List of Nvidia graphics processors

The list of graphics processors from Nvidia provides an overview of available graphics processors from the manufacturer nVidia . A more detailed specification of the processors including their use in graphics cards can be found in the respective main article. The graphics chips are classified according to their series. In some cases, Nvidia is releasing older chips in newer series, which means that individual processors can be listed multiple times.

List of graphics processors

NV1

See main article: Nvidia NV1

Graphics chip	production			Render pipelines (Pipes x TMU)	DirectX / OpenGL version	cutting stelle	Others
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Render pipelines (Pipes x TMU)	DirectX / OpenGL version	cutting stelle	Others
NV1		0.2		1 × 1	n / A	PCI	Quadratic surfaces

Riva

See main article: Nvidia Riva

Graphics chip	production			Render pipelines (Pipes x TMU)	DirectX / OpenGL version	cutting stelle
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Render pipelines (Pipes x TMU)	DirectX / OpenGL version	cutting stelle
NV3	350	3.5		1 × 1	5 / 1.0	AGP 1x
NV3ZX	350			1 × 1	5 / 1.0	AGP 2x
NV4	350			2 × 1	6 / 1.1	AGP 2x
NV5	250			2 × 1	6 / 1.1	AGP 4x
NV6	220			2 × 1	6 / 1.1	AGP 4x

GeForce 256 series

See main article: Nvidia GeForce 256 series

Graphics chip	production			Render pipelines (Pipes x TMU)	DirectX / OpenGL version	cutting stelle
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Render pipelines (Pipes x TMU)	DirectX / OpenGL version	cutting stelle
NV10	220	23	k. A.	4 × 1	7 / 1.2	AGP 4x

GeForce 2 series

See main article: Nvidia GeForce 2 series

Graphics chip	production			Render pipelines (Pipes x TMU)	DirectX / OpenGL version	cutting stelle
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Render pipelines (Pipes x TMU)	DirectX / OpenGL version	cutting stelle
NV11	180	19th	k. A.	2 × 2	7 / 1.2	AGP 4x
NV15	180	23	k. A.	4 × 2	7 / 1.2	AGP 4x

GeForce 3 series

See main article: Nvidia GeForce 3 series

Graphics chip	production			Render pipelines			DirectX / OpenGL version	cutting stelle
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Pipes × TMU × VPU	Pixel shader	vertex shader	DirectX / OpenGL version	cutting stelle
NV20	150	57	k. A.	4 × 2 × 1	1.1	1.1	8 / 1.4	AGP 4x

GeForce 4 series

See main article: Nvidia GeForce 4 series

Graphics chip	production			Render pipelines			DirectX / OpenGL version	cutting stelle
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Pipes × TMU × VPU	Pixel shader	vertex shader	DirectX / OpenGL version	cutting stelle
NV17	150	29	k. A.	2 × 2	-	-	7 / 1.2	AGP 4x
NV18	150	81	k. A.	2 × 2	-	-	7 / 1.2	AGP 8x
NV25	150	63	k. A.	4 × 2 × 2	1.3	1.1	8.0 / 1.4	AGP 4x
NV28	150	63	k. A.	4 × 2 × 2	1.3	1.1	8.0 / 1.4	AGP 8x

GeForce FX series

See main article: Nvidia GeForce FX series

Graphics chip	production			Render pipelines			DirectX / OpenGL version	cutting stelle
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Pipes × TMU × VPU	Pixel shader	vertex shader	DirectX / OpenGL version	cutting stelle
NV30	130	125	k. A.	4 × 2 × 3	2.a	2.a	9.0a / 1.5	AGP 8x
NV31	130	75	k. A.	4 × 1 × 1	2.a	2.a	9.0a / 1.5	AGP 8x
NV34	150	45	k. A.	4 × 1 × 1	2.a	2.a	9.0a / 1.5	AGP 8x
NV35	130	130	k. A.	4 × 2 × 3	2.a	2.a	9.0a / 1.5	AGP 8x
NV36	130	82	k. A.	4 × 1 × 3	2.a	2.a	9.0a / 1.5	AGP 8x
NV38	130	135	k. A.	4 × 2 × 3	2.a	2.a	9.0a / 1.5	AGP 8x

GeForce 6 series

See main article: Nvidia GeForce 6 series

Graphics chip	production			Render pipelines		DirectX / OpenGL version	cutting stelle
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Quad number	Pipes × TMU × VPU	DirectX / OpenGL version	cutting stelle
NV40	130	222	305	4th	16 × 1 × 6	9.0c / 1.5	AGP 8x
NV41	130	222	k. A.	3	12 × 1 × 5	9.0c / 1.5	PCIe
NV42	110	202	k. A.	3	12 × 1 × 5	9.0c / 1.5	PCIe
NV43	110	146	k. A.	2	8 × 1 × 3	9.0c / 1.5	PCIe
NV44	110	75	k. A.	1	4 × 1 × 3	9.0c / 1.5	PCIe
NV45	130	222	k. A.	4th	16 × 1 × 6	9.0c / 1.5	PCIe

