Motherboard - Page 16 of 33

Video: AMD Ryzen 5 5600X Overclocking Guide

In the video, we show you different ways to overclock AMD’s new 6-core Ryzen 5 5600 X processor based on Zen 3 architecture for better performance

Commercial cooperation with Asus

The video teaches you the basics of overclocking AMD’s 6-core Ryzen 5 5600 X processor. The same basic stories apply to all of the Ryzen 5000 series and the 5000 series and older Ryzen processors. With a larger number of cores, heat may be encountered earlier.

The video goes through different methods to improve performance:

02: 46 Tests as standard
07: 21 Precision Boost Overdrive (PBO)
) 07:
- 09: 50 Manual overclocking (4.7 GHz)
- 12: 50 PBO + Max CPU Boost Clock Override + 400 MHz
- 13: 46 Curve Optimiz er (undervoltage)
- 16: 21 Tightening the memory settings (DRAM Calculator)
An example is the Asus ROG Strix B 550 – F Gaming (Wi-Fi) motherboard, but the instructions apply to motherboards from all manufacturers. BIOS menus look different and some features may have different names.
- Asus, ROG Strix B 550 – F Gaming (Wi-Fi) Motherboard Product Page
- .fi, Search: Asus ROG Strix B 840 – F Gaming (Wi-Fi)
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Watch the video on Youtube

What DDR4 memory would you like in CPU tests? A short survey on the new measurement procedure

The holidays are getting closer, the holidays are getting closer … Maybe not just such traditional holidays, but slowly a great event for equipment enthusiasts is approaching, because on the horizon there are already Intel Rocket Lake processors (Core 11 Gen ). In turn, the recent debut of AMD Ryzen processors 5000 meant that I decided to refresh the test procedure a bit before this duel – new programs will come, some old ones will fall computer games and their place will be taken by newer titles. Oh, a classic update, but as always there are a few dilemmas and one concerns the choice of DDR4 memory. Before I make the final decision, I would like to hear your opinion on what should be included in the test platform.

RAM memory is an important component of any test platform, especially in the case of processors, so they must be chosen carefully so as not to complicate the interpretation of results.

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There is one goal and there are four balls, so read carefully and think about the possible scenarios I have analyzed briefly, because some dependencies come out only after a few (a dozen) tests and could escape with purely theoretical considerations. The survey is posted at the bottom of the page, open until the end of February, then I start with the processor tests and complaints will not be considered.However, it will be a valuable tip, as you see the issue of selecting components for hardware platforms. Honestly, a much bigger problem than choosing DDR4 memory turns out to There is a choice of computer games that use more than a modest six cores . Although in recent years we have had a real festival “winyj rdzyniuf”, the developers have not yet adapted their engines to the capabilities of modern equipment, which results in a waste of its potential. Moving to the newer API (Vulkan / DirectX 12 has also flipped some calculations from the CPU to the graphics chip, which further complicates the situation. Apart from a few titles, there is simply nothing to test for multi-threading …

“src =” http://www.purepc.pl/image/felieton/2021 / 01 / 19 _ what_memory_ddr4_chcielibyscie_w_processor_tests_total_question_of_new_measuring_procedure_nc1.png “> )

Option 1 – DDR4 Settings 3200 MHz

DDR4 clock speed for all processors would be 3200 MHz, representing the group of the most frequently chosen modules with the widest availability (you can check it on the skinflint), and at the same time corresponding to the fastest controllers officially used in processors. DDR4 kits – 3200 with various latencies are standard nowadays for all platforms that do not have rigid restrictions in the above scope, e.g. through the motherboard, therefore such settings seem to be the most universal. there would be additional tests of ed The performance of processors with slower modules, which will ultimately hit platforms with top-down blockades (e.g. Intel Core i3 – 10100 and DDR4 – 2666 on H 410). Similarly, additional performance tests would be performed with faster modules for processors, which allow the use of high-clocked DDR4 without major problems and additional costs (surcharges to the motherboard).

Option 2 – DDR4 settings depending on CPU controller

Timing DDR4 memory would be selected based on the official maximum supported by the controller installed in the processor. For example, AMD Ryzen 7 5800 X would work with DDR4 modules – 3200, while Intel Core i7 – 10700 K would get DDR4 – 2933, because such parameters were selected by manufacturers using the JEDEC guidelines. Rigid adherence to the specifications, at least theoretically, guarantees the highest stability, but does not take into account the full potential of the platform and causes the so-called the advantage of distorting the results. Why? Since the DDR4 memory clock significantly affects the performance of processors, therefore, by introducing a variable, even directly resulting from the specifications of the controllers, we distort the measurement methodology in the assumptions aimed at unifying the conditions for all tested components.

