With NVIDIA's GeForce RTX 30-series lineup of GPUs, laptop manufacturers are offered a wide variety of GPU SKUs that internally differ simply by having different Total Graphics Power (TGP), which in turn results in different clock speeds and thus different performance. ASUS uses NVIDIA's variant of GeForce RTX 3080 mobile GPU inside the company's ROG Zephyrus Duo (GX551QS) with a TGP of 115 Watts, and Dynamic Boost technology that can ramp up the card to 130 Watts. However, this doesn't represent the maximum for RTX 3080 mobile graphics card. The maximum TGP for RTX 3080 mobile goes up to 150 Watts, which is a big improvement that lets the GPU reach higher frequencies and more performance.

Have you ever wondered what would happen if you manually applied vBIOS that allows the card to use more power? Well, Baidu forum users are reporting a successful experiment of transforming their 115 W RTX 3080 to 150 W TGP card. Using GPU vBIOS from MSI Leopard G76, which features a 150 W power limit, and applying it to the ROG's Zephyrus Duo power-limited RTX 3080 cards is giving results. Users have successfully used this vBIOS to squeeze out more performance from their laptops. As seen on the 3D Mark Time Spy rank list, the entries are now dominated solely by modified laptops. Performance improvement is, of course, present and it reaches up to a 20% increase.

GALAX has today decided to take the lid off its upcoming premium GeForce RTX 3090 Hall Of Fame (HOF) edition graphics card and showcase to the world what the company has been working on. The HOF edition is usually GALAX's highest-end custom graphics card design with one simple goal - ultimate performance. Featuring all-white aesthetics, the card has a 12-layer white PCB with a white three fan air cooler. The air cooler features three fans with one in the middle being 92 mm and the other two being 102 mm. The card comes paired with HOF Panel III, representing a small 4.3 inch LCD screen that can stand on its own or stick to the GPU using magnets. It is used for some software diagnostics like temperature monitoring.

The GPU comes with a diamond-shaped aluminium backplate used for additional heat dissipation. When it comes to power delivery, there are three 8-pin connectors (also colored in white to match the aesthetics), that supply 26 VRM phases for the power delivery system. Such configuration is envisioned for extreme overclocking purposes like LN2. There are two BIOS versions, P and S variants, where they are used for maximum performance or quieter operation respectively. The boost frequency of this GPU is 1875 MHz (using one-click OCing), however, any buyer of such a card is not going to just use it like that and will probably prefer to push higher frequencies.More pictures follow:

GALAX is preparing to launch its flagship graphics card based on NVIDIA's Ampere lineup of GPU, specifically the GeForce RTX 3090 variant. The company is currently developing the GeForce RTX 3090 Hall Of Fame (HOF) edition GPU that is supposed to have a regular HOF treatment. That means a white aesthetics (white PCB plus white cooling solution), a massive three fan air-cooler, and of course, a PCB that is designed for extreme overclocking. Today, thanks to the sources over at VideoCardz, we have the first look at the PCB of GALAX's upcoming GeForce RTX 3090 HOF edition graphics card.

Featuring a massive VRM configuration consisting out of 26 phases, the GPU is swimming in VRM phases and it is the highest number of VRM phases we have seen on any GeForce RTX 3090 GPU. It is not exactly clear from the pictures how much of the total 26 VRMs is going to Vcore (GPU), and how much to Vmem (memory). To power the card, there are three 8-pin power connectors. It is important to note that these specifications are not finalized, as this is only a prototype. Nonetheless, the card is made with LN2 extreme overclocking in mind and is going to probably be more expensive. There are event probes for voltage measuring directly from the card, to avoid having to do it in software. NVLINK fingers are present as well, meaning that dual-card setups are still an option with this GPU. The real product is expected to arrive sometime in February according to the source, however, we don't know the exact date or pricing.

