HTC One E9+ review: Positive charge
Positive charge
Synthetic benchamrks
Unlike the One M9, which is powered by the Qualcomm Snapdragon 810, the rest of this year's Ones, including the E9+, rely on the Mediatek MT6795 chipset. Also known as Helio X10, this Mediatek SoC is currently the company's top-end solution, at least until the tri-cluster deca-core Helio X20 comes along.
The chipset features an octa-core processor, which can be clocked up to 2.2GHz, but in the case of the E9+ clock speed is limited to 2.0GHz. It's what Mediatek calls a True Octa-core architecture - all 8 Cortex-A53 cores can work simultaneously to cover peak performance demands. The processor is joined by a PowerVR G6200 GPU and 3GB of RAM.
GeekBench 3 is a CPU-specific benchmark and unsurprisingly, having 8 processor cores toiling together helps the One E9+ wipe the floor with the S810 competition. It's still no match for the Exynos 7420 inside the Samsung Galaxy S6, which has a quad-core 2.1GHz Cortex-A57 and quad-core 1.5GHz Cortex-A53 processor configuration.
GeekBench 3
Higher is better
-
Samsung Galaxy S6
5215 -
HTC One E9+
4796 -
Sony Xperia Z3+ pre-production
3772 -
HTC One M9
3761 -
LG G Flex2
3604 -
LG G4
3509 -
Samsung Galaxy Note 4 Lollipop
3394 -
Meizu MX4 Pro
3386 -
Huawei P8
3380 -
Motorola Nexus 6
3285 -
Huawei Ascend Mate7
3165 -
Xiaomi Mi Note
3094 -
Asus ZenFone 2 ZE551ML (Z3580) retail
2922 -
Apple iPhone 6 Plus
2884 -
OnePlus One
2663
Throwing graphics, memory and storage speed into the mix, Antutu is a better indication of overall performance. The scores here are more condensed, with only the Galaxy S6 in a league of its own, and the pre-production Sony Xpeia Z3+ somewhat ahead of the crowd. Other than that the MT6795 is on par with the S810 One M9 and Huawei P8 (Kirin 930), the three marginally better than the LG G4 (S808), Galaxy Note 4 (S805) and highest-specced Asus Zenfone 2 (Intel Atom Z3580).
AnTuTu 5
Higher is better
-
Samsung Galaxy S6
69396 -
Sony Xperia Z3+ pre-production
55195 -
HTC One M9
51427 -
Huawei P8
50876 -
HTC One E9+
50753 -
Motorola Nexus 6
49803 -
LG G4
49295 -
Samsung Galaxy Note 4 Lollipop
49273 -
Meizu MX4 Pro
48489 -
Asus ZenFone 2 ZE551ML (Z3580) retail
48361 -
LG G Flex2
47680 -
Xiaomi Mi Note
45632 -
Huawei Ascend Mate7
41510
Basemark OS II 2.0 is another compound benchmark, but one that makes the E9+ look pretty bad compared to rivals. It places towards the bottom of the bunch in the overall score, with only the Huawei P8 a little behind. The E9+ is also trailing in single-core CPU performance. Those 8 cores have their say in the multi-core test though, where the E9+ comes up first.
