Windows 7 32 Bit Bogging Down After Multiple HDD Install

hellooomcfly

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First and foremost, let me apologize in advance as this thread may have already been posted millions of times before. I have a Dell Dimension XPS GEN 4 with a recently installed copy of Windows 7 32 Bit. My PC has a 3.2 P4 HT CPU and 3 GB of RAM. Just a couple days ago, I decided to install three new 750GB SATA internal HDDs onto my computer to maximize the amount of disk storage. With that being said, Windows has been running very slow after the HDD install (average boot time around 5 mins.) and CPU usage is almost at critical mass. This was never an issue before I decided to ramp up the amount of disk storage. Please also be advised, I keep my installed programs to a minimum, and probably the hardest working program I have at this time on my PC is Office. I am curious, could I have possibly overloaded my CPU and given it a much heavier workload by installing multiple HDDs? Can anyone possibly tell me how to either speed up or decrease the workload of my CPU? Any tips or advice would be greatly appreciated.
 
Last edited:

My Computer

OS
Windows 7 32 Bit
I wouldn't think the new storage drives would be a problem by themselves.

Are you slow only in booting or also in general operation?

As a starting point, look in Resource Monitor (via Task Manager) when you are running slow. Do you see any indication of your RAM being completely used up?

You say "CPU usage is almost at critical mass". When and as measured by what?

Are those new drives fully accessible and working fine as near as you can tell?
 

My Computer

Computer type
PC/Desktop
Computer Manufacturer/Model Number
Ignatz Special; 4 speed manual gearbox; factory air conditioning; one of one
OS
Windows 7 Home Premium SP1, 64-bit
CPU
Intel Skylake i5-6600K, not overclocked
Motherboard
AsRock Z170M Extreme 4, micro ATX
Memory
8 GB HyperX DDR4-2666 (2 x 4 GB)
Graphics Card(s)
none; graphics are integrated on CPU
Sound Card
onboard: Realtek ALC1150; external: USB Behringer UF0-202
Monitor(s) Displays
Dell S2340M 23 inch IPS
Screen Resolution
1600 x 900
Hard Drives
System: Crucial MX100 series SSD, 128 GB;
Data: Samsung Spinpoint 103SJ, 1 TB;
Backup: WD Caviar Green WD30EZRX-00D8PB0, 3 TB
PSU
Rosewill SilentNight 500 watt fanless, semi-modular
Case
Antec Solo II
Cooling
Noctua NH-U12S; Noctua F12 intake, Noctua S12A exhaust
Keyboard
Microsoft 200 6JH-00001 USB
Mouse
Dell or Microsoft optical wired; USB
Antivirus
Microsoft Security Essentials and Malwarebytes Premium
Browser
Pale Moon
Other Info
All fans PWM; speeds at idle: CPU circa 500 rpm; intake circa 600 rpm; exhaust circa 600 rpm; CPU temps 27 idle and 47 C load in a warm room (27 C/81 F) when running Intel Extreme Tuning Utility stress test.
My apologies for not being more specific. I am having issues when the secondary HDDs are accessed directly (even though there is hardly anything on any of my drivers) i.e. When opening a file from that specific HDD. As far as the CPU measurements, I am closely watching the CPU Meter and the RAM does not appear to be phased at all whereas the CPU meter is in the orange to red area. These drivers are fully accessible, however, I am being told that I should try to pull the pins in the back of the HDDs that currently limit their speeds to 1500 RPMs. I suppose it's worth a shot, but still feeling rather defeated at the moment. PC: 1 User: 0.
 

My Computer

OS
Windows 7 32 Bit
My apologies for not being more specific. I am having issues when the secondary HDDs are accessed directly (even though there is hardly anything on any of my drivers) i.e. When opening a file from that specific HDD. As far as the CPU measurements, I am closely watching the CPU Meter and the RAM does not appear to be phased at all whereas the CPU meter is in the orange to red area. These drivers are fully accessible, however, I am being told that I should try to pull the pins in the back of the HDDs that currently limit their speeds to 1500 RPMs. I suppose it's worth a shot, but still feeling rather defeated at the moment. PC: 1 User: 0.

I never heard of a pin limiting speed to 1500 rpm, but if that is the case then it's obviously at least part of the problem. The drives should spin at 5400 or higher if they are not decades old.

Have you rooted through the BIOS and inspected relevant hard drive settings?

If you disable those new drives in the BIOS, can you then suddenly boot at a normal speed rather than delayed?

You can always download an application such as HDTach to see how the drives are performing.
 