As the launch of Intel's 500 series chipsets is getting near, we are starting to see more motherboards appear and get leaked. Today, thanks to the folks over VideoCardz, we have the first pictures of MSI's upcoming Z590 motherboards, with the latest designs and ideas from the company. Pictured below are MSI's trio of motherboards including MSI MEG Z590 GODLIKE, MPG Z590 Gaming Carbon WiFi, and MAG Z590 Tomahawk WiFi boards. The first in line is the MEG Z590 GODLIKE motherboard, a top tier, flagship design made with E-ATX standard in mind. It is supposed to bring all of the platform features to the table while being the best for overclocking due to its 20 (18+1+1) VRM phases.

Next up are the MPG Z590 Gaming Carbon WiFi and MAG Z590 Tomahawk WiFi designs, which should represent a bit cut-down GODLIKE variants. We don't have the exact specifications, so we need to wait for the official announcement.

Arctic today expanded its Liquid Freezer II line of all-in-one, closed-loop, liquid CPU coolers, with its largest variant—Liquid Freezer II 420. This cooler uses a 38 mm-thick 420 mm x 140 mm radiator, which is ventilated by a trio of 140 mm fans, with the coolant pressure of the pump-block adjusted to match the large radiator. The pump-block features a tiny 40 mm fan that spins between 1,000-3,000 RPM, to maintain airflow near the CPU VRM area. The pump's impeller does 800 to 2,000 RPM. Among the CPU socket types supported are LGA1200, AM4, LGA115x, and LGA2066 (no sTR4/sTRX4 support). Arctic includes three Arctic P14 PWM fans, which feature fluid-dynamic bearings, spin between 200 to 1,700 RPM, pushing 72.8 CFM of air, each. Available now, the Liquid Freezer II 420 is priced at 120€ (including VAT).

Here's what is possibly the first picture of an AMD Radeon RX 6000 "Navi 21" reference PCB, which the company could use across its RX 6900 XT and RX 6800 series graphics cards. The partially built PCB has a possibly large ASIC at the center (masked out), surrounded by eight GDDR6 memory pads, confirming a 256-bit wide memory interface. There are two 8-pin PCIe power connectors, and a 16-phase VRM solution powering the card's 320 W typical board power. Display connectors on the board appear to include two DisplayPorts, one HDMI, and a USB type-C. There are also a handful headers handling the fans and possible ARGB LED illumination of the card. We also spy a 2-way switch, which could indicate dual-BIOS.

EK, the premium liquid cooling gear manufacturer, is releasing its first of many Momentum Monoblocks for Intel Z490 chipset-based motherboards - the EK-Quantum Momentum Aorus Z490 Master. This monoblock is specifically engineered in Plexi and Acetal versions for the Aorus Z490 Master motherboard from Gigabyte. The addressable D-RGB LED in the Plexi monoblock is compatible with Gigabyte RGB Fusion 2.0 control and offers full lighting customization for every single diode at any given time. This is a complete all-in-one (CPU and motherboard) liquid cooling solution for Intel Socket 1200 Series Processors. The monoblock is covering the entire VRM section of the Aorus Z490 Master motherboard.

This monoblock boasts the latest generation Velocity cooling engine, used on the EK Quantum Lineup, to ensure the best possible CPU cooling without reducing flow to other components. It cools the CPU, as well as the voltage regulation (MOSFET) module. Liquid flows directly over all critical areas, providing the enthusiasts with an excellent solution for high and stable overclocks. Like with every EK monoblock, the EK-Quantum Momentum Aorus Z490 Master D-RGB features high flow design and can be easily used in systems with weaker water pumps or lower pump speed settings. The Plexi version of this monoblock also comes with sophisticated addressable D-RGB lightning, which connects to a standard 3-pin 5 V D-RGB addressable header which is called D_LED (Addressable LED Strip Headers) on the Aorus Z490 Master.

