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Motorola Moto E (2nd Gen) Review

Motorola’s second generation Moto E receives significant enhancements, including a faster 64-bit SoC, front-facing camera, and bigger battery. There’s even an LTE option. Is this budget smartphone worth more than its bargain price?

CPU And System Performance

In this section, we evaluate system-level performance by running a series of synthetic and real-world workloads, along with some browser-based Web tests. There are several facets to overall device performance, including single- and multi-threaded CPU performance, memory and storage speed, and GPU rendering, all of which will be probed by our suite of benchmarks. If you're interested in learning more about how these benchmarks work, what versions we use, or our testing methodology, please read our article about how we test mobile device system performance.

We’re including the HTC Desire Eye in our performance charts for the same reasons we included it in our discussion of camera quality. Plus, it will be interesting to see the difference in performance between last year’s Qualcomm Snapdragon 801 (4x Krait 400 @ 2.26 GHz, Adreno 330, 2GB RAM) and the new low-end Snapdragon 410.

In our first test, the Snapdragon 801 outscores the 410 by a margin of two in the single- and multi-threaded CPU System test and overall, which is pretty close to the difference in CPU frequency. The performance delta between the Adreno 330 (578MHz) and the Adreno 306 (400MHz) in the Graphics test is a more substantial 6.5x.

The overall score for the Moto E (2nd gen) is very close to the Moto G (2nd gen). However, the newer Cortex-A53 CPUs in the Moto E manage to outperform the Cortex-A7s in the Moto G by 19% in the System test. The Moto G does perform 28% better in the Memory test, which tests the speed of the internal storage.

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Performance in AndEBench looks similar to what we saw in Basemark OS II, with the Desire Eye out front by a margin of ~2x and the Moto E very close to the Moto G.

Narrowing in on CPU performance, the out-of-order architecture of Krait 400, with nearly twice the clock speed, gives it about twice the performance of the narrower, in-order A53 in the Moto E. We also see the Moto E outperform the Moto G in CPU performance again, albeit by a slimmer 13% margin in CoreMark-HPC. Since both have the same number of cores running at the same frequency (1.2GHz), we can see the advantage of the A53’s architectural tweaks. Based on the A7 design, the A53 is still dual-issue, but the limitations on the second issue slot have been removed (the A7 cannot issue load/store or FP/NEON operations from its second issue slot). ARM made several other improvements to the A53’s front-end design, including improved conditional and indirect branch prediction and more instruction and data prefetching.

Despite having the same 4.2 GB/s of theoretical memory bandwidth, the Moto E gets 50% better throughput than the Moto G in the Memory Bandwidth test. Some of this advantage may be from the memory modules themselves, but a lot of it is probably due to the improved front-end design of the A53.

AndEBench Pro Storage Test
512B SW512B RW4KB SR4KB SW4KB RR4KB RW256KB SR256KB RR
Moto G (2nd gen)213514105111625867140654291742979
Moto E (2nd gen)18435363671176616327564469544572
% Diff-13.6%-31.3%-39.4%-27.6%-28.9%-32.2%4.1%3.7%
First letter: S=sequential, R=randomSecond letter: R=read, W=writeValues in KB/s - Higher is betterFile Size: 5, #Folders: 3, #Files/Folder: 1

The Moto G outperforms the Moto E once again in storage performance, this time by 22%. Looking at the test breakdown in the table above shows that the NAND in the Moto E performs better with larger blocks of data, actually performing about 4% better than the Moto G at 256KB. Still, these numbers are less than half of what we see in flagship phones, translating to slower app launch times.

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The ~2x delta between the Snapdragon 801 and 410 shows up again in both the single- and multi-core Geekbench results. We also continue to see the Moto E outpace the Moto G: about 30% on average in single-core and about 20% on average in multi-core.

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Performing well in synthetic tests is all well and good, but the results are not directly transferable to everyday use cases. This is certainly evident in PCMark where the Moto E outperforms the Moto G by only 8% and is nearly equal to the Desire Eye.

The reason for the discrepancy in scores between the synthetic tests and the more real-world PCMark has to do with the behavior of the CPU governor. Some OEMs will optimize for performance, routinely pushing the CPU cores to max frequency. Others will opt for a more balanced mixture of performance and battery life, limiting the CPU’s max frequency for less demanding workloads like those we see in PCMark.

The HTC Desire Eye uses a fairly aggressive CPU governor optimized for battery life. In the Writing and Web Browsing tests it more or less uses a single core clocked at a conservative 960MHz, with very short spikes up to 1958MHz. In the Photo Editing test, where we see a much wider gap between it and the Moto E, it uses a single core clocked at 1728MHz with frequent spikes to 2265MHz, its max clock frequency.

