Intel Core m3-6Y30 Minecraft Benchmarks - Can Core m3-6Y30 Run Minecraft?

Budget-low-power Laptop processor released in 2015 with 2 cores and 4 threads. With base clock at 0.9GHz, max speed at 2.2GHz, and a 4.5W power rating. Core m3-6Y30 is based on the Skylake-Y 14nm family and part of the Core M3 series.
Price 22.6%
Speed %
Productivity %
Gaming %

Core m3-6Y30 - 1080p - RTX 4080 Ti - Minecraft Benchmarks

Core m3-7Y32
1614.9
Core m3-7Y32
1614.9
Core m3-7Y32
1614.9
Core m7-6Y75
1609.3
Core m5-6Y57
1609.3
Core M-5Y71
1609.3
Core m7-6Y75
1609.3
Core m5-6Y57
1609.3
Core M-5Y71
1609.3
Core m7-6Y75
1609.3
Core m5-6Y57
1609.3
Core M-5Y71
1609.3
Core m3-7Y30
1607.5
Core m3-7Y30
1607.5
Core m3-7Y30
1607.5
Core m5-6Y54
1605.6
Core m5-6Y54
1605.6
Core m5-6Y54
1605.6
Core M-5Y70
1603.8
Core M-5Y51
1603.8
Core M-5Y31
1603.8
Core M-5Y70
1603.8
Core M-5Y51
1603.8
Core M-5Y31
1603.8
Core M-5Y70
1603.8
Core M-5Y51
1603.8
Core M-5Y31
1603.8
Core m3-6Y30
1599.6
Core m3-6Y30
1599.6
Core m3-6Y30
1599.6
Core M-5Y10
1598.2
Core M-5Y10c
1598.2
Core M-5Y10a
1598.2
Core M-5Y10
1598.2
Core M-5Y10c
1598.2
Core M-5Y10a
1598.2
Core M-5Y10
1598.2
Core M-5Y10c
1598.2
Core M-5Y10a
1598.2
Core m3-8100Y
1570.2
Core m3-8100Y
1570.2
Core m3-8100Y
1570.2
Atom C2530
1549.1
Atom C2530
1549.1
Atom C2530
1549.1
Celeron N4000
1547.9
Celeron N4000
1547.9
Celeron N4000
1547.9
Celeron N3450
1539.5
Celeron N3450
1539.5
Celeron N3450
1539.5
Celeron N2830
1533.9
Celeron N2830
1533.9
Celeron N2830
1533.9
Atom x5-E3930
1531.1
Atom x5-E3930
1531.1
Atom x5-E3930
1531.1
Celeron N3350
1529.7
Celeron N3350
1529.7
Celeron N4100
1529.7
Celeron N3350
1529.7
Celeron N4100
1529.7
Celeron N4100
1529.7
Celeron 3965Y
1529.2
Celeron 3965Y
1529.2
Celeron 3965Y
1529.2
Celeron N2820
1528.3
Celeron N2820
1528.3
Celeron N2820
1528.3
Celeron J3060
1525.5
Celeron N3060
1525.5
Celeron J3060
1525.5
Celeron N3060
1525.5
Celeron N3060
1525.5
Celeron J3060
1525.5
Celeron N2840
1514.3
Celeron N2840
1514.3
Celeron N2840
1514.3
Celeron J3160
1508.8
Atom E3827
1508.8
Atom E3827
1508.8
Celeron N2940
1508.8
Celeron N3160
1508.8
Atom E3827
1508.8
Celeron N2940
1508.8
Celeron J3160
1508.8
Celeron N2940
1508.8
Celeron N3160
1508.8
Celeron J3160
1508.8
Celeron N3160
1508.8
Celeron N3050
1503.2
Celeron N3050
1503.2
Celeron N3050
1503.2
Celeron N2930
1503.2
Celeron N3150
1503.2
Celeron N2930
1503.2
Celeron N3150
1503.2
Celeron N2930
1503.2
Celeron N3150
1503.2
Celeron N2815
1497.6
Atom S1260
1497.6
Celeron N2810
1497.6
Celeron N2815
1497.6
Atom E3826
1497.6
Atom S1260
1497.6
Celeron N2810
1497.6
Celeron N2920
1497.6
Atom E3826
1497.6
Atom S1260
1497.6
Celeron N2810
1497.6
Celeron N2815
1497.6
Atom E3826
1497.6
Celeron N2920
1497.6
Celeron N2920
1497.6
Atom E3815
