Subject: Motherboards | August 26, 2013 - 03:29 PM | Jeremy Hellstrom
Tagged: asus, z87, ASUS ROG, Maximus VI Hero
If there is one thing that has slowed the adoption of ASUS' impressive ROG line of motherboards it is the price to pick one up, high quality and extensive features do cost after all. The new Maximus VI Hero, if you can find it, retails for a bit over $200 and comes with a long list of reasons to make it the Z87 of choice. A pair of 16x, a 4x and three 1x PCIe slots offer a lot of choice for addin cards, ROG SupremeFX 8 channel sound will challenge many discrete audio cards and eight SATA 6Gbps ports will handle your storage needs. It isn't just about the peripherals though, Hardware Canucks proved that this board can overclock just like one of it's $400+ siblings which is what most enthusiasts are truely looking for. Check out the full review for the full list of reasons to consider this board.
"Combining price and performance isn't something ASUS' ROG motherboards are known for but the Maximus VI Hero bucks that trend by delivering an incredible array of features at a lower than expected cost."
Here are some more Motherboard articles from around the web:
- Gigabyte Z87X-UD3H (Intel LGA 1150) @ techPowerUp
- MSI Z87 - G45 GAMING Motherboard Review @ Madshrimps
- MSI Z87 Mpower Motherboard @ Bjorn3D
- MSI Z87-G45 Gaming Motherboard @ Bjorn3D
- ASUS Maximus VI Hero @ [H]ard|OCP
- MSI Z87 MPOWER MAX (Intel LGA 1150) @ techPowerUp
- ASRock Z87 OC Formula Overclocking Motherboard Review @ Ninjalane
- ASUS ROG Maximus VI Extreme Review @ OCC
- ECS Z87H3-A2X Extreme @ Phoronix
- BIOS Option Of The Week - PCI-E Reference Clock @ TechARP
- GIGABYTE F2A85XN-WiFi Review: FM2 and Richland in mini-ITX @ AnandTech
Subject: General Tech | August 2, 2013 - 03:18 PM | Tim Verry
Tagged: aus, ASUS ROG, tytan g70, pre-built, gtx 780, haswell
ASUS has announced the Replublic of Gamers Tytan G70 gaming desktop. The updated desktop uses the latest chips from Intel and NVIDIA along with a large transforming case. The system is cooled by an integrated water loop and 10 case fans.
The ROG Tytan G70 is bult using a large dark gray case that has sharp angles and extending side and top panels that automatically extend outwards to expose the six front intake fans and two rear exhaust fans. The chassis measures 530mm x 300 x 630mm and the system with hardware installed weighs about 53 pounds (24kg). The front of the case has sliding panels that allow users to access three 5.25" drive bays. The top panel has a red ROG logo and there are also LEDs below that change from blue to read when the Turbo Gear overclocking is enabled. Finally, the top panel houses a Qi wireless charger which can recharge Qi-supporting smartphones when placed on top of the case.
Internal hardware options are extensive, and users can configure the system with some beefy specifications. At the top end, users can get a watercooled Intel Core i7-4770K processor, 32GB of DDR3 RAM, a NVIDIA GTX 780 graphics card, five 3TB 3.5" mechanical hard drives, a 256GB SSD, an ASUS Xonar Phobeus sound card, and 700W power supply. The system supportsSonicMaster and MaxxAudio (from Waves) audio technologies.
The Tytan G70 supports software that automatically overclocks the Core i7-4770K to either 3.9GHz or 4.1GHz for all four cores without needing to reboot the system. When this "Turbo Gear" overclocking is activated, the case panels extend to reveal the various case fans to improve cooling performance.
Oddly enough there is no NVIDIA GTX Titan option for the ROG Tytan though one could add one in after the fact. Pricing has not yet been announced, but the pre-built ROG system should be available soon. Additional information can be found on the ASUS ROG blog.
