AMD Embedded Solutions

AMD Embedded Solutions
legal form	Division of AMD (Corporation)
founding	AMD: 1969
Seat	AMD: Sunnyvale , USA
management	EMEA: Aurelius Wosylus (since October 2005)
Website	www.amd.com/embedded

AMD Embedded Solutions is a division of Advanced Micro Devices, Inc. (AMD) that focuses on embedded products for embedded systems . The product portfolio includes processors , Accelerated Processing Units (APUs) , chipsets and discrete graphics cards as well as developer boards and RDKs (Reference Design Kits). In line with the product life cycles of embedded systems, AMD embedded products are planned to be available for at least five years. In addition, the company fulfills “ End of Life ” obligations for a further two years for some products . The company keeps products in high demand available beyond the planned minimum availability. One example is the AMD Geode LX processor family, which is planned to be available for ten years.

Historical development and product history

From 1991

With the introduction of the Am386 and Am486 processors , their integration into embedded designs begins. In 1995 the Am5x86 processor was introduced, which served as a compatible upgrade path for users of Am486 systems. In the late 1990s, AMD expanded its E86 (Embedded x86) product family with the introduction of the Élan ™ SC520 microcontroller for the data communications, telecommunications and information equipment markets.

From 2000

In early 2000, AMD expanded its embedded business with the acquisition of Alchemy Semiconductor and its Alchemy line of MIPS processors for handhelds and portable media players. In addition, in August 2003, AMD acquired the AMD Geode division, which was originally part of National Semiconductor. In the second quarter of 2004, AMD expanded its Geode families to include low-power processors under the name Geode NX, which are based on the AMD K7 Thoroughbred architecture.

From 2005

In mid-2005, AMD added 64-bit processors to its embedded product line for the first time with the AMD Opteron processor.

Since 2006

In July 2006, AMD announced the acquisition of ATI Technologies, Inc. , thereby expanding its embedded portfolio with technologies for chipsets and discrete graphics cards.

In 2006, AMD Embedded also added the AMD Athlon , AMD Turion and AMD Sempron Mobile processors to its embedded product line .

From 2007

From 2007 until 2008, AMD Embedded added more single and dual core processors to its embedded product line. Including the 64-bit single-core processor AMD Athlon 64 2000+ with 8 W TDP and multi-core AMD Opteron processors.

In February 2007, AMD also announced the launch of the integrated graphics chipset series AMD 690 and shortly thereafter the M690T for embedded designs. The M690T was followed by the M690E, specially designed for embedded applications.

Since 2008

In 2008 and 2009, AMD Embedded expanded its range of integrated chipsets to include the AMD 780E and SB710 embedded chipsets.

In addition, the ATI Radeon E2400 graphics card was announced in 2008 . It was the first discrete ATI Radeon graphics card that was specially developed for the embedded market with a planned availability of five years.

From 2009 on

In 2009 AMD Embedded launched the ASB1 processor family. The ASB1 processors make AMD Embedded available as single-core and dual-core options in an 812-ball BGA package . In mid-2009, AMD also launched the SR5690 and SP5100 chipsets for enterprise-level embedded applications.

In 2009 the discrete ATI Radeon E4690 graphics card followed. The discrete graphics solutions from AMD Embedded are made available not only as graphics processors with integrated memory, but also as MXM modules .

From 2010

In June 2010, AMD demonstrated its first Accelerated Processing Unit (APU) with AMD Fusion technology at Computex and will announce availability from the beginning of 2011.

In September 2010, the first details about the embedded variants of the Fusion APUs will be made public.

In November 2010, AMD Embedded announced that the embedded variants of the AMD Fusion APUs will be available in the first quarter of 2011 under the name AMD Embedded G-Series .

Also in November 2010, AMD joins the MeeGo Linux Open Source Project. As part of this, AMD states that it will provide development resources with which the technical foundation for the next generation of mobile platforms and embedded devices will be established.

As of 2011

In January 2011, AMD announced the availability of the AMD Embedded G-Series processors, which it claims to be the world's first and only APUs for embedded systems.

In March 2011, AMD Embedded presented new CPUs for the AMD Embedded G-Series platform at the Embedded World in Nuremberg. The CPUs characterized as "headless" do without the graphics unit integrated in the APUs. Target applications are therefore deeply embedded systems that are operated without a screen.

In May 2011, AMD Embedded presented the embedded graphics processor AMD Radeon E6760 at the Embedded Systems Conference Silicon Valley 2011, which can supply six monitors with one image.

Also in May 2011, AMD Embedded announced the availability of two new variants of the AMD Embedded G series with reduced power requirements. One or two low-power x86 "Bobcat" processor cores form the basis for this. In September 2011, AMD Embedded presented the discrete AMD Radeon E6460 graphics processor for the embedded markets of casino gaming, digital signage and industrial measurement technology at the Embedded Systems Conference.

From 2012

In May, APUs of the R series based on Trinity with 2 or 4 CPU cores and integrated GPU were presented.

