List of IOMMU-supporting hardware

This page contains a list of virtualization-capable IOMMU supporting hardware.

Intel based

List of Intel and Intel-based hardware that supports VT-d (Intel Virtualization Technology for Directed I/O).^[1]

CPUs

Desktop

This list is incomplete; you can help by expanding it.

CPU[1]	Microarchitecture	Cores/Threads	Clock	Cache	Lithography	Max TDP	IGP	Max Memory Size	EPT	Works on
										QEMU-KVM	Xen	VMware ESXi
Core2Duo E8500[2]	Penryn	2 / 2	3.17 GHz	6 MB	45 nm	65 W	N/A	16 GB	No	Unknown	Unknown	Unknown
Core i7 860[3]	Nehalem	4 / 8	2.80 / 3.46 GHz	8 MB	45 nm	95 W	No	16 GB	Yes	1.0.1[4]	Unknown	Unknown
Core i7 920 XM[5]	Nehalem	4 / 8	2.66 / 2.93 GHz	8 MB	45 nm	130 W	No	24 GB	Yes	1.0.1[4]	Unknown	Unknown
Core i7 920	Nehalem	4 / 8	2.67 GHz	8 MB	45 nm	130 W	No	24 GB	Yes	1.0.1[4]	Unknown	Unknown
Core i3 2115C[6]	Sandy Bridge	2 / 4	2 GHz	3 MB	32 nm	25 W	No	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 2400[7]	Sandy Bridge	4 / 4	3.1 / 3.4 GHz	6 MB	32 nm	95 W	HD Graphics 2000	32 GB	Yes	1.0.1[8]	Unknown	5[9]
Core i5 2400S[10]	Sandy Bridge	4 / 4	2.5 / 3.3 GHz	6 MB	32 nm	65 W	HD Graphics 2000	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 2500[11]	Sandy Bridge	4 / 4	3.3 / 3.7 GHz	6 MB	32 nm	95 W	HD Graphics 2000	32 GB	Yes	Unknown	Unknown	5.5
Core i5 2500S[12]	Sandy Bridge	4 / 4	2.7 / 3.7 GHz	6 MB	32 nm	65 W	HD Graphics 2000	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 2500T[13]	Sandy Bridge	4 / 4	2.3 / 3.3 GHz	6 MB	32 nm	45 W	HD Graphics 2000	32 GB	Yes	Unknown	Unknown	Unknown
Core i7 2600[14]	Sandy Bridge	4 / 8	3.4 / 3.8 GHz	8 MB	32 nm	95 W	HD Graphics 2000	32 GB	Yes	1.0.1	Unknown	4.1 5[15]
Core i7 2600S[16]	Sandy Bridge	4 / 8	2.8 / 3.8 GHz	8 MB	32 nm	65 W	HD Graphics 2000	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3470[17]	Ivy Bridge	4 / 4	3.2 / 3.6 GHz	6 MB	22 nm	77 W	HD Graphics 2500	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3470S[18]	Ivy Bridge	4 / 4	2.9 / 3.6 GHz	6 MB	22 nm	65 W	HD Graphics 2500	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3470T[19]	Ivy Bridge	2 / 4	2.9 / 3.6 GHz	6 MB	22 nm	35 W	HD Graphics 2500	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3475S[20]	Ivy Bridge	4 / 4	2.9 / 3.6 GHz	6 MB	22 nm	65 W	HD Graphics 4000	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3550[21]	Ivy Bridge	4 / 4	3.3 / 3.7 GHz	6 MB	22 nm	77 W	HD Graphics 2500	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3550S[21]	Ivy Bridge	4 / 4	3 / 3.7 GHz	6 MB	22 nm	65 W	HD Graphics 2500	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3570[22]	Ivy Bridge	4 / 4	3.4 / 3.8 GHz	6 MB	22 nm	77 W	HD Graphics 2500	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3570S[23]	Ivy Bridge	4 / 4	3.1 / 3.8 GHz	6 MB	22 nm	65 W	HD Graphics 2500	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 3570T[24]	Ivy Bridge	4 / 4	2.3 / 3.3 GHz	6 MB	22 nm	45 W	HD Graphics 2500	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 4460[25]	Haswell	4 / 4	3.2 / 3.4 GHz	6 MB	22 nm	84 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	Unknown
