Page 1:You Don’t Need Six Cores To Surf The Net
Page 2:Sorting Through The Specs: Seven Nettops, Detailed
Page 3:Three Nettop Form Factors, Taken Apart
Page 4:Windows Experience Index, PCMark 7, And 3DMark
Page 5:Cinebench, File Compression, And PDF Creation
Page 6:Audio And Video Conversion, Rendering, And Photoshop
Page 7:Web Benchmarks, Video Playback, And Power
Page 8:Seven Compact Solutions For The Nettop Niche
Windows Experience Index, PCMark 7, And 3DMark
Windows Experience Index
Though not exactly a benchmark, and not necessarily scientific, the Windows Experience Index does serve as a first indication of what we can expect from each of these platforms and their components.
|Zbox ID82 Plus|
|Zbox ID81 Plus|
|Zbox ID80 Plus (Atom D2700)||Zbox Blu-ray 3D ID36|
|Zbox AD04 Plus|
|Zbox nano AD10 Plus|
|Zbox nano VD01 Plus|
(Nano X2 U4025)
Windows correctly identifies Intel’s Core i3-2330M as the most powerful processor of the bunch, followed by its pared-back Celeron sibling. AMD’s E-450 leads the real nettop platforms, carving out a lead over the E-350 and Intel’s most modern Atom CPU. The older Atom D525 places second-to-last, with VIA’s Nano X2 bringing up the rear.
Again, the Sandy Bridge-based CPUs can take a clear lead in the overall score of this semi-synthetic benchmark. To be fair, though, they were also designed for a completely different environment, borne out by their respective TDPs as well. The rest of the field remains largely unchanged, with AMD’s E-450 once more leading the nettop-oriented CPUs. E-350 and Atom D2700 come next, trading blows, with Atom D525 and Nano X2 following behind.
Looking at the individual results, the ranking shifts based on how big a role threading or graphics performance plays. Remarkably, VIA’s Nano X2 is able to beat Intel’s Atom D525 in the Lightweight and Productivity tests, despite being a much older design, running at a lower clock speed, and lacking the Intel part's Hyper-Threading functionality.
While the Atom D2700 in the Zbox ID80 isn't very powerful, Zotac pairs it with a GeForce GT 520M, giving it quite a bit of graphics muscle. Interestingly, the Core i3’s HD Graphics 3000 achieves parity with the discrete GPU in both tested resolutions. AMD’s integrated GPUs don’t fare as well in this synthetic DirectX 9-based benchmark, and we see the E-450 trailing the Celeron 857, while the E-350 appears outmatched by Nvidia's Ion 2 chipset. On the other hand, Intel has a reputation for unpolished drivers, so while the graphics performance may look good on paper, the end result in games may be very different. Meanwhile, VIA’s Chrome9 engine is the only one to suffer a triple-digit score.
The more modern 3DMark Vantage paints a different picture. At first, it seems that the Core i3-2330M outclasses its competition, with the GeForce GT 520M-supported Atom D2700 taking second place ahead of the Celeron 857 and the first of the Fusion systems. Looking at the individual scores reveals how Futuremark’s suite comes to this conclusion, though.
The GPU score yields a more expected result, with the GeForce GT 520M taking the lead, just ahead of the Zbox ID82’s HD Graphics 3000. Third place goes to the Radeon HD 6320 in AMD’s E-450. The remaining three systems place much closer together. Three? Aren’t we forgetting someone? Nope, lacking DirectX 10 support, VIA’s Chrome9 graphics has to sit this one out.
The two Sandy Bridge-based parts dominate the CPU score, although the Hyper-Threaded Atom D2700 isn’t all too far behind the dual-core Celeron 857. Next up are AMD’s E-family APUs, and this time it’s the Atom D525 that comes in last.
- You Don’t Need Six Cores To Surf The Net
- Sorting Through The Specs: Seven Nettops, Detailed
- Three Nettop Form Factors, Taken Apart
- Windows Experience Index, PCMark 7, And 3DMark
- Cinebench, File Compression, And PDF Creation
- Audio And Video Conversion, Rendering, And Photoshop
- Web Benchmarks, Video Playback, And Power
- Seven Compact Solutions For The Nettop Niche