In June the Embedded G-series was supplemented by the particularly economical T16R with only 4.5W TDP, the guaranteed availability of the existing G-series chips was extended to 2017.

From 2013

In April, AMD presented the new system-on-chip of the G series with Kabini technology, built-in graphics unit, ECC support and a TDP from 9W.

The SOC of the G series was expanded in July to include a model with only 6W TDP.

The AMD Embedded R-Series range was expanded to include three models without a GPU in August.

Since 2014

In May, the second generation of the Kaveri-based embedded APUs and CPUs of the R series was presented. The processors are equipped with an ECC-capable memory controller and four displays can be controlled. Production takes place in 28 nm, the TDP can be specified by the system manufacturer (configurable TDP).

Products

Embedded Processors

AMD Athlon

model	OPN	base	Processor cores	Clock frequency	Cache	TDP	Memory interface	HyperTransport Interface	Launch
AMD Athlon ™ X2 3400+	ADD3400IAA5CUE	ON 2	2	1.8 GHz	L2 512KB x2	35W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2008
AMD Athlon ™ X2 3400e	ADJ3400IAA5DOE	ON 2	2	1.8 / 1.0 GHz	L2 512KB x2	22 / 10.8W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2008
AMD Athlon ™ X2 3600+	ADD3600IAA5DOE	ON 2	2	1.9 GHz	L2 512KB x2	35W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2008
AMD Athlon ™ X2 4200+	ADD4200IAA5DOE	ON 2	2	2.2 GHz	L2 512KB x2	35W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2008
AMD Athlon ™ 2000+	ADF2000IAV4DRE	ON 2	1	1.0 GHz	L2 512KB	8W	DDR3-667, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2007
AMD Athlon ™ 2600+	ADG2600IAV4DRE	ON 2	1	1.6 GHz	L2 512KB	15W	DDR3-667, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 800 MHz full duplex	2007
AMD Athlon ™ 3000+	ADD3000IAA4CNE	ON 2	1	1.8 GHz	L2 512KB	35W	DDR3-667, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2007
AMD Athlon ™ 3100+	ADS3100IAR4DRE	ON 2	1	2.0 GHz	L2 512KB	25W	DDR3-667, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2007
AMD Athlon ™ II XL - V66C	AEV66CHDK23GME	AT 3	2	2.8 GHz	L2 1MB x2	45W	DDR3-1333, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 2.0 GHz full duplex	2010
AMD Athlon ™ II XLT - V50L	AEV50LSFK23GME	AT 3	2	2.2 / 0.8 GHz	L2 1MB x2	25 / 13.8W	DDR3-1066, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 2.0 GHz full duplex	2010
AMD Athlon ™ II XLT - V64L	AEV64LHFK23GME	AT 3	2	2.7 GHz	L2 1MB x2	45W	DDR3-1066, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 2.0 GHz full duplex	2010
AMD Athlon ™ Neo X2 L325	AMZL325OAX5DYE	ASB1 BGA	2	1.5 GHz	L2 512KB x2	18W1	DDR2-667, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 800 MHz full duplex	2009
AMD Athlon ™ II Neo - N36L	AEN36LLAV23GME	ASB2 BGA	2	1.3 / 0.8 GHz	L2 1MB x2	12 / 8W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2010
AMD Athlon ™ II Neo - R34L	AER34LFCV13GME	ASB2 BGA	1	1.0 GHz	L2 1MB	8W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2010
AMD Athlon ™ II Neo - R44L	AER44LLAV13GME	ASB2 BGA	1	1.7 GHz	L2 1MB	12W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.0 GHz full duplex	2010
model	OPN	base	Processor cores	Clock frequency	Cache	TDP	Memory interface	HyperTransport Interface	Launch