AMD on Thursday posted its first official response to reports that the deviation in power reporting by the CPU VRM controller to a Ryzen processor against its actual power delivery may be shortening processor lifespan, sparked by HWInfo introducing the "Power Reporting Deviation" sensor. "We are aware of the reports claiming that select motherboards may be under-reporting certain power telemetry data that could alter the performance and/or behavior of AMD Ryzen processors under certain conditions. We are looking into the accuracy of these reports," the response begins.

AMD also clarified that Ryzen processors aren't dictated entirely by the power telemetry from VRM controllers. "We want to be clear with our customers: AMD Ryzen processors contain a diverse array of internal safeguards that operate independently of external data sources. These safeguards enforce the safety and reliability of the processor during stock operation. Based on our initial assessment, we do not believe that altering external telemetry in the manner described by those public reports would have a material impact on the longevity or safety of a user's processor." AMD's response also suggests that the company isn't aware of power reporting deviation or at least the extent to which motherboard manufacturers rely on tricking the external power telemetry setup to send more power to processors, in a bid to notch ahead in stock performance or overclocking headroom.

Although still a blurry-cam pic, this new picture of three GeForce RTX 3080 "Ampere" graphics card reference heatsinks on a factory-floor reveals exactly how the cooling solution works. The main heat-dissipation component appears to be a vapor chamber base, above which there are four flattened copper heat pipes, which hold the cooler's four aluminium fin arrays together. The first array is directly above the CPU/memory/VRM area, and consists of a dense stack of aluminium fins that make up a cavity for the fan on the obverse side of the graphics card. This fan vents air onto the first heatsink element, and some of its air is guided by the heatsink to two trapezium shaped aluminium fin-stacks that pull heat from the flattened heat pipes, and get airflow from the obverse fan.

The heat pipes make their way to the card's second dense aluminium fin-stack. This fin-stack is as thick as the card itself, as there's no PCB here. This fin-stack is ventilated by the card's second fan, located on the reverse side, which pulls air through this fin-stack and vents upward. We attempted to detail the cooling solution, the card, and other SKU details in an older article. We've also added a picture of a Sapphire Radeon RX Vega 56 Pulse graphics card. This NVIDIA heatsink is essentially like that, but with the second fan on the other side of the card to make it look more complicated than it actually is.

ASUS today rolled out the Prime TRX40-PRO S socket sTRX4 motherboard for 3rd gen Ryzen Threadripper HEDT processors. This board is part of a mini-refresh of the company's sTRX4 product-stack, beginning with the ROG Zenith II Extreme Alpha, the more recent ROG Strix TRX40-XE Gaming, and now the Prime TRX40-PRO S. Launch of the three boards is triggered by the niche of enthusiasts that likes to overclock their Ryzen Threadripper 3990X 64-core/128-thread processors.

While the older Prime TRX40-PRO is perfectly capable of running- or even overclocking the 3990X, the new PRO S is better suited for the task, and comes with bolstered 16-phase CPU VRM with 70 A power stages, same ones found on the original ROG Zenith II Extreme, while the Extreme Alpha has been amped up with 90 A power stages. ASUS upgraded the ROG Strix TRX40-XE Gaming the same way. The board's feature-set is otherwise identical to that of the original Prime TRX40-PRO. The Prime TRX40-PRO S is expected to be priced around the $430-mark.

ASRock today launched a trio of socket LGA1200 motherboards part of its Steel Legend family. These include the H470 Steel Legend, the B460 Steel Legend, the and Micro-ATX B460M Steel Legend. All three boards offer ASRock's BFB (base frequency boost) technology that improves performance of non-K processors by letting them sustain boost frequencies better. The H470 Steel Legend leads the pack with a 11-phase CPU VRM that draws power from a combination of 8-pin and 4-pin EPS connectors; enlarged VRM heatsinks, two M.2-22110 slots with heatsinks and PCI-Express 3.0 x4 wiring; an M.2 E-key slot for WLAN cards, and connectivity that includes a premium Realtek ALC1200-based onboard audio solution, 2.5 GbE wired networking powered by a Realtek-made controller, and a couple of USB 3.2 gen 2 ports, including a type-C port.