Geforce 7 series

See main article: Nvidia GeForce 7 series

Graphics chip	production			Render pipelines		DirectX / OpenGL version	cutting stelle
Graphics chip	Process (in nm)	Transis- interfere (in millions)	The area (in mm²)	Quad number	Pipes × TMU × VPU	DirectX / OpenGL version	cutting stelle
NV44	110	75	110	1	4 × 1 × 3	9.0c / 2.0	PCIe
G70	110	303	333	6th	24 × 1 × 8	9.0c / 2.0	PCIe
G71	90	278	196	6th	24 × 1 × 8	9.0c / 2.0	PCIe
G72	90	112	77	1	4 × 1 × 3	9.0c / 2.0	PCIe
G73 / b	90/80	178	125/111	3	12 × 1 × 5	9.0c / 2.0	PCIe

Geforce 8 series

See main article: Nvidia Geforce 8 series

Graphics chip	production			units						DirectX / OpenGL version	Video processor	cutting stelle
	Process (in nm)	Transis- interfere (in millions)	The - area (in mm²)	ROP particle functions	ROPs	Unified shaders		TMUs	TAUs
	Process (in nm)	Transis- interfere (in millions)	The - area (in mm²)	ROP particle functions	ROPs	Shader - cluster	Stream processors	TMUs	TAUs
G80	90	681	484	6th	24	8th	128	32	64	10.0 / 3.3	VP1	PCIe
G84	80	289	169	2	8th	2	32	16	16	10.0 / 3.3	VP2	PCIe
G86	80	210	115	2	8th	1	16	8th	8th	10.0 / 3.3	VP2	PCIe
G92	65	754	324	4th	16	8th	128	64	64	10.0 / 3.3	VP2	PCIe 2.0
G98	65	210	86	1	4th	1	8th	8th	8th	10.0 / 3.3	VP3	PCI , PCIe 2.0

Nvidia Geforce 9 series (Geforce 100 series)

See main articles: Nvidia Geforce 9 series , Nvidia Geforce 100 series

Note: The Geforce 100 series is identical to the Geforce 9 series. Nvidia wanted to change the name to the new naming scheme of the single-digit to the three-digit numbers.

Graphics chip	production			units						DirectX / OpenGL version	Video processor	cutting stelle
	Process (in nm)	Transis- interfere (in millions)	The - area (in mm²)	ROP particle functions	ROPs	Unified shaders		Texture units
	Process (in nm)	Transis- interfere (in millions)	The - area (in mm²)	ROP particle functions	ROPs	Stream processors	Shader - cluster	TAUs	TMUs
G92b	55	754	276	4th	16	128	8th	64	64	10.0 / 3.3	VP2	PCIe 2.0
G94b	55	505	180	4th	16	64	4th	32	32	10.0 / 3.3	VP2	PCIe 2.0
G96b	55	314	119	2	8th	32	2	16	16	10.0 / 3.3	VP2	PCIe 2.0
G98	65	210	86	1	4th	8th	1	8th	8th	10.0 / 3.3	VP3	PCIe 2.0

Geforce 200 series

See main article: Nvidia Geforce 200 series

Graphics chip	production			units						DirectX / OpenGL version	Video processor	cutting stelle
	Process (in nm)	Transis- interfere (in millions)	The - area (in mm²)	ROP particle functions	ROPs	Unified shaders		Texture units
	Process (in nm)	Transis- interfere (in millions)	The - area (in mm²)	ROP particle functions	ROPs	Stream processors	Shader - cluster	TAUs	TMUs
G92b	55	754	276	4th	16	128	8th	64	64	10.0 / 3.3	VP2	PCIe 2.0
GT200 / b	65/55	1400	576/470	8th	32	240	10	80	80	10.0 / 3.3	VP2	PCIe 2.0
GT215	40	727	133	4th	16	96	4th	32	32	10.1 / 3.3	VP4	PCIe 2.0
GT216	40	486	100	2	8th	48	2	16	16	10.1 / 3.3	VP4	PCIe 2.0
GT218	40	260	57	1	4th	16	1	8th	8th	10.1 / 3.3	VP4	PCIe 2.0