AMD Embedded G-Series

model	OPN	base	Processor cores	Clock frequency	Cache	TDP	Memory interface	graphic	Launch
AMD Embedded G-Series T16R	GET16RFWB12GVE	19mm FCBGA	1	615 MHz	L2 512KB	4.5W	LVDDR3-1066	AMD Radeon ™ HD 6250	2012
AMD Embedded G-Series T24L	GET24LFQB12GVE	19mm FCBGA	1	1.0 GHz	L2 512KB	5W	DDR3-1066, Unbuffered		2011
AMD Embedded G-Series T30L	GET30LGBB12GVE	19mm FCBGA	1	1.4 GHz	L2 512KB	18W	DDR3-1066, Unbuffered		2011
AMD Embedded G-Series T40E	GET40EFSB22GVE	19mm FCBGA	2	1.0 GHz	L2 512KB x2	6.4W	DDR3-1066, Unbuffered	AMD Radeon ™ HD 6250	2011
AMD Embedded G-Series T40N	GET40NFPB22GVE	19mm FCBGA	2	1.0 GHz	L2 512KB x2	9W	DDR3-1066, Unbuffered	AMD Radeon ™ HD 6290	2011
AMD Embedded G-Series T40R	GET40RFSB12GVE	19mm FCBGA	1	1.0 GHz	L2 512KB	5.5W	DDR3-1066, Unbuffered	AMD Radeon ™ HD 6250	2011
AMD Embedded G-Series T44R	GET44RFPB12GVE	19mm FCBGA	1	1.2 GHz	L2 512KB	9W	DDR3-1066, Unbuffered	AMD Radeon ™ HD 6250	2011
AMD Embedded G-Series T48L	GET48LGBB22GVE	19mm FCBGA	2	1.4 GHz	L2 512KB x2	18W	DDR3-1066, Unbuffered		2011
AMD Embedded G-Series T48N	GET48NGBB22GVE	19mm FCBGA	2	1.4 GHz	L2 512KB x2	18W	DDR3-1066, Unbuffered	AMD Radeon ™ HD 6310	2011
AMD Embedded G-Series T48E	GET48EGBB22GVE	19mm FCBGA	2	1.4 GHz	L2 512KB x2	18W	DDR3-1066, Unbuffered	AMD Radeon ™ HD 6250	2012
AMD Embedded G-Series T52R	GET52RGBB12GVE	19mm FCBGA	1	1.5 GHz	L2 512KB	18W	DDR3-1333, Unbuffered	AMD Radeon ™ HD 6310	2011
AMD Embedded G-Series T56N	GET56NGBB22GVE	19mm FCBGA	2	1.65 GHz	L2 512KB x2	18W	DDR3-1333, Unbuffered	AMD Radeon ™ HD 6320	2011
AMD Embedded G-Series T56E	GET56EGBB22GVE	19mm FCBGA	2	1.5 GHz	L2 512KB x2	18W	DDR3-1333, Unbuffered	AMD Radeon ™ HD 6250	2012

AMD Embedded R-Series

model	OPN	CPU				GPU			Storage interface	TDP	base	Launch
model	OPN	Cores	frequency	turbo	L2 cache	model	frequency	turbo	Storage interface	TDP	base	Launch
R-252F	RE252FSHE23HJE	2	1.9 GHz	2.4 GHz	1 MB	HD 7400G	327 MHz	424 MHz	DDR3-1333	17 W.	FP2 (BGA)	Q2 2012
R-260H	RE260HSHE24HJE		2.1 GHz	2.6 GHz	2 MB	HD 7500G	327 MHz	424 MHz	DDR3-1333	17 W.	FP2 (BGA)	Q2 2012
R-268D	RE268DDEC23HJE		2.5 GHz	3.0 GHz	1 MB	HD 7420G	480 MHz	654 MHz	DDR3-1600	35 W	FS1r2	Q2 2012
R-272F	RE272FDEC23HJE		2.7 GHz	3.2 GHz	1 MB	HD 7520G	496 MHz	685 MHz	DDR3-1600	35 W	FS1r2	Q2 2012
R-452L	RE452LSHE44HJE	4th	1.6 GHz	2.4 GHz	2 × 2 MB	HD 7600G	327 MHz	424 MHz	DDR3-1333	19 W	FP2 (BGA)	Q2 2012
R-460H	RE460HDEC44HJE		1.9 GHz	2.8 GHz	2 × 2 MB	HD 7640G	496 MHz	654 MHz	DDR3-1600	35 W	FS1r2	Q2 2012
R-460H	RE460HDFE44HJE		1.9 GHz	2.8 GHz	2 × 2 MB	HD 7640G	496 MHz	654 MHz	DDR3-1333	35 W	FP2 (BGA)	Q2 2012
R-460L	RE460LSIE44HJE		2.0 GHz	2.8 GHz	2 × 2 MB	HD 7620G	360 MHz	496 MHz	DDR3-1333	25 W	FP2 (BGA)	Q2 2012
R-464L	RE464LDFE44HJE		2.3 GHz	3.2 GHz	2 × 2 MB	HD 7660G	496 MHz	685 MHz	DDR3-1333	35 W	FP2 (BGA)
R-464L	RE464LDEC44HJE		2.3 GHz	3.2 GHz	2 × 2 MB	HD 7660G	496 MHz	685 MHz	DDR3-1600	35 W	FS1r2	Q2 2012
R-264X	RE264XSHE23HL	2	2.2 GHz	2.8 GHz	1 MB	unavailable			DDR3-1333	17 W.	FP2 (BGA)	Q3 2013
R-272X	RE272XDEC23HJ	2	2.7 GHz	3.2 GHz	1 MB				DDR3-1600	35 W	FS1r2	Q3 2013
R-464X	RE464XDEC44HJ	4th	2.3 GHz	3.2 GHz	2 × 2 MB				DDR3-1600	35 W	FS1r2	Q3 2013

AMD Geode

model	OPN	base	Processor cores	Clock frequency	Cache	TDP	Memory interface	Launch
AMD Geode ™ LX600	LX600@0.7W	Geode link	1	366 MHz (600)	L2 128KB	2.8W	DDR-266	2005
AMD Geode ™ LX700	LX700@0.8W	Geode link	1	433 MHz (700)	L2 128KB	3.1W	DDR 333	2006
AMD Geode ™ LX800	LX800@0.9W	Geode link	1	500 MHz (800)	L2 128KB	3.6W	DDR-400	2005
AMD Geode ™ LX900	LX900@1.5W	Geode link	1	600 MHz (900)	L2 128KB	5.1W	DDR-400	2007