Subject: Motherboards | July 30, 2013 - 12:33 AM | Tim Verry
Tagged: Maximus VI Formula, maximus vi, atx, ASUS ROG, asus
ASUS has officially launched the Maximus VI Formula motherboard which the company showed off earlier this year. This board has extensive IO and other enthusiast friendly features and is a complement to the Maximus VI Extreme that PC Perspective reviewed back in June.
The Maximus VI Formula uses the Intel Z87 chipset and supports Intel’s latest 4th Generation Core “Haswell” processors. The board is is clad in ASUS technology and a red and black Republic of Gamers color scheme. A 8+2-phase DIGI+ III VRM feeds the processor and memory on the board and is cooled by a massive CrossChill heatsink that can air cool the VRMs or integrate into your custom water loop. The LGA 1150 socket is paired with four DDR3 DIMM slots, and the board supports a maximum of 32GBs at 3100MHz. The DIGI+ III VRM uses NoFET MOSFETs, 60A BlackWing chokes, and 10K Japanese capacitors.
An integrated SupremeFX audio chipset, Mini-PCI-E Combo II card (802.11ac, Bluetooth 4.0, and a NGFF slot for SSDs), Intel Gigabit NIC, UEFI BIOS, and ROG Armor with SECC back-plate are also featured on this board. The board also supports the company's OC Panel, which is a hardware box that sits outside the case and allows real time overclocking and monitoring.
The Maximus VI Formula further includes 10 SATA 3 6Gbps ports, three PCI-E 3.0 x16 slots (x8+x8 or x8+x4+x4 when in SLI or 3-way CrossFire), and three PCI-E 2.0 x1 slots. ASUS is bundling GameFirst II (QoS that prioritizes gaming traffic), Sonic Radar (visual cues point out direction noise is coming from in games), and ROG RAMDisk software with the motherboard.
Rear IO on the Maximus VI Formula is extensive and surpasses even the Maximus VI Extreme. Port options include:
- 4 x USB 2.0
- 6 x USB 3.0
- 1 x Gigabit Ethernet RJ45 jack (Intel NIC)
- 1 x HDMI
- 1 x DisplayPort
- 1 x optical S/PDIF
- 6 x analog audio
The Maximus VI Formula is shaping up to be a beastly flagship board that enthusiasts should get a lot out of when it comes to features and overclocking ability.
ASUS has not provided official pricing or release dates, but postings around the Internet suggests that it will be available sometime within the first half (first or second week) of August for around $310. An ASUS representative on the company's ROG channel stated that "currently the projected price is 300 to 310." You can find the product page with more photos and specifications on the ASUS website.
Subject: Storage | July 28, 2013 - 08:13 AM | Tim Verry
Tagged: ssd, raidr express, raidr, pci-e ssd, ASUS ROG, asus
ASUS has officially launched its PCI-E based ROG RAIDR Express SSD which was first shown off at CES 2013. The company posted details and high resolution photos on its Republic of Gamers blog on Friday.
The new PCI-E-based solid state drive measures 157 x 120 x 20mm and contains 240GB of NAND flash encased in a sleek metal Replublic Of Gamers themed exterior. Specifically, the RAIDR Express uses 19nm Toshiba synchronous MLC NAND flash and two LSI SandForce 2281 SSD controllers. As such, the drive is actually two SSDs that are placed in a RAID 0 configuration for the best performance. ASUS rates the drive at 830 MB/s sequential reads and 810 MB/s sequential writes. The PCI-E SSD is further capable of up to 100,000 4K random IOPS.
ASUS has also included what it is calling a "DuoMode" BIOS switch that allows the drive to be used with either legacy or modern UEFI BIOSes. When the switch is in the EUFI position, PCs with the modern UEFI-equipped motherboards can boot up faster.
