Ray's wife

http://tw.nextmedia.com/applenews/article/art_id/33924727/IssueID/20111230/applesearch/

Nadal Tweener Against Djokovic Madrid 2011

http://youtu.be/ZEzgysQEmyg

2011十一月份林口站adidas盃全國分級網球排名賽

I lost at 1st round again! 6:7. So sad. Really want to quit tennis!

2011十一月份林口站adidas盃全國分級網球排名賽

Novak Djokovic on WhoSay

Federer vs Blake Shanghai 2006 Highlights HD

Federer vs Roddick Wimby '09 Final Highlights [HQ]

開心的上幼稚園吧

Sydney said:
我明天還要去！

Tennis Racquet

Head Flexpoint Prestige Team

Head Size: 102 sq. in. / 658 sq. cm.
Length: 27 inches / 69 cm
Strung Weight: 10.9oz / 309g
Balance: Even Balance
Swingweight: 324
Stiffness: 57
Beam Width: 21 mm Straight Beam
Composition: LiquidMetal Titanium & Graphite
Power Level: Low
Swing Speed: Fast
Grip Type: HydroSorb
String Pattern: 18 Mains / 19 Crosses
Mains skip: 8T,10T,9H
One Piece
No shared holes
String Tension: 52-62

America's most dangerous cities

Earlier this week, the FBI trumpeted the news that violent crime dropped 5.5% in 2010 while reported property crimes fell 2.8% during the depths of the worst economic slowdown since the Great Depression. The news, though, is far from positive.

Though most regions of the U.S. saw declines, the Northeast saw an increase in murders (8.3%), forcible rapes (1.4%) and aggravated assaults (0.7%). Why that region was affected by crime more than others isn't clear. Perhaps it was because of the grinding poverty found in some of the area's cities and their high cost of living.

More from 24/7 Wall St.:  • 10 States That Make the Most From Sin • 10 States Where Pensions Are Running Out of Money • Cities With Best, Worst Public Transportation

The Police Executive Research Forum polled 233 local law enforcement agencies in 2009, and found that the link between poverty and crime was inextricable. A prolonged recession would only make matters worse, the research showed. After reviewing the data, PERF Executive Director Chuck Wexler told Reuters, "We are not saying there is going to be a crime wave, but we are saying this is a wake-up call and we anticipate the situation will continue to deteriorate."

A 24/7 Wall St. review of 2010 FBI crime datashows violent crime rose in several of the largest and poorest cities in the U.S., particularly those which have been in decline for some time. Even when crime rates dropped, older urban areas still had more violent crime than other cities. Philadelphia, Cleveland, Buffalo and Hartford finished high on the FBI's list but failed to make the final 24/7 Wall St. ranking.

The crime problem is not completely explained by crimes committed. Police forces are supposed to keep crime rates down, but officers have begun to disappear from the streets of some large cities. Pontiac, Mich., part of the corridor of high crime cities that runs from Detroit to Flint, recently turned over its police operations to the sheriff's office of Oakland Country, where Pontiac is located. Old industrial towns need to cut costs as populations fall and tax receipts recede, but the money trouble almost makes it certain that criminal activity will grow because it is mostly unchecked.

24/7 Wall St. looked at the ten most crime-plagued cities in the U.S. with populations of more than 100,000. We used a measurement of crimes per thousand people which is part of the new FBI database to determine the order. We compared these figures to unemployment rates and median income. The recession may have ended, but crime has not eased in these troubled cities nor will it anytime soon.

Our list is dominated by towns like Detroit, New Haven, and Baltimore. Parts of these cities are fortresses of crime. Much of the violent crime in Detroit is committed in the old Palmer Avenue section of the city, which is far from the shiny skyscrapers where GM has its headquarters. Baltimore's Front Street neighborhood is a world away from the new office towers of companies like financial giant T Rowe Price on Pratt Street. The crime-plagued Lamar Avenue section of Memphis is also far from the city's ritzy neighborhoods.

Unemployment will inevitably improve in these cities. The most hard-hit sections, however, may never completely recover. They failed to do so after the last economic upswing -- and the one before that. Some part of all the cities on this list will be home to high levels of violent crime permanently. And, if the money used to keep police on the streets falls in most of these municipalities, containing the problem to a few neighborhoods will be hard. It would be nice to believe that criminals sit out a recovery, but they don't.

These are America's 10 Most Dangerous Cities:

1. Flint, Mich.

Population: 109,245
Violent Crime Per 1,000: 22 
2010 Murders: 53 
Median Income: $27,049 (46.1% below national average) 
Unemployment Rate: 11.8% (2.8% above national average)

The number of violent crimes committed in Flint increased for all categories considered for this list between 2009 and 2010. Perhaps most notably, the number of murders in the city increased from 36 to 53. This moves the city from having the seventh highest rate of homicide to the second highest. The number of aggravated assaults increased from 1,529 to 1,579, a rate of 14.6 assaults per 1,000 residents, placing the city in the No. 1 rank for rate of assaults. Flint police chief Alvern Lock stated late last year that he believed the city's violence stemmed from drugs and gangs. Flint has a relatively small median income of about $27,000 per household. The city also has a poverty rate of 36.2%.

2. Detroit

Population: 899,447
Violent Crime Per 1,000: 18.9
2010 Murders: 310
Median Income: $26,098 (48% below national average)
Unemployment Rate: 12.7% (3.7% above national average)

The city crippled the most in America's post-industrial era is almost certainly Detroit. The Motor City has suffered from high rates of unemployment, homelessness, and crime. The city has one of the ten highest rates for three of the four types of violent crime identified by the FBI. Detroit has the sixth highest murder rate, the fifth highest robbery rate, and the second highest rate of aggravated assault. In 2005, a major reorganization of the city's police department took place after a federal investigation identified inefficiencies within the system. According to an article in The United Press, opponents of Detroit Mayor David Bing called for further intervention by the Justice Department in several shootings that occurred last year.

3. St. Louis

Population: 355,151
Violent Crime Per 1,000: 17.5
2010 Murders: 144
Median Income: $34,801 (30.7% below national average)
Unemployment Rate: 9.3% (0.3% above national average)

Violent crime in St. Louis fell dramatically between 2009 and 2010, and has decreased since 2007. Despite this, crime rates remain extremely high compared with other cities. In 2010, the city's murder rate and rate of aggravated assault were each the third worst in the country. With regards to both violent and nonviolent crime, St. Louis was rated the most dangerous city based on FBI data released six months ago. As of December 2010, the murder rate in St. Louis was 6.3 times that of the state of Missouri. The city's gunshot murder rate for residents between 10 to 19 years old is also the second highest in the country, behind only New Orleans, according to the U.S. Centers for Disease Control and Prevention.

