How can I Repositioning the System Reserve Partition?

I did a clean install of Windows-7 and there was no System Reserve Partition!
I read how to create on and it worked.
The Reserve Partition however, is at the back end of the drive.
I am upgrading from an "older" system to a "not as old system".
I am doing the upgrade to increase performance and anchor PC my technology on W7.
Since I am "very" old, I do not expect to ever do this again.
I also do not like W-10 and really like W-7.
My understanding is that the front od the drive is where the fastest performance is.
The back of the drive is where the slowest performance is.
Having said that, knowing that the name System Reserve implies "perhaps" heavier usage, the front would be the best place to locate it.

Is there a way to move it from the back to the front?

Best regards,

Mike Lynch

Please take a snapshot of your disk manager and post the image here.
Disk Management - Post a Screen Capture Image - Windows 7 Help Forums

Here is the Disk Manager Snap Shot.

I would leave as it is.
As C: has system, boot and is active, what is on the system reserved (16M)?
Are you using bit locker?

"I did a clean install of Windows-7 and there was no System Reserve Partition!
I read how to create on and it worked."
What you mean by create it?

The System Reserved partition is used only for a very short time early in the boot process and not at all after that. It's position on the disk would have essentially zero impact on boot time.

The idea that the beginning of the disk is faster than elsewhere is an old one. It is based on the fact that the outer tracks of a disk are longer and this allow more sectors to be placed there. One rotation of the platter covers more sectors on the outside of the disk and this improves transfer rate. But things aren't that simple.

A conventional drive has 3 primary performance factors.
1. Seek time.
2. Rotational latency.
3. Transfer rate.

Access to system and most other files consists primarily of short reads scattered over the disk. Most time is spent moving the heads to the required track and then waiting for rotation to the needed sector. Transferring the data takes little time. Seek time is king in importance, followed by rotational latency, with transfer rate a distant third.

Transfer rate is important with long sequential reads but that doesn't happen very often in a modern OS.

In practice the beginning of the drive is no faster than anywhere else.

This assumes a conventional drive. None of this is relevant to an SSD.