This upgrade cycle was mainly driven by huge advances in processing power, memory capacity and ballooning data storage capability. Of course the software engineers used up more and more of the available resources and with each new release ensured users needed to update to have a reasonable experience.
And then sometime in the early teens this cycle slowed almost as quickly as it had begun as systems had become "good enough". I experienced this at a time I was relocating for a new job and had moved most of my computer use to my laptop which was just as powerful as my desktop but was far more flexible.
As a software engineer I used to have a pretty good computer for myself but I was never prepared to spend the money on "top of the range" equipment because it would always be obsolete and generally I had access to much more powerful servers if I needed more resources for a specific task.
To illustrate, the system specification of my desktop PC at the opening of the millennium was:
- Single core Pentium 3 running at 500Mhz
- Socket 370 motherboard with 100 Mhz Front Side Bus
- 128 Megabytes of memory
- A 25 Gigabyte Deskstar hard drive
- 150 Mhz TNT 2 graphics card
- 10 Megabit network card
- Unbranded 150W PSU
But by 2013 the specification had become:
- Quad core i5-3330S Processor running at 2700Mhz
- FCLGA1155 motherboard running memory at 1333 Mhz
- 8 Gigabytes of memory
- Terabyte HGST hard drive
- 1,050 Mhz Integrated graphics
- Integrated Intel Gigabit network
- OCZ 500W 80+ PSU
The performance change between these systems was more than tenfold in fourteen years with an upgrade roughly once every couple of years.
I recently started using that system again in my home office mainly for Computer Aided Design (CAD), Computer Aided Manufacture (CAM) and Electronic Design Automation (EDA). The one addition was to add a widescreen monitor as there was not enough physical space for my usual dual display setup.
I recently started using that system again in my home office mainly for Computer Aided Design (CAD), Computer Aided Manufacture (CAM) and Electronic Design Automation (EDA). The one addition was to add a widescreen monitor as there was not enough physical space for my usual dual display setup.
To my surprise I increasingly returned to this setup for programming tasks. Firstly because being at my desk acts as an indicator to family members I am concentrating where the laptop was no longer had that effect. Secondly I really like the ultra wide display for coding it has become my preferred display and I had been saving for a UWQHD
Alas last month the system started freezing, sometimes it would be stable for several days and then without warning the mouse pointer would stop, my music would cease and a power cycle was required. I tried several things to rectify the situation: replacing the thermal compound, the CPU cooler and trying different memory, all to no avail.
As fixing the system cheaply appeared unlikely I began looking for a replacement and was immediately troubled by the size of the task. Somewhere in the last six years while I was not paying attention the world had moved on, after a great deal of research I managed to come to an answer.
AMD have recently staged something of a comeback with their Ryzen processors after almost a decade of very poor offerings when compared to Intel. The value for money when considering the processor and motherboard combination is currently very much weighted towards AMD.
My timing also seems fortuitous as the new Ryzen 2 processors have just been announced which has resulted in the current generation being available at a substantial discount. I was also encouraged to see that the new processors use the same AM4 socket and are supported by the current motherboards allowing for future upgrades if required.
I Purchased a complete new system for under five hundred pounds, comprising:
An example of the performance difference is compiling NetSurf from a clean with empty ccache used to take 36 seconds and now takes 16 which is a nice improvement, however a clean build with the results cached has gone from 6 seconds to 3 which is far less noticeable and during development a normal edit, build, debug cycle affecting only of a small number of files has gone from 400 milliseconds to 200 which simply feels instant in both cases.
My conclusion is that the new system is completely stable but that I have gained very little in common usage. Objectively the system is over twice as fast as its predecessor but aside from compiling large programs or rendering huge CAD drawings this performance is not utilised. Given this I anticipate this system will remain unchanged until it starts failing and I can only hope that will be at least another six years away.
I Purchased a complete new system for under five hundred pounds, comprising:
- Hex core Ryzen 5 2600X Processor 3600Mhz
- MSI B450 TOMAHAWK AMD Socket AM4 Motherboard
- 32 Gigabytes of PC3200 DDR4 memory
- Aero Cool Project 7 P650 80+ platinum 650W Modular PSU
- Integrated RTL Gigabit networking
- Lite-On iHAS124 DVD Writer Optical Drive
- Corsair CC-9011077-WW Carbide Series 100R Silent Mid-Tower ATX Computer Case
- 250 Gigabyte SSD from laptop upgrade
- GeForce GT 640 from a friend
An example of the performance difference is compiling NetSurf from a clean with empty ccache used to take 36 seconds and now takes 16 which is a nice improvement, however a clean build with the results cached has gone from 6 seconds to 3 which is far less noticeable and during development a normal edit, build, debug cycle affecting only of a small number of files has gone from 400 milliseconds to 200 which simply feels instant in both cases.
My conclusion is that the new system is completely stable but that I have gained very little in common usage. Objectively the system is over twice as fast as its predecessor but aside from compiling large programs or rendering huge CAD drawings this performance is not utilised. Given this I anticipate this system will remain unchanged until it starts failing and I can only hope that will be at least another six years away.
