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What is the MediaTek Helio P70

The MediaTek Helio P70 is the key component in a large number of products sold by us. This amazing processor increases usability for our new-aged cellphone users.

The MediaTek Helio P70 is a processor designed for mobile devices, renowned for its powerful performance and efficient functionality. Developed by MediaTek, a prominent semiconductor company, the Helio P70 integrates cutting-edge technology to deliver a high-performance computing experience for smartphones and other portable devices.

Released as an upgrade to its predecessor, the Helio P60, this chipset boasts enhanced features and capabilities. It is built on a 12nm process and incorporates a multi-core AI processing unit, providing substantial improvements in AI-driven tasks, such as photography, gaming, and overall device optimization.

The Helio P70 is recognized for its balance between performance and power efficiency. It comprises a combination of ARM Cortex-A73 and Cortex-A53 CPUs, along with a Mali-G72 GPU, ensuring smooth and responsive user experiences, especially in demanding applications and gaming scenarios.

Moreover, this chipset excels in-camera capabilities, supporting high-resolution cameras and advanced image-processing technologies. It enables impressive photography features like AI-enhanced scenes, real-time HDR, and significant improvements in low-light performance.

The integration of various connectivity options like 4G LTE, dual 4G VoLTE, Bluetooth, and Wi-Fi ensures reliable and fast communication capabilities. The Helio P70 is also optimized for power efficiency, contributing to prolonged battery life, which is a crucial aspect of modern mobile devices.

Overall, the MediaTek Helio P70 stands out as a robust and versatile chipset, offering a blend of powerful performance, AI-driven capabilities, and energy efficiency, making it a popular choice among smartphone manufacturers aiming to deliver exceptional devices to consumers.

MediaTek’s CorePilot 4.0 technology effectively allocates tasks among processing resources, emphasizing power management to sustain rapid user experiences. It achieves this through thermal regulation, UX monitoring, and Energy Aware Scheduling (EAS+), ensuring a consistently smooth performance.

Utilizing the advanced TSMC 12nm FinFET production process, MediaTek’s chipset stands out by delivering up to 15% lower power consumption compared to other products in the 14nm-class category.

How do processors work?

Here is a short Video explaining the basics

CorePilot 4.0 explained

CorePilot 4.0 is an advanced technology developed by MediaTek, specifically designed to optimize the performance and power efficiency of their chipset systems, particularly in mobile devices. It functions as a comprehensive task management system that intelligently allocates and manages tasks across various processing resources within the chipset.

CorePilot 4.0 employs a sophisticated approach to task allocation, ensuring that different types of tasks are appropriately distributed among the CPU cores. This technology dynamically adjusts the workload distribution based on factors like system temperature, user experience monitoring, and energy-aware scheduling (EAS+).

By effectively managing the allocation of tasks, CorePilot 4.0 aims to achieve several objectives:

Optimized Performance: It ensures that tasks are executed efficiently by allocating them to the most suitable processing resources, thereby enhancing the overall performance of the device.

Thermal Management: CorePilot 4.0 monitors and regulates the system’s temperature by intelligently adjusting task distribution, preventing overheating and maintaining optimal operating conditions.

User Experience (UX) Monitoring: This technology continuously assesses the user’s interactions with the device to prioritize and optimize tasks that contribute to a smooth and responsive user experience.

Energy Efficiency: Through Energy Aware Scheduling (EAS+), CorePilot 4.0 focuses on power management strategies, aiming to minimize energy consumption while maintaining high performance.

In essence, CorePilot 4.0 plays a crucial role in enhancing the overall efficiency, performance, and user experience of MediaTek chipset-powered devices by intelligently managing task allocation and power usage.

Multi-c-Core APU

The multi-core APU functions at speeds of up to 525MHz. When paired with MediaTek’s NeuroPilot enhancements and an advanced multi-threading scheduler, it achieves 10-30% greater AI processing efficiency compared to the earlier P60 model. This improvement allows the P70 to handle more complex AI tasks, like human pose detection, even within a similar performance range.

This platform offers remarkable flexibility and power, presenting an exceptionally energy-efficient resource that’s perfect for creating distinctive product offerings.

What is a APU?

Here is a short Video explaining What a APU is

Capture Amazing Pictures and Video

In the realm of photography, its latest high-resolution depth engine delivers a remarkable 3X enhancement in depth-mapping capabilities. This advancement allows for smoother 24fps visual bokeh previews while conserving 43mA per second compared to competitor alternatives.