Beyond the RAIDR Express SSD itself, ASUS includes the following bundled software packages:
- RAMDisk software
- HybriDisk caching software
- SSD TweakIT utility
ASUS is including RAMDisk software that is able to use as much as 80% of system RAM as a virtual drive that can be used to reduce wear on the SSD by using the RAM drive instead of the SSD for writing temporary files and the like. The above mentioned HybriDisk software allows the RAIDR Express SSD to be used as a cache drive for mechanical hard drives up to 4TB in capacity. Users can use the TweakIT utility to manage and optimize the SSD, and the CrystalDiskMark benchmark is being included to allow gamers to run benchmarks on the RAIDR Express to get an idea of its performance.
Oddly enough, ASUS has yet to release specific pricing or availability. More information along with the full press release can be found on the Republic of Gamers blog, however.
With that said, some sites are reporting that the RAIDR Express will be sold for around 440 Euros, which works out to about $600 USD or $2.5 per Gigabyte. Update: Commentor Roberto has pointed out that the RAIDR Express 240GB is available over in Japan for around 39,980 Yen, or ~$409 USD which is a much more reasonable price. US availability and pricing are still just estimates at this point, however. A bit on the expensive side (if the price is true) for sure, but it is nice to see another player in the PCI-E SSD space and it looks to be a speedy drive aimed at ROG fans and enthusiasts.
Also read: Details on a 120GB ASUS ROG RAIDR Express SSD @ PC Perspective.
ASUS ROG Maximus VI Extreme Dominates Computex Overclocking Event, Used to Break Eight World Records
Subject: Motherboards | June 26, 2013 - 11:49 AM | Tim Verry
Tagged: overclocking, computex 2013, ASUS ROG, ASUS Maximus VI Extreme, asus
During Computex 2013 in Taipei, Taiwan, Intel and Corsair sponsored the Computex OC Main Event where overclockers set out to push some of the latest hardware to the max. The ASUS Maximus VI Extreme motherboard was one of the pieces of hardware used at this event, and it was the board used in 10 out of 11 winning overclocking runs. Further, it was used in runs that ended up breaking a total of 8 world overclocking records.
Overclockers were able to achieve top spots for a number of benchmarking scores as well as CPU and GPU clockspeeds. The benchmarking records include new high scores for 3DMark01, 3DMark05, 3DMark06, SuperPi 32M, PiFast, and AquaMark3. The overclockers were also able to push an Intel "Haswell" Core-i7 4770K processor to an impressive 7092.68 MHz with HyperThreading disabled and two physical cores active. Considering how stubborn the new Haswell chips are when it comes to overclocking, hitting a bit over 7GHz is quite the feat. CPUs were not the only pieces of hardware that were pushed to the limits, however. Overclockers were also able to overclock four DDR3 DIMMs to 3957 MHz with 13-16-16-45 timings.
Left: CPU Overclock. Right: RAM Overclock. Click on image(s) for a larger version.
The breakdown of the new top benchmarking scores for the various software used at the OC Main Event (from systems using the ASUS Maximus VI Extreme board, Haswell CPU, and GTX TITAN) is listed below.
|SuperPi 32M||4m, 35s, 406ms|
|Haswell Clockspeed||7092.68 MHz (two cores)|
|DDR3 Clockspeed||3957 MHz (13-16-16-45)|
Naturally, ASUS is extremely pleased with the performance of its new motherboard, which proved stable enough to support some impressive CPU, GPU, and RAM overclocking under LN2 and extreme clockspeeds. I'm looking forward to see what Morry is able to achieve using the board in a more real world 24/7 overclock scenario in our upcoming OC review using this ASUS board!
Check out our full review of the ASUS ROG Maximus VI Extreme (overclocking performance details coming soon, as per the new review format).
Subject: Editorial, General Tech, Motherboards, Processors | June 4, 2013 - 07:40 AM | Ryan Shrout
Tagged: z87, video, overclocking, live, i7-4770k, haswell, ASUS ROG, asus
While we run around with our hair on fire trying to get ready for the Intel Haswell and Z87 product launch this weekend, I wanted to let everyone know about a live stream event we will be holding on Tuesday, June 4th. JJ from ASUS, a crowd favorite for sure, will be joining us LIVE in studio to talk all about the new lineup of ASUS Z87 motherboards. We'll also discuss performance and overclocking capabilities of the new processor and platform.
