Intel Celeron N2910 Need For Speed: Heat Benchmarks - Can Celeron N2910 Run Need For Speed: Heat?

Budget-low-power Laptop processor released in 2013 with 4 cores and 4 threads. With base clock at 1.6GHz, max speed at 1.6GHz, and a 7.5W power rating. Celeron N2910 is based on the Bay Trail-M 22nm family and part of the Celeron series.
Price 63.8%
Speed %
Productivity %
Gaming %

Celeron N2910 - 1080p - RX 6950 XT - Need For Speed: Heat Benchmarks

Celeron 2961Y
121.6
Celeron 2961Y
121.6
Celeron 2961Y
121.6
Celeron 2961Y
121.6
Core m7-6Y75
115.8
Core M-5Y71
115.8
Core m7-6Y75
115.8
Core M-5Y71
115.8
Core m5-6Y57
115.8
Core m5-6Y57
115.8
Core M-5Y71
115.8
Core m7-6Y75
115.8
Core M-5Y71
115.8
Core m7-6Y75
115.8
Core m5-6Y57
115.8
Core m5-6Y57
115.8
Core m3-7Y30
115.6
Core m3-7Y30
115.6
Core m3-7Y30
115.6
Core m3-7Y30
115.6
Core m5-6Y54
115.5
Core m5-6Y54
115.5
Core m5-6Y54
115.5
Core m5-6Y54
115.5
Core M-5Y51
115.4
Core M-5Y31
115.4
Core M-5Y51
115.4
Core M-5Y70
115.4
Core M-5Y31
115.4
Core M-5Y70
115.4
Core M-5Y70
115.4
Core M-5Y51
115.4
Core M-5Y70
115.4
Core M-5Y31
115.4
Core M-5Y51
115.4
Core M-5Y31
115.4
Atom C2550
115.3
Atom C2550
115.3
Atom C2550
115.3
Atom C2550
115.3
Core m3-6Y30
115.1
Core m3-6Y30
115.1
Core m3-6Y30
115.1
Core m3-6Y30
115.1
Core M-5Y10
115
Core M-5Y10a
115
Core M-5Y10c
115
Core M-5Y10a
115
Core M-5Y10c
115
Core M-5Y10
115
Core M-5Y10a
115
Core M-5Y10
115
Core M-5Y10
115
Core M-5Y10a
115
Core M-5Y10c
115
Core M-5Y10c
115
Atom C2730
114.6
Atom C2730
114.6
Atom C2730
114.6
Atom C2730
114.6
Celeron 2980U
113
Celeron 2955U
113
Celeron 2957U
113
Celeron 2980U
113
Celeron 2981U
113
Celeron 2955U
113
Celeron 2957U
113
Celeron 2955U
113
Celeron 2981U
113
Celeron 2955U
113
Celeron 2957U
113
Celeron 2980U
113
Celeron 2981U
113
Celeron 2957U
113
Celeron 2980U
113
Celeron 2981U
113
Celeron J1900
111.8
Celeron J1900
111.8
Celeron J1900
111.8
Celeron J1900
111.8
Celeron 3765U
111.6
Celeron 3765U
111.6
Celeron 3765U
111.6
Celeron 3765U
111.6
Atom C2530
111.4
Atom C2530
111.4
Atom C2530
111.4
Atom C2530
111.4
Celeron J3355
110.8
Celeron J3355
110.8
Celeron J3355
110.8
Celeron J3355
110.8
Celeron N3450
110.8
Celeron N3450
110.8
Celeron N3450
110.8
Celeron N3450
110.8
Celeron J3455
110.6
Atom x7-E3950
110.6
Celeron J3455
110.6
Atom x7-E3950
110.6
Celeron J3455
110.6
Atom x7-E3950
110.6
Celeron J3455
110.6
Atom x7-E3950
110.6
Celeron J1750
110.3
Celeron J1750
110.3
Celeron N2830
110.3
Celeron N2830
110.3
Celeron N2830
110.3
Celeron N2830
110.3
Celeron J1750
110.3
Celeron J1750
110.3
Atom x5-E3930
110.1
Celeron 3955U
110.1
Atom x5-E3930
110.1
Celeron 3955U
110.1
Atom x5-E3930
110.1
Celeron 3955U
110.1
Atom x5-E3930
110.1
Celeron 3955U
110.1
Celeron N3350
110
Celeron N3350
110
Celeron N3350
110
Celeron N3350
110
Celeron J1800
109.9
Celeron N2820
109.9
Celeron J1800
109.9
Celeron N2820
109.9
Celeron J1800
109.9
Celeron N2820
109.9