4. New Haven, Conn.

Population: 124,856
Violent Crime Per 1,000: 15.8
2010 Murders: 22
Median Income: $38,279 (23.8% below national average)
Unemployment Rate: 9.6% (0.6% above national average)

New Haven has historically had the highest rate of violent crime on the east coast. The impoverished, crime-ridden parts of the city stand in stark contrast to affluent Fairfield county to the West, and elite Yale University, which is located within the city itself. The number of murders in the city doubled last year. New Haven has the eighth highest rate of robbery and the fourth highest rate of assault in the U.S. The New Haven Police Department is considering adding cameras at every intersection in one of the neighborhoods where shootings are the most common.

5. Memphis, Tenn.

Population: 673,650
Violent Crime Per 1,000: 15.4
2010 Murders: 89
Median Income: $34,203 (31.8% below national average)
Unemployment Rate: 9.9% (0.9% above national average)

Memphis has high rates for all the violent crimes considered for 24/7 Wall St.'s rankings. It has the sixth highest rate in the country. Incidents of violent crime in the city dropped slightly less than 15% between 2009 and 2010 though. Memphis Mayor AC Wharton attributes this decrease to Operation Safe Community, a citywide plan developed in 2005. The plan consists of a number of strategies meant to increase crime prevention, through toughening punishments for criminals, and the effectiveness of the city's legal system, through changes such as expanding court programs so that they operate consistently and at full capacity.

6. Oakland, Calif.

Population: 409,723
Violent Crime Per 1,000: 15.3
2010 Murders: 90
Median Income: $51,473 (2.4% above national average)
Unemployment Rate: 11% (2% above national average)

Oakland's violent crime dropped about 5.5% between 2009 and 2010, from about 6,800 to 6,260. The city nevertheless has the tenth-highest rate of rape, the ninth-highest murder rate, and the second highest robbery rate in the country. In 2010, there were 7.12 robberies for every 1,000 Oakland residents. According to an article in the San Francisco Chronicle, Mayor Jean Quan has attempted to combat break-ins and theft by creating programs to keep potential wrongdoers off the streets by starting late-night basketball programs. It it unclear if these policies have worked.

7. Little Rock, Ark.

Population: 192,922
Violent Crime Per 1,000: 15.2
2010 Murders: 25
Median Income: $38,992 (22.3% below national average)
Unemployment Rate: 6.8% (2.2% below national average)

Little Rock has one of the highest rates of aggravated assault and forcible rape in the country. Since 2009, reported assaults has increased while reported forcible rapes have decreased. According to Lt. Terry Hastings of the Little Rock Police Department, quoted by local station FOX16, Little Rock was "down almost 12 percent across the board on crime" in 2010. This may be accurate for many crimes, and especially nonviolent crimes, however, according to FBI data, violent crime increased from 2009 to 2010.

8. Baltimore

Population: 639,929
Violent Crime Per 1,000: 14.6
2010 Murders: 223
Median Income: $38,772 (22.7% below national average)
Unemployment Rate: 7.4% (1.6% below national average)

Baltimore had the eighth-highest rate of violent crime per capita in 2010 among cities with 100,000 or more residents, and the second-highest east of the Mississippi. The number of violent crimes has dropped slightly in the past year -- from 9,600 to 9,300 -- but the Maryland city has some of the worst rates of dangerous offenses in the country. This includes the tenth-worst aggravated assault rate -- and the fourth-worst murder rate in the country.

9. Rockford, Ill.

Population: 156,180
Violent Crime Per 1,000: 14.5
2010 Murders: 20
Median Income: $36,990 (26% below national average)
Unemployment Rate: 13.3% (4.3% above national average)

Rockford has unusually high violent crime rates for a city of its size. Most notably, the city has the fourth highest rate of aggravated assault in the country, with 10.5 cases for every 1,000 citizens in 2010. During the same period, 20 murders occurred, almost double the number in 2000. Quoted by the Rockford Register Star in 2007, Winnebago County Sheriff Dick Meyers said that he believed the city's "location worked against [it,]" as Rockford receives traffic from the drug markets in Madison, Chicago, and Milwaukee, resulting in heightened rates of violence.

10. Stockton, Calif.

Population: 292,047
Violent Crime Per 1,000: 13.8
2010 Murders: 49
Median Income: $45,730 (8.9% below national average)
Unemployment Rate: 18.4% (9.4% above national average)

With a jobless rate of 18.4%, up from 18.1% a year ago, Stockton, California has one of the worst unemployment problems in the country. The huge percentage of unemployed residents may have contributed to horrible crime rates in the city, which is located 40 miles east of Oakland and San Francisco. Stockton was rated one of the most miserable cities to live in the country by Forbes in March, 2010. Violent crime was one of the chief measurements for its ranking. Of the 267 cities with populations over 100,000, Stockton has the 27th highest number of murders per 1,000 people and the 12th most aggravated assaults per 1,000. Last year, recognizing the crime problems in the city, the state temporarily diverted hundreds of California Highway Patrol officers to aid the city's overwhelmed police department.

___ 

Victory!

