Showing posts with label Hardware. Show all posts
Showing posts with label Hardware. Show all posts

Manli Geforce 9600OC 512MB GDDR3 Graphics Card Review

This time Manli released their new product the Manli Geforce 9600OC 512MB GDDR3 to enable them compete in the mainstream market. This graphic card is using the 9600 GT chipset, which had been downgraded on the stream processor from 96 core to 48 core but with overclocked core and memories.

This graphic card is already equipped with Arctic Cooling HSF to overcome the heat during workload. Unfortunately, it doesn’t come with steel holder to keep the graphic card straight. The effect is that the graphic card looks a bit bent, even though it doesn’t interfere with its performance.

The card is stable enough at testing. Chip magazine tried to test it by playing Company of Heroes with 1024 x 768 screen resolution. It can be said that the card could play the game at medium setting.

Looking at the test results it can be said the card is quick. Even though it only has 48 Streaming Processors the Overclocking did quite an effect and overall it offers a very good performance. Another testing using CUDA shows a good performance that would make it suitable for playing with images with Adobe Photoshop CS4.
Conclusion:
The Manli Geforce 9600OC 512MB GDDR3 is a card with good performance. A good choice for its class and it comes with very good HSF.

Specifications:
Chip: NVIDIA Geforce 9600OC ™
Interface: PCI Express x16
Memory: 512 MB
Core Clock: 650 MHz
Memory Clock: 900 MHz
Shadder: 1625 Mhz
HDTV output: Available
DVI output: Available
HDMI output: Not Available
Genius Memory: GDDR3
Memory interface: 256-bit
Package: Quick Guide, CD Driver, HDMI Donggle, DVI, Donggle, SPDIF, PCI Converter

Benchmark:
3DMarks Vantage : P4175
Company of Heroes DX9: 59.8
Company of Heroes DX10: 33.7
F.E.A.R.: 143
Quake 4: 155.7

This product is tested with this tested system:
Mainstream Mobo: MSI P35-NEO2 FIR
Extreme Mobo: ASUS Maximus
ATI Graphics: Sapphire Radeon HD3870
NVIDIA Graphics: Gigabyte GeForce 8800GT
Memory: Corsair DDR2-PC6400, DDR2-PC8500, DDR3
Hard Disk: Western Digital Caviar 160GB 7200RPM, Raptor
Power Supply: Tagan 700W, 800W, 1100W
Flash Memory: Kingston UFD, SDHC, SD, MicroSD, CF
Keyboard & Mouse: Genius USB, optical
Optical Drive: AOpen DVD-RW 2012S
Cooling System: Arctic Cooling Freezer 7Pro/64Pro dan Accelero X1/X2

Succeed with Sun

The computer has changed the way we live in every way. From the way we get our groceries to the way we transport ourselves place to place.Computers provide us with our entertainment as well as our livelihood and lifestyle. Whether we are taking in an opera or purchasing a drink at the local pub, we can be sure that information has passed through a computer at some point in the transaction. Some information needs are larger than others. The administration of large corporations and cities require immense amounts of information. The storage of that information can get costly and taxes our environment in energy usage. The servers that hold and distribute all of this information are the focal point of that energy requirement. The amount of hardware necessary to store this information and the energy it takes to cool these systems are the main culprits. Solutions are needed. As we find ways to reduce the hardware necessary to store all of our information, we will also reduce the energy it takes to cool these servers and save ourselves money while reducing our impact on the environment. Strongly recommended were the use of redundant server infrastructure and the Sun UltraThin Clients SunRay, creating the virtual desktop infrastructure. Comparisons were made between the old infrastructure and the new infrastructure by the use of Windows performance monitor. The employment of these modernization techniques resulted in an overall Bad Soden am Taunus municipality IT energy consumption reduction of 61%. Memory options: Memory type-DDR-2 675 MHz (PC3200) registered DIMMs with ECC (128 bit plus ECC databus) Memory Capacity- 16 DDR2 DIMM slots (8 per processor)64GB maximum with 2 CPUS and 4GB DIMMs, standard 32GB This storage of information in a centralized server greatly reduces the “physical” space required for logistical operation, reducing management costs. Also, this bolsters security by moving data from numerous desktop devices to the datacenter. This will also increase the speed of provisioning while strengthening user flexibility by providing universal access. This removes the desktop from the environment of the hardware and OS, thus eliminating unnecessary storage and potential IT problems from your workplace. Many more case studies can be viewed at http://efficient-servers.eu/ for more information and opportunities to support this project as we continue to develop technology toward a more energy efficient IT future.