Celeron J1800
109.9
Celeron N2820
109.9
Celeron J3060
109.7
Celeron N3060
109.7
Celeron J3060
109.7
Celeron N3060
109.7
Celeron J3060
109.7
Celeron N3060
109.7
Celeron N3060
109.7
Celeron J3060
109.7
Celeron J1850
109.7
Celeron J1850
109.7
Celeron J1850
109.7
Celeron J1850
109.7
Celeron 1019Y
109.5
Celeron 1019Y
109.5
Celeron 1019Y
109.5
Celeron 1019Y
109.5
Atom E3845
109.3
Atom E3845
109.3
Atom E3845
109.3
Atom E3845
109.3
Celeron 2950M
108.9
Celeron 2950M
108.9
Celeron N2840
108.9
Celeron N2840
108.9
Celeron N2840
108.9
Celeron 2950M
108.9
Celeron 2950M
108.9
Celeron N2840
108.9
Celeron 3215U
108.5
Atom E3827
108.5
Celeron 3215U
108.5
Celeron 3755U
108.5
Atom E3827
108.5
Celeron 3215U
108.5
Celeron 3755U
108.5
Atom E3827
108.5
Celeron 3215U
108.5
Celeron 3755U
108.5
Atom E3827
108.5
Celeron J3160
108.5
Celeron 3755U
108.5
Celeron N2940
108.5
Celeron N2940
108.5
Celeron N2940
108.5
Celeron J3160
108.5
Celeron N3160
108.5
Celeron N3160
108.5
Celeron J3160
108.5
Celeron N3160
108.5
Celeron N2940
108.5
Celeron J3160
108.5
Celeron N3160
108.5
Celeron 3855U
108.4
Celeron 3855U
108.4
Celeron 3855U
108.4
Celeron 3855U
108.4
Celeron 3205U
108.1
Celeron 3205U
108.1
Celeron N3050
108.1
Celeron 3205U
108.1
Celeron N3050
108.1
Celeron 3205U
108.1
Celeron N3050
108.1
Celeron N3150
108.1
Celeron N3050
108.1
Celeron N3150
108.1
Celeron N2930
108.1
Celeron N2930
108.1
Celeron N3150
108.1
Celeron N2930
108.1
Celeron N3150
108.1
Celeron N2930
108.1
Celeron N2810
107.7
Atom E3826
107.7
Celeron N2815
107.7
Atom S1260
107.7
Atom S1260
107.7
Celeron N2810
107.7
Celeron N2815
107.7
Celeron N2810
107.7
Atom S1260
107.7
Atom E3826
107.7
Celeron N2815
107.7
Celeron N2920
107.7
Atom E3826
107.7
Celeron N2920
107.7
Celeron N2920
107.7
Celeron N2920
107.7
Atom E3826
107.7
Celeron N2815
107.7
Celeron N2810
107.7
Atom S1260
107.7
Atom S1220
107.3
Atom E3815
107.3
Atom E3815
107.3
Atom E3815
107.3
Atom E3815
107.3
Atom S1220
107.3
Celeron N2808
107.3
Atom S1220
107.3
Celeron N2808
107.3
Atom x5-E8000
107.3
Atom x5-E8000
107.3
Atom x5-E8000
107.3
Atom x5-E8000
107.3
Celeron N2808
107.3
Atom S1220
107.3
Celeron N2808
107.3
Atom S1240
106.9
Atom S1240
106.9
Atom C2350
106.9
Atom E3825
106.9
Celeron N3010
106.9
Atom S1240
106.9
Atom C2350
106.9
Atom E3825
106.9
Celeron N3010
106.9
Atom E3825
106.9
Atom C2350
106.9
Celeron N2910
106.9
Atom E3825
106.9
Celeron N2910
106.9
Celeron N2910
106.9
Celeron N2910
106.9
Celeron N3010
106.9
Atom C2350
106.9
Atom S1240
106.9
Celeron N3010
106.9
Atom Z3775
106.5
Celeron N2806
106.5
Atom Z3795
106.5
Atom Z3770D
106.5
Atom Z3770
106.5
Celeron N3000
106.5
Celeron N2807
106.5
Celeron N3000
106.5
Celeron N3000
106.5
Celeron N2806
106.5
Celeron N3000
106.5
Celeron N2807
106.5
Celeron N2806
106.5
Celeron N2807
106.5
Celeron N2806
106.5
Atom Z3785
106.5
Atom Z3775D
106.5
Celeron N2807
106.5
Atom Z3770
106.5
Atom Z3775D
106.5
Atom Z3785
106.5
Atom Z3775D
