The
Intel®
Celeron®
processor
is
designed
to
bring
a
balanced
level
of
proven
technology
and
value
to
basic
PC
desktops.
With
the
Celeron
processor
you
can
expect
an
affordable
and
reliable
PC for
your
home
or
home
office
to
meet
your
basic
computing
needs,
such
as
e-mailing
friends
and
relatives,
tracking
home
finances,
and
running
interactive
or
educational
software
for
your
kids.
It
provides
great
balance
between
computing
power
and
affordability.
The
entire
family
of
Celeron
processors
delivers
Intel
technology,
quality,
and
reliability
to the
desktop,
value
PC
consumer.
|
 |
Available
Speeds |
2.80
GHz,
2.70
GHz,
2.60
GHz,
2.50
GHz,
2.40
GHz,
2.30 GHz,
2.20 GHz,
2.10 GHz,
2 GHz,
1.80 GHz,
1.70 GHz,
1.40 GHz,
1.30 GHz,
1.20 GHz,
1.10 GHz,
1 GHz,
950 MHz
Celeron
Processor
Details |
Chipset |
Intel®
845GV,
845GL,
815E,
815,
815EP,
810E2,
810E
chipsets |
Intel®
Desktop
Motherboards |
Compatible
with
Celeron
Processor |
System
Bus |
up
to
400
MHz
Celeron
Processor
Details |
Features |
Benefits |
Data
Flow
Analysis |
Creates
an
optimized,
reordered
schedule
of
instructions
by
analyzing
data
dependencies
between
instructions |
Speculative
Execution |
Carries
out
instruction
execution
speculatively,
ensuring
superscalar
execution
units
remain
busy,
boosting
overall
performance |
Non-Blocking
Level
1
Cache |
Fast
access
to
the
recently
used
data,
increasing
the
overall
performance
of
the
system |
128
KB
Level
2
Advanced
Transfer
Cache |
Higher
data
bandwidth
interface
between
the
level
2
cache
and
the
processor
core
reduces
latency
interface
to
cache
data |
Internet
Streaming
SIMD
Extensions |
Higher
resolution
images
viewed
and
manipulated,
high
quality
audio,
MPEG2
video,
and
simultaneous
MPEG2
encoding
and
decoding,
reduced
CPU
utilization
for
speech
recognition,
as
well
as
higher
accuracy
and
faster
response
times |
Dual
Independent
Bus
(DIB) |
Frees
system
bus
from
cache
traffic,
providing
higher
overall
system
bandwidth,
improved
system
performance
and
scalability |
Intel®
MMX™
Technology |
Enhances
the
performance
and
quality
of
media-rich
applications |
|
|