My Computer

Computer type
PC/Desktop
Computer Manufacturer/Model Number
Ignatz Special; 4 speed manual gearbox; factory air conditioning; one of one
OS
Windows 7 Home Premium SP1, 64-bit
CPU
Intel Skylake i5-6600K, not overclocked
Motherboard
AsRock Z170M Extreme 4, micro ATX
Memory
8 GB HyperX DDR4-2666 (2 x 4 GB)
Graphics Card(s)
none; graphics are integrated on CPU
Sound Card
onboard: Realtek ALC1150; external: USB Behringer UF0-202
Monitor(s) Displays
Dell S2340M 23 inch IPS
Screen Resolution
1600 x 900
Hard Drives
System: Crucial MX100 series SSD, 128 GB;
Data: Samsung Spinpoint 103SJ, 1 TB;
Backup: WD Caviar Green WD30EZRX-00D8PB0, 3 TB
PSU
Rosewill SilentNight 500 watt fanless, semi-modular
Case
Antec Solo II
Cooling
Noctua NH-U12S; Noctua F12 intake, Noctua S12A exhaust
Keyboard
Microsoft 200 6JH-00001 USB
Mouse
Dell or Microsoft optical wired; USB
Antivirus
Microsoft Security Essentials and Malwarebytes Premium
Browser
Pale Moon
Other Info
All fans PWM; speeds at idle: CPU circa 500 rpm; intake circa 600 rpm; exhaust circa 600 rpm; CPU temps 27 idle and 47 C load in a warm room (27 C/81 F) when running Intel Extreme Tuning Utility stress test.
I may have been mistaken in my choice of wording in my definition of HDD speed. On the HDD label, there is a diagram that shows 4 pins on the opposite side of the SATA power source which can govern the data transfer rate to 1.5 GBs with the jumper or 3GBs without the jumper. I understand even this description may not sound very clear, and I can only ask that you pardon my computer illiteracy. Going back to your question about disabling the secondary HDDs, yes I can disable them all and run at optimal performance once again. I have not tried inspecting relevant hard drive settings nor would I really know what I'm looking for, but I suppose it's worth looking into. I will also try downloading that program you mentioned. Thanks for all your help and patience.
 

My Computer

OS
Windows 7 32 Bit
You should try to get input from others as well, but here are my ideas:

I think that jumper is on some earlier SATA drives and is intended to limit them to 1.5 Gb/second. I don't think the drives can fully utilize 3.0 GB/sec anyway.

As an experiment, I would disconnect all but 1 of these new drives and concentrate on it.

This is likely a hard drive controller issue. Try it with and then without jumper on a single drive and see if you have any luck.

Run HDTach on one of the new drives and see what results you get with with and without jumper on one drive.

If you get one new drive going OK so it does not interfere with booting and general operation, add one more new drive and so forth until you can ID when performance goes south. Most likely, if you can get one drive going, you can mimic its settings on the second and third.

You might drill into Dell website or your manual to try to determine if there is some controller-related issue that might affect your storage limitations. It's been years since I dealt with it.
 

My Computer

Computer type
PC/Desktop
Computer Manufacturer/Model Number
Ignatz Special; 4 speed manual gearbox; factory air conditioning; one of one
OS
Windows 7 Home Premium SP1, 64-bit
CPU
Intel Skylake i5-6600K, not overclocked
Motherboard
AsRock Z170M Extreme 4, micro ATX
Memory
8 GB HyperX DDR4-2666 (2 x 4 GB)
Graphics Card(s)
none; graphics are integrated on CPU
Sound Card
onboard: Realtek ALC1150; external: USB Behringer UF0-202
Monitor(s) Displays
Dell S2340M 23 inch IPS
Screen Resolution
1600 x 900
Hard Drives
System: Crucial MX100 series SSD, 128 GB;
Data: Samsung Spinpoint 103SJ, 1 TB;
Backup: WD Caviar Green WD30EZRX-00D8PB0, 3 TB
PSU
Rosewill SilentNight 500 watt fanless, semi-modular
Case
Antec Solo II
Cooling
Noctua NH-U12S; Noctua F12 intake, Noctua S12A exhaust
Keyboard
Microsoft 200 6JH-00001 USB
Mouse
Dell or Microsoft optical wired; USB
Antivirus
Microsoft Security Essentials and Malwarebytes Premium
Browser
Pale Moon
Other Info
All fans PWM; speeds at idle: CPU circa 500 rpm; intake circa 600 rpm; exhaust circa 600 rpm; CPU temps 27 idle and 47 C load in a warm room (27 C/81 F) when running Intel Extreme Tuning Utility stress test.
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