106.5
Atom Z3775
106.5
Atom Z3795
106.5
Atom Z3770D
106.5
Atom Z3770
106.5
Atom Z3785
106.5
Atom Z3770D
106.5
Atom Z3775
106.5
Atom Z3795
106.5
Atom Z3770D
106.5
Atom Z3770
106.5
Atom Z3785
106.5
Atom Z3775D
106.5
Atom Z3775
106.5
Atom Z3795
106.5
Atom Z3736G
106.1
Atom Z3736G
106.1
Atom Z3736F
106.1
Atom Z3736G
106.1
Atom Z3736F
106.1
Atom Z3736G
106.1
Atom Z3736F
106.1
Atom Z3736F
106.1
Atom D2500
105.7
Atom N475
105.7
Atom D410
105.7
Atom N455
105.7
Atom Z670
105.7
Turion II Neo K685
105.7
Turion II Neo K625
105.7
Athlon II Neo K345
105.7
Athlon II Neo K325
105.7
Atom N470
105.7
Atom N550
105.7
Atom N570
105.7
Atom N570
105.7
Atom N2600
105.7
Atom N2800
105.7
Atom D2700
105.7
Atom Z2760
105.7
Atom D2560
105.7
Atom E3805
105.7
Turion II Neo K685
105.7
Turion II Neo K625
105.7
Athlon II Neo K345
105.7
Athlon II Neo K325
105.7
Atom N550
105.7
Atom E680
105.7
Atom D2500
105.7
Atom N2600
105.7
Atom D425
105.7
Atom N455
105.7
Athlon II Neo K125
105.7
Atom E680
105.7
Atom D2700
105.7
Athlon II Neo K145
105.7
Athlon II Neo K125
105.7
Atom E680
105.7
Atom D425
105.7
Atom N470
105.7
Atom N475
105.7
Atom D410
105.7
Atom N455
105.7
Atom Z670
105.7
Athlon II Neo K145
105.7
Athlon II Neo K125
105.7
Atom D425
105.7
Athlon II Neo K145
105.7
Atom N470
105.7
Atom N475
105.7
Atom D410
105.7
Atom Z670
105.7
Athlon II Neo K145
105.7
Athlon II Neo K125
105.7
Atom E680
105.7
Atom D425
105.7
Atom N470
105.7
Atom N475
105.7
Atom D410
105.7
Atom N455
105.7
Atom Z670
105.7
Atom N2800
105.7
Atom Z3740D
105.7
Atom Z2760
105.7
Atom Z3740
105.7
Atom Z3735F
105.7
Atom Z3735E
105.7
Atom Z3735G
105.7
Atom Z3735D
105.7
Atom Z3740
105.7
Atom D2560
105.7
Atom Z3745D
105.7
Atom Z3735F
105.7
Atom Z3735E
105.7
Atom Z3735G
105.7
Atom Z3735D
105.7
Atom Z3740D
105.7
Atom Z3745
105.7
Atom Z3745
105.7
Atom Z3745D
105.7
Atom Z3735F
105.7
Atom Z3735E
105.7
Atom Z3735G
105.7
Atom Z3735D
105.7
Atom Z3740D
105.7
Atom Z3740
105.7
Atom Z3745
105.7
Atom Z3745D
105.7
Atom Z3735F
105.7
Atom Z3735E
105.7
Atom Z3735G
105.7
Atom Z3735D
105.7
Atom Z3745D
105.7
Atom Z3745
105.7
Atom Z3740
105.7
Atom D2560
105.7
Atom E3805
105.7
Turion II Neo K685
105.7
Turion II Neo K625
105.7
Athlon II Neo K345
105.7
Athlon II Neo K325
105.7
Atom N550
105.7
Atom Z3740D
105.7
Atom D2500
105.7
Atom N2600
105.7
Atom N2800
105.7
Atom D2700
105.7
Atom Z2760
105.7
Atom N570
105.7
Atom E3805
105.7
Turion II Neo K685
105.7
Turion II Neo K625
105.7
Athlon II Neo K345
105.7
Athlon II Neo K325
105.7
Atom N550
105.7
Atom N570
105.7
Atom D2500
105.7
Atom N2600
105.7
Atom N2800
105.7
Atom D2700
105.7
Atom Z2760
105.7
Atom D2560
105.7
Atom E3805
105.7
Atom D2550
105.3
Atom D2550
105.3
Atom D2550
105.3
Atom D2550
105.3
Celeron N2805
104.9
Celeron N2805
104.9
Celeron N2805
104.9
Celeron N2805
104.9
Atom N435
101.7
Atom E660
101.7
Atom N435
101.7
Atom E660
101.7
Atom N435
101.7
Atom E660
101.7
Atom N435
101.7
Atom E660
101.7