Option 3 – DDR4 Settings 3600 MHz

DDR4 memory clock for all processors would be 3600 MHz, responding to the so-called sweet spot – a frequency that provides a noticeable increase in performance over DDR4 – 3200, although the sets with the selected timing do not yet belong to the most expensive ones, and most of the DDR4 – 3200 can achieve such MHz (the issue of timings remains open). Oh, DDR4 memory overclocking is possible on most modules without any special knowledge and regulating delays further. However, there is a risk that some older platforms and / or processors may be unable to work stably with these settings (AMD AM4 and Ryzen series models 5000 ). In addition, the base results for Intel processors, paired with boards that prevent the installation of faster DDR4, will be really badly shot. Therefore, additional tests with lower divisors will be necessary (e.g.: 2666 MHz), nevertheless high output settings will no longer have higher dividers.

Option 4 – How much did the factory give (well almost)

The DDR4 memory clock would be adapted to the capabilities of the controller in the processor, the capabilities of the platform and the modules themselves. For example – AMD Ryzen 3000 and 5000 could work with DDR4 clock speed – 3800 in synchronous mode (asynchronous allows higher frequency, but at the expense of performance), while Intel Core 6 – 10 generation 4200 – 4400 MHz depending on timings. Here it was also advisable to calibrate the first, second and third order lags, that is, higher driving school. The problem is the inability to find a golden mean for the AMD and Intel platforms, as the memory controllers work very differently in both cases. It also introduces additional variables that affect performance scores. Besides, such results strongly distort the average, because most users limit the interference with the memory parameters to enable the XMP profile.

Survey – What DDR4 memory would you see in the CPU test routine?

The form is available only for logged in users.

Source: PurePC

heise + | Server: Lenovo ThinkSystem SR665 with two AMD EPYC 7H12 in the test

Server: Lenovo ThinkSystem SR 665 with two AMD EPYC 7H 12 in the test Cover open: The interior of the SR 665 CPU performance in comparison UEFI settings as a hurdle I / O surprise SAS versus NVMe Conclusion Read article in iX 2 / 2021 Under the name ThinkSystem SR 665 Lenovo does not offer a computer, but a construction kit. It is what you make of it – from the backup server with an eight-core AMD EPYC 7251 in addition to 320 TByte mass storage up to the supercomputer with two 7H 12 and 128 cores as well as three large or eight small GPUs. The only constants are the double high sheet metal frame, a motherboard with two sockets for AMD’s EPYC processors and the XCC management controller.

AMD makes it easy for Lenovo. The second EPYC generation can handle eight DDR4 channels with up to 3200 MHz and 101 Carry out PCIe 4.0 lanes, regardless of how many cores the chip has. This is made possible by the modular architecture with up to nine semiconductor dies on a carrier that is socket-compatible with the previous CPU.

The node is formed by an I / O die in 13 – nm production, so to speak the control center between the memory , the periphery and up to eight 7 nm core / cache dies (CCD), consisting of two Core CompleX (CCX) with four cores each and their own L1 to L3 cache hierarchy. Four cores share 16 MiB L3 cache. Each Zen 2 core with its two threads are 512 KiB L2- Upstream cache.

Access to all contents of heise + exclusive tests, advice & background: independent , critically founded c’t, iX, Technology Review, Mac & i, Make, c’t read photography directly in the browser register once – read on all devices – can be canceled monthly first month free, then monthly 9 , 95 € Weekly newsletter with personal reading recommendations from the editor-in-chief Start FREE month Start your FREE month now heise + already subscribed?

Asus TUF Gaming X570-Pro Wi-Fi Review: TUF Enough for a 5950X

Our Verdict

The Asus TUF Gaming X570-Pro Wi-Fi is an inexpensive yet capable motherboard. With power delivery capable of handling an overclocked Ryzen 9 5950X, integrated 2.5 GbE and Wi-Fi 6 capabilities, plusand eight SATA ports, the $220 board is a good option to get into the X570 platform.

For

Capable 12-Phase 50A Power Delivery
Intel 2.5 GbE / Wi-Fi 6
Eight SATA ports
Reasonable price for X570

Against

Only seven rear USB ports
Appearance may not be for everyone

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Features and Specifications

The Asus’ TUF Gaming X570-Pro WiFi we have for review is one of the cheaper X570 options available. At $219.99, the boardPro WiFi includes a capable VRM that handled our power-hungry AMD Ryzen 9 5950XAMD Ryzen 9 5950X at stock speeds and while overclocked. In our testing suite, the board performed OK, on average running slightly slower than the other boards, though there were few significant outliers on either side of average.

