Vivo X5Pro review: Proficient
Proficient
Synthetic benchmarks
The vivo X5Pro is another in a long line of midrangers, which rely on the proven Snapdragon 615 formula. This holds true for the international version we're reviewing, as there's another one, powered by the Mediatek 6752 chip, but limited to the Chinese market.
The S615 is so popular that we have 43 devices in our database, which while extensive is certainly not exhaustive. That number has grown from the 36 we had a month ago, when we reviewed vivo's own X5Max - guess the chip in that one.
Even though it's the same base hardware, vivo has tinkered it a bit differently for the Pro compared to the Max. Where the clock rates of the Max were 1.5GHz and 1.0GHz for the performance and efficiency quad-core clusters respectively, the Pro's numbers are 1.5GHz and 1.1GHz.
And as you know, just because it's the same hardware, doesn't remotely mean that the same results are to be expected. Variations in clock rates (up to a maximum of 1.7GHz), coupled with different screen resolutions lead to markedly different scores, and that's before we factor in the level of software optimization, achieved by the manufacturers.
This becomes evident pretty quickly, as the vivo X5Pro sits towards the bottom of the S615 crowd in GeekBench, only to find itself near the top in Antutu. Apparently, the modest clock speeds have hurt the device in the CPU-only Geekbench, but overall performance is top-notch (given the innards, of course). Bear in mind that Antutu is dominated here by Mediatek-equipped devices, and the Lenovo Vibe X2 is running the Chinese chipmaker current top-dog, the Helio X10, f.k.a. MT6595.
GeekBench 3
Higher is better
-
Sony Xperia C4 Dual
4242 -
Meizu m1 note
3988 -
Lenovo Vibe X2
3647 -
Acer Liquid Jade S
3557 -
Samsung Galaxy A7 (S615)
2880 -
Huawei P8lite
2813 -
Oppo R5
2806 -
Huawei P8lite (Snapdragon 615)
2717 -
Oppo R7 (retail)
2683 -
Meizu m2 note
2649 -
HTC Desire 820
2586 -
Oppo R1x
2507 -
Archos 50 Diamond
2460 -
Sony Xperia M4 Aqua
2375 -
Xiaomi Mi 4i
2336 -
ZTE Nubia Z9 mini
2298 -
vivo X5Max
2291 -
vivo X5Pro
2241 -
ZTE Blade S6
2086
AnTuTu 5
Higher is better
-
Lenovo Vibe X2
46666 -
Sony Xperia C4 Dual
46307 -
Acer Liquid Jade S
39637 -
Meizu m1 note
39224 -
ZTE Nubia Z9 mini
35582 -
Huawei P8lite
35205 -
Huawei P8lite (Snapdragon 615)
35038 -
vivo X5Pro
34649 -
Xiaomi Mi 4i
34491 -
Sony Xperia M4 Aqua
32217 -
Meizu m2 note
32054 -
Samsung Galaxy A7 (S615)
31436 -
Oppo R5
31417 -
Oppo R1x
30187 -
vivo X5Max
29630 -
Oppo R7 (retail)
29452 -
Archos 50 Diamond
28756 -
ZTE Blade S6
27198 -
HTC Desire 820
27070
Judging by the Antutu score, one would expect that the X5Pro would perform admirably in the other compound benchmarks, but that isn't exactly so. The overall score in the older Basemark OS II is uninspiring, though it's noticeably higher than the X5Max and the Huawei P8lite (the Kirin 620 version).
Basemark OS II
Higher is better
-
Huawei Honor 7
1038 -
Lenovo Vibe X2
930 -
Sony Xperia M4 Aqua
883 -
Sony Xperia C4 Dual
857 -
Xiaomi Mi 4i
843 -
ZTE Nubia Z9 mini
818 -
Huawei P8lite (Snapdragon 615)
799 -
Meizu m2 note
794 -
Samsung Galaxy A7 (S615)
786 -
Oppo R5
772 -
Archos 50 Diamond
762 -
Oppo R1x
745 -
ZTE Blade S6
741 -
Oppo R7 (retail)
737 -
vivo X5Pro
728 -
HTC Desire 820
725 -
Meizu m1 note
715 -
vivo X5Max
620 -
Acer Liquid Jade S
619 -
Huawei P8lite
600
Basemark OS II 2.0 is a bit more flattering, and the X5Pro places towards the middle of the pack. Its single-core performance helps its case, and since a lot of apps can only utilize a single CPU core, this is arguably the more important number. The multi-core result is rather low though, about half of what the Samsung Galaxy A7 is capable of with the same chipset.