1492
Celeron N2808
1492
Atom E3815
1492
Atom E3815
1492
Atom S1220
1492
Atom x5-E8000
1492
Atom S1220
1492
Atom S1220
1492
Celeron N2808
1492
Atom x5-E8000
1492
Atom x5-E8000
1492
Celeron N2808
1492
Atom E3825
1486.4
Atom S1240
1486.4
Atom C2350
1486.4
Atom E3825
1486.4
Atom S1240
1486.4
Atom C2350
1486.4
Celeron N3010
1486.4
Celeron N3010
1486.4
Atom C2350
1486.4
Atom E3825
1486.4
Celeron N3010
1486.4
Celeron N2910
1486.4
Celeron N2910
1486.4
Celeron N2910
1486.4
Atom S1240
1486.4
Celeron N2806
1480.8
Atom Z3770D
1480.8
Atom Z3770
1480.8
Celeron N3000
1480.8
Celeron N2807
1480.8
Celeron N2807
1480.8
Celeron N3000
1480.8
Celeron N2807
1480.8
Celeron N2806
1480.8
Celeron N3000
1480.8
Celeron N2806
1480.8
Atom Z3775
1480.8
Atom Z3795
1480.8
Atom Z3775D
1480.8
Atom Z3775D
1480.8
Atom Z3785
1480.8
Atom Z3770
1480.8
Atom Z3770D
1480.8
Atom Z3795
1480.8
Atom Z3775
1480.8
Atom Z3775D
1480.8
Atom Z3785
1480.8
Atom Z3770
1480.8
Atom Z3770D
1480.8
Atom Z3795
1480.8
Atom Z3775
1480.8
Atom Z3785
1480.8
Atom Z3736G
1475.2
Atom Z3736F
1475.2
Atom Z3736G
1475.2
Atom Z3736F
1475.2
Atom Z3736G
1475.2
Atom Z3736F
1475.2
Atom Z3735E
1469.6
Atom Z3740D
1469.6
Atom Z3735F
1469.6
Atom Z3745D
1469.6
Atom Z3745
1469.6
Atom Z3740
1469.6
Atom Z3735D
1469.6
Atom E3805
1469.6
Atom Z2760
1469.6
Atom E3805
1469.6
Atom Z2760
1469.6
Atom E3805
1469.6
Atom Z2760
1469.6
Atom Z3735G
1469.6
Atom Z3735G
1469.6
Atom Z3740D
1469.6
Atom Z3740
1469.6
Atom Z3740
1469.6
Atom Z3735D
1469.6
Atom Z3735E
1469.6
Atom Z3735F
1469.6
Atom Z3745
1469.6
Atom Z3745D
1469.6
Atom Z3740D
1469.6
Atom Z3735D
1469.6
Atom Z3735G
1469.6
Atom Z3735E
1469.6
Atom Z3735F
1469.6
Atom Z3745D
1469.6
Atom Z3745
1469.6
Atom x7-Z8750
1458.5
Atom x7-Z8750
1458.5
Atom x7-Z8750
1458.5
Celeron N2805
1458.5
Celeron N2805
1458.5
Celeron N2805
1458.5
Atom x5-Z8550
1452.9
Atom x7-Z8700
1452.9
Atom x5-Z8550
1452.9
Atom x7-Z8700
1452.9
Atom x7-Z8700
1452.9
Atom x5-Z8550
1452.9
Atom x5-Z8500
1450.1
Atom x5-Z8500
1450.1
Atom x5-Z8500
1450.1
Atom Z3460
1450.1
Atom Z3460
1450.1
Atom Z3460
1450.1
Atom x5-Z8300
1447.3
Atom x5-Z8330
1447.3
Atom x5-Z8350
1447.3
Atom x5-Z8350
1447.3
Atom x5-Z8330
1447.3
Atom x5-Z8350
1447.3
Atom x5-Z8300
1447.3
Atom x5-Z8330
1447.3
Atom x5-Z8300
1447.3

The Core m3-6Y30 GPU ranks between the Core m3-6Y30 and Core M-5Y10 in the gaming rig hierarchy. It's 0% less powerful than the Core m3-6Y30 but still offers 0.1% more juice than the Core M-5Y10 for those epic gaming sessions. With its performance, the Core m3-6Y30 snags the 30th spot on the leaderboard. All in all, the Core m3-6Y30 stands out as a top-tier performer with its 2 cores and 4 threads in the gaming benchmark arena.

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