Going to upgrade from C2D-E6550 (2.33GHz) to i5-4670 (3.4GHz, non-K). How much performance gain can I expect?
Gaming, occasional video encoding, virtual machine, web browsing. I'm really looking forward to this upgrade since lately I've been playing around with frame interpolation and really liked it. However my E6550 cannot keep up with the higher settings while playing HD media.I think you need to say what kind of app you run .
I am sure you could look at old BM review of CD2 and compare results with a 3570k and just add 7% on to the 3570 .
Gaming, occasional video encoding, virtual machine, web browsing. I'm really looking forward to this upgrade since lately I've been playing around with frame interpolation and really liked it. However my E6550 cannot keep up with the higher settings while playing HD media.
Good suggestion.
Thanks to everyone else.
Gaming, occasional video encoding, virtual machine, web browsing. I'm really looking forward to this upgrade since lately I've been playing around with frame interpolation and really liked it. However my E6550 cannot keep up with the higher settings while playing HD media.
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SVPmark is a PC benchmarking software based on real-time frame interpolation algorithms and settings from SmoothVideo Project (SVP) version 3.0.
Features
Three video frame sizes to test on: SD, HD (720p) and FullHD (1080p)
Option to choose whether to use GPU acceleration or not
Share your results online at SVP-Team.com server
Compare your results with others
It is definitely a nice upgrade , everything is faster as your talking about 2x cores and like 1.6x+ clock speed increase.
Here a chart of many CPU , you can compare results .[...]
Yes, I'll buy an entirely new rig.Assuming the new system is going to have upgraded parts, then yes, the new system will be amazing by comparison.
IMO the one part that you could change to "feel" the biggest difference would be an SSD. A new install on an SSD would seem much faster even on all your old hardware.
Yes its a nice tool. I'll post my scores just in case anyone is curious:Hey, i didnt know that SVP had a benchmark tool around, and very good one too, thanks for knowing.
Test summary
-----------------------
Date: 2013-04-25T21:46:11
CPU: Intel Core2 Duo E6550 @2333 MHz [2 threads]
GPU: NVIDIA GeForce GT 240 [ver.320.00]
Mode: HD + CPU [3 threads]
Overall scores
-----------------------
Synthetic CPU: MC330
Real-life: HC809
Details: synthetic
-----------------------
CPU: compose (single-threaded): 285
CPU: compose (multi-threaded): 560
CPU: search (single-threaded): 118
CPU: search (multi-threaded): 234
Details: real-life /HD
-----------------------
decode video: 6.68x (160.4 fps)
48 fps - vectors search: 0.52x (24.9 fps)
60 fps - frame composition: 0.69x (41.3 fps)
48 fps - [SVP] fastest: 2.51x (120.7 fps)
48 fps - [SVP] simple 1: 1.33x (64.1 fps)
60 fps - [SVP] good: 0.64x (38.1 fps)
60 fps - [SVP] high: 0.43x (25.9 fps)
60 fps - [SVP] highest: 0.25x (15.2 fps)
72 fps - [SVP] simple 2: 1.21x (86.8 fps)
Gaming, occasional video encoding, virtual machine, web browsing..
Prepare for detonation. You could sweaten the whole deal and put a 840/M4 ssd in there too, in combination i promise you it will be big bang you are looking for.
Shouldnt it be 840/M500 now?![]()
Yes its a nice tool. I'll post my scores just in case anyone is curious:
Code:Test summary ----------------------- Date: 2013-04-25T21:46:11 CPU: Intel Core2 Duo E6550 @2333 MHz [2 threads] GPU: NVIDIA GeForce GT 240 [ver.320.00] Mode: HD + CPU [3 threads] Overall scores ----------------------- Synthetic CPU: MC330 Real-life: HC809 Details: synthetic ----------------------- CPU: compose (single-threaded): 285 CPU: compose (multi-threaded): 560 CPU: search (single-threaded): 118 CPU: search (multi-threaded): 234 Details: real-life /HD ----------------------- decode video: 6.68x (160.4 fps) 48 fps - vectors search: 0.52x (24.9 fps) 60 fps - frame composition: 0.69x (41.3 fps) 48 fps - [SVP] fastest: 2.51x (120.7 fps) 48 fps - [SVP] simple 1: 1.33x (64.1 fps) 60 fps - [SVP] good: 0.64x (38.1 fps) 60 fps - [SVP] high: 0.43x (25.9 fps) 60 fps - [SVP] highest: 0.25x (15.2 fps) 72 fps - [SVP] simple 2: 1.21x (86.8 fps)
I'm also running various other tools to compare benchmarks when I replace my E6550. This is going to be fun. :awe:
Test summary
-----------------------
Date: 2013-04-26
CPU: AMD FX-8350 Eight-Core @4600 MHz [8 threads]
GPU: AMD/ATI Radeon HD 6900 [ver.1124.2]
Mode: FHD + CPU [12 threads]
Overall scores
-----------------------
Synthetic CPU: MC2402
Real-life: FC2032
Details: synthetic
-----------------------
CPU: compose (single-threaded): 395
CPU: compose (multi-threaded): 2330
CPU: search (single-threaded): 510
CPU: search (multi-threaded): 2480
Details: real-life /FHD
-----------------------
decode video: 14.01x (336.1 fps)
48 fps - vectors search: 1.82x (87.3 fps)
60 fps - frame composition: 1.55x (93.2 fps)
48 fps - [SVP] fastest: 6.26x (300.2 fps)
48 fps - [SVP] simple 1: 3.49x (167.7 fps)
60 fps - [SVP] good: 1.54x (92.1 fps)
60 fps - [SVP] high: 1.09x (65.5 fps)
60 fps - [SVP] highest: 0.62x (36.9 fps)
72 fps - [SVP] simple 2: 3.13x (225.0 fps)
Assuming the new system is going to have upgraded parts, then yes, the new system will be amazing by comparison.
Thing is systems are a "team" with too much credit going to the "captain" (CPU).
For example if you only upgraded your CPU and kept your old HD, old RAM, old GPU, and old software, you would not be all that impressed except on rare occasions when the CPU was a bottleneck on the old system.
IMO the one part that you could change to "feel" the biggest difference would be an SSD. A new install on an SSD would seem much faster even on all your old hardware.
So in summery if your budget is limited get an SSD first. If you can afford a whole new system you will love all the improvements since your last system.