At the time of publishing, the matured Asus X570 lineup includes options from the TUF, Prime, Strix, WS (Workstation), and ROG lines, a total of 14 boards. Since we last checked, Asus added a Mini-ITX option, which was the only form-factor missing upon release. Today, the product stack consists of a wide variety of motherboards in varying sizes, feature sets, and price points. There is likely something for everyone in the company’s X570 lineup.

Digging down into the performance results, we saw slightly below average scores/times in long-running CPU heavy multi-threaded tests such as Cinebench, Handbrake, POV-Ray and Corona. The PCMark 10 suite was on the opposite side of things, generally running as fast or faster than most other boards we’ve tested. The TUF Gaming X570 Pro WiFi showed promising results in synthetic tests and actual games. Overall, performance isn’t a concern, though if you plan on getting a Ryzen 9 5950X and beating on all cores and threads, there are better performing (but higher-priced) options out of the box.

Outside of performance, the board sports dual PCIe 4.0 x4 M.2 sockets, eight SATA ports, 2.5 GbE and integrated WiFi 6, premium Realtek audio, TUF components, and more. The board’s styling is pretty simple, with all- black PCB and parts, outside of some TUF highlighting. Some may enjoy the look, others not so much. You’ll find RGB LED lighting onboard, but only a small portion to the right of the chipset heatsink. Read on for more details about the X570-Pro WiFi, including more features and elements on performance testing.

Specifications – Asus TUF Gaming X570-Pro WiFi

Socket	AM4
Chipset	X570
Form Factor	ATX
Voltage Regulator	14 Phase (12+2, 50A MOSFETs)
Video Ports	(1) HDMI 1.4b
	(1) DisplayPort 1.2
USB Ports	(3) USB 3.2 Gen 2, Type-A and Type-C (10 Gbps)
	(4) USB 3.2 Gen 1, Type-A (5 Gbps)
Network Jacks	(1) 2.5 GbE
Audio Jacks	(5) Analog + SPDIF
Legacy Ports/Jacks	PS/2
Other Ports/Jack	✗
PCIe x16	(1) v4.0 (x16)
	(1) v4.0 (x4)
PCIe x8	✗
PCIe x4	✗
PCIe x1	(2) v.4.0 (x1)
CrossFire/SLI	2-Way CrossfireX
DIMM slots	(4) DDR4 5100+(OC), 128GB Capacity
M.2 slots	(2) PCIe 4.0 x4 / PCIe + SATA (up to 110mm)
U.2 Ports	✗
SATA Ports	(8) SATA3 6 Gbps (RAID 0, 1 and 10)
USB Headers	(1) USB v3.2 Gen 2 (Type-C)
	(2) USB v3.2 Gen 1
	(2) USB v2.0
Fan/Pump Headers	(6) 4-Pin
RGB Headers	(1) aRGB (3-pin)
	(2) RGB (4-pin)
Legacy Interfaces	✗
Other Interfaces	FP-Audio, TPM
Diagnostics Panel	Yes, 4-LED Q-LED display
Internal Button/Switch	✗
SATA Controllers	ASMedia ASM1061
Ethernet Controller(s)	(1) Intel I225-V (2.5 GbE)
Wi-Fi / Bluetooth	Intel WiFi-6 AX200 (802.11ax, 2×2, MU-MIMO, OFDMA, BT 5.1)
USB Controllers	✗
HD Audio Codec	Realtek ALC1200A
DDL/DTS Connectc	✗ / Yes
Warranty	3 Years

Inside the retail packaging, you’ll find several accessories including SATA cables, a support DVD, and more. The included accessory stack isn’t big, but has most of what you need to get started. Below is a complete list of all the extras inside the box.

● I/O shield

● (2) SATA cables

● M.2 screw package

● Support DVD

● Asus dual-band WiFI Antennas

● TUF Gaming sticker

● TUF certification card(s)

● M.2 rubber package(s)

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(Image credit: Asus)

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(Image credit: Asus)

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(Image credit: Asus)

After removing the TUF Gaming X570-Pro WiFi fromout of the box, you’ll see a black/dark grey motherboard with a few yellow highlights noting the TUF branding. A stenciled pattern starts around the chipset heatsink and ending around the VRM area. All sockets and slots are also black and grey. Overall, the styling is simple and will fit in with most builds. However, it doesn’t jump out at you like a classic good- looking board, so some may not like its rugged appearance.

On the RGB side of things, Asus has a small strip to the chipset heatsink’s right that matches the grey stenciled pattern. The RGB colors are saturated, but the small strip isn’t terribly bright. If the integrated lighting isn’t enough, there are three headers for expansion. The Asus Aura application handles lighting control.