The B460 Steel Legend uses a different PCB design from its H470-based sibling. A simpler 9-phase VRM powers the CPU, pulling power from a single 8-pin EPS connector. You still get two M.2 slots with PCI-Express 3.0 x4 wiring and heatsinks; and an M.2 E-key slot for WLAN cards. Connectivity is similar to the H470-based board, too, with a 2.5 GbE wired networking interface, and a premium onboard audio solution based on the ALC1200. Lastly, there's the B460M Steel Legend, which maximizes the Micro-ATX form-factor PCB area. The CPU VRM solution is carried over from its ATX sibling (9-phase, single 8-pin EPS). ASRock managed to squeeze in two M.2 slots (one of them with a heatsink, both with gen 3.0 x4 wiring), and preparation for WLAN. Much like the other two, you get an ALC1200-based premium onboard audio solution, and a 2.5 GbE networking interface. The company didn't reveal pricing.

MSI unveiled a premium variant of its MPG Z490 Gaming Pro Carbon motherboard with a factory-fitted monoblock, the MPG Z490 Gaming Pro Carbon EK X. As its name suggests, the monoblock is supplied by EK Water Blocks. It uses nickel-plated copper as its primary material, and has a clear acrylic top with some faux carbon-fiber embellishments. The block is studded with addressable RGB LEDs that plug into one of the motherboard's 3-pin ARGB headers.

The monoblock uses a micro fin lattice over the CPU socket, and has its main coolant channel pass through not just the CPU, but also the CPU VRM area. There's some prominent "Carbon EK X" branding over another strip of faux carbon-fiber at the PCH heatsink. The rest of the board's design and feature-set are identical to the original MPG Z490 Gaming Pro Carbon. The company didn't reveal pricing, although an EK Quantum series monoblock like the one featured here should add at least $140 to the original board's price.

ASUS recently posted a teaser collage of its upcoming motherboards, in which a motherboard with ProArt branding stood out. ASUS targets products from its ProArt brand at serious content creators, engineers, and professionals. The lineup includes notebooks, monitors, desktops, and other components related to creators. VideoCardz scored the first clear picture of the latest entry to the series, the ProArt Z490 Creator 10G. The board tosses out all "gaming" bling in favor of sober product design and premium components that go into reliable quasi-workstation builds. The ProArt brand is picking up the mantle from the coveted Pro WS brand.

Chunky, stall heatsinks with straight ridged lines cool the CPU VRM and two of the the board's three M.2 slots. Connectivity includes a 10 GbE interface through an included add-on card; a 1 GbE / 2.5 GbE onboard Ethernet interface, at least four USB 3.2 x2 ports (from which two are type-C), and display connectors that include a pair of DisplayPorts and a HDMI.

Akasa rolled out the Vegas Chroma line of top-flow CPU coolers. The coolers come in two variants based on CPU socket types supported. The Vegas Chroma LG supports Intel LGA115x sockets, while the Vegas Chroma AM supports AMD sockets AM4 and AM3+. The cooler's design is an awful lot similar to Intel's stock HSF for desktop processors. An anodized aluminium heatsink with spirally-projecting fins, is ventilated by a 120 mm fan. Airflow from the heatsink ends up ventilating other components around the CPU socket, such as VRM heatsinks, M.2 heatsink, and possibly even memory.

The hydraulic bearing fan takes in 4-pin PWM for its main function, and 3-pin ARGB for the lighting. LEDs are embedded in the hub of the translucent white impeller. In both variants, the fan spins between 500 and 1,800 RPM, pushing up to 51.3 CFM of air, with a noise output of up to 32.5 dBA. Both variants measure 120 mm x 120 mm length and width; but differ in height. The LG variant is 59 mm tall, and the AM variant 63 mm. The LG variant weighs 380 g as it requires a back-plate, while the AM variant tips the scales at 340 g. The company didn't reveal pricing.

