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Bad Robot
May 18th
Bad Robot
{Poor|Bad} Robot Productions (formerly {recognized|known} as only {Poor|Bad} Robot) is a production {business|company} owned by J. J. Abrams. It is responsible for the {tv|television} series Alias, Lost, What About Brian, Fringe, Six Degrees, Undercovers (2010) and the feature length films Star Trek (2009) and Cloverfield (2008).
Bad Robot
{Poor|Bad} Robot was originally {component|part} of Touchstone {Tv|Television}, but has moved with J. J. Abrams to Paramount {Photos|Pictures}, and Universal Studios, {following|after} his contract with Touchstone had expired in 2006. {Poor|Bad} Robot produced Lost in association with ABC Studios, formerly Touchstone {Tv|Television}. The two {businesses|companies} jointly produced Six Degrees and What About Brian until their respective cancellations.
Bad Robot
Abrams is Chairman/Chief Executive Officer, Bryan Burk Executive Vice President of the {business|company}.
Bad Robot
The production logo has appeared {because|since} 2001, featuring a red rectangular headed robot running {via|through} a meadow silhouetted until it appears suddenly in front of the camera, followed by “{Poor|Bad} ROBOT!” in a voice-over by JJ’s {kids|children}, Henry and Gracie Abrams.
Bad Robot
{Anybody|Anyone} who’s watched to the end of an episode of Lost knows the {Poor|Bad} Robot mascot. You know the {small|little} bastard who taunts you with his eyes, saying, “I know {precisely|exactly} how the rest of Lost unfolds, but {you are|you’re} just going to have to wait for it piece by piece, you poor slobs.
Bad Robot
” To commemorate your slow, painful wait, JJ Abrams had these limited edition figurines {created|made} in a batch of 500. They’re giving away {three|3} of them at Comic-con this week, where they’ll be showing off a pilot of their new show, Fringe. What’s cool is that they prototyped these figures in {home|house} on the {exact same|same} 3D printer they {created|designed} the Cloverfield monster and the new Star Trek movie’s phasers on.
Bad Robot
Vex Robotics
May 18th
Vex Robotics
There has been a rapid development of future {technologies|technology} over the last ten years with robotics {becoming|being} {leading|top} of the list. {Throughout|During} that period of time we have {observed|seen} a gradual {alter|change} in the {region|area} of children’s toy production. We have {turn out to be|become} {much more|more} technologically advanced and so our {kids|children} demand {much more|more} from today’s toys.
Vex Robotics
The {business|company} Revell has been the leader of replica plastic kits for {numerous|many} years and as Revell and Monogram have paved the way ahead with the toy robots {business|industry}.
This {small|little} {write-up|article} is about the Revell Vexplorer Robotics {Program|System}. This robot kit won the {Greatest|Best} Innovation of Show award at the 2006 Consumer Electronics Show. {Because|Since} then it has been featured in {numerous|many} amateur robotic {style|design} competitions worldwide.
Vex Robotics
Here is why this machine is so {well-liked|popular}:
The Revell Vexplorer is a {fantastic|great} pack for the robot model-kit enthusiast. Yes it has 300 parts but the {primary|main} modules have already been pre-assembled so you {do not|don’t} have to be {great|good} with your hands to put this machine together. For the rest of the components there is a handy manual that will take you {via|through} the {procedure|process} step by step.
Vex Robotics
{Perhaps|Maybe} at {initial|first} {it is|it’s} {greatest|best} to stick to the {regular|standard} {develop|build} of the unit but as you {turn out to be|become} {much more|more} confident you can {produce|create} your own style of robot by adding or taking away parts and going {via|through} the {style|design} {procedure|process} with the “SolidWorks Student {Style|Design} Kit” {software program|software} which is included in the pack.
Vex Robotics
This {software program|software} will walk you {via|through} {numerous|various} sections of the {three|3}-D {pc|computer}-aided {style|design} set-ups to {assist|help} you construct your {perfect|ideal} robot. This is {fantastic|great} for youngsters to {discover|learn} about {style|design} and creation {whilst|while} they have {enjoyable|fun}.
