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SPARKLE Unveils Calibre X265/X265HM World's First Graphics Card
With Pillars Traversed Cooling Fins Technology

Taipei, Taiwan –
June 12, 2009 - SPARKLE Computer Co., Ltd., the professional VGA
card manufacturer and supplier, today unveils the Calibre
X265/X265HM Graphics Card, providing unparalleled DX10
gaming performance for mainstream gamers with
non-reference PCB design and excellent cooling
system.
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Specification
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Model Number
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X265/X265HM
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Graphics Processing Unit
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GeForce
GTX 260
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Core Clock (GRN/STD/OC)
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400MHz/576MHz/666MHz
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Memory Clock (GRN/STD/OC)
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600MHz/1998MHz/2268MHz
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Memory Type
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896MB GDDR3
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Memory Interface
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448-bit
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Stream Processors
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216
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Stream Processors Clock (GRN/STD/OC)
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800MHz/1242MHz/1476MHz
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Bus Type
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PCI-Express 2.0
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RAMDAC
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400 MHz
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Outputs |
Dual DVI-I |
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HDMI
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Yes via Adapter
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World's
First Graphics Card with Pillars
Traversed Cooling Fins Technology
The Calibre X265/X265HM Graphics
Cards
features the 2nd generation of Calibre Dual Fly Cooling System
by SPARKLE own design. It's the world's first Graphics Card
with pillars traversed cooling fins technology which provides
ultimate graphics cards cooling solution for users who seek
higher graphics performance and lower working temperatures.
The cooling system consists of |
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aluminum thermal base, 2 high-efficient heat pipes with 6mm
diameter, 2 high-efficient heat pipes with 8mm diameter, the
9 aluminum pillars traversed heatsinks and dual low speed cooling
fans. These 4 high-efficient heat pipes connect the surface
of the GPU directly, providing the cooling transfer effect of
8 heat pipes. The technique of pillars traversed can quickly
bring the heat from aluminum pillars to the 8 layer cooling
fins by direct contact. The perfect combination of the heat
pipes and the pillars traversed cooling fins technology provides
superior cooling efficiency and greatly enhances the cooling
performance of GPU, video memory ,MOS circuit and NVIO on the
PCB, let gamers to enjoy good overclocking margin and cooler
GPU, guarantees stable system operation even under round-the-clock
full load gaming. |
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Experience
Vivid DX10 Graphics
Experience the vivid DX10
gaming graphics at mind blowing frame rates, or go beyond traditional
3D graphics and experience GPU-accelerated NVIDIA® PhysX™ gaming
effects, Stereoscopic 3D, and lightning fast video and image
processing. All you need is the Calibre X265/X265HM Graphics
Cards with unique
non-reference PCB design, the
approximating performance to GTX 275 and amazing
cooling system.
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Untouchable
3D Performance
The Calibre X265/X265HM Graphics
Cards
features 55nm chip process
from TSMC. So It has groundbreaking
speeds compared with ordinary GeForce GTX 260 Graphics
Cards on market, the core speed is raised from 576MHz to
666MHz, the shader clock is raised from 1242MHz to 1476MHz,
making its 3D performance better than nVIDIA reference GTX 260
graphics cards and closer to the performance of GTX 275 graphics
cards, delivering unrivaled graphics performance in the hottest
games including Far Cry 2, Mirror’s Edge, and Call of Duty 5:
World at War. The Calibre X265/X265HM Graphics Cards adopts
Calibre black PCB design, providing enhanced power circuitry
with more phases of vGPU power circuit and vMem circuit. Also
it only uses solid capacitors with lower power loss, providing
more stable and longer product lifespan.
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Extreme
Fast Large-Capacity GDDR3 Memory
Today‘s
game, such as Crysis, Alone in the Dark 5, Stalker: clear sky,
they normally use a large number of bump texture, transparent
texture to describe faces of characters and render realistic
gaming scenes, so these games put higher demands on the capacities
of video memory. The current situation demands at least 512
MB video memory to run these games. Calibre X265/X265HM Graphics
Cards
comes with incredible large 896MB GDDR3 video memory can let
mainstream users to pass the 3DMark Vantage High Test which
strictly demand at least 512MB video memory, providing much
more detail information to mainstream users for better understanding
its graphics capability.
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Convenient
SPA Tune OC Software
The Calibre X265/X265HM Graphics
Cards
is bundled with convenient SPA Tune, an own designed software,
effectively balancing the computing power and power consumption.
It provides three mode transition buttons for Overclocking
mode (OC), standard mode (STD) and green mode (GRN). The OC
mode provides high speed, best performance and more power consumption.
The STD mode brings standard performance and lesser power consumption.
The GRN mode provides the energy saving and green power consumption.
Every mode sets up one team specification contains: Core Clock
(MHz), Memory Clock (MHz), Shader Clock (MHz), GPU Temperature
( ℃) and Fan Speed.
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NVIDIA 3D Vision Support
The Calibre Graphics Cards
supports GeForce Stereoscopic 3D Technology from NVIDIA, which
is market complete hardware and software kit for gamers built
by NVIDIA for the 3D stereoscopic gaming market. It will immerse
gamers in the world of 3D content like never before. Monsters,
bullets, and landscapes jump out of gamers' flat monitors and
into their imagination, making them part of the game. With NVIDIA
GeForce Stereoscopic 3D driver technology, gaming will never
be the same. Now with support for Microsoft Windows Vista and
the Calibre X265/X265HM Graphics Cards, gamers can play the
hottest games and feel like they’re part of the action rather
than watching it happen!
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2nd Generation PureVideo
HD
High-definition video decoder and post-processor delivers unprecedented
picture clarity, smooth video and accurate color for movies
and video.
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3
Way SLI Support
The
Calibre X265/X265 HM Graphics Cards support NVIDIA 3-way SLI
technology, which provides even higher frame rates and permits
higher quality settings for the ultimate experience in PC gaming
when connected to a high-end, high-resolution monitor.
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NVIDIA™ PhysX
Calibre X265/X265 HM
support for NVIDIA PhysX Technology, enabling a totally new
class of physical gaming interaction for a more dynamic and
realistic experience.
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NVIDIA™CUDA Technology
CUDA
technology unlocks the power of the GPU's processor cores to
accelerate the most demanding system tasks such as video transcoding
delivering up to 7x performance over traditional CPUs.
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