Introduction to ASUS ROG Maximus XII Extreme Specifications
Tenth Gen Intel Core is still one of the best options for gamers and ASUS has some of the best motherboards For this generation, it also has other models that are iconic like the brand, which grow with each generation, as is the case with the ROG Maximus range in its Extreme variant. This is the twelfth generation of a mythical saga and the truth is that this version is undoubtedly at the height of its predecessors. Let’s see what the powerful ASUS ROG Maximus XII Extreme is capable of in this review.
It is true that all motherboards with the same chipset, both this one that costs several hundred euros, and those that cost little more than 160 Euros, they share a large part of the benefits, but it is also true that these exclusive models offer everything that technology can offer for each generation. Today we will see precisely what a motherboard of this type can offer.
Technical characteristics of the ASUS ROG Maximus XII Extreme
Socket: LGA 1200
Chipset: Intel Z 590
Memory: 4x DDR4 DIMMs up to 2280 + MHz XMP 150 GB Maximum.
SATA Storage: 6Gbps RAID 0, 1, 5, 11
PCIe storage: 4xM.2 4800 – 22110 Socket3 PCI Express 4.0 4x
Slots: 2x 18 x PCI Express 3.0, 1xPCI Express 3.0 4x.
Sound DSP: Realtek S 1220
Setting power supply: 17 Infineon phases without multipliers, Digital VRM, EPS 8×2 input
Others: USB 3.2 Gen2x2 connectivity 20 Gbps Type-C, 2xThunderbolt 3 45 GBps, 11 GbE , 2.5GbE, Wifi-6, Bluetooth 5.1
Chipset Z 588 from Intel
The Intel Z chipset 588 has been designed to take advantage of the most expensive processors in the new range, those that have an unlocked multiplier and have been optimized to achieve the best automatic overclocking, also supporting the Intel Performance Maximizer application with Dedicated configurations for this chipset with 10th Gen Intel Core K-series or KF-series processors.
Regarding the new features, we can add to this chipset the support for the direct integration of a first-rate wireless chipset such as the Intel WiFi-6 AX 225 with support for Gig + CNVI (this is how the direct support of Wifi-6 IP by the new Intel processors).
Support is also added for the new chipsets Ethernet 2.5Gbit i 225 from Intel with support for lower speed modes such as Gigabit (1000 mbps) o Fast Ethernet (100 mbps).
Storage connectivity, unfortunately, remains as before, with 8 SATA 6gbps ports with RAID 0, 1, 5 modes and 11. PCI Express connectivity remains at type 3.0 and in terms of storage, which we will have to distribute among the available processor and chipset lines, they support RAID 0, 1 and 5 modes.
The graphic connectivity does not vary either, with support for up to three simultaneous screens that will have to come from the hand of the processors with HD graphics 630 integrated (remember that models finished in F do not have integrated graphics and the board connectors will be useless). Of course this chipset also continues with support for Intel Optane hybrid storage technology.
Regarding the number of PCI Express lanes available, the Z 390 does not add anything about the Z 490 since it keeps the 25 PCI Express 3.0 lanes of the previous generation. The same happens with the communication interface with the processor, which remains at 8GT / s of bandwidth and the same happens with the USB 3.2 support with up to 6 Gen2 ports of up to 11 Gbps of bandwidth. USB connectivity must also be shared with up to 10 5Gbps USB 3.1 Gen1 ports supported by the chipset.
The memory medium allows you to install up to four banks with up to 128 GB of RAM Dual channel (supported by processor) also supports graphics configurations (also supported by processor) of up to three cards with modes 16 x for one card, 8x for two, and 8x + 4x + 4x for three card configurations.
It is not a great improvement, it is clear, and in fact the most important lack is the lack of the PCI Express 4.0 interface that offers improvements not only in terms of connective speed but other features such as allowing the interface full access to the GPU memory.
The TDP of this chipset is kept in the 6w of previous generations which allows Intel to maintain completely passive solutions for chipset cooling under normal conditions, which we will see in almost all motherboards on the market.
Expansion and connectivity
Still With its impressive size this motherboard continues to meet the standards allowed by its processors and chipsets. In fact, what is most surprising about it is that it barely has connectors, not even for graphics cards. It has only three expansion slots, two in size 18 x, but one of them with actual maximum links of 8x. The third slot, above the main one, with a link of only 4x.
