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open-hardware-monitor-cpu-wattage-82 Бесплатно. Размер: 1 Мб. Windows. Программа для считывания информации с датчиков компьютера и ноутбука – температуры устройств, частоты работы процессора и видеокарты и других важных показателей.  3,4из5 — 15 оценок. www.- — процесс утилиты Open Hardware Monitor, показывающая температуру процессора, видеокарты, жесткого диска, а также некоторую другую информацию. Другими словами — утилита полезная, однако не является критически важной. РЕКЛАМА.  Данный способ подойдет если у вас просто установлена утилита Open Hardware Monitor. В случае с AnVir Task Manager достаточно в самой программе открыть вкладку автозагрузки и снять галочку: РЕКЛАМА. Open Hardware Monitor бесплатна и разрабатывается на основе открытых исходных кодов. С виду сильно напоминает HWMonitor от автора CPU-Z, но обладает существенным преимуществом — значение любого из датчиков можно показать в системном трее. Имеет лаконичный интерфейс, на удивление неплохо определяет датчики, умеет показывать температуры дисков и степень износа SSD, не требует установки, имеет крохотный дистрибутив.  Утилита не выходит из статуса «беты» и обновляется не так часто, как хотелось бы. Прошлая версия выпущена более полугода назад, новая Open Hardware Monitor Beta получила максимальное число новшеств за всю историю существования программы. Open hardware monitor cpu wattage 82 you have a comment and could you elaborate what you meant when stating V is …and not good. This way I can scale up the system incrementally. I believe PCIe 2. If you need any other information please let me know. You could buy a bit cheaper RAM which lower speeds — it will not opsn a big difference. Again, you might want to read my paper for an overview of synchronous methods. Anvil Case.

The earliest repeaters from were installed in ad-hoc fashion on shelves, in wooden boxes and cabinets. Once serial production started, they were built into custom-made racks, one per repeater.

The height of the different panels will vary, By , it was an established standard with holes tapped for screws with alternating spacings of 1. The inch rack format has remained constant while the technology that is mounted within it has changed considerably and the set of fields to which racks are applied has greatly expanded. The inch Nineteen-inch racks in two-post or four-post form hold most equipment in modern data centers , ISP facilities, and professionally designed corporate server rooms.

They allow for dense hardware configurations without occupying excessive floorspace or requiring shelving. Nineteen-inch racks are also often used to house professional audio and video equipment, including amplifiers , effects units , interfaces, headphone amplifiers, and even small scale audio mixers.

A third common use for rack-mounted equipment is industrial power, control, and automation hardware. Thus, a 1U rackmount computer is not 1. This gap allows a bit of room above and below an installed piece of equipment so it may be removed without binding on the adjacent equipment.

Originally, the mounting holes were tapped with a particular screw thread. When rack rails are too thin to tap, rivnuts or other threaded inserts can be used, and when the particular class of equipment to be mounted is known in advance, some of the holes can be omitted from the mounting rails. Threaded mounting holes in racks where the equipment is frequently changed are problematic because the threads can be damaged or the mounting screws can break off; both problems render the mounting hole unusable.

Tapping large numbers of holes that may never be used is expensive; nonetheless tapped-hole racks are still in use, generally for hardware that rarely changes. Examples include telephone exchanges, network cabling panels, broadcast studios and some government and military applications. The holes are large enough to permit a bolt to be freely inserted through without binding, and bolts are fastened in place using cage nuts.

In the event of a nut being stripped out or a bolt breaking, the nut can be easily removed and replaced with a new one. Production of clearance-hole racks is less expensive because tapping the holes is eliminated and replaced with fewer, less expensive, cage nuts.

The next innovation in rack design has been the square-hole rack. Square-hole racks allow boltless mounting, such that the rack-mount equipment only needs to insert through and hook down into the lip of the square hole. Installation and removal of hardware in a square hole rack is very easy and boltless, where the weight of the equipment and small retention clips are all that is necessary to hold the equipment in place.

Older equipment meant for round-hole or tapped-hole racks can still be used, with the use of cage nuts made for square-hole racks. Rack-mountable equipment is traditionally mounted by bolting or clipping its front panel to the rack.

With the prevalence of inch racks in the Telecoms industry, the same practice is also common, but with equipment having inch and inch brackets available, enabling them to be mounted in existing racks. A key structural weakness of front-mounted support is the bending stress placed on the mounting brackets of the equipment, and the rack itself. As a result, 4-post racks have become common, featuring a mirrored pair of rear mounting posts.

APC SX-range racks , it is common for equipment that features 4-post mounting brackets to have an adjustable rear bracket. Servers and deep pieces of equipment are often mounted using rails that are bolted to the front and rear posts as above, it is common for such rails to have an adjustable depth , allowing the equipment to be supported by four posts, while also enabling it to be easily installed and removed.

Although there is no standard for the depth of equipment, nor specifying the outer width and depth of the rack enclosure itself incorporating the structure, doors and panels that contain the mounting rails , there is a tendency for 4-post racks to be mm This of course varies by manufacturer, the design of the rack and its purpose, but through common constraining factors such as raised floor tile dimensions , these dimensions have become quite common.