Core i5 4570[26]	Haswell	4 / 4	3.2 / 3.6 GHz	6 MB	22 nm	84 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	5.5
Core i5 4690K[27]	Haswell	4 / 4	3.5 / 3.9 GHz	6 MB	22 nm	88 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	Unknown
Core i7 3770[28]	Ivy Bridge	4 / 8	3.4 / 3.9 GHz	8 MB	22 nm	77 W	HD Graphics 4000	32 GB	Yes	2.5.0	Unknown	5
Core i7 3770S[29]	Ivy Bridge	4 / 8	3.1 / 3.9 GHz	8 MB	22 nm	65 W	HD Graphics 4000	32 GB	Yes	Unknown	Unknown	5.1
Core i7 3770T[30]	Ivy Bridge	4 / 8	2.5 / 3.7 GHz	8 MB	22 nm	45 W	HD Graphics 4000	32 GB	Yes	Unknown	Unknown	Unknown
Core i7 3820[31]	Sandy Bridge	4 / 8	3.6 / 3.8 GHz	10 MB	32 nm	130 W	No	64 GB	Yes	1.0.1	Unknown	Unknown
Core i7 3930K[32]	Sandy Bridge	6 / 12	3.2 / 3.8 GHz	12 MB	32 nm	130 W	No	64 GB	Yes	Unknown	4.1.2 and 4.3*[33]	Unknown
Core i7 3960X[34]	Sandy Bridge	6 / 12	3.3 / 3.9 GHz	15 MB	32 nm	130 W	No	64 GB	Yes	Unknown	Unknown	Unknown
Core i7 4765T[35]	Haswell	4 / 8	3.4 / 3.9 GHz	8 MB	22 nm	84 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	Unknown
Core i7 4770[36]	Haswell	4 / 8	3.4 / 3.9 GHz	8 MB	22 nm	84 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	5.5
Core i7 4770R[37]	Haswell	4 / 8	3.2 / 3.9 GHz	6 MB	22 nm	65 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	Unknown
Core i7 4770S[38]	Haswell	4 / 8	3.1 / 3.9 GHz	8 MB	22 nm	65 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	Unknown
Core i7 4770T[39]	Haswell	4 / 8	2.5 / 3.7 GHz	8 MB	22 nm	45 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	Unknown
Core i7 4771[40]	Haswell	4 / 8	3.5 / 3.9 GHz	8 MB	22 nm	84 W	HD Graphics 4600	32 GB	Yes	Unknown	Unknown	Unknown
Core i7 4790k[41]	Haswell	4 / 8	4.0 / 4.4 GHz	8 MB	22 nm	88 W	HD Graphics 4600	32 GB	Yes	Yes	Unknown	Unknown
Core i7 4790[42]	Haswell	4 / 8	3,6 / 4.0 GHz	8 MB	22 nm	84 W	HD Graphics 4600	32 GB	Yes	2.1.0	4.2.4	Unknown
Core i7 5820K[43]	Haswell	6 / 12	3.3 / 3.6 GHz	15 MB	22 nm	140 W	No	64 GB	Yes	Unknown	Unknown	Unknown
Core i7 5930K[44]	Haswell	6 / 12	3.5 / 3.7 GHz	15 MB	22 nm	140 W	No	64 GB	Yes	Unknown	Unknown	Unknown
Core i7 5960X[45]	Haswell	8 / 16	3.0 / 3.5 GHz	20 MB	22 nm	140 W	No	64 GB	Yes	Unknown	Unknown	Unknown
CPU	Microarchitecture	Cores/Threads	Clock	Cache	Lithography	Max TDP	IGP	Max Memory Size	EPT (intel) RVI (amd)	Works on
										QEMU-KVM	Xen	VMware ESXi