(Image credit: Asus)

Looking at the top half of the motherboard, one of the first things that jumps out to me is the large heatsinks that cover the VRM. The black heatsinks reach out to cover part of the rear IO area and other undesirable bits on the motherboard. An 8-pin EPS connector (required) and a 4-pin EPS connector (optional) deliver power to the CPU. The area around the socket is relatively busy with many capacitors close to the mounts, but this is nothing to worry about. Just to the right of the socket are four DRAM slots that support up to 128GB of DDR4 RAM with speeds listed up to a smoking- fast 5100+ MHz +(OC).

Above the DRAM slots are the first two (of six) fan/pump headers. All six of these headers support a maximum of 1A/12W. All headers except for the AIO_PUMP are Q-Fan controlled and adjustable. The CPU_FAN and CPU_OPT headers in this area automatically detect if the connected fan is DC or PWM controlled. The rest of the headers will need to be manually selected. No matter what price point, I would like to see all fan headers automatically adjust to the right control method. Additionally, there are two more fan headers on the top half of the board. These chassis fan connectors are located just below the left VRM heatsink above the top PCIe slot.

Immediately to the right of the fan headers up top is the first RGB header. In this case, it’s a 4pin RGB with the 3-pin ARGB header located to the right of the socket area. Located just above the 3-pin RGB header is the Asus Q-LED area. Q-LED consists of four LEDs on board that light up during the POST process. If the board hangs on the DRAM, CPU, VGA, or boot devices, the corresponding LED remains lit, telling you at a high -level why the board won’t POST. Without a two2-character debug LED, the Q-LED is a valuable tool for troubleshooting POST issues.

Just below the Q-LEDs and 3-pin RGB header is the 24-pin ATX connector for sending power to the motherboard and the front panel USB 3.2 Gen2 Type-C front panel header.

(Image credit: Tom’s Hardware)

The Asus webpage for the TUF Gaming X570 Pro lists a 12+2 configuration for the Vcore and SOC, which at a high level, bodes well for handling our Ryzen 9 5950X. Managing power sent to the MOSFETs is the Asus Digi+ chip (ASP1106GGQW at X+Y = 6). The six-channel controller works in a 4+1 ‘teamed’ setup. This VRM configuration from Asus does away with phase doublers, sending the power to three 50A Vishay SIC639 Dr. MOS MOSFETs each. The 600A available for Vcore is plenty for our CPU at stock and ambient overclocking.

(Image credit: Asus)

Sliding down to the bottom half of the board, we’ll start with the audio section on the left side. At first look, you should see a Faraday cage with the TUF symbol on it, covering the Realtek ALC S1200A codec. Just below the codec are five premium black and yellow Nichicon audio caps. We won’t find the flagship codec or op-amps on lower- priced X570 boards, but the high-end audio codec should be sufficient for most users.

In the middle of the board you’ll find two full-length PCIe slots and two x1 size slots. The primary GPU slot (top slot) is reinforced with the Asus Safeslot said to provide additional retention and shearing resistance while the bottom is not. The top slot is fed from the CPU and offers PCIe 4.0 x16 bandwidth, with the second full-length slot fed from the chipset with four PCIe 4.0 lanes. The two short x1 size slots get their lanes from the chipset, each running at PCIe 4.0 x1 speeds.

Just above the primary video card slot is the first M.2 socket. The second socket is located towards the bottom of the board and has a heatsink. Both M.2 sockets support PCIe 4.0 x4- and SATA- based modules , offering more flexibility than some boards that only run PCIe based modules only in the second/third slot. Worth noting: is only the bottom slot includes a simple heatsink. If you’re running a PCIe 4.0 NVMe- based drive, you’ll likely want to use that socket unless your module comes with a heatsink.

Finally, to the right of the PCIe/M.2 area is the chipset heatsink and fan. The chipset fan was virtually inaudible at default settings, so there is nothing to worry about there. On the right edge, we spy four of the eight SATA ports. The SATA ports support RAID0, 1 and 10 modes.

Across the board’s bottom are several headers and even a few SATA ports. You won’t find any buttons here. Below is the full list, from left to right:

● Front panel audio

● COM port

● COM debug

● CLR CMOS

● 4-pin chassis fan header

● (2) USB 2.0 ports

● USB 3.2 Gen1 port

● 4-pin chassis fan header

● (4) SATA ports

● RGB header

● Front panel header

(Image credit: Asus)

Swinging around back to the rear IO, the TUF Gaming X570 Plus WiFi doesn’t include an integrated IO plate, so you’ll have to install it. There are seven USB ports out back, including one USB 3.2 Gen2 Type-C, four USB 3.2 Gen 1 ports, and two USB 3.2 Gen1 ports. I’d like to see a couple more USB ports out back here, as some users could struggle with seven. Outside of that is a clear CMOS button, a legacy PS/2 port, and DisplayPort/HDMI outputs for the integrated video. Last are the WiFi antenna connections and a 5-plug audio stack with SPDIF.