The extra width and depth enables cabling to be routed with ease also helping to maintain bend-radius for fibre and copper cables and deeper equipment to be utilised.

The strength required of the mounting posts means they are invariably not merely flat strips but actually a wider folded strip arranged around the corner of the rack. The posts are usually made of steel of around 2 mm thickness the official standard recommends a minimum of 1. Racks, especially two-post racks, are often secured to the floor or adjacent building structure so as not to fall over. This is usually required by local building codes in seismic zones.

According to Telcordia Technologies Generic Requirements document GRCORE, during an earthquake, telecommunications equipment is subjected to motions that can over-stress equipment framework, circuit boards, and connectors. The amount of motion and resulting stress depends on the structural characteristics of the building and framework in which the equipment is contained, and the severity of the earthquake. Heavy equipment or equipment which is commonly accessed for servicing, for which attaching or detaching at all four corners simultaneously would pose a problem, is often not mounted directly onto the rack but instead is mounted via rails or slides.

A pair of rails is mounted directly onto the rack, and the equipment then slides into the rack along the rails, which support it. When in place, the equipment may also then be bolted to the rack. The rails may also be able to fully support the equipment in a position where it has been slid clear of the rack; this is useful for inspection or maintenance of equipment which will then be slid back into the rack.

Slides or rails for computers and other data processing equipment such as disk arrays or routers often need to be purchased directly from the equipment manufacturer, as there is no standardization on such equipment's thickness measurement from the side of the rack to the equipment or means for mounting to the rail.

A rails kit may include a cable management arm or CMA , which folds the cables attached to the server and allows them to expand neatly when the server is slid out, without being disconnected. Computer servers designed for rack-mounting can include a number of extra features to make the server easy to use in the rack:.

When there is a large number of computers in a single rack, it is impractical for each one to have its own separate keyboard, mouse, and monitor.

Since the mounting hole arrangement is vertically symmetric, it is possible to mount rack-mountable equipment upside-down. However, not all equipment is suitable for this type of mounting.

For instance, most optical disc players will not work upside-down because the driving motor mechanism does not grip the disc. A standard inch server rack cabinet is typically 42u in height, millimetres 24 in wide, and 36 inches There are a multitude of specialty server racks including soundproof server racks, air conditioned server racks, NEMA rated, seismic rated, open frame, narrow, and even miniature inch racks for smaller applications.

Cabinets are generally sized to be no wider than the standard inch-wide mm floor tiles used in most data centers. Racks carrying telecom equipment like routers and switches often have extra width to accommodate the many cables on the sides. Four-post racks allow for mounting rails to support the equipment at the front and rear.

Two-post racks provide two vertical posts. These posts are typically heavy gauge metal or extruded aluminum. Equipment can be mounted either close to its center of gravity to minimize load on its front panel , or via the equipment's front panel holes. Two-post racks are most often used for telecommunication installations. Road cases typically have plywood sides laminated with polyvinyl chloride PVC , extruded aluminum edges, steel corners, handles, and latches.

Larger cases typically have wheels for easy transport. Road case racks come in different heights based on the 1U standard and different depths. Non-isolated cases simply mount inch mounting posts inside the case.

To protect equipment from shock and vibration road rack cases use an inner and outer case. These cases can be isolated by thick layers of foam or may use spring-loaded shock mounting. Touring musicians, theatrical productions and sound and light companies use road case racks. In , a durable fiber reinforced plastic inch rackmount case was patented by ECS Composites and became widely used in military and commercial applications for electronic deployment and operation.

Portable rack cases using a rotary-molded polyethylene outer shell are a lower-cost alternative to the more durable ATA-approved case. These cases are marketed to musicians and entertainers for equipment not subject to frequent transportation and rough handling. The polyethylene shell is not fiberglass reinforced and is not rigid. The shape of small cases is maintained by the rack rails and the cover seal extrusions alone.

Larger cases are further reinforced with additional plywood or sheet metal. The outer shell is frequently embossed in a self-mating pattern to combat the tendency for stacked cases to deform slightly creating a slope that encourages the upper case to slide off.

The cases typically use extruded aluminum bands at the ends of the body with tongue-and-groove mating to like bands for the covers.

End covers are typically secured with either a simple draw latch or a rotary cam "butterfly" latch, named for the shape of the twist handle. There is no standard for airflow and cooling of rack-mounted equipment. A variety of airflow patterns can be found, including front intakes and rear exhausts, as well as side intakes and exhausts.

Low-wattage devices may not employ active cooling, but use only passive thermal radiation and convection to dissipate heat. For rack-mounted computer servers, devices generally intake air on the front and exhaust on the rear. This prevents circular airflows where hot exhaust air is recirculated through an adjacent device and causes overheating.

Although open-frame racks are the least expensive, they also expose air-cooled equipment to dust, lint, and other environmental contamination. It proved fast, accurate, and reliable during my time with the test unit, so nothing to complain about here.