The Celeron N2910 GPU ranks between the Celeron N2910 and Celeron N3010 in the gaming rig hierarchy. It's 0% less powerful than the Celeron N2910 but still offers 0% more juice than the Celeron N3010 for those epic gaming sessions. With its performance, the Celeron N2910 snags the 256th spot on the leaderboard. In the gaming world, the Celeron N2910 GPU is your mid-tier warrior, wielding its 4-cores and 4-threads to deliver decent frame rates in most titles.

Intel Vs AMD: Which CPU is Best?

Jul 12, 2020 - A rivalry for the ages, and a question often asked and wondered about. Whenever you want to build or upgrade your PC, you have to make a decision: Buy an Intel or AMD processor?

Impact of RAM Size and Speed on Gaming Benchmarks

Jul 5, 2020 - Does RAM size and speed affect your gaming performance? should you invest in a high performance RAM kit? Find out here.

Who Is Lilith and What Terrifies Us About This Diablo Demon?

Jul 24, 2023 No evil entity is more scary than Lilith herself, shrouded in darkness.

Why You Should Always Buy a Mid-to-High-Range Gaming PC?

Jun 23, 2020 - Mid- and high-range builds perform very well for their price, and are better than the entry-level in terms of power, longevity, and reliability, and they offer more bang for your buck especially when looking at their price-by-year advantage.

Should you buy a Pre-Built PC or a Custom PC?

Jun 11, 2020 - Pre-built systems are an attractive option for those who are less concerned with the minute details of every component in their build. Building your own PC is the best solution for those who want full control over every aspect of their build. It provides the most thorough customization options, from the CPU to the fans and lighting.

How to use CPUAgent To Find The Right CPU

Jun 2, 2020 - How to find the Right CPU? Whether you’re building or upgrading a PC, the processor matters a lot. CPUAgent is the right tool to help you find and choose the right CPU for your needs.

RTX 3070 with 10600k vs 3700x Bottleneck Comparison

Sep 03, 2020 - Save your CPU money and invest it in a powerful GPU instead. So, which affordable yet powerfulrt CPU strikes the best performance-price balance with the NVIDIA RTX 3070?

10600K vs 3600X: Battle of the mid-range CPUs

May 23, 2020 - The best performance to price value mid-range cpus are here. Find out more in this comprehensive review and summary of the Core i5-10600K vs Ryzen 5 3600X's capabilities.

10700K vs 3700X: Specs, 80+ Game Benchmarks, Bottleneck, and Streaming Analysis

May 22, 2020 - Which one is worth it, Core i7-10700K or Ryzen 7 3700X? Find out in this comprehensive review and summary of the Core i7-10700K vs Ryzen 7 3700X's capabilities.

10900K vs 3900X: Specs, 80+ Game Benchmarks, Bottleneck, and Streaming Analysis

May 21, 2020 - 10 cores vs 12 cores. Top-of-the-line very high-end cpus duke it out.

2500K vs 3570K vs 4670K vs 6600K vs 7600K vs 8600K vs 9600K vs 10600K: Should you consider upgrading?

May 21, 2020 - In this massive comparison across 8 generations of Intel Core i5 series CPUs, we explore the performance improvements by generation and whether it is reasonable or not to upgrade to Intel's latest.

Critics Reviews