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Performance scores fluctuate a bit more in the web browsing tests although the order remains the same. The Moto E is between 15-43% slower than the Desire Eye, but between 13-24% faster than the Moto G.

Our tests show the Moto E (2nd gen) pull ahead of the Moto G (2nd gen) in both CPU performance and memory bandwidth thanks to the improvements in its newer A53 CPUs. Its internal storage performance generally lags behind the Moto G by 20-25%, however.

Using it in the real world, the Moto E (2nd gen) definitely feels faster than the Moto G (2nd gen). This is quite a strange turn of events as now Motorola’s low-end phone is faster than its latest mid-range device. When the Moto G (2nd gen) was announced, our biggest criticism of it was that it did not include the A53 CPU, when other competitors’ devices did at the time.

  • emad_ramlawi
    Lenovo k30-W for the win
    all the above +
    HD ready resolution 720p
    internal storage 16GB
    the only con, is there OS, which is good, but not really vanilla android
    Reply
  • atljsf
    i bought one and had to return it, it restarts while charging and motorola at this moment hasn't solved the problem, a shame because it is a nice fast phone
    Reply
  • tekelymailcom
    The only international variant mentioned is the XT1505 but there are more. I found very interesting the XT1523 which has 16GB, dual sim and digital TV reciever.
    Reply
  • HideOut
    There might be an error in the speaker/sound part above. "Plugging in a set of good headphones provides a similar listening experience. Relative to the iPhone 6, bass has less punch and the Moto E lacks clarity; the signal-to-noise ratio seems higher." The S/N ratio on the Moto E should be LOWER, not higher if it sounds like its lacking clarity.
    Reply
  • HideOut
    There might be an error in the speaker/sound part above. "Plugging in a set of good headphones provides a similar listening experience. Relative to the iPhone 6, bass has less punch and the Moto E lacks clarity; the signal-to-noise ratio seems higher." The S/N ratio on the Moto E should be LOWER, not higher if it sounds like its lacking clarity.
    Reply
  • HideOut
    site posting is not working well...Either nothing or multiples
    Reply
  • MobileEditor
    The S/N ratio on the Moto E should be LOWER, not higher if it sounds like its lacking clarity.

    Good point. I must have been thinking of THD, which is expressed as a percent. I've made the necessary correction.

    - Matt Humrick, Mobile Editor, Tom's Hardware
    Reply
  • Dr3amCast
    I also purchased this phone and experience the restart while charging issue. Also, the performance is on par with a very, very basic Lumia 510 I had the misfortunate of having to use for a short time. The phone chugs while multi-tasking. And I mean by just hitting the home screen instead of closing out of apps. And even that takes an inordinate amount of time. I'm talking a noticeable 3-4 seconds after you hit home: your background wallpaper shows up, but no icons or app try icon, then another second or 2 later the icons show up. It's performance is dreadful. As well is its 1GB of memory. If I'm in the car I use bluetooth and Google Play Music / Google Maps. If I begin navigating to a destination and begin playing music Maps will close. I'm assuming due to lack of sufficient RAM. If I'm at a stop light and open snapchat, Google Play Music, Maps or Waze will close if I view a Snap. It's really rather frustrating the more you use the device. And I don't have many apps on here at all. Essentially just FB, Twitter, Snapchat, Waze, WatchESPN, HBOGo. That's all. It's frustrating seeing reviews like these on this phone that don't actually put it through its paces for a decent amount of time.
    Reply
  • MobileEditor
    I also purchased this phone and experience the restart while charging issue. Also, the performance is on par with a very, very basic Lumia 510 I had the misfortunate of having to use for a short time. The phone chugs while multi-tasking.

    I'm sorry you had a poor experience, but thanks for taking the time to add your story. This is why we included the HTC Desire Eye in our performance evaluation, so our readers could see the performance delta between some lower-cost devices and last year's flagships running Snapdragon 801 SoCs, which are now considered mid-tier.

    Our unit did not experience the restart while charging issue, and while this comes as no solace to you, the Moto E handled its 1GB of RAM better than the Lumia 830 did during our testing and evaluation.

    - Matt Humrick, Mobile Editor, Tom's Hardware
    Reply
  • quadrider21
    I've experianced BT connectivity problems with both the Moto G and this new Moto E when connected to various cars. I'd be wary purchasing these phones if you rely on BT connectivity in your cars.
    Reply