埔心牧場一日遊

文書機 動物機 技嘉 GIGABYTE GA-K8N Ultra-SLI & Athlon64 3500+ 939 腳位 兩零一一元起標

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原價屋電腦Coolpc CPU列表

AMD 桌上型專用 CPU	位元	時脈	核心	腳位	代號	製程	內頻	倍頻	HTs	L2快取	L3快取	電壓
Phenom II X6 1100T 黑盒版	64	3.3G (3.7G)*	6	AM3	Thuban	45	200	16.5	2000	512K x6	6MB	0.875-1.5v
Phenom II X6 1090T 黑盒版	64	3.2G (3.6G)*	6	AM3	Thuban	45	200	16	2000	512K x6	6MB	0.875-1.5v
Phenom II X6 1075T	64	3.0G (3.5G)*	6	AM3	Thuban	45	200	15	2000	512K x6	6MB	0.875-1.5v
Phenom II X6 1065T	64	2.9G (3.4G)*	6	AM3	Thuban	45	200	14.5	2000	512K x6	6MB	0.875-1.5v
Phenom II X6 1055T	64	2.8G (3.3G)*	6	AM3	Thuban	45	200	14	2000	512K x6	6MB	0.875-1.5v
Phenom II X6 1045T	64	2.7G (3.2G)*	6	AM3	Thuban	45	200	13.5	2000	512K x6	6MB	0.875-1.5v
Phenom II X6 1035T	64	2.6G (3.1G)*	6	AM3	Thuban	45	200	13	2000	512K x6	6MB	0.875-1.5v
Phenom II X4 975 黑盒版	64	3.6G	4	AM3	Deneb	45	200	18	3600	512K x4	6MB	0.875-1.5v
Phenom II X4 970 黑盒版	64	3.5G	4	AM3	Deneb	45	200	17.5	3600	512K x4	6MB	0.875-1.5v
Phenom II X4 965 黑盒版	64	3.4G	4	AM3	Deneb	45	200	17	3600	512K x4	6MB	0.875-1.5v
Phenom II X4 955 黑盒版	64	3.2G	4	AM3	Deneb	45	200	16	3600	512K x4	6MB	0.875-1.5v
Phenom II X4 945	64	3.0G	4	AM3	Deneb	45	200	15	3600	512K x4	6MB	0.875-1.5v
Phenom II X4 925	64	2.8G	4	AM3	Deneb	45	200	14	3600	512K x4	6MB	0.875-1.5v
Phenom II X4 910e (65W)	64	2.6G	4	AM3	Deneb	45	200	13	3600	512K x4	6MB	0.875-1.5v
Phenom II X4 905e (65W)	64	2.5G	4	AM3	Deneb	45	200	12.5	3600	512K x4	6MB	0.875-1.5v
Phenom II X4 950	64	3.1G	4	AM2+	Deneb	45	200	15.5	3600	512K x4	6MB	1.0-1.35v
Phenom II X4 940	64	3.0G	4	AM2+	Deneb	45	200	15	3600	512K x4	6MB	1.0-1.35v
Phenom II X4 920	64	2.8G	4	AM2+	Deneb	45	200	14	3600	512K x4	6MB	1.0-1.35v
Phenom II X4 810	64	2.6G	4	AM3	Deneb	45	200	13	2000	512K x4	4MB	0.875-1.425v
Phenom II X4 805	64	2.5G	4	AM3	Deneb	45	200	12.5	2000	512K x3	4MB	0.875-1.425v
Phenom II X3 740	64	3.0G	3	AM3	Heka	45	200	15	2000	512K x3	6MB	0.875-1.425v
Phenom II X3 720	64	2.8G	3	AM3	Heka	45	200	14	2000	512K x3	6MB	0.875-1.425v
Phenom II X3 710	64	2.6G	3	AM3	Heka	45	200	13	2000	512K x3	6MB	0.875-1.425v
Phenom II X2 555 黑盒版	64	3.2G	2	AM3	Callisto	45	200	16	2000	512K x2	6MB	1.296v
Phenom II X2 550 黑盒版	64	3.1G	2	AM3	Callisto	45	200	15.5	2000	512K x2	6MB	1.296v
Phenom II X2 545	64	3.0G	2	AM3	Callisto	45	200	15	2000	512K x2	6MB	1.296v
Athlon II X4 650	64	3.2G	4	AM3	Rana	45	200	16	3600	512K x4		0.925v-1.425v
Athlon II X4 645	64	3.1G	4	AM3	Rana	45	200	15.5	3600	512K x4		0.925v-1.425v
Athlon II X4 640	64	3.0G	4	AM3	Rana	45	200	15	3600	512K x4		0.925v-1.425v
Athlon II X4 635	64	2.9G	4	AM3	Rana	45	200	14.5	3600	512K x4		0.925v-1.425v
Athlon II X4 630	64	2.8G	4	AM3	Rana	45	200	14	3600	512K x4		0.925v-1.425v
Athlon II X4 620	64	2.6G	4	AM3	Rana	45	200	13	3600	512K x4		0.925v-1.425v
Athlon II X3 455	64	3.3G	3	AM3	Rana	45	200	16.5	3600	512K x3		0.925v-1.425v
Athlon II X3 450	64	3.2G	3	AM3	Rana	45	200	16	3600	512K x3		0.925v-1.425v
Athlon II X3 445	64	3.1G	3	AM3	Rana	45	200	15.5	3600	512K x3		0.925v-1.425v
Athlon II X3 440	64	3.0G	3	AM3	Rana	45	200	15	3600	512K x3		0.925v-1.425v
Athlon II X3 435	64	2.9G	3	AM3	Rana	45	200	14.5	3600	512K x3		0.925v-1.425v
Athlon II X3 425	64	2.7G	3	AM3	Rana	45	200	13.5	3600	512K x3		0.925v-1.425v
Athlon II X2 265	64	3.3G	2	AM3	Regoro	45	200	16.5	2000	1M x2		1.312v
Athlon II X2 260	64	3.2G	2	AM3	Regoro	45	200	16	2000	1M x2		1.312v
Athlon II X2 255	64	3.1G	2	AM3	Regoro	45	200	15.5	2000	1M x2		1.312v
Athlon II X2 250	64	3.0G	2	AM3	Regoro	45	200	15	2000	1M x2		1.312v
Athlon II X2 245	64	2.9G	2	AM3	Regoro	45	200	14.5	2000	1M x2		1.312v
Athlon II X2 240	64	2.8G	2	AM3	Regoro	45	200	14	2000	1M x2		1.312v
Phenom X4 9950 黑盒版	64	2.6G	4	AM2+	Agena	65	200	13	3600	512K x4		1.3v
Phenom X4 9850 黑盒版	64	2.5G	4	AM2+	Agena	65	200	12.5	3600	512K x4		1.3v
Phenom X4 9850	64	2.5G	4	AM2+	Agena	65	200	12	3600	512K x4		1.3v
Phenom X4 9750	64	2.4G	4	AM2+	Agena	65	200	12	3600	512K x4		1.3v
Phenom X4 9650	64	2.3G	4	AM2+	Agena	65	200	11.5	3600	512K x4		1.3v
Phenom X4 9600 黑盒版	64	2.3G	4	AM2+	Agena	65	200	11.5	3600	512K x4		1.3v
Phenom X4 9600	64	2.3G	4	AM2+	Agena	65	200	11.5	3600	512K x4		1.3v
Phenom X4 9550	64	2.2G	4	AM2+	Agena	65	200	11	3600	512K x4		1.3v
Phenom X4 9500	64	2.2G	4	AM2+	Agena	65	200	11	3600	512K x4		1.3v
Phenom X3 8750	64	2.4G	3	AM2+	Toloman	65	200	12	3600	512K x3		1.3v
Phenom X3 8650	64	2.3G	3	AM2+	Toloman	65	200	11.5	3600	512K x3		1.3v
Phenom X3 8600	64	2.3G	3	AM2+	Toloman	65	200	11.5	3600	512K x3		1.3v
Phenom X3 8450	64	2.1G	3	AM2+	Toloman	65	200	10.5	3600	512K x3		1.3v
Phenom X3 8400	64	2.1G	3	AM2+	Toloman	65	200	10.5	3600	512K x3		1.3v
Athlon64 FX-62	64	2.8G	2	AM2	Windsor	65	200	14	2000	1M x2		1.4v
Opteron 1210	64	1.8G	2	AM2	Santa Ana	65	200	9	2000	1M x2		1.4v
Athlon X2 4850e	64	2.5G	2	AM2	Brisbane	65	200	12.5	2000	512K x2		1.35v
Athlon X2 4450e	64	2.3G	2	AM2	Brisbane	65	200	11.5	2000	512K x2		1.35v
Athlon X2 4050e	64	2.1G	2	AM2	Brisbane	65	200	10.5	2000	512K x2		1.35v
