Processors

Celeron J3060

About Intel Celeron J3060

Intel Celeron J3060 is processor manufactured by Intel and launched in Q3 2016 . It's using BGA1170 socket. It has 2 cores and 2 threads with clock of 1.6 GHz that can turbo clock itself to 2.5 GHz . This processor is used in Desktop devices and can consume up to 6 watts of power .

Component specifications

Desktop
Used in

Intel
Factory

BGA1170
Socket

Q3 2016
Launched

1.6 GHz
Clock

2.5 GHz
Turbo Clock

2
Cores

2
Threads

6 W
Thermal Design Power (TDP)

Overall Score 25669

Benchmark Score 434

Single Thread Score 630.1

Future Proof 55%

Predicted component performance

926.4 MB/s
Encrypting Data

14 MB/s
Compressing Data

1951.2 thousand/s
String objects sorting

3 millions/s
Prime numbers generation

3317.1 millions/s
Mathemathic operations (integer)

720 millions/s
Mathemathic operations (float)

Compatible graphic cards

Graphic cards that best works with Celeron J3060 on 1920 × 1080 (FHD (1080p)) resolution in general tasks.

	GeForce GTX 275	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	633 MHz Core Clock	896 MB Memory	Bottleneck calculation

Bottleneck calculation		633 MHz Core Clock	896 MB Memory	219 W Thermal Design Power TDP
	Radeon 540X	Desktop Used in	Q4 2019 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon R9 255	Desktop Used in	Q2 2014 Launched	PCIe 3.0 x16 Motherboard Bus	900 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		900 MHz Core Clock	2048 MB Memory
	Radeon 550X	Desktop Used in	Q3 2019 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon R7 FX-9830P Radeon	Desktop Used in	Q4 2016 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon RX Vega 8	Desktop Used in	Q4 2018 Launched				Bottleneck calculation

Bottleneck calculation
	GeForce GT 740	Desktop Used in	Q2 2014 Launched	PCIe 3.0 x16 Motherboard Bus	993 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		993 MHz Core Clock	1024 MB Memory	64 W Thermal Design Power TDP
	Radeon HD 4890	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	850 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		850 MHz Core Clock	2048 MB Memory	190 W Thermal Design Power TDP
	Radeon 630	Desktop Used in	Q3 2020 Launched				Bottleneck calculation

Bottleneck calculation
	GeForce GTX 280	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	602 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		602 MHz Core Clock	1024 MB Memory	236 W Thermal Design Power TDP
	Radeon HD 4870 X2	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	700 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		700 MHz Core Clock	1024 MB Memory	286 W Thermal Design Power TDP
	Radeon Vega 6	Desktop Used in	Q2 2018 Launched				Bottleneck calculation

Bottleneck calculation
	GeForce GTS 450	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	783 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		783 MHz Core Clock	1024 MB Memory	106 W Thermal Design Power TDP
	Radeon HD 5770	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	650 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		650 MHz Core Clock	2048 MB Memory	108 W Thermal Design Power TDP
	Radeon 540	Desktop Used in	Q3 2017 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon HD 4870	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	750 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		750 MHz Core Clock	2048 MB Memory	150 W Thermal Design Power TDP
	Radeon R7 430	Desktop Used in	Q2 2017 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon HD 4850 X2	Desktop Used in	Q1 2012 Launched	PCIe 2.0 x16 Motherboard Bus	625 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		625 MHz Core Clock	1024 MB Memory	250 W Thermal Design Power TDP
	Radeon HD 5750	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	740 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		740 MHz Core Clock	1024 MB Memory	86 W Thermal Design Power TDP
	Radeon R7 Opteron X3421	Desktop Used in	Q3 2017 Launched				Bottleneck calculation

Bottleneck calculation
	GeForce GT 640	Desktop Used in	Q4 2011 Launched	PCIe 3.0 x16 Motherboard Bus	900 MHz Core Clock	4096 MB Memory	Bottleneck calculation