How could the plate be otherwise supports SLI and Crossfire and does not base its expandability only on these connectors, it is a marvel in high-speed storage in M.2 PCI Express format, but with the limitation of this platform at PCI Express 3.0 4x speeds per drive.
Like other models of the brand ROG Maximus XII Extreme , this generation comes equipped with a ROG DIMM.2 module capable of storing two M.2 PCI Express drives with up to 4x link and size
. One on each side and with passive heatsinks on each of them.
Under the chipset heatsink, which occupies half a motherboard more like of aesthetics than of real dissipation, we will find two other modules with M.2 socket. Both have a maximum length of 90 mm, the usual, one of them being PCI Express 3.0 4x and the other hybrid mode with the possibility of mounting SATA drives as well.
Shares connectivity with one of the eight SATA ports with RAID type 0, 1, 5 mode and 11 which are located on one of the turned sides 90 degrees for more accessible connectivity.
Regarding USB connectivity, the specifications are quite impressed nantes. In the rear connectors area we can find 1 USB 3.2 Gen2x2 connector of 21 GBps in USB-C format that is accompanied by two Type A connectors with USB 3.2 Gen2x1 connectivity with speed up to 12 Gbps and another one with the same speed, but also in USB-C format.
In this connector panel we will also find 6 5GBps USB 3.2 Gen1 ports in Type-A form factor and two legacy USB 2.0 ports. The front is also perfectly equipped with two Type C connectors with speeds up to 10 Gbps, 4 USB 3.2 Gen1 ports 5GBps type A and four legacy USB 2.0 ports. Without a doubt an impressive equipment.
ASUS includes in this model a connection module Thunderbolt 3 that adds two ports with this connectivity, we will have to use one of the PCI Express ports on the board, preferably the 4x, which will allow us to have two links of up to 40 bidirectional GBps with full support for Displayport, with pass-through cables for dedicated graphics, networking high speed, Thunderbolt 3 device concatenation, load up to 15 w per connector … etc.
No There is graphic connectivity in this model, it is not designed for that. ino to assemble the best graphics on the market. As for the rest of connectivity the numbers are still remarkable.
Wireless connectivity includes a Intel AX chipset 225 with Wifi-6 support and access speeds of up to 2.4Gbps with 2×2 links and support for dual band 2.4 and 5GHz. Supports channels up to 160 Hz, as expected from any Wifi-6 compatible wireless chipset. This chipset adds Bluetooth 5.1 compatibility.
Ethernet connectivity is also of the highest order. On the one hand, a Intel I interface 390 – V up to 2.5GBps to which adds a powerful Marvel AQtion AQC 107 with support for link speeds of until 10 Gbps. Both interfaces support lower speeds such as Gigabit or 100 Mb Ethernet and use RJ wiring 80 traditional.
Among other integrated connectors we can find up to 8 connectors for fans, PWM type, with connectors especially designed for CPU and liquid cooling drive pumps. It also has TPM connectors, two ARGB connectors, a four-pin RGB connector, a jumper for LN2 mode, a front connector for HD-Audio and a long etcetera.
The ASUS pack also includes a connection multiplier for 6 additional fans also accompanied by ARGB connectivity multiplication points . This module can be installed on either side of the box and centralize the control and monitoring capabilities on the motherboard itself.
The ROG Maximus XII Extreme also includes extensive control and monitoring systems on the motherboard itself. From quick access buttons for power on and reset and a monitoring panel mounted between the VRM heatsinks and the chipset cover plate that not only provides boot information but also the status of the system in the form of an OLED screen or through a classic display Two digit POST.
Design and power
The latest generation motherboards, at least the most expensive ones, tend not to look like motherboards using covers of all kinds to camouflage some of their elements main. In the case of this model the effect is undoubtedly achieved and that is also one of the largest motherboards for this chipset that we can find on the market.
Its size is Extended ATX , a format normally used in motherboards for workstations or servers and usually capable of two simultaneous processors. It is large and we must take that into account to mount it in the appropriate box to handle this unusual size in motherboards for desktop systems.
The Maximus XII Extreme is a motherboard base of perfect finishes as we can see in its cover for chipset, in the reduction of connectors for expansion cards and in the perfect location of the rest of the connectors that achieve a clean and modern look that is crowned by large areas of ARGB lighting and that panel OLED displaying information in real time, which ASUS calls LiveDash OLED 2 .
