What you should expect from OPPO's new operating system
Now that Android 13 has arrived, OPPO has updated ColorOS with a number of new and better features of their own, in addition to incorporating Google's newest changes. ColorOS 13 has been optimized for top performance and introduces novel smart features to make the most of your apps and phone's hardware, in addition to updated visuals and advanced customization capabilities.
A
dynamic computing engine is defined as follows.
In
this day and age, excellent performance is frequently taken for granted, what
with powerful processors and fast displays. However, if recent chips are any
indication, achieving buttery smooth performance still often comes at a cost to
power consumption. OPPO's Dynamic Computing Engine, developed in-house, is one
of the major upgrades introduced with ColorOS 13. It optimizes work scheduling,
which in turn increases performance while decreasing battery consumption.
Get
a load of this
OPPO's
computing power model is the foundation of the Dynamic Computing Engine's
initial phase, which strives to optimize the scheduling of common tasks. The
CPU cores in today's multi-core smartphone chipsets are divided into three
distinct categories: high performance, sustained performance, and efficiency.
Both performance and battery life are impacted by how judiciously a phone's CPU
cores are divided up amongst different apps and processes. As an example, if
you were to run a background task on a very fast CPU, it would complete more
rapidly, but since it is a background task, you wouldn't notice the increased
speed so much as the increased power usage. Therefore, it is recommended that
these kinds of jobs be executed on the lower power cores. The opposite is true
when it comes to launching a new app; for optimal responsiveness, this action
should be performed on a machine with a robust central processing unit. When
juggling the demands of many apps that use CPU, GPU, and other resources
simultaneously, the issue becomes more complex.
Over
the course of three years, OPPO's engineers simulated millions of similar
scenarios in an effort to improve upon the current state of affairs. To efficiently
schedule its CPU, GPU, and DDR components, OPPO uses a computing power model.
The resulting model for compute power scheduling strikes a good mix between
speed and efficiency, resulting in apps that run quickly and batteries that
last all day.
There
is no denying the evidence: OPPO claims that the battery life of the Find X5
Pro with this feature enabled by ColorOS 13 is greater than or equal to 34
hours when used for typical everyday tasks. The Find X5 Pro, according to its
lab tests, can last for up to 22 hours while movie playback, 9 hours during
continuous gaming, and 8 hours during video calls.
Sensitize
yourself to speed
The
second part of the issue involves the slowdowns that occur when using numerous
applications at once. OPPO developed a parallel computing engine to resolve
delays and interruptions caused by competing usage of system memory. When many
CPU threads attempt to use the same block of memory at the same time, a
condition known as "memory contention" or locks occurs, forcing processes
to wait until the memory is no longer being used by another thread. This
bottleneck occurs most frequently in multithreaded workloads and when freeing
and shifting huge blocks of data in and out of RAM, such as when relocating a
decommissioned application to a swap partition.
In
two distinct ways, the Dynamic Computing Engine solves this problem. To begin,
OPPO parallelizes tasks like memory allocation and reclaim, which splits huge
locks into smaller locks and speeds up app restarts after a pause. The engine
reduces the likelihood of significant locks by keeping applications in RAM for
as long as possible before shifting them to swap storage. The smartphone may
now run many background applications simultaneously, allowing the user to
quickly move between them without losing their place or losing their current
task.
In
the future, OPPO will provide software upgrades that add to the Dynamic
Computing Engine with new computing technologies including Parallel Computing,
High-Performance Computing, Intelligent Computing, and Device-Could
Collaborative Computing. It is expected that the Dynamic Computing Engine, as a
technical solution at the system level, will continue to enhance the core experience
in the years to come.
You
now have access to enhanced capabilities!
Color
OS 13 does more than merely streamline and optimize your regular tasks to save
you time and energy and extend the life of your battery. Utilizing these
advances in technology, it adds some brand new bells and whistles.
Confidentiality
is of utmost importance.
While
excellent performance is certainly a plus for any modern smartphone, it is only
one aspect of what makes such a device so desirable. It's equally crucial to
protect one's personal information, which is why ColorOS 13 has some excellent
new safeguards in this regard.
For
its new Auto Pixelate feature in ColorOS 13, OPPO created its own artificial
intelligence (AI) algorithm to ensure user anonymity. Without reading the
contents of your communications, Auto Pixelate can detect profile pictures and
names in Messenger and Whatsapp screenshots and blur them automatically.
Perfect for exchanging screenshots amongst friends without disclosing personal
information.
Auto-Pixelization for Color OS 13
Also,
OPPO's Private Safe, where you may save your most private files, is more safe
than ever. The AES technique, a standard in data security, is currently used to
encrypt files stored in private safes. ColorOS 13 is OPPO's most secure
operating system to date, and it works in tandem with Android 13's built-in
privacy features, such as clipboard auto cleaning and Wi-Fi location
concealing.
Enhancements
to the always-on screen
If
you think that sounds impressive, you should know that ColorOS 13 includes even
more clever tools for making the most of the hardware and software in an OPPO
phone.
The
LTPO display technology has been previously demonstrated by OPPO's premium
smartphones, demonstrating its benefits in dynamically lowering refresh rates
to save on performance while still giving silky smooth high refresh rates on
demand. OPPO's ColorOS 13 utilizes LTPO2.0 with Always-On Display, allowing for
extremely low refresh rates of just 1Hz. Through Smart Always-On Display, you
don't even need to turn on your screen to read notifications or use apps like
Spotify. However, compared to non-dynamic refresh rates, power consumption is
lowered by up to 30%.
The
Quantum Animation Engine, used by OPPO devices, has been enhanced in ColorOS
13. ColorOS can now foresee multi-gesture operations thanks to the implementation
of behavioral gesture prediction, making it more responsive to more complex
interactions and assuring a smooth and intuitive UI experience.
More
file formats are now compatible with OPPO Share without using up your data
plan. As part of OPPO's Multi-Screen Connect, OPPO Share now allows for the
transmission of files between devices, regardless of file type or the
underlying hardware of the handsets involved. Users who switch between
computers and mobile devices can save time by copying and pasting between them.
Not only does Multi-Screen Connect allow you to connect your smartphone to your
computer, but it also allows you to connect your smartphone to the OPPO Pad
Air.
Overall,
OPPO's Dynamic Computing Engine works to enhance not just the performance of
individual apps, but also crucial multitasking and power consumption
characteristics.
ColorOS
13 is much more than just an upgrade to Android 13; it's packed with new and
inventive features, and it demonstrates how OPPO is progressively giving its
Android smartphones their own distinct personality. Under-the-hood innovations
and optimizations for peak performance and battery life, as well as
front-facing enhancements to multitasking, privacy, and the UI, provide users
with plenty of new features to try out.
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