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free bmw z3 workshop manualIf the specified speed of the DIMMs is greater than the supported memory frequency of the platform, a platform specific X.M.P. profile option becomes mandatory because processor core and memory controller voltage requirements vary from architecture to architecture. In such instances, manual adjustments of memory controller voltage and memory timings may be necessary. The XMP profile and memory module SPD is configured by the memory vendor for a single kit only and does not take into account timing and voltage offsets that may be required for two or more kits to operate in tandem. Making a wise investment here will save frustration later on. Higher operating frequencies are defined as overclocked, so voltage requirements and overall stability will vary from CPU to CPU. The same rule applies to Ivy Bridge processors, although the margin has been extended to DDR3-1600 at stock voltages for these CPUs. As such, unconditional stability at higher operating frequencies cannot be guaranteed and will vary between processor samples. The base BCLK frequency is 100MHz. The CPU core frequency is derived via multiplication with the Turbo Ratio setting (final frequency is displayed at the top-left of the Ai Tweaker menu). BCLK also adjusts memory operating frequency in association with the applied memory ratio (Memory Frequency and CPU bus speed: DRAM speed ratio mode settings below). Disabled will apply Intel Turbo core ramping policies. For all overclocked configurations a setting of Enabled is recommended. Disabled can be used if you wish to run the processor within Intel guidelines when non-overclocked. A description of these settings is provided in the right-hand column of the UEFI BIOS and can be seen when the Turbo Ratio setting is selected. A setting of Auto will enable this setting for you as you increase the CPU core multiplier over a certain threshold. If you find that your CPU won’t overclock past 4.http://itkaufmann.com/images/fckimages/canadian-gun-license-manual.xml
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5GHz without this setting Enabled, then the only choice may be to run at a lower speed if you find the system is unable to resume from S3 successfully. This can be left at Auto to apply changes in accordance with the Memory Frequency setting. This setting is a derivative of BCLK and CPU bus speed:DRAM speed ratio mode. The target operating frequency is displayed within the drop-down list of this setting as well as the topleft corner of the Ai Tweaker menu. Further, the stability of the system at higher operating frequencies cannot be guaranteed, often interfering with resume from sleep states and also when the system is stressed by software. Hence our advice to opt for memory kits that are within processor specifications if you do not wish to spend time tuning the system for stability. Target operating frequencies between DDR3-2400 to DDR3-2600 seem to be the optimal point for best scores and times in sensitive benchmarks utilizing CAS 6 or 7 timing sets, in tandem with sub-zero cooling of both the processor and memory modules. Higher speeds are possible at the expense of secondary and third memory timing parameters, often at the expense of efficiency. If PSC based kits are not available, then Samsung based kits offer a modern alternative albeit requiring looser operating latency at equivalent frequencies. This setting should only be enabled at stock processor operating frequency. For all overclocking use, a setting of Disabled is recommended. The final overclock will vary according to system temperatures and the memory kit used. Enable only if you do not wish to manually overclock the system. The primary timings will be set in accordance with the memory module SPD at a given frequency or fall back on ASUS defaults as memory bus frequency is increased. As CAS factors in almost every read transaction, it is considered to be the most important timing in relation to memory read performance.http://cowichanseniors.ca/userfiles/canadian-gun-safety-manual.xml To calculate the actual time period denoted by the number of clock cycles set for CAS we can use the following formula: This timing is of secondary importance behind CAS as memory is divided into rows and columns (each row contains 1024 column addresses). Once a row has been accessed, multiple CAS requests can be sent to the row the read or write data. While a row is “open” it is referred to as an open page. Up to eight pages can be open at any one time on a rank (a rank is one side of a memory module) of memory. As multiple pages can be open on a rank before a page close command is issued the impact of tRP towards memory performance is not as prevalent as CAS or tRCD - although the impact does increase if multiple page open and close requests are sent to the same memory IC and to a lesser extent rank (there are 8 physical ICs per rank and only one page can be open per IC