The chipset heatsinks and MosFETs are connected by heatpipes, but they are barely visible, even the solid aluminum heatsinks of the power supply system are hidden between so much well-positioned cover. The design is magnificent and is finished off with elements such as the fixed cover for the rear connector panel or an excellent distribution of each connector, all where they should be, concentrating the management elements such as buttons and switches, positioning SATA and USB connectors to 94 degrees for better management, or concentrating all the fan connectors in the lower area of the board.
The design of this plate also seeks excellent passive cooling and all this load is offset by an aluminum “backplate” that runs along the entire back of the plate. It helps to cool and also to stiffen the base plate, achieving a robustness that is resistant to any load that we are going to connect to it, apart from the one that already comes standard.
The board layout also includes three main lighting zones plus two Aura RGB connectors that we can control from Windows. The system allows us to synchronize any RGB element that we have installed on the computer and is also compatible with many other brands of peripherals, such as Razer.
The power supply of this motherboard is not conventional either. The processor will have two auxiliary connectors of 15 v with up to 720 Amps input capacity , which equates to solutions for processors of many more watts than the 10th generation Intel Core and LGA socket 1200 for which it is designed.
It also has a system of 17 Infineon TDA phases 21490 digit power By being made with top quality materials such as their RDSON resistors that improve efficiency by reducing thermal impact, MicroFine alloy choke coils capable of supporting up to 80 amps per unit or capacitors 11 k Black Metallic made in Japan.
ASUS uses in this model its latest technology in digital power assemblies without implementing duplicators that add latency in response to processor consumption. That is, higher quality components are used to eliminate the need for line duplicators.
Sound
The integrated sound system is also the best that ASUS integrates currently on their best motherboards, from any of the existing platforms. It has a DAC ESS ES 9023 High resolution P with harmonic distortion up to – 94 dB and that accompanies a very solvent DSP, also widely used, such as the Realtek S 1280 with support for 10 channels, 7.1 sound systems and multiple stereo connections for front connectors.
ASUS has also used high-quality components including shift MosFETs built into a separate PCB that enable a system adaptive impedance for any quality of auri culars that we want to connect. The power system also includes gold Nichicon capacitors used in the best high definition sound systems.
ASUS has installed, as usual, a front HD Audio connector and also a rear connector system for 7.1 analog auto-sensing systems, gold-plated and illuminated from the inside to make them easy to locate in the dark. ASUS also integrates an optical-type digital Toslink connector for digital systems.
Bios and Software
Although there are no changes on the aesthetics of the ASUS UEFI system The truth is that the ROG design of this bios is still one of the most functional and attractive on the market. ASUS has delved into overclocking facilities for users who do not want to get complicated and also continues to offer all the customization capabilities that those users who want a more personalized control of memory, processor, storage, etc. can dream of
Automatic overclocking continues working perfectly with tight voltages and good performances and support for high speed memories is excellent with up to 150 GB capacity with speeds up to 4800 MHz dual channel.
ASUS also supports Add to this model, like all its recent models, with the Armory Crate “plug and play” system that allows quick installation, through the internet, of everything the software that ASUS makes available to users as well as allowing bios updates and other updates. This software also allows the control of our system from a single and accessible control panel.
An exceptional motherboard, also in the price
During this CES 2280 we have seen some traces of what Intel is preparing us for this year, including new generations of chipsets and processors, such as spectacular motherboards based on the Z chipset 590 from Intel, such as the exclusive ASUS ROG Maximus XIII Extreme Glacial, the evolution of this model, which can be sold as a limited unit for a price higher than 1800 Euros including an incredible complete liquid cooling system integrated mind.
Be that as it may, this one that we have shown you, the motherboard that has allowed us to reach the 5200 MHz on all cores with Intel Cryo, in fact It is one of the few motherboards recommended by Intel to use this cooling technology below room temperature, it is also a truly exclusive model, with a recommended retail price of 900 Euros that make it one of the most expensive motherboards on the market for this chipset.
It is true that there are not much alternatives better, at least with this level of complexity, accessories and integrated components, although it is also true that we do not need s from a motherboard of 901 Euros like this to enjoy most of the benefits and features offered by 10th generation Intel Core processors.
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In Singapore, the pandemic response has been largely technology-based – two systems to be precise. The first is a QR code that became ubiquitous across the country in April and May as part of the “SafeEntry” contact tracking system. SafeEntry meant that anyone who wants to enter a public place – restaurants, shops, malls – had to scan in and register with their name, ID or passport number and telephone number. If someone tests positive for COVID – 19, contact tracing authorities use the program to see who has gotten close to each other in the same place and potentially got infected. The second system is “TraceTogether”, an app that was released in March 2020.