Athlon X2 BE-2400	64	2.3G	2	AM2	Brisbane	65	200	11.5	2000	512K x2		1.35v
Athlon X2 BE-2350	64	2.1G	2	AM2	Brisbane	65	200	10.5	2000	512K x2		1.35v
Athlon X2 BE-2300	64	1.9G	2	AM2	Brisbane	65	200	9.5	2000	512K x2		1.35v
Athlon64 X2-7850	64	2.8G	2	AM2+	Kuma	65	200	14	3600	512Kx 2	2MB	1.4v
Athlon64 X2-7750 黑盒版	64	2.7G	2	AM2+	Kuma	65	200	13.5	3600	512K x2	2MB	1.4v
Athlon64 X2-6400+	64	3.2G	2	AM2	Windsor	65	200	16	2000	1Mx 2		1.4v
Athlon64 X2-6000+	64	3.1G	2	AM2	Brisbane	65	200	15.5	2000	512K x2		1.4v
Athlon64 X2-6000+	64	3.0G	2	AM2	Windsor	90	200	15	2000	1M x2		1.4v
Athlon64 X2-5600+	64	2.9G	2	AM2	Brisbane	65	200	14.5	2000	512K x2		1.35v
Athlon64 X2-5600+	64	2.8G	2	AM2	Windsor	90	200	14	2000	1M x2		1.4v
Athlon64 X2-5400+	64	2.8G	2	AM2	Brisbane	65	200	14	2000	512K x2		1.3v
Athlon64 X2-5200+	64	2.7G	2	AM2	Brisbane	65	200	13.5	2000	512K x2		1.35v
Athlon64 X2-5200+	64	2.6G	2	AM2	Windsor	90	200	13	2000	1M x2		1.4v
Athlon64 X2-5000+	64	2.6G	2	AM2	Windsor	90	200	13	2000	512K x2		1.35v
Athlon64 X2-4800+	64	2.5G	2	AM2	Brisbane	65	200	12.5	2000	512K x2		1.35v
Athlon64 X2-4800+	64	2.4G	2	AM2	Windsor	90	200	12	2000	1M x2		1.4v
Athlon64 X2-4600+	64	2.4G	2	AM2	Windsor	90	200	12	2000	2x512k		1.35v
Athlon64 X2-4400+	64	2.2G	2	AM2	Brisbane	65	200	11.5	2000	512K x2		1.35v
Athlon64 X2-4400+	64	2.2G	2	AM2	Windsor	90	200	11	2000	1M x2		1.4v
Athlon64 X2-4200+	64	2.2G	2	AM2	Windsor	90	200	11	2000	512K x2		1.35v
Athlon64 X2-4000+	64	2.1G	2	AM2	Brisbane	65	200	10	2000	512Kx2		1.35v
Athlon64 X2-4000+	64	2.0G	2	AM2	Windsor	90	200	10	2000	1M x2		1.48v
Athlon64 X2-3800+	64	2.0G	2	AM2	Windsor	90	200	10	2000	512K x2		1.35v
Athlon64 X2-3600+	64	1.9G	2	AM2	Brisbane	65	200	9.5	2000	512K x2		1.35v
Athlon64 3800+	64	2.4G	1	AM2	Orleans	90	200	12	1000	512K		1.48v
Athlon64 3500+	64	2.2G	1	AM2	Orleans	90	200	11	1000	512K		1.48v
Athlon64 3200+	64	2.0G	1	AM2	Orleans	90	200	10	1000	512K		1.48v
Athlon64 3000+	64	1.8G	1	AM2	Orleans	90	200	9	1000	512K		1.48v
Sempron 2100+ (G2)	64	1.8G	2	AM2	Brisbane	65	200	11.5	800	256K x2		1.20-1.40v
Sempron 2100+	64	1.8G	2	AM2	Brisbane	65	200	11	800	256K x2		1.20-1.40v
Sempron LE-1300 (G2)	64	2.3G	1	AM2	Sparta	65	200	11.5	800	512K		1.20-1.40v
Sempron LE-1250 (G2)	64	2.2G	1	AM2	Sparta	65	200	11	800	512K		1.20-1.40v
Sempron LE-1200 (G2)	64	2.1G	1	AM2	Sparta	65	200	10.5	800	512K		1.20-1.40v
Sempron LE-1150	64	2.0G	1	AM2	Sparta	65	200	10	800	256K		1.20-1.40v
Sempron LE-1100	64	1.9G	1	AM2	Sparta	65	200	9.5	800	256K		1.20-1.40v
Sempron 3800+	64	2.2G	1	AM2	Manila	90	200	11	800	256K		1.25-1.40v
Sempron 3600+	64	2.0G	1	AM2	Manila	90	200	10	800	256K		1.25-1.40v
Sempron 3500+	64	2.0G	1	AM2	Manila	90	200	10	800	128K		1.25-1.40v
Sempron 3400+	64	1.8G	1	AM2	Manila	90	200	10	800	256K		1.25-1.40v
Sempron 3200+	64	1.8G	1	AM2	Manila	90	200	9	800	128K		1.25-1.40v
Sempron 3000+	64	1.6G	1	AM2	Manila	90	200	8	800	256K		1.25-1.40v
Sempron 2800+	64	1.6G	1	AM2	Manila	90	200	8	800	128K		1.25-1.40v
Athlon64-FX60	64	2.6G	2	939	Toledo	90	200	13	1000	1M x2		1.4V
Athlon64-FX57	64	2.8G	1	939	San Diego	90	200	14	1000	1M		1.4V
Athlon64-FX55	64	2.6G	1	939	San Diego	90	200	13	1000	1M		1.40v
Opteron-185	64	2.6G	2	939	Toledo	90	200	13	1000	1M x2		1.35v
Opteron-180	64	2.4G	2	939	Toledo	90	200	12	1000	1M x2		1.35v
Opteron-175	64	2.2G	2	939	Toledo	90	200	11	1000	1M x2		1.35v
Opteron-170	64	2.0G	2	939	Toledo	90	200	10	1000	1M x2		1.35v
Opteron-165	64	1.8G	2	939	Toledo	90	200	9	1000	1M x2		1.35v
Opteron-154	64	2.8G	1	939	Toledo	90	200	14	1000	1M		1.35v
Opteron-152	64	2.6G	1	939	Toledo	90	200	13	1000	1M		1.35v
Opteron-150	64	2.4G	1	939	Toledo	90	200	12	1000	1M		1.35v
Opteron-148	64	2.2G	1	939	Toledo	90	200	11	1000	1M		1.35v
Opteron-146	64	2.0G	1	939	Toledo	90	200	10	1000	1M		1.35v
Opteron-144	64	1.8G	1	939	Toledo	90	200	9	1000	1M		1.35v
Athlon64 X2 4800+	64	2.4G	2	939	Toledo	90	200	12	1000	1Mx2		1.3v
Athlon64 X2 4600+	64	2.4G	2	939	Manchester	90	200	12	1000	512K x2		1.3v
Athlon64 X2 4400+	64	2.2G	2	939	Toledo	90	200	11	1000	1M x2		1.3v
Athlon64 X2 4200+	64	2.2G	2	939	Manchester	90	200	11	1000	512K x2		1.3v
Athlon64 X2 3800+	64	1.8G	2	939	Manchester	90	200	9	1000	512k x2		1.3v
Athlon64 4000+	64	2.4G	1	939	Clawhammer	.13	200	12	1000	1M		1.50v
Athlon64-3800+	64	2.4G	1	939	Venice	90	200	12	1000	512K		1.40v
Athlon64-3700+	64	2.2G	1	939	Venice	90	200	11	1000	1M		1.40v
Athlon64-3500+	64	2.2G	1	939	Venice	90	200	11	1000	512K		1.40v
Athlon64-3200+	64	2.0G	1	939	Venice	90	200	10	1000	512K		1.40v
Athlon64-3000+	64	1.8G	1	939	Venice	90	200	9	1000	512K		1.40v
Sempron LE-1300	64	2.0G	1	754	Venice	90	200	10	800	256K		1.40v
Sempron 3300+	64	2.0G	1	754	Venice	90	200	10	800	128K		1.40v
Sempron 3100+	64	1.8G	1	754	Venice	90	200	9	800	256K		1.40v
Sempron 3000+	64	1.8G	1	754	Venice	.13	200	9	800	128K		1.40v
Sempron 3400+	64	2.0G	1	754	Palermo	90	200	10	800	256K		1.40v
Sempron 3300+	64	2.0G	1	754	Palermo	90	200	10	800	128K		1.40v
Sempron 3100+	64	1.8G	1	754	Palermo	90	200	9	800	256K		1.40v
Sempron 3000+	64	1.8G	1	754	Palermo	130	200	9	800	128K		1.40v

