selecting a

5400-rpm drive.

Like your CPU, your hard drive uses buffer, or cache, memory to speed

up data retrieval. Most drives come with either 2MB or 8MB of cache

memory. The lower amount should be fine for handling standard PC

applications; but if you work with huge spreadsheets or massive image

or video files, you'll like the performance increase from 8MB of

hard-disk cache.

You'll also see a listing of the drive's access time, which measures

how fast the drive locates a given file stored on it. Faster is

better, of course, especially if you frequently move many small

files--and I mean dozens or hundreds of files at a time. For most PC

users, though, a faster access time doesn't have much effect on a

system's overall performance.

Another fairly significant variable is the drive's data transfer rate.

But comparing the vendor-supplied data transfer rates of different

hard drives can be tricky because there are several methods of

calculation. Stick to cache size and rotation speed as guides to a

disk's performance.

Big Problems

If you try to add an ATA hard drive with a capacity greater than 137GB

to a PC that's more than three years old, you may run into some

configuration difficulties. Older hardware and operating systems don't

recognize more than 137GB. If you've installed such a model and can't

get Windows to access the entire capacity, you may need to upgrade

your drive controller, your BIOS, your operating system, or possibly

all three.

To check your BIOS version, watch for the version number that shows on

your monitor as your PC boots. If the number doesn't display, download

Belarc Advisor, which will provide you with this information and many

other details about your system:


Next, check your PC or motherboard documentation, or the PC/board

manufacturer's Web site, to see if your BIOS version supports big hard

drives. If it doesn't, look for a BIOS upgrade that adds such support.

Don't consult with the BIOS manufacturer's site; PC vendors often

customize the BIOS they license, creating a version specific for their

models, but not for competitors' systems.

If no upgrade is available for your BIOS, you can avoid the entire

BIOS problem by adding an ATA-6 host controller card to an expansion

slot of your PC. You can buy the Maxtor Accessory PCI Card UDMA 133,

for example, for less than $30 online.

You'll also need Windows XP with Service Pack 1 or Windows 2000 with

SP3 to access more than 137GB on a single drive, since the original

releases of XP (both Home and Professional editions) and 2000 won't

support big drives.

Visit Microsoft's site to download Windows XP Service Pack 1a:


Microsoft's site also provides Windows 2000 Service Pack 3:


Read Kirk Steers' regularly published "Hardware Tips" columns:


"You make a living by what you get, you make a life by what you give."
-- Winston Churchill

Thread Tools
Display Modes

Posting Rules
You may not post new threads
You may not post replies
You may not post attachments
You may not edit your posts

vB code is On
Smilies are On
[IMG] code is On
HTML code is Off
Forum Jump

Similar Threads
Thread Thread Starter Forum Replies Last Post
two hd's on same IDE channel Steve James General 25 March 13th 04 12:06 AM
Help needed: problem installing XP on new system GJ General 26 March 1st 04 10:04 PM
Multi-boot Windows XP without special software Timothy Daniels General 11 December 12th 03 05:38 AM
Maxtor hard drives - don't surface scan! CK General 3 August 22nd 03 10:45 AM
New HD in Dell Dimension 4300? Leif K-Brooks General 2 July 3rd 03 05:23 AM

All times are GMT +1. The time now is 06:05 AM.

Powered by vBulletin® Version 3.6.4
Copyright ©2000 - 2023, Jelsoft Enterprises Ltd.
Copyright 2004-2023 HardwareBanter.
The comments are property of their posters.