FutureMark updated its Peacekeeper benchmark recently, so we only have a few competitors for the Timeline in that test. Not that it matters, though. The CULV-powered Aspire systems easily outgun the competition.
Turning our attention to the GUIMark results, only the MSI X-Slim X340 comes close to the Timeline's performance. The X-Slim uses the very Core 2 Solo processor that we've tried to simulate with our SU3500 Timeline config.
Interestingly, neither of our browser benchmarks seems to take much advantage of the Timeline's second CPU core. The dual-core config is faster, of course, but not by a whole lot.
Next up we have 7-Zip's built-in benchmark, which tests file compression and decompression performance. We used the 32-bit client and let the test run up to 10 iterations.
7-Zip is multithreaded, giving the Timeline's dual-core CPU a chance to show off a little. None of the system's rivals even come close, although the Timeline does fall a few places when we scale back to a single CPU core.
Our next batch of tests highlights the Timeline's video playback performance. The chart below includes approximate CPU utilization percentages gleaned from the Vista Task Manager alongside subjective impressions of actual playback.
I used Windows Media Player to handle our DivX video, QuickTime for the others, and Firefox for our windowed YouTube HD test. QuickTime doesn't exploit the GMA 4500MHD's video decoding capabilities, so the CPU will be doing all the work there. Acer does ship the Timeline with a copy of PowerDVD that takes advantage of the 4500MHD's decode assist, but with the three QuickTime videos I used for testing, PowerDVD didn't output any sound. For what it's worth, PowerDVD playback did use fewer CPU cycles than QuickTime; it's just hard to listen for a proper audio sync when there's no sound.
|Aspire 3810 Timeline||Aspire 3810 Timeline (SU3500)|
|CPU utilization||Result||CPU utilization||Result|
|Star Trek QuickTime 480p||14-24%||Perfect||28-50%||Perfect|
|Star Trek QuickTime 720p||29-44%||Perfect||41-96%||Perfect|
|47-70%||Perfect||79-100%||Dropped frames, loss of AV sync|
|DivX PAL SD||15-24%||Perfect||17-29%||Perfect|
|YouTube HD windowed||49-55%||Perfect||96-100%||Regular dropped frames|
With two processor cores, the Timeline easily handled every video I threw at it. Even the notoriously demanding YouTube HD trailer for Moon played back perfectly. Our single-core config wasn't up to the task, though. YouTube HD pegged our simulated SU3500 CPU at nearly 100%, resulting in regular dropped frames that sullied the viewing experience. The SU3500 config also had some problems with our 1080p QuickTime movie trailer, dropping frames and losing the audio sync.
I suspect that the Timeline will be even more comfortable playing back video in Windows 7. That operating system's version of Windows Media Player can handle QuickTime files, and it supports hardware decode acceleration that should smooth out 1080p playback on single-core configs. If only decode acceleration could be applied to Flash-based web video playback.
|AMD's Carrizo brings power savings to mainstream laptops||3|
|Watch this astonishing thermal footage of Cryorig's hybrid CPU cooler||23|
|Don't throw stones inside Lian-Li's PC-O8||5|
|The TR Podcast 176: Project Cars, cable to the Maxx & the Tao of Chi||2|
|Fractal Design's Node 202 case takes low-key approach to living room||15|
|MSI's Godlike X99 motherboard brings RGB LEDs to mortals||14|
|Thunderbolt 3 pushes 40Gbps through USB Type-C port||31|
|Killer slays wires with its Wireless-AC 1535 NIC||12|
|Here's the first desktop display based on quantum dots||23|