AMD Opteron

model	OPN	base	Processor cores	Clock frequency	Cache	TDP	Memory interface	HyperTransport Interface	Launch
AMD Opteron 41GL EE	OE41GLHKU6DGOE	C32	6th	1.8 GHz	L2 512K x6; L3 6MB	40W	DDR3-1333 2-ch Registered ECC & Chipkill	Two HT links with 16 lanes at up to 2.2 GHz full duplex	2010
AMD Opteron 41KX HE	OE41KXOHU6DGOE	C32	6th	2.2 GHz	L2 512K x6; L3 6MB	65W	DDR3-1333 2-ch Registered ECC & Chipkill	Two HT links with 16 lanes at up to 2.2 GHz full duplex	2010
AMD Opteron 41LE HE	OE41LEOHU4DGOE	C32	4th	2.3 GHz	L2 512K x4; L3 6MB	65W	DDR3-1333 2-ch Registered ECC & Chipkill	Two HT links with 16 lanes at up to 2.2 GHz full duplex	2010
AMD Opteron 41QS HE	OE41QSOHU4DGOE	C32	4th	2.5 GHz	L2 512K x4; L3 6MB	65W	DDR3-1333 2-ch Registered ECC & Chipkill	Two HT links with 16 lanes at up to 2.2 GHz full duplex	2010
AMD Opteron 61KS	OE61KSWKT8EGO	G34	8th	2.0 GHz	L2 512KB x8; L3 12MB	115W	DDR3-1333 4-ch Registered ECC & Chipkill	Four HT links with 16 lanes at up to 3.2 GHz full duplex	2010
AMD Opteron 61QS	OE61QSWKT8EGOE	G34	8th	2.3 GHz	L2 512KB x8; L3 12MB	115W	DDR3-1333 4-ch Registered ECC & Chipkill	Four HT links with 16 lanes at up to 3.2 GHz full duplex	2010
AMD Opteron 1210 EE	OSH1210GAS6DGE	Socket F (1207)	2	1.8 GHz	L2 1MB x2	45W	DDR2-667, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.0 GHz full duplex	2006
AMD Opteron 1214 HE	OSP1214GAU6DGE	Socket F (1207)	2	2.2 GHz	L2 1MB x2	68W	DDR2-667, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.0 GHz full duplex	2006
AMD Opteron 13KS EE	OE13KSFLP4DGIE	Socket F (1207)	4th	2.0 GHz	L2 512KB x4; L3 6MB	50W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.8 GHz full duplex	2009
AMD Opteron 13QS HE	OE13QSMAP4DGIE	Socket F (1207)	4th	2.4 GHz	L2 512KB x4; L3 6MB	71W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.0 GHz full duplex	2009
AMD Opteron 14KS	OE14KSPDS6DGNE	Socket F (1207)	6th	2.0 GHz	L2 512KB x6; L3 6MB	79W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.2 GHz full duplex	2010
AMD Opteron 2208 HE	OSP2208GAA5CXE	Socket F (1207)	2	1.8 GHz	L2 512KB x2	68W	DDR2-667, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.0 GHz full duplex	2006
AMD Opteron 2210 EE	OSH2210GAS6CXE	Socket F (1207)	2	1.8 GHz	L2 1MB x2	45W	DDR2-667, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.0 GHz full duplex	2006
AMD Opteron 2214 HE	OSP2214GAU6CXE	Socket F (1207)	2	2.2 GHz	L2 1MB x2	68W	DDR2-667, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.0 GHz full duplex	2006
AMD Opteron 23KS EE	OE23KSFLP4DGIE	Socket F (1207)	4th	2.0 GHz	L2 512KB x4; L3 6MB	50W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.8 GHz full duplex	2009
AMD Opteron 23QS HE	OE23QSMAP4DGIE	Socket F (1207)	4th	2.4 GHz	L2 512KB x4; L3 6MB	71W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.0 GHz full duplex	2009
AMD Opteron 23VS	OE23VSWHP4DGIE	Socket F (1207)	4th	2.8 GHz	L2 512KB x4; L3 6MB	115W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.2 GHz full duplex	2009
AMD Opteron 24KS	OE24KSPDS6DGNE	Socket F (1207)	6th	2.0 GHz	L2 512KB x6; L3 6MB	79W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.2 GHz full duplex	2010
AMD Opteron 24QS	OE24QSWJS6DGNE	Socket F (1207)	6th	2.4 GHz	L2 512KB x6; L3 6MB	115W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.2 GHz full duplex	2010
AMD Opteron 8210 EE	OSH8210GAS6CYE	Socket F (1207)	2	1.8 GHz	L2 1MB x2	45W	DDR2-667, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.0 GHz full duplex	2006
AMD Opteron 8214 HE	OSP8214GAU6CYE	Socket F (1207)	2	2.2 GHz	L2 1MB x2	68W	DDR2-667, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 1.0 GHz full duplex	2006
AMD Opteron 83QS HE	OE83QSMAP4DGIE	Socket F (1207)	4th	2.4 GHz	L2 512KB x4; L3 6MB	71W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.0 GHz full duplex	2009
AMD Opteron 83VS	OE83VSWHP4DGIE	Socket F (1207)	4th	2.8 GHz	L2 512KB x4; L3 6MB	115W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.2 GHz full duplex	2009
AMD Opteron 84KS HE	OE84KSPDS6DGNE	Socket F (1207)	6th	2.0 GHz	L2 512KB x6; L3 6MB	79W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.2 GHz full duplex	2010
AMD Opteron 84QS	OE84QSWJS6DGNE	Socket F (1207)	6th	2.4 GHz	L2 512KB x6; L3 6MB	115W	DDR2-800, 2-ch Registered ECC & Chipkill	Three HT links with 16 lanes at up to 2.2 GHz full duplex	2010