With the radio control unit, this six wheeled robot can be maneuvered to go anyplace {inside|within} a 150 foot range. You are able to {discover|explore} all varieties of areas and not even have to move from your chair. You will be capable of seeing {precisely|exactly} where the robot is going {via|through} its spy cam. You will be able to watch your machines exploration live on your {Television|Tv} screen.
Vex Robotics
The Vexplorer has a solid metallic base, arm and support and has a pincer that can be maneuvered individually so as it can seize {issues|things} and put them down. With pre-assembled modules {you will|you’ll} be able to {develop|build} your {initial|first} robot in {much less|less} than an hour.
Here is a {fast|quick} overview of its included {functions|features}:
* Compatible with all Vex systems, {permitting|allowing} for {numerous|various} configurations.
* Built-in spy camera with 150 feet of antenna range.
* A {fantastic|great} gift and an {superb|excellent} introduction to robotics.
* Moveable arm and a claw that can grip and move solid and sensitive objects.
* The spy cam color picture with sound transmits direct to your {Television|Tv}.
* SolidWorks {software program|software} disc with step-by-step assembly {directions|instructions}.
* 6-channel radio with 150′ range.
* All-terrain tires.
* Four servo motors.
* 24 gears.
* Tools, screws, nuts, bolts.
* All accessories {required|needed} to connect to a {Television|Tv} or {pc|computer}.
Vex Robotics
Overall, this is an {superb|excellent} gift for any child who likes robots and {creating|building}. There are five pre-assembled pieces with nuts and bolts contained in the pack for putting the robot together. The Solid Works {style|design} program is {fantastic|great} for thinking up new designs and putting them into practice.
Robotics
May 18th
Robotics
Investing in robotic equipment can be a {large|big} leap for a {little|small} {business|company}. Industrial robots have been automating tasks {because|since} 1961. The {initial|first} industrial robot, the Unimate, worked with the die casting machines at a General Motors plant. In the last decade there has been a surge of robots {becoming|being} integrated into mid-sized and smaller {businesses|companies}. {1|One} reason is the growth and affordability of the {utilized|used} robot {marketplace|market}. With the leaps {created|made} in controls {technologies|technology}, {businesses|companies} are upgrading robots {prior to|before} the {present|current} model has {completed|finished} its life-span. {Nevertheless|However}, the overall functionality of the six-axis articulated arm has not changed in the last decade. As {businesses|companies} consolidate and reorganize, the factory surplus is sold.
Robotics
Automation {advantages|benefits} {consist of|include} saving {cash|money} and {decreasing|reducing} production time. Automation also leads to an {improve|increase} in {component|part} {high quality|quality} and reliability. These are some {suggestions|tips} to {assist|help} you get {began|started} implementing automation onto your factory floor.
Robotics
- Involve the Shop Floor Workers Consulting the workers that {presently|currently} {create|produce} the {component|part} is a {great|good} {beginning|starting} point. This is the {individual|person} who has the {expertise|experience} to know what works and what had not worked in the past. They {frequently|often} have {useful|helpful} insight into the {procedure|process} that you can not gain by {merely|simply} watching. Requesting their participation in the robotic welding project will {assist|help} it be {much more|more} {effective|successful}. The workers who manually perform the {procedure|process} can {offer|provide} {guidance|advice} on the configuration and specifications of the equipment up front, avoiding the possibility that the equipment is not as ergonomically friendly or productive as it could be. Failure to involve them disregards the insight they have gained {although|though} {expertise|experience} with the {procedure|process}.
Robotics
- {Select|Choose} your Robot Operators and Robotic Programmers Carefully Most industrial robots are controlled by the use of teach pendants. {A number of|Several} of these pendants now are programmed with an interface that resembles a {individual|personal} {pc|computer}. An individual that is {pc|computer}-literate will have {much less|less} trouble {studying|learning} how to instruct the robot and moving it to accomplish the desired tasks such as welding or material handling. For instance, the challenge of transforming a manual welding {procedure|process} to a robotic welding {procedure|process} is {greatest|best} handled by {somebody|someone} with a solid background in manual welding. This would be an {perfect|ideal} {individual|person} to {select|choose} for programming or operating the robotic welder. When {selecting|choosing} robot operators, programmers, and technicians, {unique|special} consideration {ought to|should} be given to motivated employees that are willing to {discover|learn} and advance their {abilities|skills}.