Geforce 300 series

See main article: Nvidia Geforce 300 series

Graphics chip	production			units						DirectX / OpenGL version	Video processor	cutting stelle
	Process (in nm)	Transis- interfere (in millions)	The - area (in mm²)	ROP particle functions	ROPs	Unified shaders		Texture units
	Process (in nm)	Transis- interfere (in millions)	The - area (in mm²)	ROP particle functions	ROPs	Stream processors	Shader - cluster	TAUs	TMUs
G92b	55	754	276	4th	16	128	8th	64	64	10.0 / 3.3	VP2	PCIe 2.0
GT215	40	727	133	4th	16	96	4th	32	32	10.1 / 3.3	VP4	PCIe 2.0
GT216	40	486	100	2	8th	48	2	16	16	10.1 / 3.3	VP4	PCIe 2.0
GT218	40	260	57	1	4th	16	1	8th	8th	10.1 / 3.3	VP4	PCIe 2.0

Geforce 400 series

See main article: Nvidia Geforce 400 series

Graphics chip	production			units						L2 cache (in kb )	DirectX / OpenGL version	Video processor	cutting stelle
	Process (in nm)	Transis- interfere (in billions)	The - area (in mm²)	ROP particle functions	ROPs	Unified shaders		Texture units
	Process (in nm)	Transis- interfere (in billions)	The - area (in mm²)	ROP particle functions	ROPs	Stream processors	Shader - cluster	TAUs	TMUs
GF100	40	3.04	526	6th	48	512	16	64	64	768	11 / 4.1	VP4	PCIe 2.0
GF104	40	1.95	332	4th	32	384	8th	64	64	512	11 / 4.1	VP4	PCIe 2.0
GF106	40	1.17	228	3	24	192	4th	32	32	384	11 / 4.1	VP4	PCIe 2.0
GF108	40	0.58	114	1	4th	96	2	16	16	k. A.	11 / 4.1	VP4	PCIe 2.0
GT218	40	0.26	57	1	4th	16	1	8th	8th	k. A.	10.1 / 3.1	VP4	PCIe 2.0

Geforce 500 series

See main article: Nvidia Geforce 500 series

Graphics chip	production			units						L2 cache (in kb )	DirectX / OpenGL version	Video processor	cutting stelle
	Process (in nm)	Transis- interfere (in billions)	The - area (in mm²)	ROP particle functions	ROPs	Unified shaders		Texture units
	Process (in nm)	Transis- interfere (in billions)	The - area (in mm²)	ROP particle functions	ROPs	Stream processors	Shader - cluster	TAUs	TMUs
GF108	40	0.58	k. A.	1	4th	96	2	16	16	k. A.	11 / 4.2	VP4	PCIe 2.0
GF110	40	~ 3	520	6th	48	512	16	64	64	768	11 / 4.2	VP4	PCIe 2.0
GF114	40	1.95	332	4th	32	384	8th	64	64	512	11 / 4.2	VP4	PCIe 2.0
GF116	40	1.17	238	3	24	192	4th	32	32	384	11 / 4.2	VP4	PCIe 2.0
GF119	40	k. A.	79	1	4th	48	1	8th	8th	k. A.	11 / 4.2	VP5	PCIe 2.0

Geforce 600 series

See main article: Nvidia Geforce 600 series

Graphics chip	production			units						L2 cache (in kb )	DirectX / OpenGL version	Video processor	cutting stelle
	Process (in nm)	Transis- interfere (in billions)	The - area (in mm²)	ROP particle functions	ROPs	Unified shaders		Texture units
	Process (in nm)	Transis- interfere (in billions)	The - area (in mm²)	ROP particle functions	ROPs	Stream processors	Shader - cluster	TAUs	TMUs
GK104	28	3.54	294	4th	32	1536	8th	128	128	512	11.1 / 4.2	VP5	PCIe 3.0
GK106	28	2.54	214	3	24	960	5	80	80	384	11.1 / 4.2	VP5	PCIe 3.0
GK107	28	1.30	118	2	16	384	2	32	32	256	11.1 / 4.2	VP5	PCIe 3.0
GK208	28	k. A.	87	1	8th	384	2	16	16	512	11.1 / 4.2	VP5	PCIe 2.0
GF108	40	0.58	114	1	4th	96	2	16	16	k. A.	11 / 4.2	VP4	PCIe 2.0
GF114	40	1.95	358	4th	32	384	8th	64	64	512	11 / 4.2	VP4	PCIe 2.0
GF116	40	1.17	228	3	24	192	4th	32	32	384	11 / 4.2	VP4	PCIe 2.0
GF119	40	0.29	79	1	4th	48	1	8th	8th	k. A.	11 / 4.2	VP5	PCIe 2.0