MORE: Best Motherboards

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Samsung Galaxy S21 Ultra teardown reveals hard to swap screen and battery

After the Galaxy S21 got disassembled on video earlier this week, PBKreviews has switched their focus to the flagship of this year’s S-lineup – the Galaxy S21 Ultra.

Taking the glass back off reveals the camera lens cover is made from metal just like the frame of the device. It’s held by adhesive to the glass panel and should be substantially more durable compared to the glass camera covers of the previous S-series models. Since this is the international version of the S21 Ultra, the phone is missing the mmWave antennas which would be located on the left and right sides. The actual slots for the antennas are still in place though.

Going deeper into the phone we can see Samsung used plenty of graphite film on the NFC antennas and motherboard. We then get confirmation that all three cameras on the S21 Ultra come with optical image stabilization.

Interestingly enough the top speaker does not come with foam ball insulation which was present on the smaller and cheaper Galaxy S21. Unlike the standard S21, the S21 Ultra’s screen connector cable is not detachable and is fixed to the screen which makes the process of replacing the screen more difficult.

Apple's high-end AirPods Max headphones opened: teardown with surprises

iFixIt has carried out a first detailed teardown of Apple’s new high-end headphones. The over 600 Euro headphones AirPods Max are – as was to be expected from the iPhone manufacturer – not easy to take apart.

“Adorably Confusing” AirPods Max The process of opening the AirPods Max was “slightly confused and overcomplicated”, write the repair specialists. It is a “delightfully confusing pair of headphones”. This includes that Apple once again built in a lot of glue that has to be tackled with a heat gun. Other components are modular and have an extremely large number of screws.

The total battery capacity is 664 mAh at 2, 54 watt hours and 4, 35 volts. That is more than about Bose’s NC 700 with 2, 39 watt hours. Sony’s popular WH – 1000 XM4, thanks to 4.1 watt hours, manage a longer listening time of 30 hours. Of course, a motherboard is also built in – two in each auricle to be precise.

Hardware carousel in the auricles Here there is an ARM-based microcontroller from STMicroelectronics, Apple’s H1 chip (disguised as a Bluetooth SoC), amplifier and audio codec chips from Cirrus Logic, 256 Megabytes of Flash memory from Winbond and charging electronics from TI. In addition, the AirPods Max have several sensors from STMicroelectronics and Bosch – presumably for inertia and acceleration. Power management seems to come from Apple, other power electronics from TI. The dynamic drivers are 40 mm in size. In terms of repairability, iFixIt gives the AirPods Max a point value of 6 out of a maximum 10. The structure is very complex.

There was a surprise with the bracket. There were rumors beforehand that Apple had planned to make these interchangeable. However, due to production delays, the company decided against it and only made the magnetically held ear pads variable. However, according to iFixIt, it is now apparent internally that the “headbands” can still be flexibly designed afterwards.

Easily accessible mechanics These are only through a mechanism secured, which can be removed with a paper clip or SIM card removal tool. The small hole can be accessed by removing the ear cups. This is possible despite the complex joint structure. In the bracket connector there is a small plug for the electrical connection between the two ear cups. So Apple could definitely add interchangeable headbands. In fact, there are already references to this in the second beta of iOS 14. There is a type identifier for this area. Whether Apple will implement this remains to be seen.

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Biostar Unveils Flagship Valkyrie Z590 Motherboards

(Image credit: Biostar)

Biostar has introduced two motherboards based on Intel’s Z590 platform that belong to its all-new Valkyrie range. The new premium family includes two new boards, the ATX Z590 Valkyrie and a Mini-ITX Z590i Valkyrie, models which are expected to address the needs of demanding gamers and enthusiasts offering them advanced features that they come to expect from high-end mainboards.

For many years Biostar focused on entry-level, midrange, and specialized motherboards leaving lucrative higher-end platforms for gamers and enthusiasts to larger players. Several years ago, the company unveiled its Racing-series platforms designed for gamers, and while they were clearly not entry-level or niche products, they still did not compete directly with enthusiast-grade hardware. With its Valkyrie, Biostar wants to finally offer motherboards designed for enthusiasts who demand advanced overclocking capabilities along with a rich set of features.