Robotics
- Make Training a Priority It is {essential|important} when {buying|purchasing} a robot integrator to {select|choose} {1|one} that {offers|provides} training on the robotic {program|system}. This {permits|allows} your {business|company} to be able to {totally|fully} utilize the robot and {reduce|minimize} later down-time due to mechanical {issues|problems}. Ideally the {individual|person} chosen to {obtain|receive} the training {ought to|should} be the future programmer or operator. With the {correct|proper} training, the programmer {ought to|should} be able to reliably {create|produce} efficient and {efficient|effective} robot programs. {Fundamental|Basic} groundwork training is a minimum, with the {actual|real} {studying|learning} happening on the shop floor. {Usually|Generally} your robotic integrator will program your robotic {program|system} to interact with your {present|current} equipment and leave you with a turnkey {answer|solution} that {demands|requires} only a push of a button. It is still {perfect|ideal} to have trained personnel on hand {ought to|should} a future {problem|issue} arise. Routine maintenance, such as an annual grease replenishment and battery replacement, is also an {problem|issue} that you will want a trained individual to perform. {Numerous|Many} robotic systems have been destroyed by {nicely|well}-meaning maintenance by {people|individuals} that do not {comprehend|understand} the complex nature of the robotic {program|system}.
Robotics
- Watch {Component|Part} Fit-Up and Repeatability The most problematical {problem|issue} with welding robots is {component|part} {high quality|quality}. Robotic systems are {created|designed} to repeat the {exact same|same} sequence of events. If the robot {program|system} has been damaged, repeatability can {turn out to be|become} an {problem|issue}. Robotics systems sold feature a repeatability measurement and that {ought to|should} be taken into account along with payload and reach requirements. {Utilized|Used} robots {ought to|should} be tested for accuracy and repeatability {throughout|during} the reconditioning {procedure|process}. When performing {correctly|properly}, robotic systems are {much more|more} {dependable|reliable} and {create|produce} parts far superior in {high quality|quality} than manually welded parts. Touch sensing and seam tracking can be {utilized|used} to compensate for weld joints that are not static, but robots are limited by the laws of physics. The use of {high quality|quality} equipment in conjunction with robots improves the {component|part} fit-up. Attention {ought to|should} be paid to lasers, welding and cutting torches, welding power supplies, raw consumables, and other variables that could lead to a loss of {high quality|quality} in the {completed|finished} {item|product}.
- Calculate Estimated ROI There has been a steady growth in the robot {business|industry} over the past decade. {Specialists|Experts} predict that this growth trend will continue in future years. Welding robots are still the majority of the {marketplace|market}, but {numerous|many} applications can be handled by robots. The general rule-of-thumb is that a robotic welder can do the {function|work} of four manual welders. {Consequently|Therefore} when production is {growing|increasing}, the {option|choice} to add robotic welders is {effortlessly|easily} justified. It will also {enhance|improve} efficiency, productivity, and {component|part} {high quality|quality}. {Greater|Higher} {high quality|quality} leads to a {higher|greater} demand for your {item|product}. Improved efficiency will enable you to be {much more|more} competitive in your {marketplace|market}. The improved productivity will {permit|allow} you to meet your production demands {with out|without} a {bigger|larger} workforce.
Robotics
Motherboard AMD
May 16th
Motherboard AMD
AMD are a global leader when it comes to {supplying|providing} {price|cost} {efficient|effective} and innovative solutions in the fields of microprocessors and graphics, and when it comes to microprocessors they {really|quite} {frequently|often} outsmart their {greatest|biggest} rivals Intel. {In contrast to|Unlike} Intel {nevertheless|however} they do not manufacture their own motherboards preferring to use the {abilities|skills} of {a number of|several} high {high quality|quality} manufactures with {nicely|well}-established names and brands who have {lengthy|long} been staunch supporters of their processors and chipsets.