Basemark OS 2.0
Higher is better
-
Sony Xperia C4 Dual
939 -
Meizu m1 note
880 -
Sony Xperia M4 Aqua
858 -
Samsung Galaxy A7 (S615)
813 -
Oppo R7 (retail)
757 -
Oppo R1x
753 -
ZTE Blade S6
751 -
Archos 50 Diamond
745 -
vivo X5Pro
738 -
HTC Desire 820
728 -
Acer Liquid Jade S
725 -
Oppo R5
710 -
Huawei P8lite
691 -
Meizu m2 note
673 -
vivo X5Max
656 -
Xiaomi Mi 4i
296 -
ZTE Nubia Z9 mini
282
Basemark OS 2.0 (single-core)
Higher is better
-
Xiaomi Mi 4i
3008 -
Sony Xperia C4 Dual
2900 -
vivo X5Pro
2767 -
ZTE Nubia Z9 mini
2676 -
Sony Xperia M4 Aqua
2628 -
Meizu m1 note
2617 -
vivo X5Max
2580 -
HTC Desire 820
2546 -
Samsung Galaxy A7 (S615)
2480 -
Archos 50 Diamond
2454 -
Oppo R7 (retail)
2452 -
ZTE Blade S6
2446 -
Acer Liquid Jade S
2438 -
Oppo R5
2437 -
Oppo R1x
2177 -
Huawei P8lite
2154 -
Meizu m2 note
1709
Basemark OS 2.0 (multi-core)
Higher is better
-
Sony Xperia C4 Dual
24035 -
Acer Liquid Jade S
18968 -
Huawei P8lite
17099 -
Samsung Galaxy A7 (S615)
16640 -
Meizu m1 note
14565 -
Xiaomi Mi 4i
13521 -
Sony Xperia M4 Aqua
13167 -
Oppo R5
12044 -
Archos 50 Diamond
11587 -
HTC Desire 820
10275 -
ZTE Nubia Z9 mini
9979 -
Oppo R7 (retail)
9755 -
vivo X5Pro
8733 -
Oppo R1x
8683 -
vivo X5Max
8327 -
ZTE Blade S6
8229 -
Meizu m2 note
8105
Graphics performance is good, as long as you have in mind we're talking about the combination of an Adreno 405 GPU and a FullHD display. In the onscreen parts of GFXBench there's a clear line between the 1080p and 720p devices, indicating that the GPU is a lot better suited to HD screens. In the standardized 1080p offscreen T-Rex routine, however, the X5Pro is a frame behind the majority of similarly equipped devices. The more demanding Manhattan test shows little difference.
GFX 2.7 T-Rex (1080p offscreen)
Higher is better
-
Lenovo Vibe X2
17.8 -
Huawei Honor 7
17 -
Oppo R5
15.1 -
vivo X5Max
15 -
Oppo R7 (retail)
15 -
Samsung Galaxy A7 (S615)
15 -
HTC Desire 820
15 -
ZTE Blade S6
15 -
Archos 50 Diamond
15 -
ZTE Nubia Z9 mini
15 -
Huawei P8lite (Snapdragon 615)
15 -
Sony Xperia C4 Dual
15 -
Meizu m1 note
15 -
Sony Xperia M4 Aqua
14.9 -
vivo X5Pro
14 -
Xiaomi Mi 4i
14 -
Oppo R1x
12 -
Meizu m2 note
12 -
Acer Liquid Jade S
11 -
Huawei P8lite
10
GFX 2.7 T-Rex (onscreen)
Higher is better
-
HTC Desire 820
26 -
Huawei P8lite (Snapdragon 615)
26 -
Sony Xperia M4 Aqua
25.8 -
ZTE Blade S6
24 -
Acer Liquid Jade S
22 -
Oppo R1x
20 -
Huawei Honor 7
19 -
Lenovo Vibe X2
17 -
Huawei P8lite
16 -
Meizu m1 note
16 -
Oppo R7 (retail)
15 -
Samsung Galaxy A7 (S615)
15 -
Archos 50 Diamond
15 -
Sony Xperia C4 Dual
15 -
Oppo R5
14.8 -
vivo X5Max
14 -
vivo X5Pro
14 -
Xiaomi Mi 4i
14 -
ZTE Nubia Z9 mini
14 -
Meizu m2 note
12
GFX 3.0 Manhattan (1080p offscreen)
Higher is better
-
Huawei Honor 7
9.2 -
Xiaomi Mi 4i
6.2 -
Lenovo Vibe X2
6.1 -
Huawei P8lite (Snapdragon 615)
6 -
Sony Xperia C4 Dual
6 -
Oppo R7 (retail)
5.9 -
ZTE Nubia Z9 mini
5.9 -
Sony Xperia M4 Aqua
5.84 -
vivo X5Pro
5.8 -
Oppo R5
5.8 -
Samsung Galaxy A7 (S615)
5.8 -
ZTE Blade S6
5.8 -
Archos 50 Diamond
5.8 -
Meizu m1 note
5.8 -
vivo X5Max
5.7 -
HTC Desire 820
5.7 -
Oppo R1x
4.9 -
Acer Liquid Jade S
4.9 -
Meizu m2 note
2.3
GFX 3.0 Manhattan (onscreen)
Higher is better
-
Sony Xperia M4 Aqua
12.2 -
HTC Desire 820
12 -
Huawei P8lite (Snapdragon 615)
12 -
ZTE Blade S6
11 -
Acer Liquid Jade S
10 -
Oppo R1x
9.6 -
Huawei Honor 7
9.3 -
Sony Xperia C4 Dual
6.4 -
Xiaomi Mi 4i
6.2 -
Lenovo Vibe X2
6.1 -
Oppo R7 (retail)
5.9 -
vivo X5Pro
5.8 -
Oppo R5
5.8 -
Samsung Galaxy A7 (S615)
5.8 -
ZTE Nubia Z9 mini
5.8 -
vivo X5Max
5.7 -
Archos 50 Diamond
5.7 -
Meizu m1 note
5.7 -
Meizu m2 note
2.3
Basemark X has all the Snapdragon 615s closely spaced, but the vivo X5Pro is still among the best performers, with only the Oppo R7 noticeably better.