(Image credit: Biostar)

The initial Biostar Valkyrie family includes two models that support Intel’s processors in the LGA1200 packaging (Comet Lake-S, Rocket Lake-S): the Z590 Valkyrie and the Z590I Valkyrie. To maximize overclocking potential, both motherboards use 10-layer printed circuit boards (PCBs), Dr. MOS-based digital voltage regulating modules (VRMs) featuring solid-state inductors and capacitors as well as active cooling, and advanced memory circuitry. Due to different form-factors, the Mini-ITX Z590I Valkyrie uses a 10-phase VRM, whereas the ATX Z590 Valkyrie comes with a 22-phase VRM.

(Image credit: Biostar)

Additional features include a sophisticated chipset cooling, iron-enforced PCIe x16 slots, more robust power connectors, and protected I/O ports.

(Image credit: Biostar)

The smaller Biostar Z590I Valkyrie features two DDR4 memory slots that support up to 64GB of DDR4-5000 memory, one PCIe 4.0 x16 slot for graphics cards, four SATA connectors as well as one M.2-2280 slot for a PCIe 4.0 x4 or SATA SSD.

(Image credit: Biostar)

The bigger Biostar Z590 Valkyrie carries four DDR4 memory slots to install up to 128GB of DDR4-5000 memory, three PCIe x16 slots for graphics cards (two PCIe 4.0 x16/x8, one PCIe 3.0 x16 working in x4 mode), six SATA connectors, and three M.2-2280 for SATA or PCIe drives.

(Image credit: Biostar)

Being high-end offerings, Biostar’s Z590I Valkyrie and Z590 Valkyrie motherboards offer rather advanced set of input/output technologies that includes a 2.5GbE port, an M.2-2230 slot for an optional Wi-Fi 6 adapter, multiple USB 3.2 Gen 1 Type-A connectors, one USB 3.2 Gen 2×2 Type-C port, two display outputs (DisplayPort 1.4, HDMI 2.0), and a 7.1-channel audio subsystem with 3.5-mm and optical connectors.

(Image credit: Biostar)

Traditionally for enthusiast-grade motherboards, Biostar’s Z590I Valkyrie and Z590 Valkyrie feature connectors for RGB LED strips as well as comes with software to control these LEDs.

Biostar has been expanding its product lineups for some time now, so the introduction of higher-end motherboards is not exactly surprising. Nonetheless, Biostar’s decision to compete directly with advanced platforms from the Big Four makers may be an important milestone for the industry because ASUS, ASRock, Gigabyte, and MSI have been commanding the retail motherboard market for about a decade now after second-tier mainboard makers refocused to other products. Of course, only time will tell whether Biostar will be able to compete with its bigger rivals successfully, but at least the company decided to try.

Biostar yet has to disclose pricing of its Valkyrie-series motherboards, but it is safe to say that these platforms will be more expensive when compared to the company’s Racing family of products.

MSI announces two new entry-level AM4 MAG series motherboards

MSI is getting ready to launch two budget-oriented AM4 motherboards belonging to the MAG series: the A520M Bazooka WiFi and the B550M Vector WiFi. Both feature a similar black and grey design and rear I/O connectivity, but there are still some differences that might make users choose one over the other.

The MSI A520M Bazooka is an mATX motherboard measuring 244mm x 244mm and featuring a mildly sized heatsink for the VRM and MSI’s M.2 shield Frozr heatsink for a PCIe NVMe SSD. This board uses a 4+2+1 duet rail power system to deliver the power to the CPU and 2oz thickened copper on the PCB to improve heat dissipation. Additionally, it comes with double ESD protection to prevent static discharge surges from damaging the motherboard and any other components connected to it.

Featuring 4x DIMM slots for up to 128GB of DDR4 at a maximum speed of 4400MHz, this board has a PCIe 3.0 x16 slot, 2x PCIe 3.0 x1 slots, an M.2 slot, 4x SATA 6Gbps ports, Realtek ALC897 audio Codec, Realtek RTL8111H LAN controller, and Intel Dual Band Wireless-AC 3168 with Bluetooth support. The board’s rear I/O comes with 4x USB-A 3.2 Gen1 5Gbps ports, 2x USB-A 2.0 ports, an RJ-45 ethernet port, audio and WiFi antenna connectors (antennas included), an HDMI 2.1 port, and a DisplayPort.

The MSI B550M Vector WiFi also is an mATX motherboard, but it’s a bit shorter, measuring 244x210mm, and comes with a slightly smaller heatsink. Similar to the A520M Bazooka WiFi, the B550M Vector WiFi features MSI’s M.2 shield Frozr heatsink, double ESD protection, a 4+2+1 duet rail power system, and 2oz thickened copper on the PCB.

