Poco's upcoming X8 Pro has begun appearing online, signalling that its official launch could be just around the corner. The smartphone has now been spotted on Geekbench, revealing important performance and hardware details.
Geekbench Appearance and Performance
The device was listed with the model number Xiaomi 2511FPC34G. The letter "G" in the model number indicates that this is likely the global version of the Poco X8 Pro. Benchmark scores recorded on Geekbench are:
- 1,708 points in the single-core test
- 6,297 points in the multi-core test
The listing suggests the phone runs on an octa-core MediaTek processor, featuring:
- Four cores clocked at 2.20GHz
- Three cores running at 3.20GHz
- One prime core reaching up to 3.40GHz
The tested variant comes with 12GB of RAM and operates on Android 16, layered with Xiaomi's latest HyperOS 3.
Reports indicate that the Poco X8 Pro may launch globally in March, alongside a Poco X8 Pro Max model. For the Indian market, the handset is expected to arrive either in March or early April.
Expected Pricing
- 8GB + 256GB: €399 (approx. ₹43,000)
- 8GB + 512GB: €449 (approx. ₹48,000)
- 12GB + 512GB: €479 (approx. ₹51,000)
The device is expected to be available in Black, White, and Green.
The Poco X8 Pro is rumoured to be a rebranded version of the Redmi Turbo 5, which was launched in China in January. If this proves accurate, the global variant may carry over similar hardware features.
Expected Specifications
Display
Processor
- MediaTek Dimensity 8500 Ultra SoC
- Mali-G720 MC8 GPU
RAM and Storage
- Up to 16GB RAM
- Up to 512GB internal storage
Camera Setup
- 50MP primary rear camera
- 8MP ultra-wide sensor
- 20MP front camera
Battery and Charging
- 7,560mAh battery
- 100W fast charging support
- 27W reverse charging
Protection
- IP69K rating for dust and water resistance
With its powerful chipset, large battery, and competitive pricing, the Poco X8 Pro could emerge as a strong option in the upper mid-range segment. An official announcement is expected soon as its rumoured launch window approaches.