ASUS updated its AMD socket sTRX4 motherboard series with the new ROG Zenith II Extreme Alpha, a slight step-up from the original ROG Zenith II Extreme that debuted with AMD's 3rd gen Ryzen Threadripper family. Although ASUS' entire sTRX4 motherboard lineup will support the upcoming 64-core Threadripper 3990X, the new Extreme Alpha is better designed for overclocking it. The new board looks visually identical to the original ROG Zenith II Extreme, and has an almost-identical feature-set, with the only difference being the CPU VRM solution. The new ROG Zenith II Extreme Alpha implements a 16-phase CPU VRM with Infineon TDA21490 power-stages replacing the TDA21472 power-stages on the original ROG Zenith II Extreme (possibly increase output current or I-out from 70 A to 90 A). This could marginally increase the product price. The rest of the feature-set is identical.

Back at CES, at the FSP booth, we spied an inconspicuous-looking PSU with a curious 10-pin connector in place of the 24-pin ATX. The FSP500-30AKB turned out to be the first public exhibit of a the pure 12-Volt PC power supply standard being pushed by Intel, which is called "ATX12VO," which abbreviates Advanced Technology eXtended 12-Volt Only. According to the specification, the PSU only puts out +12 V and 12 Vsb voltage domains, and does away with the 5 V, 5 Vsb, and 3.3 V domains. This greatly simplifies the design of PSUs, as PCs of today don't use too many power-hungry 5 V or 3.3 V devices (such as half-a-dozen mechanical hard drives). The PC will still need 5 V for interfaces such as USB, but VRM on the motherboard will be responsible for DC-to-DC switching of 12 V to those lower-voltage domains. It's also likely that the motherboard will now put out a handful SATA power connectors.

Intel could debut ATX12VO within 2020 via its next-generation desktop platform, which features a 10-pin connector instead of 24-pin. It remains to be seen if the company could help the transition from current PSUs to the new standard by having its motherboard partners include a 24-pin to 10-pin adapter of some sort. In addition to the 10-pin connector, ATX12VO PSUs will put out two other purely-12 V connector types: 8-pin/4+4 pin EPS and 6+2 pin PCIe power. The EPS connector powers the CPU VRM, while the PCIe connector powers add-on cards, such as graphics cards. 4-pin Molex connectors could also be put out, but those will only feature 12 V pins (the 5 V pins will be absent).

Fortron's consumer brand, FSP, brought a handful new power products to CES 2020, besides its already launched CMT710 premium gaming chassis, the Hydro G Pro premium modular PSU from mid-2019, and Dagger Pro SFX PSUs. The inconspicuous-looking FSP500-30AKB looks like a cheap OEM-included PSU with rear 80 mm exhaust, which comes included with your case, and which you immediately discard. Only that it's possibly the most innovative thing FSP brought to CES. This PSU is being designed for Intel's upcoming PC spec that does away with the 5 V, 5 Vsb, and 3.3 V power domains altogether.

The pure-12 V PSU has only two domains: +12 V and +12 Vsb. What this means is a goodbye to the bulky 24-pin ATX power connector. The PSU only feeds 12 V to your motherboard, which uses onboard VRM and DC-to-DC switching to put out the lower voltage domains, including power for your SATA storage devices. The 24-pin connector is effectively reduced to a new 10-pin connector that only has 12 V and 12 Vsb cabling. Other cables include 8-pin EPS connectors for your CPU VRM, and 6+2 pin PCIe connectors for your graphics cards. EPS and PCIe power are purely 12 V-based standards already. The 5-pin connector is less than half as thick as your 24-pin connector, and 2 pins wider than an EPS connector. Some of the more premium PSUs may user thicker gauge wires for this connector.