ASUS Z87 and Haswell Live Stream
10am PT / 1pm ET - June 4th
Be sure you stop by and join in the show! Questions will be answered, prizes will be given out and fun will be had! Who knows, maybe we can break some stuff live as well?? On hand to give away to those of you joining the live stream, we'll have these prizes:
- 2 x ASUS Z87 Motherboards
- 1 x ASUS Graphics card
Methods for winning will be decided closer to the event, but if you are watching live, you'll be included. And we'll ship anywhere in the world!
ASUS and I also want the event to be interactive, so we want your questions. We'll of course being paying attention to the chat room on our live page but you'll have better luck if you submit your questions about the ASUS Z87 products and Haswell processors before hand, in the comments section below. You don't have to register to ask and we'll have the ability to read them beforehand!
I'll update this post with more information after the reviews and stories start to hit, so keep an eye here for more details!!
Subject: Graphics Cards | June 3, 2013 - 09:04 PM | Tim Verry
Tagged: poseidon, nvidia, kepler, gtx 770, gk-104, computex 2013, computex, ASUS ROG, asus
NVIDIA took the wraps off of its latest-generation Geforce GTX 770 GPU last week, and manufacturers have begun announcing not only reference designs but custom and factory overclocked versions of this GK-104 "Kepler" GPU refresh. One card in particular that caught my attention was the ASUS GTX 770 Poseidon graphics card, which combines NVIDIA's GK-104 GPU with a hybrid heatsink and fan combo that allows the simultaneous use of water and air cooling!
According to the branding, and a hands-on report by Tech Power Up at Computex in Taipei, Taiwan, the GTX 770 Poseidon graphics card is part of the company's Republic of Gamers (ROG) line and likely sports beefy VRM hardware and factory GPU overclocks. Of course, the GTX 770 GPU uses NVIDIA's Kepler architecture and is essentially the GTX 680 with some seriously overclocked memory and refined GPU Boost technology. That means 1,536 CUDA cores, 128 texture units, and 32 ROPs (raster operation units) within 4 GPCs (Graphics Processing Clusters). This is the full GK-104 chip, desite the x70 name. For more information on the GTX 770 GPU, check out our recent review of the NVIDIA GTX 770 card.
Update: ASUS has just launched the new ROG graphics cards at a Computex press conference. According to the ASUS press release:
"ROG Poseidon graphics card with hybrid DirectCU H2O cooling
The new ROG Poseidon graphics card features an NVIDIA® GeForce® GTX 700 Series GPU and a hybrid DirectCU H2O thermal design that supports both air and liquid cooling. Developed by ASUS, its CoolTech fan combines blower and axial fans in one design, forcing air in multiple directions over the heatsink to maximize heat dissipation. Liquid cooling reduces operating temperatures by up to 31 degrees Celsius for cooler running with even greater overclocking potential. ROG Poseidon also features a red pulsing ROG logo for a distinctive dash of style."
Back on the Poseidon specifcally, the card is a short GTX 770 with a distinctive cooler that uses a full cover water block that covers the entire card and includes the GPU, memory, and VRM areas. ASUS further added a more-traditional air cooler to the area above the GPU itself to help dissapate heat. The air cooler is a circular aluminum fin array with a fan that sits in the middle. The air entire hybrid cooler is then covered by a ROG-themed shroud with a configurable LED-backlit Republic of Gamers logo on the side that can be controlled via software.
The water cooling portion acts as any other full cover water block, allowing cool water to move heat away from the metal contact (the bottom of the block) touching the various components. The inlet and outlets poke out from the side of the card, which is a bit odd but the shroud prevents them coming out at 90-degrees like typical blocks. If your case width is tight, you may need to get creative to fit a 90-degree barb extender (I apologize if that's not the technical term) on to the existing tubing connectors (heh). The cooler can be operated with the air cooler's fan running with or without being connected to a water loop. When water cooling is used, the fan can be turned off to reduce noise or left on to allow for higher overclocks and/or lower temperatures.
