The Huawei Honor 7 Lite (5c) uses the 16nm HiSilicon Kirin 650 chipset. It's one of few midrange chips on such an advanced process, the other being the Snapdragon 625, but the latter is only just making it to retail products.
The Kirin 650 houses eight Cortex-A53 cores in total - half of them run at 2.0GHz and half at 1.7GHz. They are paired with a Mali-T830MP2 GPU and 2GB of RAM. There's no 3GB option like with the P9 lite.
Overall performance is excellent for the price bracket. As the compound benchmarks below will show you, the Honor 7 Lite is outplayed by the Nexus 5X and Xiaomi Mi 4s, but those are pricier alternatives with Snapdragon 808 chipsets.
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Multi-core performance however turned things around, topping even the S808 duo and having a decent margin on the other midrange handsets, which are usually powered by Snapdragon 615/616 chipsets. Even the 2015 flagship Huawei P8 (powered by Kirin 930) lags behind.
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Higher is better
The Mali-T830 GPU is similar to the T880 in the flagship Huawei P9, but the Honor 7 Lite only has two cores instead of four. Still, the new midranger matches the graphics performance of the Huawei P8.
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Higher is better
Higher is better
Higher is better
It's not the best GPU for 1080p gaming, and intensive 3D games will need to switch to medium graphics quality and effects for it to reach a good framerate.
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Higher is better
The Huawei Honor 7 Lite (5c) runs smoothly and 2GB of RAM proved enough. Only heavy apps showed a noticeable slowdown as they launch. It's just as fast as the pricier Huawei P9 lite.
The phone will handle most mobile games. True, not at max settings, but we didn't expect that from an affordable midrange phone. The Nexus 5X or Mi 4s with the S808 chipsets do better, but they are more expensive too. Newer Snapdragon 6xx chips haven't made it to the sub-5.5" segment yet.
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