Motherboard AMD
Motherboard AMD
{1|One} of AMD’s {much more|more} recent forays into the {marketplace|market} is with their AM3 Phenom II processors utilising their 45nm manufacturing {procedure|process} containing a new hybrid memory controller enabling them to use both DDR2 and the newer {quicker|faster} DDR3. As would be expected the AMD motherboard manufacturers {had been|were} {fast|quick} to be releasing motherboards that where compatible with this newest CPU with the likes of MSI and Asus {becoming|being} {amongst|among} the {initial|first} to release specifications of their new {goods|products}.
Motherboard AMD
Asus are a {technologies|technology} oriented {business|company} blessed with {1|one} of the {greatest|best} R & D teams in the world, they are {nicely|well} renowned for {becoming|being} on the superhighway when it comes to delivering {price|cost} {efficient|effective} and {inexpensive|affordable} new technologies, and where {amongst|among} the {initial|first} to bring the consumer an AMD AM3 motherboard that was priced according to most peoples {spending budget|budget}. And as usual from this leading manufacturer they have delivered this {with out|without} compromising on specification or {high quality|quality}.
Motherboard AMD
The Asus M4A78T-E AMD motherboard is {1|one} of their AM3 Phenom II offerings which also utilises the {quicker|faster} DDR3 memory which admirably meets the {greater|higher} bandwidth requirements of the {newest|latest} 3D Graphics, multimedia, and {web|internet} applications. To be {much more|more} {particular|specific} this AMD motherboard has four slots {supplying|providing} a maximum of 16GB of superfast memory.
Motherboard AMD
If you are upgrading and {do not|don’t} want all the expense in {1|one} go, then the M4A78T-E is a {fantastic|great} {chance|opportunity} for {performing|doing} it in byte size chunks. It comes equipped with a Radeon HC 3300 on-board graphics {answer|solution} with {1|one} of the fastest integrated chipsets around and an {additional|extra} 128MB of DDR3 makes this board {nicely|well} equipped, capable of outputting video with a resolution at 1080p. If this {is not|isn’t} {sufficient|enough} for you then {do not|don’t} be {obtaining|getting} dismayed as this AMD motherboard also comes equipped with two PCI Express 2. enabling two cards to be run in CrossFireX%u2122 satisfying even {tough|hard} core gamers.
Motherboard AMD
{As soon as|Once} {once more|again} Asus have given us a motherboard that is {nicely|well} equipped in terms of connectivity {becoming|being} {nicely|well} supported by five SATA II ports {such as|including} {1|one} eSATA, two Firewire ports, six USB 2. ports, Gigabit Lan and 8 Channel HD Audio, with a {fairly|pretty} {inexpensive|affordable} {price|cost} tag. Representing the move from your {present|current} {program|system} to AM3 in a {price|cost} {efficient|effective} manner whilst still {supplying|providing} all the bells and whistles {required|needed} to {maintain|keep} the majority of {customers|consumers} {pleased|happy} {is not|isn’t} {usually|always} an {simple|easy} {factor|thing} to do, but this AMD motherboard from Asus delivers just that. Compliment this with {sufficient|enough} overclocking to push the Phenom II as {tough|hard} as is {feasible|possible} and Asus could be on to a winner with their M4A78T-E.
MSI Motherboards
May 16th
MSI Motherboards
INTRODUCTION
MSI is {1|one} of the giants {inside|within} the PC hardware {business|industry}. They have been around for as {lengthy|long} as I can {keep in mind|remember}. Motherboards is {1|one} of the ground stones in their {business|company} but the {business|company} have diversified into {numerous|many} {various|different} areas the last couple of years and as you {might|may} know, MSI is now {1|one} of the top suppliers of laptops.
{These days|Today} I am going to review a {extremely|very} {fascinating|interesting} motherboard from MSI, the NF750-G55. Here are the specifications:
MSI NF750-G55
MSI Motherboards
Processor Support AMD� Phenom(TM) II/Athlon(TM)II/Phenom(TM) with AM3 package.