Basemark X
Higher is better
-
Huawei Honor 7
9377 -
Lenovo Vibe X2
6512 -
Oppo R7 (retail)
5382 -
Sony Xperia M4 Aqua
5105 -
vivo X5Pro
5091 -
Huawei P8lite (Snapdragon 615)
5062 -
ZTE Blade S6
5039 -
ZTE Nubia Z9 mini
5003 -
vivo X5Max
4893 -
Xiaomi Mi 4i
4875 -
HTC Desire 820
4859 -
Oppo R5
4855 -
Samsung Galaxy A7 (S615)
4802 -
Meizu m1 note
4617 -
Oppo R1x
4018 -
Meizu m2 note
3946 -
Acer Liquid Jade S
3934 -
Huawei P8lite
3648
Browser performance is another area where the X5Pro does pretty well. It's on par with the Galaxy A7 when it comes to handling JavaScript in the Kraken 1.1 benchmark, though the Oppo R7 escapes to the top again with some 10% better scores. General HTML performance is top notch, in its own right and especially compared to the mediocre X5Max.
Kraken 1.1
Lower is better
-
Lenovo Vibe X2
4747 -
Oppo R7 (retail)
11257 -
Acer Liquid Jade S
11410 -
Xiaomi Mi 4i
11439 -
Huawei Honor 7
11493 -
Oppo R5
11656 -
vivo X5Max
11967 -
Archos 50 Diamond
12110 -
Samsung Galaxy A7 (S615)
12266 -
vivo X5Pro
12525 -
Oppo R1x
12826 -
ZTE Blade S6
12865 -
HTC Desire 820
13568 -
Sony Xperia M4 Aqua
13609 -
Meizu m2 note
14462 -
Meizu m1 note
15055 -
Sony Xperia C4 Dual
15815 -
Huawei P8lite
16743 -
ZTE Nubia Z9 mini
18583 -
Huawei P8lite (Snapdragon 615)
18665
BrowserMark 2.1
Higher is better
-
Lenovo Vibe X2
2211 -
Samsung Galaxy A7 (S615)
1655 -
vivo X5Pro
1509 -
Archos 50 Diamond
1437 -
Oppo R7 (retail)
1433 -
Xiaomi Mi 4i
1396 -
Oppo R5
1319 -
ZTE Blade S6
1271 -
Acer Liquid Jade S
1175 -
Sony Xperia M4 Aqua
1171 -
HTC Desire 820
991 -
Huawei P8lite
981 -
Huawei Honor 7
825 -
Sony Xperia C4 Dual
793 -
ZTE Nubia Z9 mini
767 -
Meizu m2 note
656 -
Oppo R1x
627 -
vivo X5Max
607 -
Meizu m1 note
536 -
Huawei P8lite (Snapdragon 615)
501
All in all, the vivo X5Pro is a dependable performer, often outclassing competitors with the same hardware. Most importantly, vivo has done a much better job with optimizing the software package and the Pro does considerably better than the Max. The improvement could be partially attributed to the newer Android version (the Pro is running Lollipop, while the Max is still on KitKat), but whatever the reasons, the result is what counts.
Reader comments
- Anonymous
- 11 Jul 2016
- vwe
mindblowing phone......... very very nice butiful phone
- Anonymous
- 27 Jun 2016
- u1f
Best phone I ever had.. Vivo!!!
- kalpesh Telisara
- 30 Nov 2015
- tUp
Dont compare X5pro to other brand Mindblowing phone