at a time, making up the total of 8 open pages per rank simultaneously). Specifies the number of DRAM clock cycles that elapse between issuing commands to the DIMMs after a chip select. The impact of Command Rate on performance can vary. For example, if most of the data requested by the CPU is in the same row, the impact of Command Rate becomes negligible. If however the banks in a rank have no open pages, and multiple banks need to be opened on that rank or across ranks, the impact of Command Rate increases. Memory modules containing older DRAM IC types may however need a 2N Command Rate. Specifies the number of DRAM clock cycles between consecutive Activate (ACT) commands to different banks of memory on the same physical rank. The minimum spacing allowed at the chipset level is 4 DRAM clocks. Most DRAM configurations will operate with a setting of 9 clocks up to DDR3-2500.The minimum possible spacing is limited by DDR3 burst length which is 4 DRAM clocks. If running more than 8GB expect to relax tRTP as memory frequency is increased. The minimum spacing is 4 clocks.https://ayurvedia.ch/4-way-air-valve-manual These settings can safely be left on Auto for all normal use. The RTL and IOL define the number of memory controller cycles that elapse before data is returned to the memory controller after a read CAS command is issued. The IOL setting works in conjunction with RTL to fine tune DRAM buffer output latency. Both settings are auto-sensed by the memory controller during the POST process (memory training). Manual adjustment should not be necessary unless the system is being used in order to obtain maximum DRAM frequency screenshots (limited stability). The best way to tune these settings if benchmarking is to set them to their maximum value and then decrease one step at time while monitoring stability at every change. We have color-coded text within this section to highlight more important timings over lesser ones. A setting of 3 clocks suits most DIMM configurations all the way to DDR3-2133.A setting of 4 clocks is preferred for benchmarking, increase only if experiencing instability. A setting of 4 clocks is preferred from a performance perspective; however this may need increasing in tandem with memory frequency to maintain stability. Can help speed up BOOT times. If using higher memory frequency divider ratios (DDR3-2133 and over), then disabling this setting while trying to achieve stability can be beneficial. Once the desired system stability has obtained, Enable this setting to prevent the auto sensed parameters from drifting on subsequent system re-BOOTs. A setting of 5 gives best overall performance though may impact stability. Tweaking these settings will require some time, but can extend overclocking headroom for DRAM frequency. It’s best to adjust one step at a time and then run a memory intensive benchmark or stress test to monitor for changes in failure rates to find the optimal settings. Both settings should be tuned before relying on an increase of voltage. Tuning will be system and DIMM specific and depend on operating frequency.http://fxturfspecialists.com/images/brunner-air-compressor-manuals.pdf Leave on Auto unless experimenting or testing individual channels for stability. Toggling from enabled to disabled or vice-versa may help pass a benchmark where the DIMMs were otherwise unstable. Information is provided within UEFI with regards to the usage of each option. All settings have been configured to scale on Auto in accordance with overclocking. We’ll highlight some settings below for clarification purposes. Some users prefer using higher values, although this will impact overshoot to a small degree. This setting should only be used at stock operating frequency, as the modulation routines can impact transient response. If pushing processors using LN2 or other sub-zero forms of cooling then increase the current threshold to each voltage rail respectively. A setting of 140 should ensure OCP does not trip during benchmarks. Manual mode assigns a static level of voltage for the processor. Offset Mode allows the processor to request voltage according to loading conditions and operating frequency.The base level of voltage used will increase in accordance with the CPU multiplier ratio. It is therefore best to start with a low multiplier ratio and work upwards in 1X steps while checking for stability at each increase. Enter the OS, load the CPU and check CPU-Z to check the voltage the CPU requests from the buck controller. If the level of voltage requested is very high, then you can reduce the full load voltage by applying a negative offset in UEFI. For example, if our full load voltage at 45X CPU multiplier ratios happened to be 1.40V, we could reduce that to 1.35V by applying a 0.05V negative offset in UEFI. For those of you purchasing retail Ivy Bridge CPUs, we expect most samples to achieve 4.3-4.5GHz with air and water cooling. Higher overclocks are possible although full-loading of the CPUs