Instead of 4x DIMM slots, the B550m Vector WiFi comes with only 2x DIMM slots (64GB max.), but it supports higher clocked memory up to 4600MHz. Just like the A520M Bazooka WiFi, it also features a PCIe 3.0 x16 slot, 2x PCIe 3.0 x1 slots, an M.2 slot, 4x SATA 6Gbps ports, Realtek RTL8111H LAN controller, and Intel Dual Band Wireless-AC 3168 with Bluetooth support, but the audio codec could either be the Realtek ALC897 or the older 892. The rear I/O is exactly the same, including 4x USB-A 3.2 Gen1 5Gbps ports, 2x USB-A 2.0 ports, an RJ-45 ethernet port, audio and WiFi antenna connectors (antennas included), an HDMI 2.1 port, and a DisplayPort.

MSI hasn’t disclosed the pricing and availability details of these motherboards. You can learn more about the A520M Bazooka WiFi HERE, and the B550M Vector WiFi HERE.

KitGuru says: Out of these two MSI motherboards, which one would you choose for an entry-level AMD system?

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Asus presents ROG Rapture GT-AXE11000, Wi-Fi 6E routers arrive

The routers that adhere to the WiFi standard 6E can also take advantage of the 6 GHz band, as well as the 5 and 2.4 GHz ones. This allows you to have up to 7 extra channels from 160 MHz and greatly expanded device functions.

by Rosario Grasso published 11 January 2021 , at 12: 11 in the Peripherals channel

ASUS ROG

Asus announced ROG Rapture GT-AX 11000 , a router based on the recent standard Wi- Fi 6E (802. 11 ax) . Wi-Fi 6E technology, which ensures full support for all existing wireless devices, takes full advantage of the radio spectrum in the frequency of 6 GHz , ensuring a large increase in bandwidth and adding up to seven frequency bands from 160 MHz to the two already made available by Wi-Fi 6.

Among the other advantages of the Wi-Fi 6E standard is the fact that the 6 GHz band operates without the Dynamic Frequency Selection (DFS) function , so that devices can connect instantly without running into the delays imposed by DFS. In the standard 5 GHz frequency in Wi-Fi 6, the channels at 160 MHz must necessarily operate using DFS, which can slow down the process of connecting or reconnecting to the wireless network.

Among the features of the new high-end router from Asus we find a combined Wi-Fi speed up to 11 Gbps and 2 Gbps WAN and WAN aggregation / 2.5 Gbps LAN for 4K / 8K broadband streaming in densely populated networks. Regarding the Wi-Fi bandwidth, the router provides 1148 Mbps on the 2.4 GHz band, 4804 Mbps on the 5 GHz band and 4804 Mbps on the 6 GHz band. GT-AXE 11000 also has the WAN aggregation function to reach Internet connection speed up to 2 Gbps .

Asus ROG Rapture GT-AX 11000 is also equipped with a quad-core CPU a 64 bit from 1.8 GHz assisted by 1 GB of RAM to allow parallel processing when handling data generated by multiple high performance devices. To reduce power loss and maximize coverage, Asus ROG engineers have minimized the distance between the motherboard connectors and the antennas. The new antenna design optimizes the signal strength that spreads in every direction and each of the eight antennas is well isolated from the neighboring ones, with particular attention to the four antennas dedicated to the 6 GHz frequency.

We also find advanced software features which include Triple-Level Game Acceleration, VPN Fusion, ASUS AiMesh and ASUS AiProtection Pro for network control while gaming. The new Asus ROG router includes a dedicated Gaming Port that gives a high priority to any device wired to it connected, ensuring that data transferred over this connection always takes precedence – this lowers ping values and reduces game latency.

Game Boost is an adaptive QoS that allows players to prioritize packets in transit that relate to games within the network. GT-AX 11000 also includes a free trial of 90 days of Outfox to ensure a faster and more stable connection to the game server. GT-AX 11000 also supports ASUS AiMesh, which allows gamers to create their own mesh Wi-Fi system inside the house so you can connect with other AiMesh compatible routers, all with seamless roaming, synchronized functions and centralized control.

GT-AX 11000 finally includes the free AiProtection Pro service for life, a solution for networking protected by layers professional security backed by Trend Micro and that protects all devices on the network. Periodic automatic updates are made available on a regular basis to ensure that the network is always up to date.

benefits of Wi-Fi 6

The combination of technologies OFDMA and MU-MIMO of Wi-Fi 6 improves network efficiency and capacity up to four times compared to WiFi 5 (802. 11 ac), plus higher efficiency in multi-device environments. Wi-Fi 6 also has the function called “Target Wait Time “ with program the data transmissions in order to allow particular types of devices, such as IoT sensors, to remain in standby for longer periods and, consequently, reduce the energy consumption of the device itself, with the result of obtaining a significantly improved battery life.

