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The Intel Atom quad-core Z8350 processor is designed for compact computing devices. It is often referred to as an """"Apple-Atom processor"""" since it is typically used in devices like tablets, TV sticks, and budget laptops. Its low power consumption makes it ideal for portable gadgets. Other names for this processor include the """"Zero Processing Power or Z series processor,"""" mostly found in small form factor PCs and budget laptops. In this case, the letter """"Z"""" before the number indicates that it is an Atom processor, while the number """"8"""" suggests that it belongs to the 8000 series group of processors. Essentially, the Atom label distinguishes it from other Intel processors. The Z8350 is a cherry-aided version of the Z8300, where """"cherry trail"""" is the code name for a family of Intel processors based on the 14nm Atom microarchitecture/CPU design model.
Depending on the manufacturer, a computer processor's model might be referred to in different ways. Many manufacturers have set standard designations to differentiate between standard Intel core processors, namely i3, i5, i7, and i9. The """"i-Zen cores"""" serve as Intel's newest processors, with """"i10s"""" being the most recent generation.
The Z8350 is a Cherry Trail model that replaces the Bay Trail M and tablet processors. It is a 64-bit quad-core processor, meaning it has four engines or cores that can operate simultaneously. It is most commonly found in computers using the Windows operating system, such as mini laptops and tablet sticks and in video game consoles like the Asus T100TA and Microsoft Surface Pro 4.
Processors are generally divided into two main categories: those intended for mobile devices such as smartphones and tablets and those intended for traditional computers such as laptops and desktops. Within these categories, several different types—ranging from Atom/Z series processors used primarily in lower-cost equipment—to Core/i series processors are designed for medium to high-cost items.
The Z8350 processor operates at a base frequency of 1.44GHz and can be boosted up to 1.92GHz. Its rated power consumption (TDP) is 4.5 watts. This processor is often used in devices such as low-cost televisions, docking stations, small desktop/laptop PCs, sticks, tablets, laptops, 2-in-1s, smart TVs, and other compact computing devices.
Quad-Core Multitasking:
The ""quad-core"" in the Atom processor means it has 4 cores. Each core can work like a separate CPU. Having 4 cores allows the Intel Atom Z8350 processor to do many things at the same time (multitasking). Some applications are connected or work together, like video editing software. These types of applications run faster on ""quad-core"" processors because all 4 cores can work on the same task simultaneously. The cores also allow 4 independent virtual CPUs for executing separate programs simultaneously. Multicore processors like the Z8350 provide a smoother experience when running multiple programs or doing complex computing tasks.
Energy Efficient:
Low power processors like the Atom Z8350 are designed to use very little battery power while still performing well. This allows devices like tablets and lightweight laptops to operate for longer periods without recharging the battery. The Atom processors can optimize energy efficiency through their design, ensuring that battery life remained excellent even with regular computing tasks.
HD Graphics:
All the cores in Atom processors help hand lessen the load on the graphics engine when processing visual content, so users can experience smoother playback when viewing high-definition videos or during gaming.
Thermal Performance:
Devices using Atom quad-core processors can be made thinner and lighter because these processors run cool and don't require big cooling fans. This is beneficial for portable gadgets like notebooks and tablets that need to stay compact and portable.
Turbo Boost:
Turbo Boost is a technology that helps make computing tasks go faster when needed. This Atom processor has a normal speed of 1.44 GHz. When doing demanding things like video editing or gaming, it can automatically increase its speed up to 1.84 GHz. This makes those hard tasks work better.
Virtualization:
Virtualization is a technology that allows one computer to work like separate virtual computers. The Atom Z8350 processor can ""virtualize"" trusted platforms. This means it can run a second operating system inside the first one virtually, like on separate computers. Virtualization makes using tools for software development, like testing things in different operating systems, very efficient. Developers or programmers can do all of this on one virtualized machine, which saves time and resources.
The Intel Atom Z8350 processor provides multiple computing solutions, which makes it a popular choice among manufacturers of consumer products. This processor strikes a balance between performance and power efficiency, rendering it suitable for PCs as well as portable devices. The following applications summary shows some of the key applications designed around Intel Atom processors.
Browser Based Tasks or Basic Functionality:
Applications will run smoothly, but heavily demanding tasks should be avoided. The Z8350, with a higher clock speed, is more efficient for demanding applications, and gaming provides better performance compared to other Atom processors.
Budget:
When deciding on the price, one needs to consider the type of processor and the features offered. Other Atom processors are a good Atom choice for budget-conscious consumers, although they may cost more than the Z8350.
Zeroth and First Core Threads:
When upgrading to a new computer, choosing a processor with more cores and threads is better. This is because more cores and threads can handle multi-threaded tasks efficiently. The Z8350 is a better option compared to other Atom processors.
Processor's Power Consumption:
Power consumption should be looked at when choosing a processor. Atom processors are ideal for low-power and small-size computing needs because of their low power consumption. They are suitable for embedded systems and compact computing environments.
Generation:
Atom Generation processors give better performance and efficiency compared to older versions. They offer enhanced features, performance improvements, and efficient processing. Intel Atom Generation processors are a great choice for value-for-money computing.
Maximum Operating Temperature (Tjmax):
The processor's Tjmax plays a crucial role in determining the reliability and lifespan of a system. It is important to consider because it impacts system design, cooling solutions, and performance. A processor with a lower Tjmax is more suitable for embedded systems and applications with limited thermal management capabilities.
Price-to-Performance Ratio:
The price-to-performance ratio is an important processor specification that evaluates its value against its performance. When comparing this ratio, the Z8350 gives a better value-for-money computing experience than other Atom processors.
Recommended Uses of the Z8350:
The Z8350 offers satisfactory performance for various basic computing tasks, such as web browsing, office productivity, multimedia playback, and light gaming. It is well-suited for budget-friendly laptops and tablets. It is a good choice for embedded systems, low-power servers, and digital signage applications due to its quad-core architecture and cost-effectiveness.
Q1: What does Intel Atom Z8350 processor mean?
A1: Intel Atom Z8350 is a quad-core 64-bit CPU designed for low-power devices. The Z8350 runs at 1.44 GHz, with a max burst speed of 1.84 GHz, and uses 2 to 4 watts of power. It is ideal for tablets, systems on chips (SoCs), and lightweight laptops that need to balance performance with battery life.
Q2: Is Intel Atom processor cheap?
A2: Selection of the Intel Atom processor price range depends on the features. Higher-end Atom chips will cost more than entry-level models, but all are designed to be affordable options for lower-power computing needs.
Q3: How much power does an Intel Atom processor use?
A3: An Intel Atom processor uses between 2 to 4 watts of power Intel Atom processors, designed for low power. It is ideal for portable devices like tablets and lightweight laptops where battery life is important.
Q4: What comes after Intel Atom?
A4: Atom processors are replaced by Intel's """"Processor Cores"""" family. According to Intel, Atom chips are now """"C"""" processors for low-power devices, while other processors are for """"Core"""" performance at higher levels. This is the new architecture Intel uses for low-power computing needs.
Q5: What is the most powerful Atom processor?
A5: The most powerful Atom processor is considered to be the Intel Atom C5505. It has a performance rating of 2.13 GHz and is used in servers and low-power embedded systems.