As smartphones embrace HDR-capable displays and prioritize photography, the P70 stands out by emphasizing real-time HDR capture, recording, and processing. Its hardware-driven capacity to handle RAW HDR images sets it apart from its counterparts. Additional HDR-focused improvements encompass RAW-domain multi-frame HDR capture and Zig-Zag HDR technology.

The performance of MFNR (Multi-Frame Noise Reduction) and MFLL (Multi-Frame Luminance Layering) has surged by 20%, ensuring quicker processing from shot to JPEG. This enhancement guarantees a seamless experience when capturing a burst of photos. Furthermore, hardware upgrades feature a dedicated warping engine for electronic image stabilization (EIS), conserving 23mA per second compared to GPU usage. An anti-blooming engine prevents overexposure, while precise AI-driven facial detection and intelligent scene recognition significantly enhance auto-exposure (AE), auto-focus (AF), and auto-white balance (AWB).



CPU Type(s)
Arm Cortex-A53, Arm Cortex-A73

Max CPU Frequency
Up to 2.1GHz

Octa (8)


Heterogeneous Multi-Processing

Memory and Storage
Memory Type

Max Memory Frequency
1X LPDDR3 933MHz, 2X LPDDR4x Up to 1800MHz

Max Memory Size
Up to 8GB (LPDDR4x), Up to 4GB (LPDDR3)

Storage Type
eMMC 5.1, UFS 2.1

Cellular Technologies
4G Carrier Aggregation (CA), CDMA2000 1x/EVDO Rev. A (SRLTE), 4G FDD / TDD, HSPA +

Specific Functions
2×2 UL CA, TAS 2.0, HPUE, IMS (VoLTE\ViLTE\WoWi-Fi), eMBMS, Dual 4G VoLTE (DSDS), Band 71

LTE Category
Cat-7 DL / Cat-13 UL

General Connectivity
Bluetooth, FM Radio, GNSS, Wi-Fi

Beidou, Galileo, Glonass, GPS, QZSS

Wi-Fi 5 (a/b/g/n/ac)

Bluetooth Version
4.2 (Low Energy)

FM Radio

Max Camera ISP
20MP + 16MP, 32MP, 48MP Snapshot

Max Video Capture Resolution
1920 x 1080

Capture FPS
Up to 48MP “AI Snapshot”, 32MP @ 30fps with ZSD or 16MP @ 90fps

Camera Features
(AI) Facial Detection & Scene Detection; Hardware Warping Engine (EIS); Anti-Blooming Engine; MEMA 3DNR; Multi-Frame Noise reduction; Real-time HDR recording and viewing; Zig-Zag HDR; RAW-domain multi-frame HDR; PDAF

GPU Type
Arm Mali-G72 MP3

Max GPU Frequency
Up to 900MHz

Max Display Resolution
2160 x 1080

Video Encoding

Video Playback
H.264, H.265 / HEVC

MediaTek Technologies
MediaTek Technologies
CorePilot, Imagiq, NeuroPilot, Pump Express, Pump Express Wireless, Response Time Enhancement Technology

AI Accelerator


Up to 280GMAC/s

Latest 4G Technology

MediaTek’s cutting-edge 4G LTE WorldMode modem prioritizes an energy-efficient design alongside the integration of the latest cellular standards and features.

Its dual 4G SIM functionality allows for the utilization of widely used VoLTE and ViLTE services across both cellular connections. These services, compared to traditional calls, offer superior experiences with faster call setup times and notably enhanced sound quality. Leveraging the advantages of 4G LTE, the second SIM ensures swifter data connectivity, more dependable coverage, and reduced power consumption, catering particularly to 4G-exclusive operators.

Innovative Transmission Antenna Switching (TAS 2.0) technology from MediaTek elevates user experience by dynamically selecting the optimal antenna combination. This ensures sustained, high-quality signals while operating at the lowest possible power consumption.


In conclusion, the MediaTek Helio P70 stands as a testament to MediaTek’s commitment to delivering powerful yet energy-efficient chipset solutions. With its blend of advanced technologies like CorePilot 4.0 for optimized task management and A high-performance APU driving AI capabilities, the P70 offers a significant leap forward in mobile processing.

This chipset’s focus on photography, boasting improved depth mapping, HDR capabilities, and enhanced MFNR performance, ensures a superior imaging experience. Additionally, its dual 4G SIM functionality and TAS 2.0 technology exemplify MediaTek’s dedication to efficient connectivity and user-centric design.

Overall, the Helio P70 represents a comprehensive and versatile chipset, perfectly balancing performance, power efficiency, and cutting-edge features. It continues to serve as a cornerstone in powering next-generation mobile devices, catering to the growing demands of modern consumers for seamless performance, advanced AI capabilities, and superior connectivity.

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