SAPPHIRE Technology launches PULSE version of the AMD Radeon RX 5600 XT graphics card with powerful TriXX boost Software tool that delivers up to a 15% performance improvement in popular games when the resolution is adjusted from 1920 x 1080 to 1728 x 972. Built on the groundbreaking AMD RDNA gaming architecture and 7 nm process technology, the PULSE Radeon RX 5600 XT graphics card comes with 2304 stream processors, a Boost Clock of up to 1620 MHz and a Game Clock of 1560 MHz delivering ultra- responsive high fidelity AAA gaming @ up to 60 FPS in select titles. The SAPPHIRE Radeon RX 5600 XT Series are equipped with 6 GB GDDR6 of high speed memory and PCI Express 4.0 support for maximum game performance, exceptional power efficiency and outstanding value.

Focusing on what gamers' need, the PULSE Radeon RX 5600 XT graphics card comes with a pivotal set of exciting features that deliver a superlative gaming experience powered by the new AMD RDNA gaming architecture. Impressive clock speeds, near silent cooling and a durable design are the trademark of the PULSE series of graphics cards.

EK Water Blocks, the leading premium computer liquid cooling gear manufacturer, is releasing EK-Quantum Vector Strix RX 5700 +XT D-RGB water blocks that are compatible with ROG Strix version of AMD Radeon RX 5700 and RX 5700 XT graphics cards. The new Quantum water blocks feature addressable D-RGB 5V LEDs for even more visual customizations.

EK-Quantum Vector Strix RX 5700 +XT D-RGB
With this full cover water block, cooling is directed at the GPU, 8 GB of GDDR6 memory, and VRM (voltage regulation module) as liquid is channeled directly over these critical areas. These newly developed Vector water blocks feature a redesigned cooling engine that has a larger footprint compared to the previous generation of EK Full Cover water blocks. This results in a larger surface area for heat transfer which increases the thermal performance of these water blocks.

The "Willow Cove" CPU core design succeeds "Sunny Cove," Intel's first truly new CPU core design in close to 5 years. "Sunny Cove" is implemented in the 10 nm "Ice Lake" microarchitecture, and "Willow Cove" cores are expected to debut with the 10 nm+ "Tiger Lake." It turns out that Intel is working to adapt "Willow Cove" CPU cores onto a 14 nm microarchitecture, and "Rocket Lake" could be it.

Twitter user @chiakokhua, a retired VLSI engineer with high hit-rate on CPU microarchitecture news, made sense of technical documents to point out that "Rocket Lake" is essentially a 14 nm adaptation of "Tiger Lake," but with the iGPU shrunk significantly, to make room for the larger CPU cores. The Gen12 iGPU on "Rocket Lake-S" will feature just 32 execution units (EUs), whilst on "Tiger Lake," it has three times the muscle, with 96 EUs. "Rocket Lake" also replaces "Tiger Lake's" FIVR (fully-integrated voltage regulation) with a conventional SVID VRM architecture.

As AMD launched the 3rd Gen Ryzen processors and immediately gained lots of attention recently, MSI also released a bunch of motherboards for various use. To fulfill different gamers offer diversified options, MSI is pleased to introduce our new MEG X570 UNIFY motherboard into gaming market. Belonging to the top gaming segment MEG series, MEG X570 UNIFY is our brand new premium product with modest and pure black design, emphasizing on the true value of the motherboard instead of fancy LED decoration.

By eliminating all the redundant RGB LED from the motherboard and adopting the UV black printing, the heatsink shows the gleam and the shining reflection of the dragon to symbolize a mysterious and high quality image. For MEG X570 UNIFY motherboard, MSI put great efforts on those essential parts concerned by those enthusiast gamers, enhancing not only the thermal but also power solution to run with the AMD 3rd Gen Ryzen processors. Emphasizing the ultimate performance, MEG X570 UNIFY also brings astonishing overclocking records to enthusiast gamers. With AMD Ryzen 9 3900X processor, it is an incredible result to push CPU frequency to 5857 MHz, which is by far the top 1 of all records.

