3. The performance of your smartphone is influenced by many factors, including the
operating system, manufacturer, and wireless carrier. But there’s one essential and
often-overlooked element that’s largely responsible for the speed, efficiency, and
battery life of your smartphone
—The Processor
5. Design & Development
• ItisDesignandDevelopedByHiSilicon
• HiSilicon is In-House Processor Manufacturing
subsidiaryofHuawei.
• Kirin Processor now dedicated to use in Huawei
Products.BestIn-classTechnologyandPerformance.
6. ARCHITECTURE
Kirin is ARM based Cortex Architecture Processor.
Kirin comes in various configuration of architecture
to give optimum performance according to the device
demand. ARM Cortex-A processors are at the heart of
the most powerful and compelling Kirin processors.
They are deployed in mobile devices
7. Design
The All-In-One
An all-in-one processor brings all of your smartphone’s major
components together to improve performance and efficiency across
the board by reducing the distance signals and data need to travel.
Sometimes these components exist as different chips in a device,
but the exceptionally powerful and power-efficient processors have
all of them situated on a single chip. When they’re grouped
together onto the processor, it’s referred to as “integrated.” Bringing
them closer together provides advantages for the operation of your
phone, like faster communication and reduced power consumption.
8. Technology
In HiSilicon Kirin we have true Octa- Core processors in which
all core are always On and some Octa –Core processors with
ARM® big.LITTLE Technology.
ARM®big.LITTLE Technology processing is a power-
optimization technology where high-performance ARM CPU
cores are combined with the most efficient ARM CPU cores
to deliver peak-performance capacity.
The latest big.LITTLE software and platforms can save 75%
of CPU energy in low to moderate performance scenarios,
and can increase performance by 40% in highly threaded
workloads
ARM big.LITTLE technology enables mobile SoCs to be
designed for new levels of peak performance, in the same
all-day battery life users expect.
10. In-Built Motion Co- Processor
A microcontroller unit or coprocessor that helps to integrate data from
different sensors and process them.This technology can help off-load these
jobs from a product's main CPU, thus saving battery consumption and
providing a performance improvement.
12. Based on the successful R&D experience of SOC chipsets for over 17 years,
HiSilicon is capable of providing most advanced SOC architecture design
and implementation.
Our SOC chipsets can achieve highest performance with lowest cost
memory bandwidth and power.
we can provide high performance and salable heterogeneous computing
multi-core processor architecture with advanced CPUs, vision DSPs,
dedicated deep learning engines and GPUs embedded.