will result in very high temperatures even though the current consumed by these processors is not excessive. We suspect this is a facet of the 22nm process.https://www.optionassurance.ca/wp-content/plugins/formcraft/file-upload/server/content/files/16290ce7a9fc23---casio-ew-s3000-manual.pdf Same function as CPU Vcore with regards to Manual and Offset Mode. It can be left on Auto for most overclocking. Don note that the processor will become increasingly sensitive to PLL voltage changes at sub-zero temperatures and when nearing the maximum frequency the CPU is capable of. We have not observed any relationship between this voltage rail and any other in our testing to date. A setting of Auto defaults to 50 of VDIMM which should be adequate for almost all overclocking. Adjustment can sometimes be required when benchmarking memory at very high operating frequencies. In such instances a small reduction or increase (one step) above or below 50 can help aid stability in memory intensive benchmarks. Also if processors are sub-zero cooled, there may come a point where the memory controller becomes unstable regardless of operating frequency. This is where fiddling with these voltages can sometimes help pass benchmarks that would be otherwise unstable. We recommend setting this to disabled if overclocking the as the modulation can interfere with system stability. Disabling it will NOT return BCLK to 100MHz when OC Failure is detected. The site may not work properly if you don't update your browser. If you do not update your browser, we suggest you visit old reddit. Press J to jump to the feed. Press question mark to learn the rest of the keyboard shortcuts Log In Sign Up User account menu 7 Guide on how to OC 3570k with Asus P8Z77-V? I'd like to get it into the 4.2-4.5 range without messing around with the voltage too much and with as little hassle as possible (and not using any quick features out of fear that they are more likely to break my PC than me). I'm running an 3570k with a Hyper 212 Evo (with the stock thermal paste.) If any one can direct me with a tutorial or help, that'd be great. TL:DR, Wants to OC a 3570k, needs to be explained to like a 5 year old.AYKUTEMLAK.COM/upload/ckfinder/files/briggs-and-stratton-intek-206-service-manual.pdf 5 comments share save hide report 83 Upvoted This thread is archived New comments cannot be posted and votes cannot be cast Sort by best First, you'll want to start by just leaving your voltages to auto, disabling C3 and C6 states, turning up Load Line Calibration (LLC) to 50, and bumping your multi to say 40, this will almost certainly be stable, but go ahead and boot into Windows and run Prime 95 with small FFT's and 1 minute runs per FFT size for a few minutes while watching the Windows Event Viewer for WHEA errors (more in depth information here ) If your temps stay within good ranges, bump your multi up 1. Rinse and repeat. Eventually you will get to a point where you will not be stable, and at this point you will want to start using offset overclocking; in your BIOS start bumping your voltage offset by.005v at a time until you either get stable, get too hot, or voltages get too high. Maybe I'll try and write up a nice guide and get one of the mods to stick y it, but that should do for now.Building my first computer this week and i'm still kind of new with all this. All rights reserved Back to Top. For a better experience, please enable JavaScript in your browser before proceeding. It may not display this or other websites correctly. You should upgrade or use an alternative browser. I just want to maybe overclock to around 4.0 when under load, and back down to like regular speed when idle. Can someone teach me how. Also i have a second question regards to RAM, i got 4 sticks of kingston hyperx blu ram (8gb) in the pc, but when i look at the max bandwidth of the ram, it indicate 667mhz, instead of the stated 1600mhz, the packaging said.Thanks in advance. Usually when you enable XMP the factory stated speeds, timings, and voltage automatically are set. Just select XMP then Profile 1. In regards to overclocking I suggest if you overclock that you have it stay at 4.0Ghz and NOT go back down to 1Ghz.https://www.lavalledesign.com/wp-content/plugins/formcraft/file-upload/server/content/files/16290ce8ca56b1---casio-eqw-500-user-manual.pdf Theres many reasons I believe this but you can decide on your own. If you have any specific questions just ask. I also used to think its better to have it off.In some situations its better to have it at a locked speed but in most others it seems that speedstep works perfectly and doesn't screw anything up. Regarding ram, ericjohn004 said it. You can alternatively also do that manually in the case of xmp not working. Sometimes on some boards xmp doesn't work very well with certain ram modules.Also remember in cpuz it will show you half the speed that your ram is operating at. If you're looking at ram speed in cpuz you will have to multiply the number