Ada3400Aep4Ar: AMD ADA3400AEP4AR — 2.4GHz 512 KB Socket 754 Athlon 64 3400+ CPU Processor

• MMX instructions
• Extensions to MMX

3DNow! technology

• Extensions to 3DNow!
• SSE / Streaming SIMD Extensions
• SSE2 / Streaming SIMD Extensions 2
• AMD64 / AMD 64-bit technology0038

• Halt state
• Stop Grant state 

• 0038

89 Watt

Write a review

Your name:

Advantages:

Disadvantages:

Your review

Warning: HTML is not supported! Use plain text!

Rating

12345

I have read Agreement and agree to terms and conditions

Note: numbers and markings of Athlon 64 processors

You are here

Home

«

Archive of the newspaper

»

2006

«

No. 09

for the note: Amesurmers: Amendments and Marking of the Processes ATLL ATLL

Marking of AMD Athlon 64 processors
so complex and confusing that
confuses even experts.

Model numbers, or ratings,
were invented by AMD back in that
the time when she struggled only
tried to compete with Intel. Idea,
underlying pseudofrequency
processor is to
explain to the user, analogue
which Intel processor he buys.
Even then, AMD started
promote the thesis that
processor performance
depends not only on clock
frequency, but also on other parameters,
primarily from microarchitecture and
built-in cache memory.
Processor rating
(«pseudo-frequency») just
takes into account the difference in other
parameters and can be
used for comparison
processors from different manufacturers.
And AMD began to appropriate its
processors of numbers «with plus»,
denoting the clock frequency
similar in performance
Intel processors.

Starting point for
processor rating
really meant for
based on test results. However
then AMD began to assign
ratings are in ascending order. BUT
when there are different options
Athlon 64 rating situation
completely out of control:
now with the help of the rating you need
noted not only the difference in
frequencies, but also different caches, different
processor sockets, etc. Therefore, in
pivot table you will find a lot
processors with the same
numbers, but different parameters.
They can only be distinguished by the line
marking (OPN), which is applied to
processor package
directly under its name.

When AMD introduced the new
production technology, it
decided not to change either the name or
Processor labeling. And
because Athlon 64 with different revisions
kernels differing in support
different frequencies and types of memory,
instruction set support
energy consumption and potential
overclocking, can only be distinguished by
OPN. Luckily the boxes
Athlon 64 «boxed» packaging
have a transparent window
which processor marking
can be read easily. And don’t buy
by chance the processor is on the old core,
which may not support DDR400
or not accelerate at all.

Note that recently AMD
starts to improve. Among
processors on the latest
Venice core mod is no longer available
models with the same part numbers
different parameters. Already possible
talk about clear
correspondence of the number to the frequency and
cache size. Say 3200+ always
will have a frequency of 2 GHz and a cache of 512 KB,
and for processors with 1 MB cache
«reserved» only two
numbers — 3700+ and 4000+.

Especially for overclockers
we will inform you that processors based on the Venice core
(E3, E6), regardless of the number,
usually accelerate to 2.8-2.9GHz.
Therefore, it makes sense to buy the most
available model — 3000+, because and
she, with due luck, will allow
reach the theoretical limit
of its core.

Explanation of processor numbers and
markings Athlon 64

Name	Number	Marking	Core	Frequency	L2 cache	Tire	Technical Process	Socket
AEP*AP: processors based on the ClawHammer core (130 nm)
Athlon 64	2800+	ADA2800AEP4AP	C0	1. 8 GHz	0.5 Mb	x4	130 nm	Socket 754
	3000+	ADA3000AEP4AP		2 GHz
	3200+	ADA3200AEP5AP		2 GHz	1 Mb
	3400+	ADA3400AEP5AP		2.2 GHz
AEP*AX/AR: processors on a stripped-down core NewCastle
Athlon 64	2800+	ADA2800AEP4AR	CG	1.8 GHz	0.5 Mb	x4	130 nm	Socket 754
		ADA2800AEP4AX
	3000+	ADA3000AEP4AR		2 GHz
		ADA3000AEP4AX
	3200+	ADA3200AEP4AX		2. 2 GHz
		ADA3200AEP5AR		2 GHz	1 Mb
	3400+	ADA3400AEP4AR		2.4 GHz	0.5 Mb
		ADA3400AEP4AX
		ADA3400AEP5AR		2.2 GHz	1 Mb
	3700+	ADA3700AEP5AR		2.4 GHz	1 Mb
AI*4BX: processors on a stripped-down core Venice (90 nm)
Athlon 64	3000+	ADA3000AIK4BX	E6	2 GHz	0.5 Mb	x4	90 nm	Socket 754
	3200+	ADA3200AIO4BX	E6	2. 2 GHz
	3400+	ADA3400AIK4BO	E3	2.4 GHz
DEP*A*: processors based on the NewCastle core (130 nm, dual channel controller memory)
Athlon 64	3000+	ADA3000DEP4AW	CG	1.8 GHz	0.5 Mb	x5	130 nm	Socket 939
	3200+	ADA3200DEP4AW		2 GHz
	3500+	ADA3500DEP4AS		2.2 GHz
		ADA3500DEP4AW
	3800+	ADA3800DEP4AS		2. 4 GHz
		ADA3800DEP4AW
	4000+	ADA4000DEP5AS			1 Mb
DIK4BI: processors based on the Winchester core (90 nm, cache 512 KB)
Athlon 64	3000+	ADA3000DIK4BI	D0	1.8 GHz	0.5 Mb	x5	90 nm	Socket 939
	3200+	ADA3200DIK4BI		2 GHz
	3500+	ADA3500DIK4BI		2.2 GHz
DAA4BP: Venice core processors (E3)
Athlon 64	3000+	ADA3000DAA4BP	E3	1. 8 GHz	0.5 Mb	x5	90 nm	Socket 939
	3200+	ADA3200DAA4BP		2 GHz
	3500+	ADA3500DAA4BP		2.2 GHz
	3800+	ADA3800DAA4BP		2.4 GHz
DAA*BN: processors based on the SanDiego core (cache up to 1 Mb)
Athlon 64	3500+	ADA3500DAA4BN	E4	2.2 GHz	0.5 Mb	x5	90 nm	Socket 939
	3700+	ADA3700DAA5BN		2. 2 GHz	1 Mb
	4000+	ADA4000DAA5BN		2.4 GHz
DAA4BW: processors based on the Venice core (cache 512 Kb)
Athlon 64	3000+	ADA3000DAA4BW	E6	1.8 GHz	0.5 Mb	x5	90 nm	Socket 939
	3200+	ADA3200DAA4BW		2 GHz
	3500+	ADA3000DAA4BW		2.2 GHz
	3800+	ADA3000DAA4BW		2. 4 GHz
DKA*CG/CF: processors with reduced consumption
Athlon 64	3200+	ADA3200DKA4CG	E4	2 GHz	0.5 Mb	x5	90 nm	Socket 939
	3500+	ADA3500DKA4CG		2.2 GHz	0.5 Mb
	3700+	ADA3700DKA5CF	E6	2.2 GHz	1 Mb
	4000+	ADA4000DKA5CF		2.4 GHz	1 Mb

New details
Athlon 64 models can be found at
AMD Special Site: www.