More details on the new Asus ROG Rapture GT-AX 11000 can be found on the official Asus website.

Asus ROG Rapture GT-AXE 11000 – technical specifications

Below are the complete specifications of the new Asus RO router G:

ASUS ROG Rapture GT-AX 11000
Antennas	8 external antennas
Frequency of operation	2.4 GHz, 5 GHz and 6 GHz
Wi-Fi Data Rate	802. 11 ax (2.4 GHz): f up to 1148 Mbps 802. 11 ax (5 GHz): up to 4804 Mbps 802. 11 ax (6 GHz): up to 4804 Mbps
Supported standards	IEEE 802. 11 a, IEEE 802. 11 b, IEEE 802. 11 g , IEEE 802. 11 n, IEEE 802. 11 ac, IEEE 802. 11 ax, IPv4, IPv6
Memory	256 MB NAND Flash 1 GB DDR3
I / O ports	1 x RJ 45 00 / 100 / 1000 Mbps for WAN 4 x RJ 45 10 / 100 / 1000 Mbps for LAN 1 x 2.5G WAN / LAN 2 x USB 3.2 Gen 1
Buttons	Power on / off, Reset, WPS, WIFI on / off & LED
DC power adapter	AC Input: 100 V ~ 240 V (50 ~ 60 Hz) DC Output : 19 V / 3. 42TO
Dimensions	328 x 328 x 179 mm, 1782 g

Shuttle Launches an Ultra Small Ryzen-Based SFF Unit

(Image credit: Shuttle Computer Handels GmbH)

SFF builder Shuttle has a new Ryzen-based SFF barebones PC ready for the European market; the XPC slim DA320. Measuring in at just 1.3 liters the DA320 is one of the smallest SFF units you can buy which supports Ryzen based processors. Luckily the unit features a lot of connectivity support, so you sacrifice very little with the DA320’s ultra-small form factor.

For CPU support, the DA320 supports all Ryzen 2000 series and 3000 series APUs, as well as AMD’s budget Athlon 2000 series APUs. For memory, the SFF unit can run up to 2933 MHz DDR4 (1.2v) RAM with a maximum capacity of 32GB (16GB per DIMM). For storage, you have options for both SATA based and NVMe M.2 based drives, along with space for a single 2.5 inch SATA drive.

Unfortunately, the DS320 does not come with built-in WiFi support, instead, there’s an additional M.2-2230E slot on the motherboard that supports M.2 based WiFi cards.

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(Image credit: Shuttle)

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(Image credit: Shuttle)

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(Image credit: Shuttle)

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(Image credit: Shuttle)

For connectivity, there are a plethora of options; in the front, you get four USB 3.2 Gen 1 ports, an SD card reader, plus a microphone and headphone jack. In the rear, there are dual Gigabit Ethernet LAN ports alongside four more USB ports; two USB 3.2 Gen 1 and two USB 2.0 ports. Surprisingly you also get a couple of D-Sub RS232 serial COM ports, which are useful for industrial applications.

For display outputs, there are three in total; two DisplayPort 1.4 connectors and a single HDMI 2.0 connector. All connectors can be used simultaneously for a triple monitor setup thru AMD’s Vega integrated graphics.

If you want to order the DA320, you’ll have to buy it from European retailers as that is the only area where Shuttle sells its barebones PCs. Currently, the XPC Slim DA320 can be found at Reichelt – a German retailer site for 235 Euros, approximately $284.

ASUS ROG Maximus XII Extreme Review

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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RAM memory is an important component of any test platform, especially in the case of processors, so they must be chosen carefully so as not to complicate the interpretation of results.

Option 1 – DDR4 Settings 3200 MHz

Option 2 – DDR4 settings depending on CPU controller

Option 3 – DDR4 Settings 3600 MHz

Option 4 – How much did the factory give (well almost)

Survey – What DDR4 memory would you see in the CPU test routine?

Our Verdict

For

Against

Features and Specifications

Specifications – Asus TUF Gaming X570-Pro WiFi

benefits of Wi-Fi 6

Asus ROG Rapture GT-AXE 11000 – technical specifications

The cooling system of the Shuttle XPC Slim DA 32 can disi Torque processors heat up to 65 W

Introduction to ASUS ROG Maximus XII Extreme Specifications

Technical characteristics of the ASUS ROG Maximus XII Extreme

Chipset Z 588 from Intel

Expansion and connectivity

Design and power

Sound

Bios and Software

An exceptional motherboard, also in the price

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