黑盒版=不鎖倍頻

*時脈後面"括弧"裡標示的為 Intel(R) Turbo Boost Technology 此技術可使CPU為單核運作時自動提高的最高時脈

Intel 桌上型 CPU

位元

時脈

內顯

腳位

代號

製程

FSB

倍頻

核心/執行緒

L2快取

L3快取

電壓

Xeon X7560

64

2.26G

no

1567

Nehalem-EX

32

6.4GT/s

17

8C / 16T

256K x 8

24M

1.35V

Xeon X7550

64

2.00G

no

1567

Nehalem-EX

32

6.4GT/s

15

8C / 16T

256K x 8

18M

1.35V

Xeon X5680

64

3.33G

no

1366

Nehalem-EX

32

6.4GT/s

25

6C / 12T

256K x 6

12M

1.30V

Xeon X5670

64

2.93G

no

1366

Nehalem-EX

32

6.4GT/s

22

6C / 12T

256K x 6

12M

1.30V

Xeon X5660

64

2.80G

no

1366

Nehalem-EX

32

5.86GT/s

21

6C / 12T

256K x 6

12M

1.30V

Xeon X5650

64

2.66G

no

1366

Nehalem-EX

32

5.86GT/s

20

6C / 12T

256K x 6

12M

1.30V

Core i7 980X Extrem

64

3.33G (3.60G)*

no

1366

Gulftow

32

6.4GT/s

25

6C / 12T

256K x 6

12MB

0.80-1.375V

Core i7 975 Extrem

64

3.33G (3.60G)*

no

1366

Bloomfield

45

6.4GT/s

25

4C / 8T

256K x 4

8MB

0.80-1.375V

Core i7 965 Extrem

64

3.20G (3.46G)*

no

1366

Bloomfield

45

6.4GT/s

24

4C / 8T

256K x 4

8MB

0.80-1.375V

Core i7 970

64

3.20G (3.46G)*

no

1366

Bloomfield

45

4.8GT/s

24

6C / 12T

256K x 6

12MB

0.80-1.375V

Core i7 960

64

3.20G (3.46G)*

no

1366

Bloomfield

45

4.8GT/s

24

4C / 8T

256K x 4

8MB

0.80-1.375V

Core i7 950

64

3.06G (3.33G)*

no

1366

Bloomfield

45

4.8GT/s

23

4C / 8T

256K x 4

8MB

0.80-1.375V

Core i7 940

64

2.93G (3.20G)*

no

1366

Bloomfield

45

4.8GT/s

22

4C / 8T

256K x 4

8MB

0.80-1.375V

Core i7 930

64

2.80G (3.06G)*

no

1366

Bloomfield

45

4.8GT/s

21

4C / 8T

256K x 4

8MB

0.80-1.375V

Core i7 920

64

2.66G (2.93G)*

no

1366

Bloomfield

45

4.8GT/s

20

4C / 8T

256K x 4

8MB

0.80-1.375V

Core i7 2600K (不鎖頻)

64

3.40G (3.80G)*

HD 3000

1155

Sandy Bridge

32 / 45

4.8GT/s

34~n

4C / 8T

256K x 4

8MB

0.65V-1.400V

Core i7 2600

64

3.40G (3.80G)*

HD 2000

1155

Sandy Bridge

32 / 45

4.8GT/s

34

4C / 8T

256K x 4

8MB

0.65V-1.400V

Core i5 2500K (不鎖頻)

64

3.30G (3.70G)*

HD 3000

1155

Sandy Bridge

32 / 45

4.8GT/s

33~n

4C / 4T

256K x 4

6MB

0.65V-1.400V

Core i5 2500

64

3.30G (3.70G)*

HD 2000

1155

Sandy Bridge

32 / 45

4.8GT/s

33

4C / 4T

256K x 4

6MB

0.65V-1.400V

Core i5 2400

64

3.10G (3.40G)*

HD 2000

1155

Sandy Bridge

32 / 45

4.8GT/s

31

4C / 4T

256K x 4

6MB

0.65V-1.400V

Core i5 2300

64

2.80G (3.10G)*

HD 2000

1155

Sandy Bridge

32 / 45

4.8GT/s

28

4C / 4T

256K x 4

6MB

0.65V-1.400V

Core i7 875K (不鎖頻)

64

2.93G (3.60G)*

no

1156

Lynnfield

45

2.5GT/s

22~n

4C / 8T

256K x 4

8MB

0.65V-1.400V

Core i7 870

64

2.93G (3.60G)*

no

1156

Lynnfield

45

2.5GT/s

22

4C / 8T

256K x 4

8MB

0.65V-1.400V

Core i7 860

64

2.80G (3.46G)*

no

1156

Lynnfield

45

2.5GT/s

21

4C / 8T

256K x 4

8MB

0.65V-1.400V

Core i5 760

64

2.80G (3.46G)*

no

1156

Lynnfield

45

2.5GT/s

21

4C / 4T

256K x 4

8MB

0.65V-1.400V

Core i5 750

64

2.66G (3.20G)*

no

1156

Lynnfield

45

2.5GT/s

20

4C / 4T

256K x 4

8MB

0.65V-1.400V

Core i5 670

64

3.46G (3.73G)*

HD Graphics

1156

Clarkdale

32 / 45

2.5GT/s

26

2C / 4T

256K x 2

4MB

0.65V-1.400V

Core i5 661

64

3.33G (3.60G)*

HD Graphics

1156

Clarkdale

32 / 45

2.5GT/s

25

2C / 4T

256K x 2

4MB

0.65V-1.400V

Core i5 660

64

3.33G (3.60G)*

HD Graphics

1156

Clarkdale

32 / 45

2.5GT/s

25

2C / 4T

256K x 2

4MB

0.65V-1.400V

Core i5 655K (不鎖頻)