Bitspower informed us earlier today that they have a new mono block out for the ASUS Crosshair VIII Hero motherboard based on AMD's X570 chipset. Titled the BP-MBASX570CVIIIH, it features an acrylic top to allow the end user to see through into the cooling engine and the coolant flow in use and a nickel-plated copper coldplate. The latter, as with any mono block, is massive relative to just a CPU water block since it covers the CPU in addition to the critical power delivery section of the motherboard to ensure no thermal throttling, be it direct or indirect.

The direct injection of the coolant over the microfins via the split central-inlet flow design allows for the CPU to be cooled first, before a parallel split through the VRM section and also a flow indicator wheel as seen in the images below. The mono block also has integrated lighting support via Bitspower's digital RGB LEDs, which in turn are compatible with ASUS Aura Sync and onboard LED headers in addition to Bitspower's TouchAqua dRGB controller. Bitspower also teased more mono blocks on the way, with owners of the ASRock X570 Taichi and Gigabyte X570 Auros Master going to see support coming up shortly.

Phanteks today announced the release of three new Glacier products, the Gigabyte Aorus C621 Xtreme Kit, C360i, and C360a water blocks. Like all Glacier Series products, the blocks are made from premium materials and have a high standard of quality to ensure maximum cooling performance. The water blocks feature a nickel-plated copper cold plate and acrylic top for an elegant look and optimal cooling for your extreme hardware.

The kit includes a VRM water block for Gigabyte's Aorus Xtreme motherboard and CPU water block for Intel's LGA 3647 Narrow Socket P processors. Providing the perfect combination of premium design and optimal cooling solution for Gigabyte's Aorus Xtreme motherboard.

Here are some of the first clear pictures of the Radeon RX 5700 XT and RX 5700 AMD launched on Monday. The two cards are based on the new 7 nm "Navi 10" silicon that implements AMD's latest RDNA architecture. The reference-design RX 5700 XT sports a brand new premium design with a ridged metal cooler shroud studded with an illuminated Radeon logo on top, a second logo at its front face, and a matching back-plate. Underneath is an aluminium fin-channel heatsink with a vapor-chamber base-plate that pulls heat from the GPU, memory, and VRM. A lateral-flow blower ventilates the heatsink, pushing hot air out of the case. Power is drawn from a combination of 8-pin and 6-pin PCIe power connectors. Outputs include three DisplayPort and one HDMI.

The Radeon RX 5700 looks a little less premium, and its cooler design greatly resembles the "metal" reference cooler of the RX Vega 64. This is possibly because reference RX 5700 will not make it to the market unlike reference RX 5700 XT, and will instead be an AIB partner-driven launch, with all cards being custom-design. AMD also provided images of the RX 5700 XT in a "teardown" shot, which reveals the vapor-chamber based heatsink, the lateral blower, and more importantly, the reference-design PCB with its 7-phase VRM.More pictures follow.

Phanteks today announces the new Glacier Series water-block designed specifically for ASUS RTX 2070/2060 cards. The new Glacier G2070 Strix is engineered to deliver high cooling performance for the Asus RTX 2070/2060 cards. Like all our Glacier Series products, the waterblock comes with anodized or chrome plated aluminum cover plates, polished acrylic surface, and high-quality nickel finish copper base.

The waterblock features minimalistic design that covers the entire PCB length and is compatible with the original ASUS Strix backplate to highlight your hardware. The integrated Digital-RGB lighting illuminates the whole waterblock evenly. The full cover waterblock directly cools the GPU, RAM and VRM (Voltage Regulator Module) thanks to the optimized high flow routing design. This ensures optimal performance and cooling to help keep the GPU stable even at high clock speeds or massive workloads. The Glacier Series Waterblocks will be available in Satin Black and Chrome color finishes and with Digital-RGB lighting. Available this month of June for $149.99.