While Intel has
offered HT enabled CPUs in the Server Market, as part of
their Xeon product offering, they haven't made it available
in the Desktop Pentium 4, until this product launch.
Since this is a Desktop End User feature and benefit, you
can be sure Intel is cooking up strong marketing campaigns
to go along with this launch. The real question is, are
there applications and computing scenarios in which end
users will be able to realize tangible increases in
performance and overall system throughput, with this new
technology? We'll try to give you some
insight here
Click images for full view
In between the
marketing hype and product positioning, lies reality
and real-world performance. Intel is trying to drive
the point home here that one processor can act as two or
that there are two within one. We'll see for ourselves
in the benchmarks ahead. However, obviously
applications must be multi-threaded or users must be running
multiple applications concurrently or "multi-tasking", in
order for this technology to be fully exploited.
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HotHardware's Test Systems |
Smokin' |
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Intel
Platform:
Pentium 4
Processors at 2.53GHz, 2.8GHz and 3.06GHz
Motherboard and RAM Config
Intel D850EMVR i850E Motherboard -
For benchmarks
Asus P4PE i845PE Motherboard - For overclocking tests
512MB of Samsung PC1066 RDRAM
512MB of Corsair PC3200 CAS 2 RAM
Other Hardware and Software:
ATi Radeon 9700 Pro
On-Board Sound
IBM DTLA307030 30GB ATA/100 7200 RPM
Windows XP Professional
ATi Catalyst 2.4 Drivers
Intel Chipset Driver v4.04
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AMD
Platform:
Athlon
XP 2800+
Motherboard and RAM Config
Asus A7N8X - nForce2 Motherboard
512MB of Corsair PC3200 CAS 2 RAM
Other Hardware and Software:
ATi Radeon 9700 Pro
On-Board Sound
IBM DTLA307030 30GB ATA/100 7200 RPM
Windows XP Professional
ATi Catalyst 2.4 Drivers
2.77 NFORCE2 drivers
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Pentium 4 3.06GHz SiSoft Sandra Testing |
With and without
Hyperthreading |
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CPU 3GHz No HT
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CPU 3GHz w/ HT
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MM 3GHz No HT
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MM 3GHz w/ HT
| As you'll note,
Sandra's latest revision shows sizable gains with Hyperthreading enabled. This is due to the fact that
the CPU and Multimedia tests incorporated in these benchmarks,
are now multi-threaded and take advantage of SMP capable
platforms. Here our Hyperthreaded P4 beats the
theoretical performance of a 2.8GHz P4 with Hyperthreading,
were that CPU actually available on the market. What is interesting
is that SiSoftware has these scores listed here yet Intel
hasn't released HT enabled 2.8GHz chips. Are we
missing something here? Rumors have circulated that
lower clock speed P4 chips have the ability to run HT
enabled. However, Intel has assured us that they can
"control availability of this feature" at the factory and
that no other HT enabled P4s have been released. In
any event, the same performance scale holds true for the
Multimedia tests. Perhaps that is a bit of the
obvious, so we'll dig in a little deeper in our next series
of tests and see what this new core is capable of, at its
outer limits.
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Overclocking
The 3.06GHz P4 - Vapochilled |
Hitting amazing clock speeds |
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We took this
shiny new P4 3.06GHz chip and plugged it into
the Vapochill rig we showed you not long ago here on
HotHardware. Here are the results...
Now, don't get
too excited about that 4GHz boot screen. It's very
real... We were able to boot this new P4 at 4GHz.
However, the machine would reset itself after a few seconds
of run time. Incidentally, we did all our overclocking
experiments on
the Asus P4PE motherboard, that we reviewed for you here
just recently. We were actually able to boot WinXP
successfully all the way up to 3.9GHz. However, at
that speed, the system was less than stable. Full
stability on the core, when Vapochilled down to about 4C at
idle, was found at a 164MHz system bus for a total of
3.77GHz. We were able to run
Prime 95, at this point, for hours on end, with out a
rounding error or crash of any kind. This is not too
shabby and shows you the potential of the P4 core going
forward.
Business and Content Creation Winstone
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