AMD Phenom

model	OPN	base	Processor cores	Clock frequency	Cache	TDP	Memory interface	HyperTransport Interface	Launch
AMD Phenom ™ II XLT Q54L	HEQ54LOEK4DGME	AT 3	4th	2.2 / 0.8 GHz	L2 512K x4; L3 6MB	65 / 36.5W	DDR3-1333, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.8 GHz full duplex	2010

AMD Sempron

model	OPN	base	Processor cores	Clock frequency	Cache	TDP	Memory interface	HyperTransport Interface	Launch
AMD Sempron ™ 200U	SMF200UOAX3DVE	ASB1 BGA	1	1.0 GHz	L2 256KB	8W	DDR2-400, Unbuffered	1 HT link with 16 lanes at 800 MHz full duplex	2008
AMD Sempron ™ 208U	SML208UOAX3DVE	ASB1 BGA	1	1.4 GHz	L2 256KB	12W	DDR2-400, Unbuffered	1 HT link with 16 lanes at 800 MHz full duplex	2008
AMD Sempron ™ 210U	SMG210UOAX3DVE	ASB1 BGA	1	1.5 GHz	L2 256KB	15W	DDR2-400, Unbuffered	1 HT link with 16 lanes at 800 MHz full duplex	2008
AMD Sempron ™ 2100+	SMF2100HAX3DQE	S1	1	1.0 GHz	L2 256KB	8W	DDR2-800, 2-ch Unbuffered	1 HT link with 16 lanes at 800 MHz full duplex	2007
AMD Sempron ™ 3700+	SMS3700HAX4DQE	S1	1	2.0 GHz	L2 512KB	25W	DDR2-800, 2-ch Unbuffered	1 HT link with 16 lanes at 800 MHz full duplex	2007

AMD Turion

model	OPN	base	Processor cores	Clock frequency	Cache	TDP	Memory interface	HyperTransport Interface	Launch
AMD Turion ™ Neo X2 L625	TMZL625OAX5DYE	ASB1 BGA	2	1.6 / 0.8GH	L2 512KB x2	18 / 10.1W	DDR2-667, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 800 MHz full duplex	2009
AMD Turion ™ II Neo - N40L	TEN40LGAV23GME	ASB2 BGA	2	1.5 GHz	L2 1MB x2	15W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.6 GHz full duplex	2010
AMD Turion ™ II Neo - N40H	TEN40HGAV23GME	ASB2 BGA	2	1.5 GHz	L2 1MB x2	15W	DDR3-1333, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.6 GHz full duplex	2010
AMD Turion ™ II Neo - N54H	TEN54HSDV23GME	ASB2 BGA	2	2.2 GHz	L2 1MB x2	25W	DDR3-1333, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.6 GHz full duplex	2010
AMD Turion ™ II Neo - N54L	TEN54LSDV23GME	ASB2 BGA	2	2.2 GHz	L2 1MB x2	25W	DDR3-800, 2-ch Unbuffered ECC	1 HT link with 16 lanes at 1.6 GHz full duplex	2010
AMD Turion ™ 64 X2 TL-56	TMDTL56HAX5DME	S1	2	1.8 / 0.8 GHz	L2 512KB x2	31 / 9.4W	DDR2-800, 2-ch Unbuffered	1 HT link with 16 lanes at 800 MHz full duplex	2007
AMD Turion ™ 64 X2 TL-62	TMDTL62HAX5DME	S1	2	2.1 GHz	L2 512KB x2	35W	DDR2-800, 2-ch Unbuffered	1 HT link with 16 lanes at 800 MHz full duplex	2007