It uses Bluetooth to record close contacts: If two users are in the vicinity, their devices exchange anonymized and encrypted user IDs. However, they can be deciphered by the Ministry of Health as soon as a person tests positive for the coronavirus. If you can’t (or don’t want to) use the smartphone app, the government will give you a TraceTogether token, small digital tags, so to speak, that serve the same purpose and that you should carry with you. Although TraceTogether is currently still voluntary, the government has already announced that they want to merge the system with SafeEntry – so it would be mandatory to either download the app or carry it with you for a day. Otherwise there would be nowhere to be in the public (closed) space, i.e. not even doing the weekly shopping.
When the two systems were started, there wasn’t much room for the public to raise concerns: the tech was seen as necessary for pandemic control and the Singapore government behaved in its usual hierarchical manner. She tried to alleviate fears. However, it did so by assuring residents that the data collected using this technology would only be used to trace contacts in the context of the pandemic. And that was, as it now turns out, wrong.
Police use private data beginning of the During the year it became clear that the government’s allegation was incorrect. The Ministry of Interior confirmed that the data could be viewed by the police for criminal investigation; a day after the announcement, a minister revealed that the contact tracing information had in fact been used in a homicide investigation. It quickly became clear that – earlier allegations by the minister – Singapore law had allowed law enforcement agencies to use the TraceTogether data from the start. Not because people in Singapore are particularly careful about privacy – in fact, state surveillance is largely considered normal in the country – but because people had the impression that they were baited under the wrong conditions. Many raised concerns when TraceTogether was first released – and the app wasn’t widely adopted until the government indicated an imminent duty. (According to a statement by a CEO of the Corona Taskforce, almost 80 percent of the population have taken over TraceTogether.)
Meanwhile, the government has announced that it will introduce a new law to limit the use of contact tracing data by law enforcement agencies to specific offenses, including terrorism, murder, kidnapping and particularly serious cases of drug trafficking. “We acknowledge our error not to have indicated that the data from TraceTogether are not exempted from the law enforcement process,” said the “Smart Nation and Digital Governance” office in a statement. The new law, it says there, “will specify that personal data obtained through contact tracing … may only be used for these specific purposes of contact tracing, unless there is a clear and urgent need to use this data for criminal investigations to use serious crimes “.
The wind has turned There are no schedule stating when the proposed law will be presented to parliament and details are few. “In Singapore, where the law gives civil servants great executive and legislative power, I welcome any commitment to accountability and restraint,” said digital rights activist Lee Yi Ting. “It will have to be seen whether this law will be seriously mandatory in order to enforce these proposed restrictions. For example, the question arises of what happens if civil servants disregard these rules – which investigative bodies then come into play and what are the consequences for civil servants ? ”
Some have doubts about the usefulness of this data for police investigations and express concern that the proposed restrictions will now formally allow the use of the data beyond pandemic-related contact tracing. “We would like to reiterate that the expansion of police powers with a view to -Data does not correspond to the original request for which the data collection was intended, “said the opposition Progress Singapore Party in a statement.” The data on corona contact tracking may only and exclusively be used to fight the pandemic and for nothing else. ”
Trust is at stake This game of confusion turns into a delicate one Concerns that governments may abuse contact tracing systems have grown around the world, and some of the concerns have been found to be unjustified, especially in countries using Google and Apple’s warning system technology – which do not allow local authorities to do so The Singapore government had previously rejected Apple and Google’s system on the grounds that it was “less effective” in the case of Singapore, while digital systems can speed up contact tracing and help with that, i Fighting the virus – which will become more important than ever over time – has struggled many countries to implement it. One major problem: a lack of trust among the population.
Lee fears that the handling in Singapore could now have serious international repercussions, even if the law manages to appease the population. Because the country began using digital contact tracing early on, it has taken global leadership at this point. And the system on which TraceTogether is based is used in many other nations – although there is no evidence that the same legislative errors were committed elsewhere. Still: “It is very important to Singapore’s citizens to what extent the state encroaches on their private lives,” says Lee. And, she adds, the country is setting an international precedent “normalizing it for repressive governments to use contact tracing data for the purposes they define”.
The original version of this article was supported by the “Pandemic Technology Project” of the Rockefeller Foundation.
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