Basemark OS 2.0
Higher is better
-
LG G Flex2
1726 -
Samsung Galaxy S6
1674 -
LG G4
1584 -
Sony Xperia Z3+ pre-production
1479 -
HTC One M9
1365 -
Xiaomi Mi Note
1353 -
Samsung Galaxy Note 4 Lollipop
1267 -
Motorola Nexus 6
1267 -
OnePlus One
1230 -
HTC One E9+
1227 -
Huawei P8
1112 -
Meizu MX4 Pro
863 -
Huawei Ascend Mate7
849
Basemark OS 2.0 (single-core)
Higher is better
-
Samsung Galaxy S6
6306 -
Samsung Galaxy Note 4 Lollipop
6165 -
Xiaomi Mi Note
6068 -
LG G4
5871 -
Motorola Nexus 6
5624 -
LG G Flex2
5597 -
OnePlus One
5108 -
HTC One M9
4688 -
Sony Xperia Z3+ pre-production
4370 -
Huawei Ascend Mate7
4365 -
Huawei P8
3684 -
HTC One E9+
3444 -
Meizu MX4 Pro
3118
Basemark OS 2.0 (multi-core)
Higher is better
-
HTC One E9+
28201 -
Samsung Galaxy S6
26799 -
Huawei P8
23676 -
Huawei Ascend Mate7
22387 -
Motorola Nexus 6
21026 -
OnePlus One
19625 -
LG G Flex2
18856 -
Samsung Galaxy Note 4 Lollipop
18386 -
HTC One M9
18047 -
Xiaomi Mi Note
17882 -
LG G4
17739 -
Sony Xperia Z3+ pre-production
17028 -
Meizu MX4 Pro
12080
Moving on to graphics performance, it becomes clear what's been dragging the MT6795 down in the compound benchmarks. The PowerVR G6200 is obviously not up to the task and is proving inadequate for the smartphone's high-end aspirations. All the different generations of Adreno GPUs in the Snapdragon series are markedly better.
In Basemark X for example, the One E9+ would have been last among this year's offerings, if wasn't for the even more disappointing Huawei P8 and its Mali-T628 MP4 GPU.
Basemark X
Higher is better
-
Samsung Galaxy S6
27169 -
Sony Xperia Z3+ pre-production
23334 -
Motorola Nexus 6
20901 -
Samsung Galaxy Note 4 Lollipop
20043 -
HTC One M9
19848 -
LG G Flex2
19360 -
Apple iPhone 6 Plus
18297 -
LG G4
15090 -
Asus ZenFone 2 ZE551ML (Z3580) retail
13414 -
OnePlus One
13129 -
Xiaomi Mi Note
13075 -
HTC One E9+
9639 -
Meizu MX4 Pro
9111 -
Huawei Ascend Mate7
6501 -
Huawei P8
6307
GFXBench tells the same story, only darker. In the offscreen part of the T-Rex test (run at a standardized 1080p resolution) the One E9+ scores only 15fps, which is half of what even the Zenfone 2 manages. The Snapdragon 810 rivals are all in the high 40s, while the Galaxy S6 is alone at the top at 59fps.
In the tougher 3.0 Manhattan test the proportions are similar, and although the Galaxy S6' lead isn't as pronounced, the E9+ is still second to last.
GFX 2.7 T-Rex (1080p offscreen)
Higher is better
-
Samsung Galaxy S6
59 -
HTC One M9
49 -
LG G Flex2
49 -
Sony Xperia Z3+ pre-production
46.5 -
Apple iPhone 6 Plus
44.6 -
Samsung Galaxy Note 4 Lollipop
40 -
Motorola Nexus 6
38.9 -
LG G4
34.5 -
Asus ZenFone 2 ZE551ML (Z3580) retail
30 -
OnePlus One
28.3 -
Xiaomi Mi Note
28 -
Meizu MX4 Pro
26 -
Huawei Ascend Mate7
16.4 -
HTC One E9+
15 -
Huawei P8
10
GFX 3.0 Manhattan (1080p offscreen)
Higher is better
-
Samsung Galaxy S6
24 -
HTC One M9
23 -
LG G Flex2
22 -
Sony Xperia Z3+ pre-production
20.7 -
Motorola Nexus 6
18.6 -
Apple iPhone 6 Plus
18.6 -
Samsung Galaxy Note 4 Lollipop
18 -
LG G4
14.9 -
Asus ZenFone 2 ZE551ML (Z3580) retail
13 -
Meizu MX4 Pro
13 -
OnePlus One
12.1 -
Xiaomi Mi Note
11 -
Huawei Ascend Mate7
8 -
HTC One E9+
6.6 -
Huawei P8
5.4
The onscreen tests are carried out at the respective devices' native resolution, which doesn't do the QHD One E9+ any favors - a solid last spot in both routines.