Embedded system-on-chip

AMD Embedded G-Series System-on-Chip (SOC)

model	OPN	Processor cores	Clock frequency CPU	Cache	TDP	Memory interface	GPU model	GPU clock frequency	USB 3.0	Launch
AMD Embedded G-Series GX-210JA	GE210JIHJ23HM	2	1 GHz	L2 1MB	6W	DDR3-1066	AMD Radeon ™ HD 8180	225 MHz	No	Q3 2013
AMD Embedded GX-210HA	GE210HICJ23HM	2	1.0 GHz	L2 1MB	9W	DDR3-1133	AMD Radeon ™ HD 8210E	300 MHz	Yes	Q2 2013
AMD Embedded GX-217GA	GE217GIBJ23HM	2	1.65 GHz	L2 1MB	15W	DDR3-1600	AMD Radeon ™ HD 8280E	450 MHz	Yes	Q2 2013
AMD Embedded GX-415GA	GE415GIBJ44HM	4th	1.5 GHz	L2 2MB	15W	DDR3-1600	AMD Radeon ™ HD 6330E	500 MHz	Yes	Q2 2013
AMD Embedded GX-420CA	GE420CIAJ44HM	4th	2.0 GHz	L2 2MB	25W	DDR3-1600	AMD Radeon ™ HD 8400E	600 MHz	Yes	Q2 2013
AMD Embedded GX-416RA	GE416RIBJ44HM	4th	1.6 GHz	L2 2MB	15W	DDR3-1600	unavailable		No	Q2 2013