64

3.20G (3.46G)*

HD Graphics

1156

Clarkdale

32 / 45

2.5GT/s

24~n

2C / 4T

256K x 2

4MB

0.65V-1.400V

Core i5 650

64

3.20G (3.46G)*

HD Graphics

1156

Clarkdale

32 / 45

2.5GT/s

24

2C / 4T

256K x 2

4MB

0.65V-1.400V

Core i3 540

64

3.06G

HD Graphics

1156

Clarkdale

32 / 45

2.5GT/s

23

2C / 4T

256K x 2

4MB

0.65V-1.400V

Core i3 530

64

2.93G

HD Graphics

1156

Clarkdale

32 / 45

2.5GT/s

22

2C / 4T

256K x 2

4MB

0.65V-1.400V

Pentium G6950

64

2.8G

HD Graphics

1156

Clarkdale

32 / 45

2.5GT/s

21

2C / 2T

256K x 2

3MB

0.65V-1.400V

*時脈後面"括弧"裡標示的為 Intel(R) Turbo Boost Technology 此技術可使CPU為單核運作時自動提高的最高時脈
Intel 桌上型專用 CPU	位元	時脈	核心	腳位	代號	製程	FSB	倍頻	HT	L2快取	L3快取	電壓
Xeon X3360	64	2.83G	4	775	Yorkfield	45	1333	8.5	無	12M		1.212V
Xeon X3350	64	2.66G	4	775	Yorkfield	45	1333	8	無	6M		1.212V
Xeon X3320	64	2.50G	4	775	Yorkfield	45	1333	7.5	無	6M		1.212V
Xeon E3110	64	3.00G	2	775	Wolfdale	45	1333	9	無	6M		0.956-1.225V
Core 2 Quad QX9775	64	3.2G	4	771	Yorkfield	45	1600	8	無	12M		1.212V
Core 2 Quad QX9770	64	3.2G	4	775	Yorkfield	45	1600	8	無	12M		0.85-1.3625V
Core 2 Quad QX9650	64	3.0G	4	775	Yorkfield	45	1333	9	無	12M		1.25V
Core 2 Quad Q9650	64	3.0G	4	775	Yorkfield	45	1333	9	無	12M		0.85-1.3625V
Core 2 Quad Q9550	64	2.83G	4	775	Yorkfield	45	1333	8.5	無	12M		1.25V
Core 2 Quad Q9450	64	2.66G	4	775	Yorkfield	45	1333	8	無	12M		1.25V
Core 2 Quad Q9400	64	2.66G	4	775	Yorkfield	45	1333	8	無	6M		1.25V
Core 2 Quad Q9300	64	2.50G	4	775	Yorkfield	45	1333	7.5	無	6M		1.25V
Core 2 Quad Q8400	64	2.66G	4	775	Yorkfield	45	1333	8	無	4M		1.25V
Core 2 Quad Q8300	64	2.5G	4	775	Yorkfield	45	1333	7.5	無	4M		1.25V
Core 2 Quad Q8200	64	2.33G	4	775	Yorkfield	45	1333	7	無	4M		1.25V
Core 2 Dual E8600	64	3.33G	2	775	Wolfdale	45	1333	10	無	6M		1.25V
Core 2 Dual E8500	64	3.16G	2	775	Wolfdale	45	1333	9.5	無	6M		1.25V
Core 2 Dual E8400	64	3.0G	2	775	Wolfdale	45	1333	9	無	6M		1.25V
Core 2 Dual E8300	64	2.83G	2	775	Wolfdale	45	1333	8.5	無	6M		1.25V
Core 2 Dual E8200	64	2.66G	2	775	Wolfdale	45	1333	8	無	6M		1.25V
Core 2 Extreme QX6850	64	3.0G	4	775	Kentsfield	65	1333	9	無	8M		0.85-1.5V
Core 2 Quad QX6700	64	2.66G	4	775	Kentsfield	65	1066	10	無	8M		1.25V
Core 2 Quad Q6600	64	2.4G	4	775	Kentsfield	65	1066	9	無	8M		1.25V
Core 2 Quad Q6400	64	2.2G	4	775	Kentsfield	65	1066	8	無	8M		1.25V
Core 2 Extreme X6900	64	3.20G	2	775	Conroe XE	65	1333	9.5	無	4M		1.25V
Core 2 Extreme X6800	64	3.0G	2	775	Conroe XE	65	1333	9	無	4M		1.25V
Core 2 Extreme X6700	64	2.66G	2	775	Conroe XE	65	1333	8	無	4M		1.25V
Core 2 Dual E7600	64	3.06G	2	775	Wolfdale	45	1066	11.5	無	3M		1.25V
Core 2 Dual E7500	64	2.93G	2	775	Wolfdale	45	1066	11	無	3M		1.25V
Core 2 Dual E7400	64	2.80G	2	775	Wolfdale	45	1066	10.5	無	3M		1.25V
Core 2 Dual E7300	64	2.66G	2	775	Wolfdale	45	1066	10	無	3M		1.25V
Core 2 Dual E7200	64	2.53G	2	775	Wolfdale	45	1066	9.5	無	3M		1.25V
Pentium Dual E6800	64	3.33G	2	775	Wolfdale	45	1066	12.5	無	2M		1.25V
Pentium Dual E6700	64	3.20G	2	775	Wolfdale	45	1066	12	無	2M		1.25V
Pentium Dual E6600	64	3.06G	2	775	Wolfdale	45	1066	11.5	無	2M		1.25V
Pentium Dual E6500	64	2.93G	2	775	Wolfdale	45	1066	11	無	2M		1.25V
Pentium Dual E6300	64	2.80G	2	775	Wolfdale	45	1066	10.5	無	2M		1.25V
Pentium Dual E5400	64	2.70G	2	775	Wolfdale	45	800	13.5	無	2M		1.25V
Pentium Dual E5300	64	2.60G	2	775	Wolfdale	45	800	13	無	2M		1.25V
Pentium Dual E5200	64	2.50G	2	775	Wolfdale	45	800	12.5	無	2M		1.25V
Core 2 Dual E6850	64	3.00G	2	775	Conroe	65	1333	9	無	4M		1.25V
Core 2 Dual E6750	64	2.66G	2	775	Conroe	65	1333	8	無	4M		1.25V
Core 2 Dual E6550	64	2.33G	2	775	Conroe	65	1333	7	無	4M		1.25V
Core 2 Dual E6700	64	2.66G	2	775	Conroe	65	1066	10	無	4M		1.25V
Core 2 Dual E6620	64	2.40G	2	775	Conroe	65	1066	9	無	4M		1.25V
Core 2 Dual E6600	64	2.40G	2	775	Conroe	65	1066	9	無	4M		1.25V
Core 2 Dual E6420	64	2.13G	2	775	Conroe	65	1066	8	無	4M		1.25V
Core 2 Dual E6400	64	2.13G	2	775	Conroe	65	1066	8	無	2M		1.25V
Core 2 Dual E6320	64	1.86G	2	775	Conroe	65	1066	7	無	4M		1.25V
Core 2 Dual E6300	64	1.86G	2	775	Conroe	65	1066	7	無	2M		1.25V
Core 2 Dual E4700	64	2.60G	2	775	Allendale	65	800	13	無	2M		1.25V
Core 2 Dual E4600	64	2.40G	2	775	Allendale	65	800	12	無	2M		1.25V