Chipset NVIDIA� nForce 750a SLI single chipset
Hyper Transport Bus HyperTransport {three|3}, supporting speed up to 5200MT/s
Memory o Dual Supports DDR3 800/1066/1333/1600 (OC)
- {four|4} DDR3 DIMMs (240pin/1.5V)
- Supports up to 16GB.
MSI Motherboards
Slots o 2 PCI Express x16 slots with x16 operation (PCI Express Bus SPEC V2. compliant)
o When 2 PCI Express x16 slots plows all installed, 16 the PCIE x lanes will {automobile|car} arrange form x16/x0 to x8/x8.
o 2 PCI Express x1 slots
o 1 PCI slots, support {three|3}.3V/5V PCI bus interface.
On-Board IDE o {1|One} IDE port by NVIDIA� nForce 750a SLI
- 66/100/133 Extreme Supports DMA mode
- Supports PIO, Bus Masters operation mode
- Can connect up to two IDE devices
On-Board SATA o {five|5} SATA II ports by NVIDIA� nForce 750a SLI
o 1 eSATA II port by NVIDIA� nForce 750a SLI
- Supports storage and {information|data} transfers at up to 3Gb/s
Function RAID 1-{five|5} SATA II support RAID 1 1 /{five|5} or JBOD mode by NVIDIA� nForce 750a SLI
Audio o Chipset integrated by Realtek� ALC889
- Flexible 8-channel audio with jack sensing
- Compliant with Azalia 1. Spec
MSI Motherboards
LAN Supports 10/100/1000 {Quick|Fast} Ethernet by Realtek 45CL
Internal I/O Connectors- ATX 24-pin to power connector
- ATX {four|4}-pin 12V CPU to power connector
- CPU x 1/{Program|System} x {three|3} FAN connectors
- CD-in connector
- Clear CMOS to jumper
- Power button
- Chassis intrusion switch connector
- Front audio panel connector
- Front panel connector
- Serial port connector
- {three|3} x USB 2. {additional|extra} connector support 6 ports
- 1 x Floppy disk disk drive connector
- {five|5} x Serial ATA II connectors
- 1 x ATA133 IDE connectors
- 1 x SPDIF-out to header
- 1 x TPM modulates to header
- 1 x OC Switch
Back Panel I/O Ports- 1 x PS/2 keyboard
- 1 x PS/2 mouse
- 1 x 6 in 1 audio jack
- 6 x USB 2. ports
- 1 x RJ45 LAN jack
- 1 x eSATA port
- 1 x DVI-D port
- 1 x Graphic Card port
- 1 x HDMI port
Other Characteristics MSI Active Phase Switching
MSI {Simple|Easy} OC Switch
MSI Live Update {on-line|online}
MSI Live Update {four|4}
NVIDIA Hybrid(TM)SLI
{Accurate|True} Audio Blu-ray
MSI Motherboards
By the specifications of the NF750-G55 {it is|it’s} {simple|easy} to conclude that MSI has worked {tough|hard} to {create|produce} {some thing|something} a {small|little} {additional|extra} with this board. The board {provides|offers} support for SLI, Hybrid SLI and has some {fascinating|interesting} proprietary technologies of MSI, like the “{Simple|Easy} OC Switch”. In this review I will not test the SLI functionality {because|since} {it is|it’s} been {carried out|done} {prior to|before}, instead I will focus on the integrated GeForce 8200 chip and see what it can {create|produce} in terms of performance.
{Initial|First} IMPRESSIONS
The NF750-G55 comes in a rather sober {searching|looking} cardboard box of {regular|standard} size. On it, MSI emphasizes the support of the {newest|latest} AMD processors, the support for SLI and Hybrid SLI and some of the {additional|extra} {functions|features} like the {Accurate|True} Blu-ray Audio, APS and {Simple|Easy} OC Switch.
