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Intel Atom X5 Z8300 vs AMD G GX 420MC

Intel Atom X5 Z8300
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Overall Rating #1
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SoCs with Best Graphics #3
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Fastest SoCs #1
AMD G GX-420MC
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Overall Rating #1
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Fastest SoCs #1
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SoCs with Best Graphics #0
swap <> AMD G GX 420MC Vs Intel Atom X5 Z8300
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Details of the price,company and the launch date of Intel Atom X5 Z8300. Price and Release Date </> More »
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The price of the product when it was launched. Price
$ 21.00
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Manufacturer Company
Intel
AMD
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The series that Intel Atom X5 Z8300 belongs to. Family
Intel Atom X5
G-Series
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The year Intel Atom X5 Z8300 was launched in the market. Release Year
2015
2014
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It consists of the processing unit, graphics processor and memory of Intel Atom X5 Z8300 all on a single chip. Processor </> More »
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The basic computation unit of Intel Atom X5 Z8300, multiple cores help in boosting the performance of the SoC. Cores
4
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It is the measure of the number of clock cycles a CPU can perform per second. CPU Clock Speed
1440 MHz
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2000 MHz
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Indicates the rate at which a single core of a multi core processor is operating. Processor Frequency
1.44 GHz
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2.00 GHz
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Pipelining helps to increase the throughtput of Intel Atom X5 Z8300 processor. Pipeline Stages
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If Intel Atom X5 Z8300 has a single processor or operates on a multiprocessing system. Multiprocessing
Uniprocessor
Multiprocessor
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Analog signals that are supported by Intel Atom X5 Z8300 for applications like audio,video and mobile broadband. Mobile Network
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Architecture gives the complete structural details of the SoC. It includes memory, power requirements, size etc. Architecture </> More »
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Either Reduced Instruction Set or Complex Instruction Set architecture is used. Platform
CISC
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The power consumed by the processor. This factor greatly affects the performance. Power
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The maximum amount of heat generated by the processor that the cooling system in a computer is required to dissipate in typical operation. Lower the number,lesser is its power consumption. Thermal Design Power
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Type of package matters as it directly affects the power dissipation. Package
1380-Ball Micro-FCBGA
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The dimensional details of Intel Atom X5 Z8300. Size
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It describes the size of the semiconductors used to build the chip. Lithography
14 nm
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28 nm
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It refers to the number of bits used to encode data. Data Bus
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64 bit
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It is the instruction set architecture supported by Intel Atom X5 Z8300. ISA Supported
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AES, AVX, BMI1, F16C, MMX, SSE, SSE2, SSE3, SSE4.1, SSE4.2
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Intel Atom X5 Z8300 can support different devices such as USB, camera, HDMI etc, that allow sharing of data. Communication Devices </> More »
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External components an SoC can connect to. Communication Interfaces
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USB is a plug-and-play interface that allows a computer to communicate with peripheral devices. USB
USB 2.0
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A wireless communication medium, Bluetooth can be used to send data back and forth. Bluetooth
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EMMC (embedded multimedia card) is a flash storage available in less expensive gadgets. EMMC
eMMC 4.5
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It is a interface for transferring video and audio signals from a display controller to a compatible device such as smartphone or tablet. HDMI
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HDMI 1.4
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Translates data between serial and parallel forms. UART/USART
UART
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Serial Advanced Technology Attachment is an interface used to connect ATA hard drives to a computer’s motherboard SATA
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Specifications of the SoC memory. Memory </> More »
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The maximum amount of data that Intel Atom X5 Z8300 can store. Memory Size
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RAM is the memory where the operating system, application programs, and data in current use are kept so that they can be quickly reached by the SoC’s processor. RAM
2 GB
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ROM is a non-volatile memory mainly used to store firmware or application software in plug-in cartridges. ROM
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It is the fastest memory and is used for temporary storage so requests for that data can be served faster. Cache
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It is a primary cache used for temporary storage. Its use is to ensure that the CPU has the next bit of data loaded into it already by the time it goes looking for it. L1 cache size
128 KB
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L3 cache is a specialized cache which works together with L1 and L2 to improve the performance. L3 cache size
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Intel Atom X5 Z8300 vs AMD G GX 420MC comparison

As the saying goes, Haste makes waste, it can always be an high-risk decision to buy any SoC hastily. A multi-dimensional analysis is thus essential while choosing the SoC for your application, since the performance of your gadget will be dominated majorly by this chipset. Intel Atom X5 Z8300 vs AMD G GX 420MC comparison will aptly help you to analyse the pros and cons of these SOCs, making you familiar to their strengths and limitations. The elaborative comparison distinguishes these chipsets on the grounds of processor strength, architectural differences, display and multimedia compatibility, etc. Intel SoCs launched this Intel Atom X5 Z8300 at the price of $ 21.00, whereas AMD SoCs launched its AMD G GX 420MC at the price of $ 21.00.

More about Intel Atom X5 Z8300 vs AMD G GX 420MC

To get a deeper insight and explore more about Intel Atom X5 Z8300 vs AMD G GX 420MC details, Differences is given side-by-side, which gives you understanding on which processor is superior over other. Intel Atom X5 Z8300 is 1440 MHz whereas Intel Atom X5 Z8300 Clock Speed is 2000 MHz. Graphics, L2/L3 cache are some of the other specifications which need to be considered according to your application of use. Also, a processor should be eco-friendly, implyingly it should consume least wattage. Intel Atom X5 Z8300 uses and AMD G GX 420MC uses . Architecture of a chipset defines the technology used in manufacturing of the processor. The die size used during manufacturing of Intel Atom X5 Z8300 is , whereas the die size used forAMD G GX 420MC is . The temperature range at which the chipset can deliver its normal performance should also be considered. The maximum operating temperature of Intel Atom X5 Z8300 is , while that of AMD G GX 420MC is .