Bottleneck calculation		900 MHz Core Clock	4096 MB Memory	65 W Thermal Design Power TDP
	Radeon HD 7730	Desktop Used in	Q1 2015 Launched	PCIe 3.0 x16 Motherboard Bus	800 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		800 MHz Core Clock	1024 MB Memory	47 W Thermal Design Power TDP
	GeForce GTX 295	Desktop Used in	Q2 2009 Launched	PCIe 2.0 x16 Motherboard Bus	576 MHz Core Clock	1792 MB Memory	Bottleneck calculation

Bottleneck calculation		576 MHz Core Clock	1792 MB Memory	289 W Thermal Design Power TDP
	GeForce GTX 260	Desktop Used in	Q3 2012 Launched	PCIe 2.0 x16 Motherboard Bus	576 MHz Core Clock	896 MB Memory	Bottleneck calculation

Bottleneck calculation		576 MHz Core Clock	896 MB Memory	202 W Thermal Design Power TDP
	Radeon HD 6770	Desktop Used in	Q2 2011 Launched	PCIe 2.0 x16 Motherboard Bus	900 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		900 MHz Core Clock	1024 MB Memory	108 W Thermal Design Power TDP
	Radeon R7 M460	Desktop Used in	Q4 2016 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon R7 M350	Desktop Used in	Q3 2016 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon R7 M465	Desktop Used in	Q2 2017 Launched				Bottleneck calculation

Bottleneck calculation
	GeForce GT 545	Desktop Used in	Q3 2012 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon R7 A10-7870K	Desktop Used in	Q2 2015 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon R7 A12-9800 Radeon	Desktop Used in	Q1 2017 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon 625	Desktop Used in	Q4 2020 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon R7 250	Desktop Used in	Q4 2013 Launched	PCIe 3.0 x16 Motherboard Bus	1000 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		1000 MHz Core Clock	2048 MB Memory	75 W Thermal Design Power TDP
	Radeon 535	Desktop Used in	Q1 2019 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon R7 A12-9730P Radeon	Desktop Used in	Q3 2017 Launched				Bottleneck calculation

Bottleneck calculation
	Radeon HD 6750	Desktop Used in	Q2 2011 Launched	PCIe 2.0 x16 Motherboard Bus	740 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		740 MHz Core Clock	1024 MB Memory	86 W Thermal Design Power TDP
	UHD Graphics 620	Desktop Used in	Q3 2017 Launched	Integrated Motherboard Bus	300 MHz Core Clock		Bottleneck calculation

Bottleneck calculation		300 MHz Core Clock
	FirePro W5130M	Workstation Used in	Q1 2016 Launched				Bottleneck calculation

Bottleneck calculation
	Quadro 4000	Workstation Used in	Q3 2010 Launched	PCIe 2.0 x16 Motherboard Bus	475 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		475 MHz Core Clock	2048 MB Memory	142 W Thermal Design Power TDP
	FirePro V5900	Workstation Used in	Q3 2011 Launched	PCIe 2.0 x16 Motherboard Bus	600 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		600 MHz Core Clock	2048 MB Memory	75 W Thermal Design Power TDP
	Quadro 4000M	Workstation Used in	Q1 2011 Launched	PCIe 2.0 x16 Motherboard Bus	475 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		475 MHz Core Clock	2048 MB Memory	100 W Thermal Design Power TDP
	Quadro K2100M	Workstation Used in	Q4 2013 Launched	PCIe 3.0 x16 Motherboard Bus	654 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		654 MHz Core Clock	2048 MB Memory	55 W Thermal Design Power TDP
	Firepro W4190M	Workstation Used in	Q2 2016 Launched				Bottleneck calculation