The included accessories are: a manual a {fast|quick} {begin|start} installation guide a drivers and utilities CD the I/O back panel plate SATA and IDE cables and a SATA power converter cable.
MSI NF750-G55 IN DETAIL
{Even though|Although} the MSI NF750-G55 is of the ATX {regular|standard}, {it is|it’s} a {small|little} narrower than most other ATX boards.
There are {four|4} memory slots which supports up to 16GB of DDR3 (up to 1600MHz). To clarify a {small|little} here, the chipset officially only supports up to 1333MHz, but {it is|it’s} {feasible|possible} to run the memories at 1600MHz by {performing|doing} a {small|little} {alter|change} to the multiplier in the BIOS.
The only heatsink on the motherboard is the heatsink {situated|located} on the nForce 750a SLI circuit.
The CPU cooler is fastened with screws which I {believe|think} is {fantastic|great} {because|since} it {permits|allows} you to {truly|really} get a grip of how tight the cooler is fastened, {a lot|much} {much better|better} than with plastic anchorage systems. The {four|4} pin connector for the CPU is {situated|located} in the middle of the board.
The MSI Active Phase Switching (APS) is {situated|located} to the {correct|right} of the 12V ATX connector. This {program|system} is in charge of {actual|real} time automatic regulation of the power feeded to the CPU. The power level is {really|actually} illustrated by {four|4} LEDs which is a nice {additional|extra} feature.
The board has two PCI-E x16 ports and 1 PCI port. As you can see the PCI-E ports are separated by {really|quite} a {large|big} distance. If you use a double slot card in the second PCI-E port you will not be able to use the PCI port at all. It would have been {much better|better} to {location|place} the PCI port {prior to|before} the {initial|first} PCI-E x16 port.
The internal connectivity also incorporates {five|5} SATA 2 ports with RAID functionality, {three|3} USB 2. ports, a COM port connector, connectors for external audio digital S/PDIF and a CD contact.
The integrated chips for the sound and the Ethernet connectivity are the Realtek ALC889 and RTL45CL. Both chips are of high {high quality|quality} and supported with {superb|excellent} drivers. The Fintek chip {situated|located} next to the battery is in charge of the general I/O functions of the motherboard and also makes it {feasible|possible} to control fans with the {well-liked|popular} SpeedFan program.
{Maybe|Perhaps} the most {fascinating|interesting} feature of this motherboard is the “{Simple|Easy} OC Switch”. It consists of a pink switch as you can see from the image below. This switch {permits|allows} us to {improve|increase} the FSB of up to 35% {with out|without} having to do any other {modifications|changes}. In principle this addition is {superb|excellent}, but it will only {function|work} {nicely|well} if the processor you are {utilizing|using} supports overclocking {with out|without} needing an {improve|increase} of the voltage.
The back panel connectivity is {superb|excellent} check the specifications above for a {total|complete} list.
INSTALLING THE TEST EQUIPMENT
For the tests of the MSI NF750-G55 I {utilized|used} the following hardware and {software program|software}:
Test equipment
Processor AMD Phenom II x2 550 SEES
Fan Zalman CNPS9900A LED
Motherboard MSI NF750-G55
Graphics card GeForce 8200 (integrated)
Soundcard Integrated
Memory Kingston HyperX DDR3 1333Mhz 2�2GB (7-7-7-18)
{Tough|Hard} disk Seagate ST3320620AS (SATA 2, 16MB, 7200rpm)
Power supply Zalman ZM660-XT
Case Cooler Master 690 cm PURE
Operating {program|system} and {software program|software}
Operating system Windows XP SP3
{Program|System} drivers V1. BIOS
nForce 15.49
Benchmarks 3D Mark 06
PC Mark 05
Everest {four|4}.{five|5}
SiSoftware Sandra Lite XII
CINEBENCH R10
SuperPI 1,{five|5} XS MOD
HD Tune 2.55
Crystal DiskMark 2.2
Lightsmark 2008 (1280�1024)
FurMark 1,{four|4} (1280�1024, NoMSAA)
{Actual|Real} tests WinRAR {three|3}.80
X264HD Benchmark 2.
