Core i5 650

Details and Benchmarks for Intel Core i5 650

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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 Core i5 650 based on all benchmark results gathered. Look at this like a meta score, you will find more specific workload ratings below.

4,421 Rank: 1370
Rank Name Score Visual
1366 Core i5-2515E 4,423
+0%
1367 A10-7700K 4,423
+0%
1368 A9-9430 4,423
+0%
1369 Xeon E5540 4,422
+0%
1370 Core i5 650 4,421
1371 Pentium G3220T 4,421
+0%
1372 Xeon L5640 4,420
+-0%
1373 PRO A8-8650B 4,420
+-0%
1374 Intel Core i7-740QM 4,419
+-0%
1375 Athlon II X3 460 4,418
-0.1%

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Multicore Score

Multicore performance score for Core i5 650 based on multi-threaded benchmark results.

4,277 Rank: 1831
Rank Name Score Visual
1827 A4-3300M 4,278
+0%
1828 Athlon II M300 4,278
+0%
1829 A6-5350M 4,278
+0%
1830 A6-1450 4,278
+0%
1831 Core i5 650 4,277
1832 Celeron N2808 4,276
+-0%
1833 Athlon X2 BE-2400 4,276
+-0%
1834 Athlon II P360 4,275
+-0%
1835 Phenom X3 8650 4,275
+-0%
1836 Celeron B810 4,274
-0.1%

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Singlecore Score

Single-core performance score for Core i5 650 based on single-threaded benchmark results.

4,517 Rank: 1275
Rank Name Score Visual
1271 Core i5-3230M 4,519
+0%
1272 Core i7-2630QM 4,518
+0%
1273 Phenom II X6 1090T 4,518
+0%
1274 Core i3 540 4,518
+0%
1275 Core i5 650 4,517
1276 Celeron G1820 4,517
+0%
1277 FX-6300 4,516
+-0%
1278 Core i7-980X 4,516
+-0%
1279 A8-7670K 4,512
-0.1%
1280 Core i5-680 4,512
-0.1%

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Workload Scores

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

Number Crunching

Aggregated score for Core i5 650 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 Core i5 650 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 Core i5 650 based on physics simulation and extended instruction set (SSE/AVX) benchmarks.

-- Rank: --

Physics & Compute score not yet available.

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Core i5 650 Details

As of March 2026, the Intel Core i5-650 occupies a niche within the broader desktop processor landscape, representing an older generation of Intel's mainstream offerings. While far removed from today’s high-performance CPUs, it remains a relevant reference point for understanding the evolution of multi-core computing and integrated graphics. Designed for the FCLGA1156 socket, the Core i5-650 is part of Intel’s first-generation Core i5 lineup, launched in 2010, and built on a 32 nm process using the Nehalem microarchitecture. This processor features two physical cores with four threads enabled via Hyper-Threading, clocked at a base frequency of 3.2 GHz and capable of reaching up to 3.46 GHz under turbo conditions. It supports DDR3 1066/1333 memory across two channels, with a maximum memory capacity of 16 GB and a peak bandwidth of 21 GB/s. The integrated HD Graphics GPU operates at 733 MHz base frequency and can boost up to 1.1 GHz, supporting up to two displays and offering basic multimedia and light gaming capabilities.

In benchmark testing, the Core i5-650 delivers an overall score of 4421, ranking #1370 out of 2060 processors, with a single-core score of 4517 (#1275) and a multicore score of 4277 (#1831). These results indicate that while the processor holds up reasonably well in single-threaded applications—outperforming several modern CPUs in this category—it falls behind significantly in multicore workloads. Its single-core performance is competitive with mid-tier CPUs from the same era, such as the Core i3-540 and Core i5-680, but its multicore score is notably lower than contemporary quad-core and hexa-core processors. The processor is outpaced by modern offerings like the Ryzen 9 9950X3D and Core Ultra 9 285K, which achieve over double its overall score, highlighting the advancements made in both core density and architectural efficiency.

Despite its age, the Core i5-650 supports a robust set of features, including AES-NI encryption, AVX2 instructions, VT-x and VT-d virtualization, and Intel’s Enhanced SpeedStep Technology for power management. It also supports ECC memory and Intel vPro for enterprise environments, although these are limited by the platform’s constraints. The 73 W TDP reflects its efficiency for a 2010-era processor, but modern alternatives achieve similar or better performance at significantly lower power. While the integrated GPU provides basic graphics processing, it is not suitable for modern gaming or GPU-intensive tasks.

In summary, the Core i5-650 is best suited for legacy systems, basic office use, or as a low-cost upgrade in older platforms. It remains a testament to Intel’s early efforts in integrating multi-threading and advanced instruction sets into mainstream desktop CPUs. For users seeking modern performance, however, it is far surpassed by current-generation processors, both in raw power and energy efficiency. As of 2026, it serves more as a historical benchmark than a practical choice for new builds.
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Intel Core i5 650

Main Specifications

Designer: Intel
Name: Core i5 650
Model Number: i5-650
Cores: 2
Threads: 4
Base Frequency: 3200 MHz
Socket: FCLGA1156
Max CPUs: 1
TDP: 73 W

Cache Specifications

Memory Specifications

Supported Memory Type: DDR3 1066/1333
Memory Channels: 2
Maximum Memory: 0 GB
Maximum Bandwidth: 21 GB/s
ECC Support: No

PCI-Express Specifications

PCIe Revision: 2.0
PCIe Lanes: 16
PCIe Configuration: 1x16, 2x8

Integrated Graphics

GPU: HD Graphics
GPU Designer: Intel
GPU Max Frequency: 1100 MHz

Physical Specifications

Process: 32 nm
Word Size: 64-bit

CPU Features

SSE4.1 SSE4.2 AVX2 AES x86-64 HT EIST TXT vPro VT-x VT-d EPT Secure Key SMEP SIPP IPT TSX Flex Memory FMA
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