• VT-d on i7 3930K and i7 3960X only works on C2 stepping.

Motherboards

This list is incomplete; you can help by expanding it.

Intel

Board	Chipset	Memory			Lan	SATA Ports	PCI	PCIe					Works on
		Max (GB)	Slots	Type				mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi
DX58SO[46]	X58	16	4	DDR3	1× Gigabit	6×2.0	2	No	2×2.0	1×2.0	No	2×2.0	1.0.1[4]	Unknown	Unknown
DQ67SW[47]	Q67	32	4	DDR3	1× Gigabit	2×3.0 2×2.0	2	No	1×2.0	1×2.0	No	1×2.0	1.0.1[8]	Unknown	5
Board	Chipset	Memory			LAN	SATA Ports	PCI	PCIe					Works on
		Max (GB)	Slots	Type				mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi

Gigabyte

Board	Chipset	Memory			Lan	SATA Ports	PCI	PCIe					Works on
		Max (GB)	Slots	Type				mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi
Z87X-HD3	X87	32	4	DDR3	1× Gigabit	6×3.0	2	Unknown	3	No	1	1	1.2.5	Unknown	Unknown
P55M-UD4	P55	16	4	DDR3	1× Gigabit	8×2.0	1	No	No	1	1	1	1.2.5	Unknown	Unknown
Z77P-D3	Z77	32	4	DDR3	1× Gigabit	2×3.0	2	Yes	1	1	No	1	2.5.0	Unknown	Unknown
Z97-UD5H	Z97	32	4	DDR3	2× Gigabit	8×3.0	2	No	2	1	1	1	2.4.0	Unknown	Unknown
Board	Chipset	Memory			LAN	SATA Ports	PCI	PCIe					Works on
		Max (GB)	Slots	Type				mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi

ASRock

Board	Chipset	Memory			LAN	SATA Ports	PCI	PCIx					Works on
		Max (GB)	Slots	Type				mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi
Z68 Extreme4[48]	Z68	32	4	DDR3	1× Gigabit	4×3.0 4×2.0	2	No	2×2.0	1×2.0	1×2.0	1×2.0	Unknown	Unknown	4.1[15]
Z68 Professional Gen3[49]	Z68	32	4	DDR3	2× Gigabit	4×3.0 4×2.0	2	No	2×2.0	1×3.0	1×3.0	1×3.0	Unknown	Unknown	4.1[15]
Z77 Pro3[50]	Z77	32	4	DDR3	1× Gigabit	2×3.0 4×2.0	2	No	1×2.0	1×2.0	No	1×3.0	Unknown	Unknown	5[9]
Z77 Extreme6[51]	Z77	32	4	DDR3	1× Gigabit	4×3.0 4×2.0	2	1×2.0	1×2.0	1×2.0	1×3.0	1×3.0	1.0.1	Unknown	5
Z87 Extreme6[52]	Z87	32	4	DDR3	2× Gigabit	10×3.0	2	1×2.0	1×2.0	No	No	3×3.0	2.0.1	4.2.4	Unknown
Z97 Extreme4[53]	Z97	32	4	DDR3	1× Gigabit	8×3.0	0	Unknown	3×2.0	No	No	3×3.0	Yes	Unknown	Unknown
Board	Chipset	Memory			LAN	SATA Ports	PCI	PCIe					Works on
		Max (GB)	Slots	Type				mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi

MSI

Board	Chipset	Memory			LAN	SATA Ports	PCI	PCIe					Works on
		Max (GB)	Slots	Type				mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi
Z68A-GD80 (B3)[54]	Z68	32	4	DDR3	2× Gibabit	4×3.0 4×2.0	2	No	2×2.0	1×2.0	No	1×2.0	Unknown	Unknown	4.1[15]
Board	Chipset	Memory			LAN	SATA Ports	PCI	PCIe					Works on
		Max (GB)	Slots	Type				mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi

Chipset

• Intel Z170^{[55] [Note 1]}
• Intel X99^{[56] [Note 1]}
• Intel X79^{[57] [Note 1]}
• Intel Q170^{[58] [Note 1]}
• Intel Q150^{[59] [Note 1]}
• Intel Q87^{[60] [Note 1]}
• Intel Q77^{[61] [Note 1]}
• Intel Q67^{[62] [Note 1]}
• Intel Q45^{[63] [Note 1]}
• Intel P55^{[64] [Note 1]}
• Intel Q35,^[65] X38, X48 Q45 ^{[Note 1]}
• Intel HM87, QM87, HM86, C222, X99, C612, C226 ^{[Note 1]}

1. VT-d is inherently supported on these chipsets, but may not be enabled by individual OEMs. Always read the motherboard manual and check for BIOS updates.