GFX 2.7 T-Rex (onscreen)
Higher is better
-
HTC One M9
50 -
LG G Flex2
48 -
Sony Xperia Z3+ pre-production
46.8 -
Samsung Galaxy S6
38 -
Asus ZenFone 2 ZE551ML (Z3580) retail
30 -
OnePlus One
30 -
Xiaomi Mi Note
28 -
Motorola Nexus 6
27.4 -
Samsung Galaxy Note 4 Lollipop
26 -
LG G4
24.7 -
Huawei Ascend Mate7
17.4 -
Meizu MX4 Pro
17 -
Huawei P8
10.7 -
HTC One E9+
10
GFX 3.0 Manhattan (onscreen)
Higher is better
-
HTC One M9
24 -
LG G Flex2
22 -
Sony Xperia Z3+ pre-production
20.5 -
Samsung Galaxy S6
14 -
OnePlus One
12.9 -
Asus ZenFone 2 ZE551ML (Z3580) retail
12 -
Motorola Nexus 6
11.9 -
Samsung Galaxy Note 4 Lollipop
11 -
Xiaomi Mi Note
11 -
LG G4
9.4 -
Huawei Ascend Mate7
8.5 -
Meizu MX4 Pro
7.8 -
Huawei P8
5.7 -
HTC One E9+
5.4
Browser performance on the HTC One E9+ is yet another letdown. The JavaScript-focused Kraken 1.1 yields a score, which is on par with the Motorola Moto E and HTC Desire 616, an entry-level result.
The broader BrowserMark benchmark is a bit less stressing on the E9+, meaning it's trailing less behind the bunch. In all fairness, it may be an HTC thing, because even the S810-powered One M9 isn't on par with the rest of the similarly equipped devices.
Kraken 1.1
Lower is better
-
LG G4
4085 -
Samsung Galaxy S6
4154 -
LG G Flex2
4621 -
Apple iPhone 6 Plus
4650 -
Sony Xperia Z3+ pre-production
4745 -
Asus ZenFone 2 ZE551ML (Z3580) retail
5057 -
Samsung Galaxy Note 4 Lollipop
5181 -
HTC One M9
5500 -
Huawei Ascend Mate7
5567 -
Motorola Nexus 6
6088 -
Xiaomi Mi Note
6382 -
OnePlus One
7008 -
Meizu MX4 Pro
10193 -
Huawei P8
11867 -
HTC One E9+
17430
BrowserMark 2.1
Higher is better
-
Apple iPhone 6 Plus
3389 -
Samsung Galaxy S6
2718 -
Sony Xperia Z3+ pre-production
2337 -
Samsung Galaxy Note 4 Lollipop
2232 -
LG G Flex2
2086 -
LG G4
1990 -
Asus ZenFone 2 ZE551ML (Z3580) retail
1853 -
HTC One M9
1681 -
Motorola Nexus 6
1447 -
OnePlus One
1339 -
HTC One E9+
1279 -
Huawei Ascend Mate7
795 -
Huawei P8
764 -
Xiaomi Mi Note
748
So our first encounter with the Mediatek Helio X10 left us with mixed feelings. Yes, it does have very good raw CPU performance thanks to its True Octa-core architecture. But it lacks the GPU to match, and it would have been a bottleneck for a FullHD display, let alone a pixel-rich QHD.
And it's not just graphics, the browser scores reveal there's a lot to be done in terms of optimization. The chipset obviously has power to spare, it just doesn't deliver it.
Reader comments
- SAM
- 25 Dec 2020
- 6PC
it is the issue of wifi and blutooth IC. you need to change it than it will work
- Bristo
- 13 Jul 2020
- DkZ
The screen is weak
- kamgera
- 03 Oct 2019
- NvT
my htc e9+ is 3years old my bluetooth and wifi stopped working why? please help.