Core 2 Dual E4500	64	2.20G	2	775	Allendale	65	800	11	無	2M		1.25V
Core 2 Dual E4400	64	2.00G	2	775	Allendale	65	800	10	無	2M		1.25V
Core 2 Dual E4300	64	1.80G	2	775	Allendale	65	800	9	無	2M		1.25V
Pentium Dual E2220	64	2.40G	2	775	Allendale	65	800	12	無	1M		1.25V
Pentium Dual E2200	64	2.20G	2	775	Allendale	65	800	11	無	1M		1.25V
Pentium Dual E2180	64	2.00G	2	775	Allendale	65	800	10	無	1M		1.25V
Pentium Dual E2160	64	1.80G	2	775	Allendale	65	800	9	無	1M		1.25V
Pentium Dual E2140	64	1.60G	2	775	Allendale	65	800	8	無	1M		1.25V
Celeron Dual E3300	64	2.5G	2	775	Allendale	45	800	12.5	無	1M		0.85-1.362V
Celeron Dual E3200	64	2.4G	2	775	Allendale	45	800	12	無	1M		0.85-1.362V
Celeron Dual E1600	64	2.4G	2	775	Allendale	65	800	12	無	512K		1.15V
Celeron Dual E1500	64	2.2G	2	775	Allendale	65	800	11	無	512K		1.15V
Celeron Dual E1400	64	2.0G	2	775	Allendale	65	800	10	無	512K		1.15V
Celeron Dual E1200	64	1.60G	2	775	Allendale	65	800	8	無	512K		1.15V
Celeron D 430	64	1.80G	1	775	Allendale	65	800	9	無	512K		1.15V
Celeron D 420	64	1.60G	1	775	Allendale	65	800	8	無	512K		1.15V
Pentium EE 965	64	3.73G	2	775	Presler	65	1066	14	有	2Mx2		1.33v
Pentium EE 955	64	3.46G	2	775	Presler	65	1066	13	有	2Mx2		1.33v
Pentium D 960	64	3.6G	2	775	Presler	65	800	18	無	2Mx2		1.33v
Pentium D 950	64	3.4G	2	775	Presler	65	800	17	無	2Mx2		1.33v
Pentium D 945	64	3.4G	2	775	Presler	65	800	17	無	2Mx2		1.33v
Pentium D 940	64	3.2G	2	775	Presler	65	800	16	無	2Mx2		1.33v
Pentium D 935	64	3.2G	2	775	Presler	65	800	16	無	2Mx2		1.33v
Pentium D 930	64	3.0G	2	775	Presler	65	800	15	無	2Mx2		1.33v
Pentium D 925	64	3.0G	2	775	Presler	65	800	15	無	2Mx2		1.33v
Pentium D 920	64	2.8G	2	775	Presler	65	800	14	無	2Mx2		1.33v
Pentium D 820	64	2.8G	2	775	SmithField	90	800	14	無	1Mx2		1.40v
Pentium D 805	64	2.6G	2	775	SmithField	90	533	20	無	1Mx2		1.40v
Pentium EE 840	64	3.2G	2	775	SmithField	90	800	16	有	1Mx2		1.40v
Pentium D 840	64	3.2G	2	775	SmithField	90	800	16	無	1Mx2		1.40v
Pentium D 830	64	3.0G	2	775	SmithField	90	800	15	無	1Mx2		1.40v
Pentium D 820	64	2.8G	2	775	SmithField	90	800	14	無	1Mx2		1.40v
Pentium 4 EE 3.73GHz	64	3.73G	2	775	Prescott	90	1066	14	有	2M		1.40v
Pentium 4 670	64	3.8G	1	775	Prescott	90	800	19	有	2M		1.40v
Pentium 4 660	64	3.6G	1	775	Prescott	90	800	18	有	2M		1.40v
Pentium 4 650	64	3.4G	1	775	Prescott	90	800	17	有	2M		1.40v
Pentium 4 640	64	3.2G	1	775	Prescott	90	800	16	有	2M		1.40v
Pentium 4 631	64	3.0G	1	775	CederMill	65	800	15	有	2M		1.33v
Pentium 4 630	64	3.0G	1	775	Prescott	90	800	15	有	2M		1.40v
Celeron D 356	64	3.33G	1	775	CedarMill	65	533	25	無	512k		1.40v
Celeron D 352	64	3.2G	1	775	CedarMill	65	533	24	無	512K		1.40v
Celeron D 347	64	3.06	1	775	CedarMill	65	533	23	無	512K		1.40v
Celeron D 355	64	3.33G	1	775	Prescott	90	533	25	無	256K		1.40v
Celeron D 351	64	3.2G	1	775	Prescott	90	533	24	無	256k		1.40v
Celeron D 346	64	2.93G	1	775	Prescott	90	533	22	無	256k		1.40v
Celeron D 341	64	2.93G	1	775	Prescott	90	533	22	無	256k		1.40v
Celeron D 336	64	2.8G	1	775	Prescott	90	533	21	無	256k		1.40v
Celeron D 331	64	2.66G	1	775	Prescott	90	533	20	無	256k		1.40v
Celeron D 326	64	2.53G	1	775	Prescott	90	533	19	無	256k		1.40v
Pentium 4 571	64	3.8G	1	775	Prescott	90	800	19	有	1M		1.40v
Pentium 4 561	64	3.6G	1	775	Prescott	90	800	18	有	1M		1.40v
Pentium 4 551	64	3.4G	1	775	Prescott	90	800	17	有	1M		1.40v
Pentium 4 541	64	3.2G	1	775	Prescott	90	800	16	有	1M		1.40v
Pentium 4 531	64	3.0G	1	775	Prescott	90	800	15	有	1M		1.40v
Pentium 4 521	64	2.8G	1	775	Prescott	90	800	14	有	1M		1.40v
Pentium 4 EE 3.46GHz	32	3.46G	1	775	Gallatin	130	1066	13	有	512k		1.40v
Pentium 4 EE 3.40GHz	32	3.40G	1	775	Gallatin	130	800	17	有	512k		1.40v
Pentium 4 570J	32	3.8G	1	775	Prescott	90	800	19	有	1M		1.40v
Pentium 4 560	32	3.6G	1	775	Prescott	90	800	18	有	1M		1.40v
Pentium 4 550	32	3.4G	1	775	Prescott	90	800	17	有	1M		1.40v
Pentium 4 540	32	3.2G	1	775	Prescott	90	800	16	有	1M		1.40v
Pentium 4 530	32	3.0G	1	775	Prescott	90	800	15	有	1M		1.40v
Pentium 4 520	32	2.8G	1	775	Prescott	90	800	14	有	1M		1.40v
Pentium 4 EE 3.40GHz	32	3.40G	1	478	NorthWood	130	800	17	有	512K		1.57v
Pentium 4 EE 3.20GHz	32	3.20G	1	1478	NorthWood	130	800	16	有	512K		1.57v