AMD based

List of AMD and AMD-based hardware that supports IOMMU. AMD's implementation of IOMMU is also known as AMD-Vi.^[66] Please note that just because a motherboard uses a chipset that supports IOMMU does not mean it is able to and the bios must have an ACPI IVRS table to enable the use of it. At least one Asus board is known to have faulty BIOSes with corrupt ACPI IVRS tables; for such cases, under Linux, it is possible to specify custom mappings to override the faulty and/or missing BIOS-provided ones through the use of the ivrs_ioapic and ivrs_hpet kernel parameters.^[67]

CPUs

List of AMD-V and AMD-RVI capable AMD CPUs.^[68]

• AMD A-Series Series of Products (2nd Generation)
• AMD FX Series of Products
• AMD A-Series Series of Products
• AMD Athlon II Series of Products
• AMD Athlon II Dual-Core Mobile Series of Products
• AMD Athlon II Neo Series of Products
• AMD Athlon II Neo Dual-Core Mobile Series of Products
• AMD Athlon II Neo Mobile Series of Products
• AMD Athlon II X2 Series of Products
• AMD Athlon II X3 Series of Products
• AMD Athlon II X4 Series of Products
• AMD Athlon II XLT Series of Products
• AMD Athlon X2 Series of Products
• AMD C-Series Series of Products
• AMD E-Series Series of Products
• AMD G-Series Series of Products
• AMD Phenom II Dual-Core Mobile Series of Products
• AMD Phenom II Quad-Core Mobile Series of Products
• AMD Phenom II Triple-Core Mobile Series of Products
• AMD Phenom II X2 Series of Products
• AMD Phenom II X3 Series of Products
• AMD Phenom II X4 Series of Products
• AMD Phenom II X6 Series of Products
• AMD Phenom II XLT Series of Products
• AMD Phenom X4 Series of Products
• AMD Sempron Series of Products
• AMD Sempron Mobile Series of Products
• AMD Sempron X2 Series of Products
• AMD Six-Core Opteron Series of Products
• AMD Third Generation Opteron Series of Products
• AMD Turion II Dual-Core Mobile Series of Products
• AMD Turion II Neo Series of Products
• AMD Turion II Neo Dual-Core Mobile Series of Products
• AMD V Series for Notebook PCs Series of Products

Desktop

CPU	Microarchitecture	Cores/Threads	Clock	Cache L2 / L3	Lithography	Max TDP	IGP	Max Memory Size	RVI	Works on
										QEMU-KVM	Xen	VMware ESXi
AMD Phenom II X6 1090T	AMD K10	6 / 6	3.2 / 3.6 GHz	3 / 6 MB	45 nm	160 W	N/A	64 GB	No	Unknown	Unknown	Unknown
AMD FX[69]	Bulldozer	8 / 8	? / ? GHz	? / ? MB	32 nm	220 W	N/A	? GB	Yes	Yes	Yes	Unknown
AMD A Series[70]	Piledriver	? / ?	? / ? GHz	? MB	? nm	? W	Yes	? GB	Yes	Yes	Unknown	Unknown
CPU	Microarchitecture	Cores/Threads	Clock	Cache	Lithography	Max TDP	IGP	Max Memory Size	RVI	Works on
										QEMU-KVM	Xen	VMware ESXi

Server

• AMD Opteron (3000, 4000 and 6000 series at least)^[71]

Motherboards

This list is incomplete; you can help by expanding it.

