Comparez les Apple APL0098 et autres chipset mobile
Apple APL0098
Facilité d'emploi
25 point
Fonctionnalité
49.9 point
performances du processeur
2 point
Comparez l'Apple APL0098 et l' MediaTek MT6589T
 | Avantages de MediaTek MT6589T |
0.8 point(90nm) vs 25.6 point(28nm)
3.2 point(103MHz) vs 16.1 point(533MHz)
Comparez l'Apple APL0098 et l' Spreadtrum SC6825
| Avantages de Spreadtrum SC6825 |
0.8 point(90nm) vs 13.2 point(40nm)
0 point(103MHz) vs 15.8 point(500MHz)
Comparez l'Apple APL0098 et l' Qualcomm Snapdragon S2 MSM8655
| Avantages de Qualcomm Snapdragon S2 MSM8655 |
0.8 point(90nm) vs 10 point(45nm)
3.2 point(103MHz) vs 15.1 point(500MHz)
Comparez l'Apple APL0098 et l' Qualcomm Snapdragon S2 MSM8255
| Avantages de Qualcomm Snapdragon S2 MSM8255 |
0.8 point(90nm) vs 10 point(45nm)
3.2 point(103MHz) vs 15.1 point(500MHz)
Comparez l'Apple APL0098 et l' MediaTek MT6589
| Avantages de MediaTek MT6589 |
0.8 point(90nm) vs 25.6 point(28nm)
3.2 point(103MHz) vs 16.1 point(533MHz)
Comparez l'Apple APL0098 et l' Texas Instruments OMAP4430
| Avantages de Texas Instruments OMAP4430 |
0.8 point(90nm) vs 10 point(45nm)
3.2 point(103MHz) vs 12.2 point(400MHz)
Comparez l'Apple APL0098 et l' Qualcomm Snapdragon S3
| Avantages de Qualcomm Snapdragon S3 |
0.8 point(90nm) vs 10 point(45nm)
3.2 point(103MHz) vs 15.1 point(500MHz)
Comparez l'Apple APL0098 et l' Spreadtrum SC6815
| Avantages de Spreadtrum SC6815 |
0.8 point(90nm) vs 13.2 point(40nm)
3.2 point(103MHz) vs 10.2 point(333MHz)
0 point(103MHz) vs 15.8 point(500MHz)
Comparez l'Apple APL0098 et l' Spreadtrum SC7715
| Avantages de Spreadtrum SC7715 |
0.8 point(90nm) vs 13.2 point(40nm)
3.2 point(103MHz) vs 10.2 point(333MHz)
0 point(103MHz) vs 15.8 point(500MHz)
Comparez l'Apple APL0098 et l' Samsung Exynos 4 Quad
| Avantages de Samsung Exynos 4 Quad |
0.8 point(90nm) vs 20.5 point(32nm)
3.2 point(103MHz) vs 12.2 point(400MHz)
0 point(103MHz) vs 9.1 point(440MHz)
Comparez l'Apple APL0098 et l' Texas Instruments OMAP4460
| Avantages de Texas Instruments OMAP4460 |
0.8 point(90nm) vs 10 point(45nm)
3.2 point(103MHz) vs 12.2 point(400MHz)
0 point(103MHz) vs 5.1 point(384MHz)
Comparez l'Apple APL0098 et l' MediaTek MT6577
| Avantages de MediaTek MT6577 |
0.8 point(90nm) vs 13.2 point(40nm)
Comparez l'Apple APL0098 et l' ARM Cortex-A76
| Avantages de ARM Cortex-A76 |
0.8 point(90nm) vs 81.2 point(7nm)
- prise en charge 64 bits
Comparez l'Apple APL0098 et l' Samsung Exynos 3
| Avantages de Samsung Exynos 3 |
0.8 point(90nm) vs 10 point(45nm)
Comparez l'Apple APL0098 et l' Apple A5 APL2498
| Avantages de Apple A5 APL2498 |
0.8 point(90nm) vs 20.5 point(32nm)
3.2 point(103MHz) vs 12.2 point(400MHz)
0 point(103MHz) vs 6 point(400MHz)
Comparez l'Apple APL0098 et l' Apple A5 APL0498
| Avantages de Apple A5 APL0498 |
0.8 point(90nm) vs 10 point(45nm)
3.2 point(103MHz) vs 12.2 point(400MHz)
Comparez l'Apple APL0098 et l' Spreadtrum SC9836
| Avantages de Apple APL0098 |
| Avantages de Spreadtrum SC9836 |
0.8 point(90nm) vs 25.6 point(28nm)
Comparez l'Apple APL0098 et l' Apple A5 APL7498
| Avantages de Apple A5 APL7498 |
0.8 point(90nm) vs 20.5 point(32nm)
3.2 point(103MHz) vs 12.2 point(400MHz)
0 point(103MHz) vs 6 point(400MHz)
Comparez l'Apple APL0098 et l' Apple A4
Comparez l'Apple APL0098 et l' Samsung Exynos 4 Dual - 4212
| Avantages de Samsung Exynos 4 Dual - 4212 |
0.8 point(90nm) vs 20.5 point(32nm)
0 point(103MHz) vs 6 point(400MHz)
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