X3: Demo meeting
X3: Terran Conflict Rolling Demo
Officers’ Club of Revolutionary Armed Forces Cry 2
DH Photoshop Benchmark
Other software CPU-Z 1.51
GPU-Z .{three|3}.{five|5}
VLC 1.
Here are a couple of screenshots of the hardware I {utilized|used}:
In the graphics test I {utilized|used} a resolution of 1024�800 with the highest graphics settings.
BIOS
The BIOS on this board comes from AMI (American Megatrends Inc) and is {extremely|very} intuitive and {simple|easy} to {deal with|handle} when overclocking.
The menu that interested me the most was of course the Cell Menu where all the {actual|real} {essential|important} settings are, at least of you want to overclock your {program|system}. Even {although|though} the NF750-G55 can be {regarded as|considered} a medium range motherboard it {provides|offers} {numerous|many} possibilities for overclocking both the CPU and the memory modules.
The M-Flash program which is incorporated in this BIOS is {really|actually} {distinctive|unique} to MSI motherboards. {It is|It’s} a {intelligent|smart} {small|little} program which lets us update the BIOS and even to backup and recover old BIOS versions.
There is also a menu {known as|called} “User Settings”. It makes it {feasible|possible} to setup {various|different} “profiles” of the BIOS setting. This can come in handy if you want to {rapidly|quickly} load a preset of overclocking settings for a gaming session or {comparable|similar}.
BENCHMARKING TESTING {Component|Part} 1
The CPU performance of the nForce 750a chip is {inside|within} the margins that I had hoped for. {Nevertheless|However} the memory testing came out a {small|little} short which surprised me as this is {usually|normally} a {powerful|strong} {region|area} with the NVIDIA chips.
BENCHMARKING TESTING {Component|Part} 2
The read and write speeds of the HD {had been|were} {extremely|very} {great|good} which {indicates|means} that NVIDIA have solved the driver {problems|issues} which have caused the {tough|hard} disk to {function|work} slower than it {ought to|should} on older chipsets.
{Actual|Real} WORLD TESTING
What draw my attention of the above {outcomes|results} {had been|were} the poor {outcomes|results} from the WinRAR test. My conclusion is that it {should|must} be due to the memory {issue|problem} noted above.
In the test of the IGP GeForce 8200 chip I didn’t {obtain|receive} any remarkable {outcomes|results} in the 3D testing so {it is|it’s} {simple|easy} to conclude that you shouldn’t use it for gaming. It did {function|work} just fine for playback of HD videos {although|though}.
The power usage of this {program|system} is {truly|really} low, {particularly|especially} when {it is|it’s} operating in idle mode which makes it a {great|good} {option|choice} if you are {creating|building} a 24/7 {program|system}.
OVERCLOCKING CAPACITY
NVIDIA has {created|made} classic AMD overclocking chipsets in the past {such as|including} the now {nearly|almost} mythical nForce 2 and nForce {four|4} platforms. So what about the nForce 750a SLI overclocking capabilities? The following screenshots says it all:
I was able to overclock the FSB to 264MHz (!) which was {really|actually} a bit surprising to me, I hadn’t expected it to be so “overclock friendly” {becoming|being} a medium range card.
I also tried to overclock the integrated graphics card (GeForce 8200). I managed to get it to run stable at 601/1442MHz for the core and shaders respectively.
CONCLUSIONS
My {initial|first} {expertise|experience} with the NF750 chipset has been a pleasure. The MSI NF750-G55 is a {extremely|very} diverse motherboard. It can be {utilized|used} in a hardcore SLI high end {program|system} or it can be {utilized|used} as a base plate for a HTPC project thanks to the integrated VGA with HDMI output.
{Usually|Generally}, MSI has managed to {develop|build} a {fantastic|great} motherboard around the nForce 750a SLI chipset. Its performance and overclocking abilities are {superb|excellent} as the {exact same|same} goes for its connectivity. The integrated graphics {answer|solution} is {great|good} but not as {potent|powerful} as some of the integrated chips that AMD/ATI {provides|offers}.