Intel 筆記型專用 CPU	位元	時脈	核心	腳位	代號	製程	FSB	倍頻	VT	L2快取	TDP(W)	電壓
Core 2 Quad Q9200	64	2.40G	4	P	Penryn	45	1066	9	有	6M x2	45
Core 2 Quad Q9100	64	2.26G	4	P	Penryn	45	1066	8.5	有	6M x2	45
Core 2 Quad Q9000	64	2.00G	4	P	Penryn	45	1066	7.5	有	6M	45	1.05-1.175v
Core 2 Duo SU9600	64	1.60G	2	BGA6	Penryn	45	800	8	有	3M x2	10	1.05-1.15v
Core 2 Duo SU9400	64	1.40G	2	BGA6	Penryn	45	800	7	有	3M	10	1.05-1.15v
Core 2 Duo SU9300	64	1.20G	2	BGA6	Penryn	45	800	6	有	3M	10	1.05-1.15v
Core 2 Duo SL9400	64	1.80G	2	P	Penryn	45	1066	7	有	6M	17	1.05-1.15v
Core 2 Duo SL9300	64	1.60G	2	P	Penryn	45	1066	6	有	6M	17	1.05-1.15v
Core 2 Duo SP9400	64	2.40G	2	BGA6	Penryn	45	1066	9	有	6M	25	1.05-1.15v
Core 2 Duo SP9300	64	2.26G	2	BGA6	Penryn	45	1066	8.5	有	6M	25	1.05-1.15v
Core 2 Duo P9500	64	2.53G	2	P	Penryn	45	1066	9.5	有	6M	25	1.05-1.62v
Core 2 Duo P8600	64	2.40G	2	P	Penryn	45	1066	9	有	3M	25	> 1.0-1.25v
Core 2 Duo P8400	64	2.26G	2	P	Penryn	45	1066	8.5	有	3M	25	1.0-1.25v
Core 2 Duo P7350	64	2.00G	2	P	Penryn	45	1066	7.5	有	3M	25	1.0-1.25v
Core 2 Duo T9600	64	2.80G	2	P	Penryn	45	1066	10.5	有	6M	35	1.0-1.25v
Core 2 Duo T9400	64	2.53G	2	P	Penryn	45	1066	9.5	有	6M	35	1.0-1.25v
Core 2 Duo T9500	64	2.60G	2	P	Penryn	45	800	13	有	6M	35	1.0-1.25v
Core 2 Duo T9300	64	2.50G	2	P	Penryn	45	800	12.5	有	6M	35	1.0-1.25v
Core 2 Duo T8300	64	2.40G	2	P	Penryn	45	800	12	有	3M	35	1.0-1.25v
Core 2 Duo T8100	64	2.10G	2	P	Penryn	45	800	10.5	有	3M	35	1.0-1.25v
Core 2 Duo T7800	64	2.60G	2	P	Merom	65	800	13	有	4M	34	0.762-1.3v
Core 2 Duo T7700	64	2.40G	2	P	Merom	65	800	12	有	4M	34	0.762-1.3v
Core 2 Duo T7500	64	2.20G	2	P	Merom	65	800	11	有	4M	34	0.762-1.3v
Core 2 Duo T7300	64	2.00G	2	P	Merom	65	800	10	有	4M	34	0.762-1.3v
Core 2 Duo T7100	64	1.80G	2	P	Merom	65	800	9	有	2M	34	0.762-1.3v
Core 2 Duo T7600	64	2.33G	2	M	Merom	65	667	14	有	4M	34	0.762-1.3v
Core 2 Duo T7400	64	2.16G	2	M	Merom	65	667	13	有	4M	34	0.762-1.3v
Core 2 Duo T7200	64	2.00G	2	M	Merom	65	667	12	有	4M	34	0.762-1.3v
Core 2 Duo T5600	64	1.83G	2	M	Merom	65	667	11	有	2M	34	0.762-1.3v
Core 2 Duo T5500	64	1.67G	2	M	Merom	65	667	10	有	2M	34	0.762-1.3v
Core 2 Duo T5200	64	1.60G	2	M	Merom	65	533	12	有	2M	34	0.762-1.3v
Core Duo U2500	32	1.20G	2	BGA6	Yonah	65	533	9	有	2M	9	0.762-1.3v
Core Duo U2400	32	1.06G	2	BGA6	Yonah	65	667	8	有	2M	9	0.762-1.3v
Core Duo L2500	32	1.83G	2	BGA6	Yonah	65	667	11	有	2M	13.1-15	0.762-1.3v
Core Duo L2400	32	1.66G	2	BGA6	Yonah	65	667	10	有	2M	13.1-15	0.762-1.3v
Core Duo L2300	32	1.50G	2	BGA6	Yonah	65	667	9	有	2M	13.1-15	0.762-1.3v
Core Duo T2700	32	2.33G	2	BGA6	Yonah	65	667	14	有	2M	13.1-31	0.762-1.3v
Core Duo T2600	32	2.16G	2	BGA6	Yonah	65	667	13	有	2M	13.1-31	0.762-1.3v
Core Duo T2500	32	2.00G	2	BGA6	Yonah	65	667	12	有	2M	13.1-31	0.762-1.3v
Core Duo T2400	32	1.83G	2	BGA6	Yonah	65	667	11	有	2M	13.1-31	0.762-1.3v
Core Duo T2300	32	1.66G	2	BGA6	Yonah	65	667	10	有	2M	13.1-31	0.762-1.3v
Core Duo T2250	32	1.73G	2	BGA6	Yonah	65	533	13	無	2M	13.1-31	0.762-1.3v
Core Duo T2050	32	1.60G	2	BGA6	Yonah	65	533	12	無	2M	13.1-31	0.762-1.3v
Core Solo T1600	32	2.16G	1	M	Yonah	65	667	13	無	2M	13.1-27	0.762-1.3v
Core Solo T1500	32	2.00G	1	M	Yonah	65	667	12	無	2M	13.1-27	0.762-1.3v
Core Solo T1400	32	1.83G	1	M	Yonah	65	667	11	無	2M	13.1-27	0.762-1.3v
Core Solo T1350	32	1.86G	1	M	Yonah	65	533	14	無	2M	13.1-27	0.762-1.3v
Core Solo T1300	32	1.66G	1	M	Yonah	65	667	10	無	2M	13.1-27	0.762-1.3v
Core Solo T1200	32	1.50G	1	M	Yonah	65	667	9	無	2M	13.1-27	0.762-1.3v

★"AMD(R)"及"Intel(R)"標誌均為AMD美商超微 及 Intel英特爾公司所有:以上數據如有錯誤 以原廠公佈為依據★

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