Board		Chipset	Memory			LAN	SATA Ports	eSATA Ports	PCI	PCIe					Works on
Manuf.	Model		Max (GB)	Slots	Type					mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi
Asrock	FM2A75M-DGS	A75(Hudson D3)	32	2	DDR3	1× Gigabit	6×3.0	No	1	No	1×2.0	No	No	1×2.0	Unknown	Unknown	Yes 5.1[72]
Asrock	FM2A85X Extreme6	A85X (Hudson D4)	64	4	DDR3	1× Gigabit	7×3.0	1×3.0	2	No	2×2.0	No	No	3×2.0	Unknown	Unknown	Yes 5.1[72]
Asrock	FM2A88X Extreme6+	A88X (Bolton D4)	64	4	DDR3	1× Gigabit	8×3.0	1×3.0	2	No	2×2.0	No	No	3×2.0	Unknown	No (0) [73]	Unknown
Asrock	FM2A88M Extreme4+	A88X (Bolton D4)	64	4	DDR3	1× Gigabit	7×3.0	No	1	No	1×2.0	No	No	1×3.0+1x2.0@x4	Unknown	Unknown	Unknown
Asrock	FM2A75 Pro4-M[74]	A75(Hudson D3)	64	4	DDR3	1× Gigabit	5×3.0	1×3.0	1	No	1×2.0	No	No	2×2.0	Unknown	Unknown	Unknown
Asrock	970 Extreme3	970FX	64	4	DDR3	1× Gigabit	5×6.0	1×3.0	2	No	2×2.0	No	No	1x2.0, 1x2.0 @ 4X	Yes	Unknown	Yes 5.0[75]
Asus	E35M1-I DELUXE	A50 (Hudson M1)	8	2	DDR3	1× Gibabit	5×3.0	1×3.0	No	Yes	No	No	No	1x2.0@x4	Unknown	Unknown	No
Asus	Crosshair V Formula Z	990FX	32	4	DDR3	1× Gibabit	8×3.0	2×3.0	1	No	2×2.0	1×2.0	2×2.0	2×2.0	Need IVRS override:ivrs_ioapic[9]=00:14.0 ivrs_ioapic[10]=00:00.1[76]	Yes	5.5
Asus	Crosshair IV Formula	890FX	16	4	DDR3	1× Gibabit	6×3.0	1×3.0	2	No	No	1×2.0	No	3×2.0	Unknown	No (0)	Unknown
Asus	SABERTOOTH 990FX	990FX	32	4	DDR3	1× Gibabit	8×3.0	2×3.0	1	No	1×2.0	1×2.0	2×2.0	1×2.0	Yes	No	Yes
Asus	SABERTOOTH 990FX R2.0	990FX	32	4	DDR3	1× Gibabit	8×3.0	2×3.0	1	No	1×2.0	1×2.0	2×2.0	1×2.0	Unknown	Yes	Yes 5.1, 5.5 (Network Card NOT found!)
Asus	M5A99X EVO R2.0	990X	32	4	DDR3	1× Gibabit	6×3.0	2×3.0	1	No	2×2.0	1×2.0	1×2.0	1×2.0	Unknown	Unknown	Yes 5.1, 5.5 (Network Card NOT found!)
Asus	M5A97 R2.0[77]	970	32	4	DDR3	1× Gibabit	6×3.0	No	2	No	2×2.0	No	No	2×2.0(1@x4)	Unknown	Unknown	Unknown
Asus	M5A97 LE R2.0[78]	970	32	4	DDR3	1× Gibabit	6×3.0	No	2	No	2×2.0	No	No	2×2.0(1@x4)	Yes[79]	Unknown	Unknown
Asus	F2A85-V PRO	A85X (Hudson D4)	64	4	DDR3	1× Gigabit	7×3.0	1×3.0	3	No	2×2.0	1×2.0	2×2.0	1×2.0	Unknown	Unknown	Yes5.1[80]
Asus	F2A85-V	A85X (Hudson D4)	64	4	DDR3	1× Gigabit	7×3.0	1×3.0	2	No	2×2.0	1×2.0	No	1×2.0	Unknown	Unknown	Unknown
Asus	F2A55-M	AMD A55 FCH (Hudson D2)	64	4	DDR3	1× Gigabit	6×2.0	No	1	No	1×2.0	No	No	2×2.0	Unknown	Unknown	Yes5.1[81]
Asus	KGPE-D16	SR5690	256	16	DDR3	2× Gigabit	6×2.0	No	1	No	No	1×2.0	1×2.0	3×2.0	Unknown	Unknown	Unknown
Gigabyte	GA-990FXA-UD7	990FX	32	4	DDR3	1× Gigabit	8×3.0	2×3.0	1	No	No	2×2.0	2×2.0	2×2.0	Unknown	Unknown	Unknown[82]
Gigabyte	GA-990FXA-UD5	990FX	32	4	DDR3	1× Gigabit	8×3.0	2×3.0	1	No	1×2.0	2×2.0	1×2.0	2×2.0	0.12.1	4.1.3	Unknown
Gigabyte	GA-990FXA-UD3	990FX	32	4	DDR3	1× Gigabit	6×3.0	2×3.0	1	No	1×2.0	2×2.0	No	2×2.0	Unknown	Yes	Yes 5[83]
Gigabyte	GA-970A-UD3	970	32	4	DDR3	1× Gigabit	6×3.0	No	2	No	3×2.0	1×2.0	No	1×2.0	Yes	Unknown	Yes v5.x
MSI	AM1I	AM1	16	2	DDR3	1× Gigabit	2×3.0	No	No	Yes	No	No	No	1×2.0@x4	Unknown	Unknown	No
MSI	970A-G46	970	32	4	DDR3	1× Gigabit	6×3.0	No	2	No	2	No	No	2×2.0@8	Unknown	4.4.1	Unknown
Manuf.	Model	Chipset	Max (GB)	Slots	Type	LAN	SATA Ports	eSATA Ports	PCI	mini	×1	×4	×8	×16	QEMU-KVM	Xen	VMware ESXi
Board			Memory							PCIe					Works on