by two to get the the real operating frequency.Asus just happens to include the multiplier setting in two pages. Here is a video of some guy who overclocked his cpu to 4.7Ghz on this board. He shows his settings.maybe this will help you to at least get a general idea of what needs to be done on this board for a successful overclock.IDK much about pc's All rights reserved. England and Wales company registration number 2008885.All rights reserved. England and Wales company registration number 2008885. For a better experience, please enable JavaScript in your browser before proceeding. It may not display this or other websites correctly. You should upgrade or use an alternative browser. By serious I mean not using the automatic OC on my Asus mobo. The speeds you see are from switching my bios to the auto OC and using XMP for my ram settings. (bear with me, I am new to this) I want to get into serious OC'ing, instead of using the auto OC on my bios. First off though: 1) How are my speeds, voltages looking with the auto settings? 2) Is there anything wrong with them. Second, where should I start when manually overclocking. I have done some reading on marginally increasing settings etc. What speed do you think I should be getting and with what voltages. I know not all processors are the same. -Thanks!https://www.blackhillsdancecentre.com/wp-content/plugins/formcraft/file-upload/server/content/files/16290ce96aa9a0---Casio-electronic-cash-register-se-s10-manual.pdf Anthony I have the same exact motherboard and I call my rig stormtrooper btw. Anyhow, here's the main guide I used to help me overclock: It is VERY detailed. There are some other good ones I used as well but I can't remember where they are. Nonetheless, this one brought me along the farthest. I'm very happy with the results. My cpu runs cooler than it did at default. Your Vcore is pretty high to me. Try the guide out and you will find that when you get to the point where you find your lowest stable Vcore you can try offsetting and that brings you to that next level. It's very rewarding and this guide shows you how to save your settings in detail and has almost the same bios interface (there are some videos in the guide I'm referring to). I too initially used the AI Suite to OC and while it's not bad, it does tend to overvolt causing higher heat. The trade off comes with lowering your Vcore to decrease heat and increase your OC without hanging or crashing (bsod). Let's say you're most stable Vcore is 1.2V. It's higher than mine but lower than where you are at and maybe you're oc'ing at 4.5Hz with 70c max temps. That would be awesome. This guide is detailed enough to help you adjust your offset manually to where you maybe can get that last extra.1hz to 4.6 or stay at 4.5hz and lower your max temps. It all comes in the details. If I'm not making sense now, when you keep at it, it will all come together. Just remember to be patient, persistent, methodical, and most of all have fun with it. Best of luck to you. Please ask questions if you have any. I loved oc'ing my rig. I'm sure you will too. Thanks, Justin S. I have the same exact motherboard and I call my rig stormtrooper btw. Anyhow, here's the main guide I used to help me overclock: It is VERY detailed. There are some other good ones I used as well but I can't remember where they are. Nonetheless, this one brought me along the farthest. I'm very happy with the results. My cpu runs cooler than it did at default.AYHANCEVIK.COM/images_upload/files/briggs-and-stratton-intek-206-parts-manual.pdf Your Vcore is pretty high to me. Try the guide out and you will find that when you get to the point where you find your lowest stable Vcore you can try offsetting and that brings you to that next level. It's very rewarding and this guide shows you how to save your settings in detail and has almost the same bios interface (there are some videos in the guide I'm referring to). I too initially used the AI Suite to OC and while it's not bad, it does tend to overvolt causing higher heat. The trade off comes with lowering your Vcore to decrease heat and increase your OC without hanging or crashing (bsod). Let's say you're most stable Vcore is 1.2V. It's higher than mine but lower than where you are at and maybe you're oc'ing at 4.5Hz with 70c max temps. That would be awesome. This guide is detailed enough to help you adjust your offset manually to where you maybe can get that last extra.1hz to 4.6 or stay at 4.5hz and lower your max temps. It all comes in the details. If I'm not making sense now, when you keep at it, it will all come together. Just remember to be patient, persistent, methodical, and most of all have fun with it. Best of luck to you. Please ask questions if you have any. I loved oc'ing my rig. I'm sure you will too. Thanks, Justin S. IDK much about pc's All rights reserved. England and Wales company registration number 2008885.All rights reserved. England and Wales company registration number 2008885. Disclaimer: Sedo maintains no relationship with third party advertisers. Reference to any specific service or trade mark is not controlled by Sedo nor does it constitute or imply its association, endorsement or recommendation. The gaming tests will also consist of both synthetic benchmarks and actual gameplay, in which we can see if similarly prepared setups offer any performance advantages. The system will receive a fully updated, fresh install of Windows 7 Professional 64-bit edition, in addition to the latest drivers for each board and the AMD 12.8 Catalyst drivers for the XFX HD 7970. Turbo Boost is disabled to make a fair comparison without skewing results. Each board will deliver an overclock that is slightly different from board to board and CPU to CPU. Some do better with bumping the multiplier only up as high as it will go while others benefit more from tweaking the bclock as well as the mulitplier. Different strokes for different folks as it were. The CPU used in this test has a maximum stable clock speed of right at 4.7GHz, this being known up front means I needed to work between the multiplier and bclock to wring the most performance out of this combination. Overclocking on the P8Z77-V Deluxe can be accomplished in several ways. You have preset options in the BIOS, manual tweaking of the BIOS, and using ASUS AI Suite II TurboV Evo utility. Each has its pros and cons. Manually tweaking the BIOS will yield the highest overclocks but takes the most time to reach the highest clock speeds. In the past TurboV Evo had been a little conservative when it came to overclocking the CPU as it took a good, safe clock speed and made it work. At this point in its development it has become more aggressive as the hardware is now more capable with most socket 1155 Core Series K SKU chips able to get to 4.5GHz without a lot of tuning.Adjustments were made to the vcore 1.320v, 1.66v on the DDR3 memory, 1.05v for the memory controller and 1.81 for the CPU PLL voltage. Load line calibration was set to high and kept the vcore right where it was set during testing. Other than setting the memory primary timings the balance of the settings were left at auto. One area that is always a concern is overclocking recovery. On this board the overclocking recovery is as good as it gets and follows each of the boards from ASUS that OCC has tested with just a power down and restart required to get back into the BIOS with the last settings used still in place allowing you to change just a few parameters or go back to known good settings using the OC Profiles. These clock speeds will be used to run the test suite and will show the performance increase over the stock settings in the overclocked scoring. It may not display this or other websites correctly. You should upgrade or use an alternative browser. By continuing to use this site, you are agreeing to our use of cookies. Learn More. The only thing I've done so far is set the clock to 44x multiplier but apart from that I was wondering what other settings people were using on the same set up. Someone I know suggested the voltage is too high which is most likely right but I was wondering what other settings were being used out there.Go back to stock settings before you do any damage and I'll try to guide you through it, although there's a dedicated thread to overclocking IvyBridge cpus. Now what cooling are you currently using?Currently using the Corsair Hydro H80 liquid cooler.Currently using the Corsair Hydro H80 liquid cooler. Click to expand. With that vid logic I wouldn't of been surprised if the motherboard decided to pump over 1.5v with a multi of 46x or more. Thats one of the ways you can instantly fry a CPU. As Sasso said, change CPU Voltage to fixed voltage and set it to 1.2v. I'd bring the multi back to 4.3 for now as well and make sure that is stable under prime95 (which you should download now if you don't have it yet).Don't let them get above 80c.Rinse and repeat until you hit unacceptable temperatures.If you get any issues like BSOD's then up the voltage a little bit more until it's 100 stable and thats pretty much it for a decent overclock.First 10 minuet small FFT test ran no 59 degrees on the cores. Got to go out for 2 hours now but will continue the 10 minuet tests at 44x, 45x etc later today. Thanks for the help, very much appreciated.With that level of LLC we're aiming to get it close to the value you set in bios to compensate for vdroop. There's no need for it to be overshooting so if it's higher than what you set in Bios you could lower it a level.Click to expand. Looks pretty stable, going to test 45x and 46x later after I've played BF3 on it for a bit.Also Ivy scales in temperature VERY BADLY with voltage, so you want the voltage as low as possible anyway. This article may help: Also Ivy scales in temperature VERY BADLY with voltage, so you want the voltage as low as possible anyway. This article may help: Click to expand. Going to run some more tests tomorrow. Synthetic: SiSoft Sandra 2012 11. Synthetic: Cinebench R11.5 12. Synthetic: Super Pi 13. Synthetic: CrystalDiskMark 14. Real World: Media Encoding 15. Real World: MKV Playback 16. Gaming: DiRT 3 17. Gaming: Grand Theft Auto 4 EFLC 18. Technical: Power Consumption 19. Closing Thoughts 20. View All Pages We have already looked at some of their high performance Z77 motherboards including the Sabertooth Z77 and Republic of Gamers Maximus V Z77 Gene which are designed for users who want the ultimate performance. So we thought it was about time we got hold of one of their more cost effective motherboards to see how it fares. Even though the specification list isn’t peppered with overclocking features, we are going to see how far we can push the Intel i7-3770K processor. It consists of a relatively slimline motherboard box with an attractive black livery. The top of the box features a series of badges which illustrate various features of the motherboard within. There is also a diagram which is used to help illustrate the key features. The box is quite substantial and should provide a high level of protection for the motherboard. Our sample was missing the software CD but Asus assure us that one will be included with retail versions. This comprises a very dark brown (almost black) PCB with a combination of black, blue and white fittings. There are no heatsinks for cooling and there are a lot fewer components here than we would expect to see on a dedicated overclocking board. We will see if this affects the overclocking performance later on in the review. The two white ports support SATA-600 while the four remaining ones only support SATA-300. The motherboard supports RAID 0, 1, 5 and 10 as well as Intel Smart Response Technology, Intel Rapid Start Technology and Intel Smart Connect Technology. There are two PCI Express x16 slots but only the top one supports PCIe 3.0. While the motherboard does support Quad CrossFireX, the remaining PCI Express x16 slot is limited to x4 speeds when a second graphics card is installed so the performance gains could be very limited indeed. There are also two PCI Express x1 slots and three legacy PCI slots on the motherboard. The motherboard also features an internal USB3.0 header which is located next to the 24-pin power connector on the right hand edge of the board. We updated the BIOS to the latest version before testing the motherboard. That said, we were slightly disappointed that this motherboard doesn’t have an automatic overclocking feature in the BIOS which is very useful for those without the technical know-how to overclock manually. A perfect audience for a budget motherboard such as this. The ASRock Z77 Extreme6 was tested with exactly the same components with the same overclock. The benchmark includes six all new benchmark tests that make extensive use of all the new features in DirectX 11 including tessellation, compute shaders and multi-threading. Trusted by gamers worldwide to give accurate and unbiased results, 3DMark 11 is the best way to test DirectX 11 under game-like loads. It is a benchmark based upon DirectX 10, and therefore will only run under Windows Vista (Service Pack 1 is stated as a requirement) and Windows 7. This is the first edition where the feature-restricted, free of charge version could not be used any number of times. 1280?1024 resolution was used with performance settings. We can also see how the P8Z77-V LX outperforms the Z77 Extreme6 by a very slight margin. Specifically designed to cover the full range of PC hardware from netbooks and tablets to notebooks and desktops, PCMark 7 offers complete PC performance testing for Windows 7 for home and business use. It can be easily adapted to various projects due to its elaborated software design and flexible toolset. A lot of their customers claim that they have never seen such extremely-effective code, which is so easy to understand. It reveals the enchanting magic of floating islands with a tiny village hidden in the cloudy skies. Interactive mode provides emerging experience of exploring the intricate world of steampunk. Sandra is a (girl) name of Greek origin that means “defender”, “helper of mankind”. We think that’s quite fitting. Giving the user the ability to draw comparisons at both a high and low-level.We also see a substantial boost in performance when we overclocked our system. The test scenario uses all of your system’s processing power to render a photorealistic 3D scene (from the viral “No Keyframes” animation by AixSponza). This scene makes use of various different algorithms to stress all available processor cores. The test scene contains approximately 2,000 objects containing more than 300,000 total polygons and uses sharp and blurred reflections, area lights and shadows, procedural shaders, antialiasing, and much more. The result is given in points (pts). The higher the number, the faster your processor. The more expensive ASRock Extreme motherboard has the slight performance edge in Cinebench R11.5.