Embedded graphics processors

model	process	Package	TDP	Shader units	interface	Storage	Memory clock	Operating system support	GPGPU support	Graphics support	Max. Displays	Launch
ATI Radeon ™ E2400 dGPU	65 nm	GPU + memory, 31x31 mm BGA	13W	40	PCIe® 1.1 (x1, x2, x4, x8, x16)	64-bit, 128MB GDDR3	600/700 MHz	Windows® XP / XPe / 7, Windows Vista®, Linux® (x86 32/64)	Single-precision floating-point computing power: 48 GFLOPs	DirectX® 10, Shader Model 3.0, OpenGL 3.3	2
ATI Radeon ™ E2400 MXM	65 nm	MXM 2.1a type II module, 73x78 mm	18W	40	PCIe® 1.1 (x1, x2, x4, x8, x16)	64-bit, 256MB GDDR3	600/700 MHz	Windows® XP / XPe / 7, Windows Vista®, Linux® (x86 32/64)	Single-precision floating-point computing power: 48 GFLOPs	DirectX® 10, Shader Model 3.0, OpenGL 3.3	2
ATI Radeon ™ E2400 PCIe® add-in board	65 nm	PCIe® card, 16x11 cm	18W	40	PCIe® 1.1 (x1, x2, x4, x8, x16)	64-bit, 128MB GDDR3	600/700 MHz	Windows® XP / XPe / 7, Windows Vista®, Linux® (x86 32/64)	Single-precision floating-point computing power: 48 GFLOPs	DirectX® 10, Shader Model 3.0, OpenGL 3.3	2
ATI Radeon ™ E4690 dGPU	55 nm	GPU + memory, 35x35 mm BGA	25W	320	PCIe® 2.0 (x1, x2, x4, x8, x16)	128-bit, 512MB GDDR3	600/700 MHz	Windows® XP / XPe / 7, Windows Vista®, Linux® (x86 32/64)	Single-precision floating-point computing power: 384 GFLOPs	DirectX® 10.1, Shader Model 4.0, OpenGL 3.3	2
ATI Radeon ™ E4690 MXM	55 nm	MXM 3.0 type A module, 70x82 mm	32W	320	PCIe® 2.0 (x1, x2, x4, x8, x16)	128-bit, 512MB GDDR3	600/700 MHz	Windows® XP / XPe / 7, Windows Vista®, Linux® (x86 32/64)	Single-precision floating-point computing power: 384 GFLOPs	DirectX® 10.1, Shader Model 4.0, OpenGL 3.3	2
ATI Radeon ™ E4690 PCIe® add-in board	55 nm	PCIe® card, 18x11 cm	34W	320	PCIe® 2.0 (x1, x2, x4, x8, x16)	128-bit, 512MB GDDR3	600/700 MHz	Windows® XP / XPe / 7, Windows Vista®, Linux® (x86 32/64)	Single-precision floating-point computing power: 384 GFLOPs	DirectX® 10.1, Shader Model 4.0, OpenGL 3.3	2
AMD Radeon ™ E6460 Embedded GPU	40 nm	GPU + memory, 33x33 mm BGA	~ 20W	160	PCIe® 2.1 (x1, x2, x4, x8, x16)	64-bit, 512MB GDDR5, 25.6GB / s	600 MHz / 3.2Gbps	Windows®7, Windows® 7 Embedded, Linux® (x86 32/64)	Single-precision floating-point computing power: 192 GFLOPs AMD Accelerated Parallel Processing (APP) OpenCL ™ 1.1 DirectCompute 11	DirectX® 11, Shader Model 5.0, OpenGL 4.1, AMD HD3D Stereo 3D, AMD CrossFireX ™ Multi-GPU Technology	4th	Q3-11
AMD Radeon ™ E6460 MXM	40 nm	MXM 3.0 type A module, 70x82 mm		160	PCIe® 2.1 (x1, x2, x4, x8, x16)	64-bit, 512MB GDDR5, 25.6GB / s	600 MHz / 3.2Gbps	Windows®7, Windows® 7 Embedded, Linux® (x86 32/64)	Single-precision floating-point computing performance: 192 GFLOPs AMD Accelerated Parallel Processing (APP) OpenCL ™ 1.1 DirectCompute 12	DirectX® 11, Shader Model 5.0, OpenGL 4.1, AMD HD3D Stereo 3D	4th	Q4-11
AMD Radeon ™ E6460 PCIe® add-in board	40 nm	PCIe® card		160	PCIe® 2.1 (x1, x2, x4, x8, x16)	64-bit, 512MB GDDR5, 25.6GB / s	600 MHz / 3.2Gbps	Windows®7, Windows® 7 Embedded, Linux® (x86 32/64)	Single-precision floating-point computing performance: 192 GFLOPs, AMD Accelerated Parallel Processing (APP) OpenCL ™ 1.1 DirectCompute 13	DirectX® 11, Shader Model 5.0, OpenGL 4.1, AMD HD3D Stereo 3D	4th	Q4-11
AMD Radeon ™ E6760 Embedded GPU	40 nm	GPU + memory, 37.5x37.5 mm BGA	35W	480	PCIe® 2.1 (x1, x2, x4, x8, x16)	128-bit, 1GB GDDR5, 51.2GB / s	600 MHz / 3.2Gbps	Windows®7, Windows® 7 Embedded, Linux® (x86 32/64)	Single-precision floating-point computing power: 576 GFLOPs AMD Accelerated Parallel Processing (APP) OpenCL ™ 1.1 DirectCompute 11	DirectX® 11, Shader Model 5.0, OpenGL 4.1, AMD HD3D Stereo 3D, AMD CrossFireX ™ Multi-GPU Technology	6th	Q2-11
AMD Radeon ™ E6760 MXM	40 nm	MXM 3.0 type A module, 70x82 mm		480	PCIe® 2.1 (x1, x2, x4, x8, x16)	128-bit, 1GB GDDR5, 51.2GB / s	600 MHz / 3.2Gbps	Windows®7, Windows® 7 Embedded, Linux® (x86 32/64)	Single-precision floating-point computing power: 576 GFLOPs AMD Accelerated Parallel Processing (APP) OpenCL ™ 1.1 DirectCompute 11	DirectX® 11, Shader Model 5.0, OpenGL 4.1, AMD HD3D Stereo 3D	6th	Q3-11
AMD Radeon ™ E6760 PCIe® add-in board	40 nm	PCIe® card		480	PCIe® 2.1 (x1, x2, x4, x8, x16)	128-bit, 1GB GDDR5, 51.2GB / s	600 MHz / 3.2Gbps	Windows®7, Windows® 7 Embedded, Linux® (x86 32/64)	Single-precision floating-point computing power: 576 GFLOPs AMD Accelerated Parallel Processing (APP) OpenCL ™ 1.1 DirectCompute 11	DirectX® 11, Shader Model 5.0, OpenGL 4.1, AMD HD3D Stereo 3D	6th	Q3-11
ATI Radeon ™ HD 5770 Graphics Board	40 nm	PCIe® card 23.5x11.2 cm	108W	800	PCIe® 2.1 (x1, x2, x4, x8, x16)	128-bit, 1GB GDDR5, 51.2GB / s	850 MHz / 4.8Gbps	Windows® XP / XPe / 7, Windows Vista®, Linux® (x86 32/64)	Single-precision floating point computing power: 1.36 TFLOPs ATI Stream Technology OpenCL ™ 1.1 DirectCompute 11	DirectX® 11, Shader Model 5.0, OpenGL 3.2, OpenCL ™ 1.0	3	Q2-10
AMD Radeon ™ HD 6970M MXM	40 nm	MXM 3.0 Type B module, 105x82 mm	95W	960	PCIe® 2.1 (x1, x2, x4, x8, x16)	256-bit, 2GB GDDR5, 115.2GB / s	680 MHz / 3.6Gbps	Windows®7, Windows® 7 Embedded, Linux® (x86 32/64)	Single-precision floating-point computing power: 1.3 TFLOPs AMD Accelerated Parallel Processing (APP) OpenCL ™ 1.1 DirectCompute 11	DirectX® 11, Shader Model 5.0, OpenGL 4.1 AMD HD3D Stereo 3D	6th	Q2-11