The keyboard implements 4-zone RGB lighting on this device, and the LEDs are bright and uniform at the highest setting, with little light creeping from beneath the keycaps despite their fairly deep stroke. For mouse, Asus went with their standard plastic touchpad with dedicated click buttons. They do feel a bit cheap to the touch, though, and the whole touchpad is rather on the small side and cramped.

Asus offers three different screen options for this ROG Strix 15 G series, all matte, non-touch and Sure the Hz refresh might sound enticing for gamers, but this is not one of those fast Hz screens and the slower response around 33 ms GTG according to NBC translates in ghosting in the faster-paced games. On the plus side, this panel proved uniform in our tests and offered good blacks and contrast levels, decent viewing angles, as well as little to no light bleeding around the edges.

Before we proceed, keep in mind that our review unit is an early-production model with the software available as of mid-August BIOS , Armoury Crate 3. For the GPU, what we have here is the Nvidia in the updated edition W implementation, but with variable TDP and frequency limits between the several performance modes available in Armoury Crate:. Getting to the components is relatively simple, you just need to remove the back panel held in place by a few Philips screws, all visible around the sides.

However, the back is attached to the main-laptop with two ribbons that power the LED strips, so careful not to sever the connections. This ROG Strix G15 is not just a performance laptop, it can also handle everyday multitasking, browsing, and video, while running quietly and coolly on the Silent profile.

This is the most powerful implementation of this i7 processor tested so far. Finally, on battery, the power is limited at only 25W in the Performance mode Turbo is disabled in this case. Details below. The 8Core i7 in this Strix G15 performs well and outmatches the other implementations of this processor, due to the high power supplied to the CPU in this notebook.

Luxmark 3. Next, we ran the entire suite of tests and benchmarks, on the stock Turbo profile in Armoury Crate. Finally, we also ran some Workstation related loads on this iH configuration, on the Turbo and Silent profiles:. Undervolting the CPU makes no real difference over the gaming performance or temperatures, as it allows the CPU to run at slightly higher clocks, but the same kind of high temperatures, with almost no impact over the GPU.

On this unit, though, it merely allows the components to run degrees cooler, with a greater impact on the Performance and Silent modes. The very slim rubber feet and the minuscule amount of space underneath the laptop do not allow the fans to take in much air to properly cool the components while the laptop sits on the desk.

Based on the results and the fact that no other OEM use this approach on their performance notebooks, this might not be the ideal thermal design on this sort of power-needy configuration. Back to our review unit, switching the laptop over to the Performance profiles tames down the fans to about dB, with a slight performance decrease and little impact over the temperatures.

Raising the laptop from the desk makes a bigger difference in this case. But are you? We ran our tests with the laptop sitting on the desk, and the lid open. Running games with the lid closed is not a viable option here, due to the implemented thermal design. In conclusion, this ROG Strix G15 performs excellently in CPU heavy tasks and very well in combined demanding loads, but the components inside run hot with these kinds of activities.

The thermal module in this Strix G15 is identical to the one implemented on the ROG Scar 15, with two high-capacity fans and an ample array of heatpipes and thermal plates, with a single radiator for the CPU and two for the GPU side. Despite that, little of this heat spreads onto the exterior chassis.

The laptop hits temperatures in the very high 40s in the hottest parts of the interior, but the WASD and arrow regions rest in the highs to lows, so perfectly comfortable for longer gaming sessions. Our units ramped up to about dB at head-level in games, and both fans remained active all the time, even with light use, but they spun quietly on Silent and were only noticeable in a quiet room. I did notice some electric noises on this sample, just like on the ROG Scar 15 tested a while ago.

This can be a random issue with modern laptops, so make sure to listen for them on your brand new laptop and return the computer if not up to your standards. We measured high volumes of dB at head-level, and the sound comes out clean and fairly rich for a gaming laptop, although still somewhat lacking in the lows.

An external FHD webcam might be bundled in some regions. Asus made sure that the screen automatically switches over to 60 Hz when unplugging the laptop, and that helps. Asus pairs this configuration of the Strix G15 laptop with a mid-sized W power-brick, which weighs. Oh, and make sure you get dual-channel RAM on this, it makes a big difference in games. While available in a multitude of configurations, the better value is in the GTX and RTX configurations, with either the 6Core or the 8Core processor, based on your needs.

Specs aside, the Strix G15 is also a well-built laptop with good inputs, a fair selection of ports, punchy audio, and a beefy thermal solution inherited from the higher-tier and more expensive ROG lineups. The screen is just too important for me to sacrifice on. I really don't get why Asus refuses to put card readers or cameras in their gaming laptops, even the premium ones.

How hard can it be? Is it just me or is Asus getting worse with this coil whine on almost all rog laptops? Was the coil whine present also on G17? Also what about the temperatures of i7 h compare to i7 h when UV. Andrei Girbea. Coil whine is random these days, and most of our review units are pre-release engineering samples, so more leaned to various issues.

Unfortunately, the only thing you can do is buy the laptop from a place that allows returns, test it properly for all potential issues, and return if not up to standards within the 14 days window. The G17 article will be available in about two weeks.

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