Bottleneck calculation
	FirePro V5800	Workstation Used in	Q1 2016 Launched		700 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		700 MHz Core Clock	1024 MB Memory	74 W Thermal Design Power TDP
	FirePro 3D V8700	Workstation Used in	Q4 2010 Launched	PCIe 2.0 x16 Motherboard Bus	750 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		750 MHz Core Clock	1024 MB Memory	151 W Thermal Design Power TDP
	Quadro FX 5800	Workstation Used in	Q2 2009 Launched	PCIe 2.0 x16 Motherboard Bus	648 MHz Core Clock	4096 MB Memory	Bottleneck calculation

Bottleneck calculation		648 MHz Core Clock	4096 MB Memory	189 W Thermal Design Power TDP
	FirePro 3D V5800	Workstation Used in	Q4 2010 Launched	PCIe 2.0 x16 Motherboard Bus	700 MHz Core Clock	1024 MB Memory	Bottleneck calculation

Bottleneck calculation		700 MHz Core Clock	1024 MB Memory	74 W Thermal Design Power TDP
	Quadro K1100M	Workstation Used in	Q3 2013 Launched	PCIe 3.0 x16 Motherboard Bus	716 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		716 MHz Core Clock	2048 MB Memory	45 W Thermal Design Power TDP
	FirePro M4170	Workstation Used in	Q1 2015 Launched				Bottleneck calculation

Bottleneck calculation
	Firepro M4100	Workstation Used in	Q1 2015 Launched	PCIe 3.0 x16 Motherboard Bus	670 MHz Core Clock	2048 MB Memory	Bottleneck calculation

Bottleneck calculation		670 MHz Core Clock	2048 MB Memory

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Average frames per second

Intel Celeron J3060 can run games with frames per second ranging from 34.0 FPS up to 84.9 FPS depending on game settings with 1920 × 1080 (FHD (1080p)) resolution.

On ultra settings this processor can achieve on average around 34.0 FPS
On high settings this processor can achieve on average around 54.3 FPS
On medium settings this processor can achieve on average around 67.9 FPS
On low settings this processor can achieve on average around 84.9 FPS

Grand Theft Auto V

Frames per second calculator

Game Grand Theft Auto V

Screen Resolution 1920 × 1080 (FHD (1080p))

Processor Intel Celeron J3060

Number of frames per second for Intel Celeron J3060 processor in Grand Theft Auto V game with 1920 × 1080 (FHD (1080p)) resolution. When there isn't bottleneck in configuration, Intel Celeron J3060 can achieve from 76.4 FPS up to 286.5 FPS frames per second while running Grand Theft Auto V game.

On ultra settings Intel Celeron J3060 can achieve from 76.4 FPS up to 114.6 FPS , with average around 95.5 FPS .
On high settings Intel Celeron J3060 can achieve from 122.2 FPS up to 183.4 FPS , with average around 152.8 FPS .
On medium settings Intel Celeron J3060 can achieve from 152.8 FPS up to 229.2 FPS , with average around 191.0 FPS .
On low settings Intel Celeron J3060 can achieve from 191.0 FPS up to 286.5 FPS , with average around 238.7 FPS .

Similar processors

	Core2 Duo E4400	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2 GHz Clock	2 Cores	Compare	65 W Thermal Design Power TDP

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	Athlon 4050e	Desktop Used in	Q1 2009 Launched	AM2 Socket	2.1 GHz Clock	2 Cores	Compare	45 W Thermal Design Power TDP

Compare		2.1 GHz Clock		2 Cores	2 Threads
	Athlon X2 BE-2400	Desktop Used in	Q1 2009 Launched	FT1 Socket	2.3 GHz Clock	2 Cores	Compare	18 W Thermal Design Power TDP

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	Athlon 64 X2 4400+	Desktop Used in	Q4 2008 Launched	AM2 Socket	2.3 GHz Clock	2 Cores	Compare	65 W Thermal Design Power TDP

Compare		2.3 GHz Clock		2 Cores	2 Threads
	Athlon 64 X2 4800+	Desktop Used in	Q4 2008 Launched	AM2 Socket	2.5 GHz Clock	2 Cores	Compare	65 W Thermal Design Power TDP