   (0) - Incomplete or flawed BIOS APIC and/or IVRS tables

Chipset

• AMD 890FX
• AMD 9-series^[84]
• AMD A55, A75, A85, A88X
• SR5650/SR5670/SR5690^[66]

Tested graphics card

List of GPUs tested on some VirtualMachine with IOMMU.

• qemu-kvm can't assign VGA and other PCI device at same time, due to SeaBIOS limitations^[4] (fixed on git).

AMD

Card	Memory			PCIx		OpenGL	DirectX	OpenCL	GFLOPs		TDP (W)		Works on
	Size (MB)	Width (bit)	Type	Version	Lanes				Single	Double	Idle	Max	QEMU-KVM	Xen	VMware ESXi
Radeon HD 5450[85]	512	64	GDDR3	2.1	×16	3.2	11	Yes	104	No	6.5	171	Yes	Yes	5.1[86]
Radeon HD 5770[87]	1024	128	GDDR5	2.1	×16	3.2	11	Yes	1360	No	18	108	1.0.1	Yes	Unknown
Radeon HD 5850[88]	1024 - 2048	128	GDDR5	2.1	×16	3.2	11	Yes	2088	417.6	27	151	1.0.1[8]	Yes	Unknown
Radeon HD 6870[89]	1024 - 2048	256	GDDR5	2.1	×16	4.1	11	1.1	2016	413	19	151	1.0.1[4]	Yes	Unknown
Radeon HD 6950[90]	1024 - 2048	256	GDDR5	2.1	×16	4.1	11	1.1	2253	563	20	200	1.0.1[4]	Yes	Unknown
Radeon HD 7970 - R9 280X[91]	3072	384	GDDR5	3.0	×16	4.2	11.1	1.2	3789	947	15	230	Unknown	Yes	5.0[92]
Radeon R7 260X[93]	1024 - 2048		GDDR5	3.0	×16	4.3	12	Yes	1971	123		115	Yes	Unknown	Unknown
Radeon R9 290[94]	4096	512	GDDR5	3.0	×16	4.3	12	Yes	11467	606		250	Yes	4.4.1 w/ patch	Unknown
Radeon R9 Fury Nano	4096	4096	HBM	3.0	×16	4.5	12	Yes	8192	512		175	Yes	Unknown	Unknown
Card	Memory			PCIe		OpenGL	DirectX	OpenCL	GFLOPs		TDP (W)		Works on
	Size (MB)	Width (bit)	Type	Version	Lanes				Single	Double	Idle	Max	QEMU-KVM	Xen	VMware ESXi

Nvidia

Card	Memory			PCIe		OpenGL	DirectX	OpenCL	GFLOPs Single	TDP (W) Max	Works on
	Size (MB)	Width (bit)	Type	Version	Lanes						QEMU-KVM	Xen	VMware ESXi
GeForce GTX 460[95]	768-2048	192-256	GDDR5	2.0	×16	4.5	11	1.1	907.2	160	Yes	4.1[96]	Unknown
Quadro 2000[97]	1024	128	GDDR5	2.0	×16	4.3	11	?	480	62	Unknown	4.1 and 4.3[33]	Unknown
GT 740	2048	128	GDDR5	3.0	×16	4.5	11	1.2	762	64	2.5.0	Unknown	Unknown
Card	Memory			PCIe		OpenGL	DirectX	OpenCL	GFLOPs Single	TDP (W) Max	Works on
	Size (MB)	Width (bit)	Type	Version	Lanes						QEMU-KVM	Xen	VMware ESXi

References

1. "ARK Processor Feature Filter". Retrieved 2016-02-13.
2. "Intel Core2 Duo Processor E8500 (6M Cache, 3.16 GHz, 1333 MHz FSB)". Intel. Retrieved 10 Oct 2014.
3. "Intel Core i7-860 Processor (8M Cache, 2.80 GHz)". Intel. Retrieved 23 Oct 2013.
4. "Graphics card pass-through working with two pass pci-initialization". Weidemann, André. Retrieved 11 July 2012.
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