Intel Celeron N3010

Details and Benchmarks for Intel Intel Celeron N3010

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Please take all results with a big grain of salt. Sysbuilds is in alpha stage at the moment which can lead to wrong data, strange counting errors, silly results and more. This site is under active development.

Benchmark Results

Combined benchmark scores based on multiple data points, giving a quick overview of this processor's performance.

Overall Score

Overall score for Intel Celeron N3010 based on all benchmark results gathered. Look at this like a meta score, you will find more specific workload ratings below.

3,663 Rank: 2046
Rank Name Score Visual
2042 Sempron 2500+ 3,694
+0.8%
2043 A4-1250 3,685
+0.6%
2044 Celeron N2910 3,671
+0.2%
2045 Intel Celeron N3000 3,670
+0.2%
2046 Intel Celeron N3010 3,663
2047 Atom N280 3,662
+-0%
2048 Atom N2600 3,657
-0.2%
2049 Atom N270 3,642
-0.6%
2050 Atom Z530 3,631
-0.9%
2051 Atom 330 3,625
-1%

View full ranking →

Multicore Score

Multicore performance score for Intel Celeron N3010 based on multi-threaded benchmark results.

4,188 Rank: 2018
Rank Name Score Visual
2014 Core 2 Duo T7300 4,196
+0.2%
2015 Atom Z520 4,195
+0.2%
2016 A4-6300 4,192
+0.1%
2017 Athlon X2 QL-64 4,191
+0.1%
2018 Intel Celeron N3010 4,188
2019 Core 2 Duo E8400 4,188
+0%
2020 Atom 230 4,187
+-0%
2021 Phenom 9850 4,182
-0.1%
2022 Intel Celeron N3000 4,181
-0.2%
2023 Pentium E5200 4,179
-0.2%

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Singlecore Score

Single-core performance score for Intel Celeron N3010 based on single-threaded benchmark results.

3,313 Rank: 2045
Rank Name Score Visual
2041 Atom D2700 3,348
+1.1%
2042 Sempron 2500+ 3,333
+0.6%
2043 Intel Celeron N3000 3,330
+0.5%
2044 A4-1250 3,325
+0.4%
2045 Intel Celeron N3010 3,313
2046 Atom N280 3,297
-0.5%
2047 Atom N2600 3,281
-1%
2048 Atom N270 3,266
-1.4%
2049 Celeron N2910 3,250
-1.9%
2050 Atom Z530 3,247
-2%

View full ranking →

Workload Scores

Performance scores grouped by workload type, normalized and aggregated from multiple raw benchmark results.

Number Crunching

Aggregated score for Intel Celeron N3010 based on integer math, floating point math, and prime number computation benchmarks.

-- Rank: --

Number Crunching score not yet available.

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Data Processing

Aggregated score for Intel Celeron N3010 based on data encryption, data compression, and string sorting benchmarks.

-- Rank: --

Data Processing score not yet available.

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Physics & Compute

Aggregated score for Intel Celeron N3010 based on physics simulation and extended instruction set (SSE/AVX) benchmarks.

-- Rank: --

Physics & Compute score not yet available.

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Intel Celeron N3010 Details

Ranking #2046 of 2060 in overall performance, the Intel Celeron N3010 delivers a measured score of 3663, placing it firmly in the lower tier of modern CPU benchmarks. This low placement is not surprising given the processor’s age and mobile-focused design, but the single-core performance stands out as relatively competitive for its class, scoring 3313 and ranking #2045. While the multicore score of 4188 places it only slightly ahead in the broader hierarchy, the gap between single-core and multicore performance suggests the N3010 is optimized for lightweight, sequential tasks rather than parallel workloads. This imbalance is reflective of its target segment—entry-level mobile devices where power efficiency and thermal constraints take precedence over raw throughput.

Released in the mid-2010s as part of Intel’s Braswell lineup, the N3010 is built on a 14 nm process and features a dual-core, dual-thread design with a base clock of 1.04 GHz and a turbo frequency of 2.24 GHz. Its microarchitecture, Airmont, is a refined evolution of the Silvermont core, offering modest improvements in instruction efficiency and power management. The processor includes 1 MiB of L2 cache and lacks L3 cache, which limits its ability to handle data-intensive applications. Despite this, the inclusion of advanced instruction sets such as AVX2, AES-NI, and BMI2 indicates Intel’s intent to provide basic acceleration for encryption, compression, and modern software workloads, even at this performance tier.

With a TDP of just 4 W, the N3010 is designed for ultra-low-power devices such as netbooks, tablets, and embedded systems where thermal headroom is limited. It supports up to 8 GB of DDR3 memory and features integrated Intel HD Graphics 400, capable of driving dual displays at up to 1920×1080 resolution. The GPU runs at a base frequency of 320 MHz and can boost to 600 MHz, offering sufficient performance for web browsing, video playback, and basic multimedia tasks. The processor also includes Intel Enhanced SpeedStep Technology, allowing dynamic clock adjustments to conserve energy during idle periods.

In comparison to its peers, the N3010 holds its own against other low-power Atom and Celeron variants like the Atom N280 and N270, but falls short of more capable mobile processors such as the A4-1250 or Atom D2700. Its position near the bottom of the benchmark rankings is consistent with its design philosophy—efficiency over performance. As of March 2026, the N3010 remains relevant only in legacy systems or for niche applications where minimal power draw and basic functionality are paramount. For users requiring more than light productivity or media consumption, modern alternatives offer significantly greater capability at similar power levels.
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Intel Intel Celeron N3010

Main Specifications

Designer: Intel
Name: Intel Celeron N3010
Family: Celeron
Series: N3000
Model Number: N3010
Cores: 2
Threads: 2
Base Frequency: 1040 MHz
Turbo Frequency (1 core): 2240 MHz
Microarchitecture: Airmont
Core Name: Braswell
Target Segment: Mobile
Max CPUs: 1
TDP: 4 W
Release Price: $107.00

Cache Specifications

L1 Instruction Cache: 64 KiB (8-way set associative)
L1 Data Cache: 48.0256 KiB (6-way set associative)
L2 Cache: 1 MiB (16-way set associative)
L3 Cache: 0 MiB (No)

Memory Specifications

Maximum Memory: 8 GB

Integrated Graphics

GPU: HD Graphics 400
GPU Max Frequency: 600 MHz

Physical Specifications

Process: 14 nm
Manufacturer: Intel
Technology: CMOS
Word Size: 64-bit
ISA: x86-64 (x86)

CPU Features

MMX EMMX SSE SSE2 SSE3 SSSE3 SSE4.1 SSE4.2 AVX AVX2 ABM BMI1 BMI2 FMA3 AES RdRand ADX CLMUL F16C x86-16 x86-32 x86-64 Real Protected SMM FPU NX EIST SSE4a SHA AMD-Vi AMD-V TSME SenseMI SMT SME SEV
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