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	Pentium D 950	Desktop Used in	Q4 2008 Launched	PLGA775 Socket	3.4 GHz Clock	2 Cores	Compare	130 W Thermal Design Power TDP

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	Pentium E2180	Desktop Used in	Q4 2008 Launched	LGA775 Socket	2 GHz Clock	2 Cores	Compare	65 W Thermal Design Power TDP

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	Athlon 64 X2 4200+	Desktop Used in	Q4 2008 Launched	AM2 Socket	2.2 GHz Clock	2 Cores	Compare	89 W Thermal Design Power TDP

Compare		2.2 GHz Clock		2 Cores	2 Threads
	Athlon 64 X2 4000+	Desktop Used in	Q4 2008 Launched	AM2 Socket	2.1 GHz Clock	2 Cores	Compare	65 W Thermal Design Power TDP

Compare		2.1 GHz Clock		2 Cores	2 Threads
	Core2 Duo E6300	Desktop Used in	Q4 2008 Launched	LGA775 Socket	1.9 GHz Clock	2 Cores	Compare	65 W Thermal Design Power TDP

Compare		1.9 GHz Clock		2 Cores	2 Threads

Note: We may earn a commission from qualifying purchases made through the links to participating retailers on this site.

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Selected processors

Celeron J3060

About Intel Celeron J3060

Component specifications

Predicted component performance

Compatible graphic cards

GeForce GTX 275

Radeon 540X

Radeon R9 255

Radeon 550X

Radeon R7 FX-9830P Radeon

Radeon RX Vega 8

GeForce GT 740

Radeon HD 4890

Radeon 630

GeForce GTX 280

Radeon HD 4870 X2

Radeon Vega 6

GeForce GTS 450

Radeon HD 5770

Radeon 540

Radeon HD 4870

Radeon R7 430

Radeon HD 4850 X2

Radeon HD 5750

Radeon R7 Opteron X3421

GeForce GT 640

Radeon HD 7730

GeForce GTX 295

GeForce GTX 260

Radeon HD 6770

Radeon R7 M460

Radeon R7 M350

Radeon R7 M465

GeForce GT 545

Radeon R7 A10-7870K

Radeon R7 A12-9800 Radeon

Radeon 625

Radeon R7 250

Radeon 535

Radeon R7 A12-9730P Radeon

Radeon HD 6750

UHD Graphics 620

FirePro W5130M

Quadro 4000

FirePro V5900

Quadro 4000M

Quadro K2100M

Firepro W4190M

FirePro V5800

FirePro 3D V8700

Quadro FX 5800

FirePro 3D V5800

Quadro K1100M

FirePro M4170

Firepro M4100

Average frames per second

Frames per second calculator Settings

Similar processors

Core2 Duo E4400

Athlon 4050e

Athlon X2 BE-2400

Athlon 64 X2 4400+

Athlon 64 X2 4800+

Pentium D 950

Pentium E2180

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Core i5-12400F (Amazon)

Ryzen 7 7800X3D
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Ryzen 5 7600X (Amazon)

Core i5-12400F (Amazon)
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Ryzen 5 5600 (Amazon)

Ryzen 5 7600X (Amazon)
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Ryzen 7 5700X (Amazon)

Ryzen 5 5600 (Amazon)
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Ryzen 5 5600G (Amazon)

Ryzen 7 5700X (Amazon)
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Ryzen 7 5800X (Amazon)

Ryzen 5 3600 (Amazon)
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Ryzen 5 5600G (Amazon)

Ryzen 5 5600G (Amazon)
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Ryzen 5 5500 (Amazon)

Ryzen 5 5500 (Amazon)
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Core i5-11400F (Amazon)

Ryzen 7 5800X (Amazon)
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Ryzen 7 5800X3D (Amazon)

Frames per second calculator