swell

Individual evidence

↑ AMD and Embedded: Leading Solutions. (No longer available online.) AMD Embedded, archived from the original on November 12, 2011 ; Retrieved September 30, 2011 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. @1@ 2
↑ Fusion: AMD shows demo and names date. heise.de, accessed on October 20, 2011 .
↑ Notes on model variants of AMD's "Ontario". computerbase.de, accessed on October 20, 2011 .
↑ AMD To Offer G Series Embedded Solutions Next Year. CRN.com, accessed October 20, 2011 .
↑ AMD Joins MeeGo Linux Open Source Project for Next-Generation Mobile, Embedded Platforms. AMD, accessed October 20, 2011 .
↑ AMD introduces APU for embedded systems. (No longer available online.) Tomshardware.de, archived from the original on October 12, 2011 ; Retrieved October 20, 2011 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. @1@ 2
↑ AMD expands services for embedded customers: new products and extended support for sales, design and software. (No longer available online.) Pressebox.de, formerly in the original ; Retrieved October 20, 2011 . ( Page no longer available , search in web archives ) Info: The link was automatically marked as defective. Please check the link according to the instructions and then remove this notice.@1@ 2Template: Toter Link / www.pressebox.de
↑ Radeon E6760: DirectX 11 for medical professionals. (No longer available online.) Chip.de, archived from the original on May 8, 2011 ; Retrieved October 20, 2011 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. @1@ 2
↑ AMD processors: 39% less power consumption. (No longer available online.) Produktion.de, archived from the original on September 20, 2011 ; Retrieved October 20, 2011 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. @1@ 2
↑ AMD Radeon E6460 GPU provides the performance and functionality of desktop graphics for the casino gaming, digital signage and industrial measurement technology markets. (No longer available online.) Pressebox.de, formerly in the original ; Retrieved October 20, 2011 . ( Page no longer available , search in web archives ) Info: The link was automatically marked as defective. Please check the link according to the instructions and then remove this notice.@1@ 2Template: Toter Link / www.pressebox.de
↑ AMD APU Trinity is also available as an embedded version. heise.de, accessed on November 12, 2013 .
↑ AMD Introduces New Low-Power AMD Embedded G-Series APU and Extends Platform Availability through 2017. amd.com, accessed November 12, 2013 .
↑ On the prowl: AMD's Jaguar. heise.de, accessed on November 12, 2013 .
↑ AMD Extends Embedded SoC Leadership by Lowering G-Series Energy Consumption. amd.com, accessed November 12, 2013 .
↑ AMD Expands Embedded Computing Offerings with New Multi-Core R-Series CPUs and Discrete AMD Radeon GPU Bundle. amd.com, accessed November 12, 2013 .
↑ AMD Embeds Intelligent, Interactive and Immersive Experiences with 2nd Generation AMD Embedded R-Series APUs and CPUs. amd.com, accessed May 20, 2014 .

[amd1-1] AMD and Embedded: Leading Solutions. (No longer available online.) AMD Embedded, archived from the original on November 12, 2011 ; Retrieved September 30, 2011 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. @1@ 2

[2] Fusion: AMD shows demo and names date. heise.de, accessed on October 20, 2011 .

[3] Notes on model variants of AMD's "Ontario". computerbase.de, accessed on October 20, 2011 .

[4] AMD To Offer G Series Embedded Solutions Next Year. CRN.com, accessed October 20, 2011 .

[5] AMD Joins MeeGo Linux Open Source Project for Next-Generation Mobile, Embedded Platforms. AMD, accessed October 20, 2011 .

[6] AMD introduces APU for embedded systems. (No longer available online.) Tomshardware.de, archived from the original on October 12, 2011 ; Retrieved October 20, 2011 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. @1@ 2

[ew1-7] AMD expands services for embedded customers: new products and extended support for sales, design and software. (No longer available online.) Pressebox.de, formerly in the original ; Retrieved October 20, 2011 . ( Page no longer available , search in web archives ) Info: The link was automatically marked as defective. Please check the link according to the instructions and then remove this notice.@1@ 2Template: Toter Link / www.pressebox.de

[8] Radeon E6760: DirectX 11 for medical professionals. (No longer available online.) Chip.de, archived from the original on May 8, 2011 ; Retrieved October 20, 2011 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. @1@ 2

[9] AMD processors: 39% less power consumption. (No longer available online.) Produktion.de, archived from the original on September 20, 2011 ; Retrieved October 20, 2011 . Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. @1@ 2

[10] AMD Radeon E6460 GPU provides the performance and functionality of desktop graphics for the casino gaming, digital signage and industrial measurement technology markets. (No longer available online.) Pressebox.de, formerly in the original ; Retrieved October 20, 2011 . ( Page no longer available , search in web archives ) Info: The link was automatically marked as defective. Please check the link according to the instructions and then remove this notice.@1@ 2Template: Toter Link / www.pressebox.de

[11] AMD APU Trinity is also available as an embedded version. heise.de, accessed on November 12, 2013 .

[12] AMD Introduces New Low-Power AMD Embedded G-Series APU and Extends Platform Availability through 2017. amd.com, accessed November 12, 2013 .

[13] On the prowl: AMD's Jaguar. heise.de, accessed on November 12, 2013 .

[14] AMD Extends Embedded SoC Leadership by Lowering G-Series Energy Consumption. amd.com, accessed November 12, 2013 .

[15] AMD Expands Embedded Computing Offerings with New Multi-Core R-Series CPUs and Discrete AMD Radeon GPU Bundle. amd.com, accessed November 12, 2013 .

[16] AMD Embeds Intelligent, Interactive and Immersive Experiences with 2nd Generation AMD Embedded R-Series APUs and CPUs. amd.com, accessed May 20, 2014 .