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What Rik said: lazy inefficient programming. It's dooming us now and it will in the future. Programmers should be FORCED to write games that play well on an accelerated P2-300.
While processes being executed while waiting for HD access certainly is the case, that's why I said that it was a simplified model, and there are ways to avoid JUST waiting on the hard drive. But you still can't finish that process until the drive returns the data.
However when you have to read data from the drive, say read a good 50-100 MB off the drive, then it becomes a very large bottleneck. For many uses, though, it's effects aren't noticed much since other processes are executed in the mean time.
b
Why do today what you can put off until tomorrow? But why put off until tomorrow what you can put off altogether?
System 1:
AMD 1.4 AYJHA-Y factory unlocked @ 1656 with Thermalright SK6 and 7k Delta fan
Epox 8K7A
2x256mb Micron pc-2100 DDR
an AGP port all warmed up and ready to be stuffed full of Parhelia II+
SBLIVE 5.1
Maxtor 40g 7,200 @ ATA-100
IBM 40GB 7,200 @ ATA-100
Pinnacle DV Plus firewire
3Com Hardware Modem
Teac 20/10/40 burner
Antec 350w power supply in a Colorcase 303usb Stainless
A solid state hard drive is simply a hard drive that has no moving parts. It is much like flash memory and RAM, except it is no volitale (it stays after power is shut off). The advantages to solid state are no moving parts to wear out, increased buffer speeds, decreased seek times, and others. But we are still stuck with the IDE and SCSI interfaces.
Much more optimized and fully developed drivers under Win2K... Also some patches to fix memory and resource leak problems.. These problems still exist in Win2K, even with SP1 patch...
Otherwise, I still prefer Win98 be my general-purposed and gaming machine...
In my experience, PIII-733 is quite fast enough to process most current applications. To be more realistic, to get more RAM and form a RAID-0 (Promise Fasttrak66+ IBM 75GXP 15GB * 2 ) can boost all heavy disk i/o applications. 45~60 MB/s sustained transfer rate is quite useful, especially on video edit applications.
The freakin' hard drive and slow ass CD ROM fUXx0r5 throughput, and will continue to do so in the foreseeable future. Solid state drives hahahahhaha. When will we be able to buy a 100GB solid state HD. If HDs were as fast as SRAM now hmmmmmmm ....
[size=1]D3/\/7YCR4CK3R
Ryzen: Asrock B450M Pro4, Ryzen 5 2600, 16GB G-Skill Ripjaws V Series DDR4 PC4-25600 RAM, 1TB Seagate SATA HD, 256GB myDigital PCIEx4 M.2 SSD, Samsung LI24T350FHNXZA 24" HDMI LED monitor, Klipsch Promedia 4.2 400, Win11
Home: M1 Mac Mini 8GB 256GB
Surgery: HP Stream 200-010 Mini Desktop,Intel Celeron 2957U Processor, 6 GB RAM, ADATA 128 GB SSD, Win 10 home ver 22H2
Frontdesk: Beelink T4 8GB
I beieve the actual transfer between the different parts (bus, etc.) will become the problem point of the "pc" as many of the peripherals are going to get huge performance increases over the next 9 mo.
Also, because multi-tasking will become something very different
IMHO
jim
System 1:
AMD 1.4 AYJHA-Y factory unlocked @ 1656 with Thermalright SK6 and 7k Delta fan
Epox 8K7A
2x256mb Micron pc-2100 DDR
an AGP port all warmed up and ready to be stuffed full of Parhelia II+
SBLIVE 5.1
Maxtor 40g 7,200 @ ATA-100
IBM 40GB 7,200 @ ATA-100
Pinnacle DV Plus firewire
3Com Hardware Modem
Teac 20/10/40 burner
Antec 350w power supply in a Colorcase 303usb Stainless
- CPU? nah, 1.4GHz - 2.0GHz the coming year :P
- Video? G800, Gefarce 100000, voodoo Rampage, etc.... naaaahhh :P
- Memory? P4 + Rambus equals enormous memory bandwidth... next year will be the year where Rambus will show it's real potential, because it's the first time it will be used on a fast (i.e. 400MHz+) front-side bus.
- Bus? PCI-X... (wasn't that 64 bit 66MHz PCI? and AGP 8x... naaahhh :P
- Soundcard? don't be rediculous! :P
- Floppy? what's that?
- CDROM? who needs a cdrom faster than 25 - 35 speed sustained? nobody, since it rips a complete cd in 2 - 3 minutes. And cdwriters will get only faster than the current already fast ones, like 16 - 24 speed cd-writers.
- DVD-ROM? what to play on them... movies? and what speed does a movie need? right, 1 speed..
that leaves hard drives... and if they can produce 10k rpm, 20GB/platter IDE and SCSI drives for a resonable price, this bottleneck also will dissapear.. if so, the only bottleneck will be price, since almost nobody will be able to afford a pc with all these bottle-neck less devices.
On the fastest system, the bottleneck will be the user... I think the current software will be executed slower because of user actions than because of loading times :P
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