MediaTek MT8392
Intel Celeron J1900
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Comparing Intel Celeron J1900 vs MediaTek MT8392

Comparison of video cards Intel Celeron J1900 vs MediaTek MT8392 in benchmarks and specifications.

Differences

MediaTek MT8392

Top features of MediaTek MT8392

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Intel Celeron J1900

Top features of Intel Celeron J1900

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Specifications

Complete list of technical specifications

CPU generation and family

Let's find out which one of MediaTek MT8392 and Intel Celeron J1900 is of a more recent generation, and what segment it belongs to.

Specification Value
Name MediaTek MT8392 left arrow Intel Celeron J1900
Family Mediatek MT-Serie left arrow Intel Celeron
CPU group MediaTek MT83xx A7 left arrow Intel Celeron J1000/N2000
Segment Mobile left arrow Mobile
Generation 1 left arrow 6

CPU Cores and Base Frequency

In this block we are going to compare MediaTek MT8392 vs Intel Celeron J1900 by main technical specifications: number of cores and threads, base and maximum frequencies, process technology and cache size. The higher these specifications are, the more powerful your CPU will be.

Specification Value
Core architecture normal left arrow normal
Overclocking No left arrow No
Frequency 2.00 GHz left arrow 2.00 GHz

Internal Graphics

Common specifications for integrated graphics cards in MediaTek MT8392 and Intel Celeron J1900 along with supported interfaces and connection options. This block has no effect on the final efficiency of the CPU.

Specification Value
GPU name ARM Mali-450 MP4 left arrow Intel HD Graphics (Bay Trail GT1)
GPU frequency 0.70 GHz left arrow 0.69 GHz
GPU (Turbo) 0.70 GHz left arrow 0.85 GHz
Execution units 4 left arrow 4
Shader 64 left arrow 32
Max. GPU Memory -- left arrow 8 GB
Max. displays 1 left arrow 2
Generation Utgard left arrow 7
Technology 28nm left arrow 22 nm
Release date 2012 left arrow Q3/2013

Hardware codec support

Let's compare the support of video codecs between MediaTek MT8392 and Intel Celeron J1900. Hardware support of video decoding by embedded graphics cards directly affects the speed and quality of rendering videos.

Specification Value
h265 / HEVC (8 bit) No left arrow No
h265 / HEVC (10 bit) No left arrow No
h264 No left arrow Decode / Encode
VP8 No left arrow No
VP9 No left arrow No
AV1 No left arrow No
AVC No left arrow Decode / Encode
VC-1 No left arrow Decode
JPEG No left arrow Decode

Memory & PCIe

To choose the best model between MediaTek MT8392 and Intel Celeron J1900 you need to pay special attention to memory type, clock frequency, multi-channel features, and PCIe version. The higher these numbers are, the better your CPU will be. Keep in mind that the maximum memory and frequency may also depend on the model of the motherboard.

Specification Value
Max. Memory left arrow 8 GB
Memory channels 0 left arrow 2
ECC No left arrow No

Thermal Management

Let's find out what TDP value would be better for MediaTek MT8392 or Intel Celeron J1900? The Thermal Design Power (TDP) indicates the maximum amount of heat that should be dissipated by the chip cooling system. However, the value of TDP gives only a rough indication of the real power consumption of the CPU.

Specification Value
TDP (PL1) left arrow 10 W

Technical details

Here you can find a comparison of 2nd and 3rd level cache sizes for MediaTek MT8392 and Intel Celeron J1900 CPUs along with a list of ISA extensions.

Specification Value
Technology 28 nm left arrow 22 nm
Socket N/A left arrow BGA 1170
L3-Cache -- left arrow 2.00 MB
Architecture Cortex-A7 left arrow Bay Trail
Virtualization None left arrow VT-x, VT-x EPT
Instruction set (ISA) ARMv7-A32 (32 bit) left arrow x86-64 (64 bit)
ISA extensions left arrow SSE4.1, SSE4.2
Release date Q1/2014 left arrow Q4/2013

Benchmarks

Real tests MediaTek MT8392 vs Intel Celeron J1900

Geekbench 5, 64bit (Single-Core)

Geekbench 5 benchmark is the newest software suit.

Geekbench 5, 64bit (Multi-Core)

Geekbench 5 software suite shows benchmark testing results of the memory performance and speed of the multi-core processor.

iGPU - FP32 Performance (Single-precision GFLOPS)

This test serves for determining the performance of integrated graphics in Intel and AMD processors.

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