Unfortunately, that is all of the information that is currently available
as ASUS has not yet officially launched on the custom GTX 770 graphics card. Pricing, availability, and clockspeed details are still unknown.
For more information, stay tuned to the press.asus.com/events livestream page as it might be announced at a Computex press conference this week since the company is showing off the hardware at the show!
Subject: Graphics Cards, Storage, Shows and Expos | January 7, 2013 - 10:07 PM | Ryan Shrout
Tagged: raidr express, ces 2013, CES, ASUS ROG, asus, ARES II
No stop at the ASUS suite at CES is complete without talking to JJ and learning about what is new in the world of PC components. Not only did we talk with him about the upcoming ARES II limited edition dual Radeon HD 7970 graphics card (that Chris has already written about earlier in the day) but also we learned that ASUS plans to enter the PCIe solid state market with the ROG RAIDR Express.
Yeah, you read that right!
PC Perspective's CES 2013 coverage is sponsored by AMD.
Follow all of our coverage of the show at http://pcper.com/ces!
Subject: Graphics Cards | June 22, 2012 - 01:27 PM | Tim Verry
Tagged: tahiti, gpu, ASUS ROG, asus, amd, 7970
ASUS recently posted a few teaser photos of its upcoming Republic of Gamers branded 7970 graphics card. The Matrix HD 7970 is a three slot design with the company’s DirectCU II heatsink, dual fans, DIGI+ VRM, and (of course) AMD’s 7970 Tahiti GPU core. While likely not based on the higher-binned cores used in the new 7970 GHz Edition graphics cards, with the large cooler and extra power phases that ASUS is packing into this Matrix GPU it should overclock to similar levels of performance.
The card features fans, and a large dual slot cooler with the traditional red and black ROG theme. The ASUS and Matrix logos are etched into the side of the card as well. The PCB is black and further covered by a bracing plate to reinforce the PCB to support the weight of the cooler. On the front of the card, it houses an air vent, two DVI connectors, and four DisplayPort video outputs. On the back of the card are four buttons. Two of the buttons with plus and minus symbols let you adjust the core voltage in preset jumps. The Safe Mode button next to the minus button clears the overclocks from the BIOS and resets the card to default settings. Finally, the red button will spin the fan up to 100% to overclock the card as far as possible. They also have a bank of LEDs below the buttons that offer at-a-glance load monitoring (really only useful for those testing outside a case...). In the rear corner of the card is two eight pin PCI-E power connectors. Then, on the underside (top when installed in the case) of the graphics card’s PCB, ASUS has a VGA Hotwire port which allows the card to interface with the ASUS OC Key and Extreme edition motherboards (such as the Maximus V and Rampage IV Extreme). There are also voltage checking points.
Internals are somewhat similar to ASUS Radeon HD 7970 DirectCU II, but with some aspects ratcheted up. The power phases, for example, have increased from 12 phases to 20 on the Matrix card. It continues to use the 7970 “Tahiti” GPU with 2048 shaders, 32 ROPs, and AMD’s Graphics Core Next architecture. ASUS is packing 3GB of GDDR5 memory with a 384-bit memory interface. ASUS has stated that both the GPU core and memory will be overclocked from the factory. Unfortunately, they have not released any specific numbers. We will have to wait until the card is closer to the launch date for that information.
The ASUS ROG Matrix graphics card will be launching in Q3 of 2012. It will be aimed at extreme overclockers – especially those that are already using Republic of Gamers branded motherboards from ASUS. What do you think of this new card, especially now that AMD has launched its 7970 GHz Edition reference GPU? You can find more photos of the card over at the ASUS website.
Subject: Mobile | June 6, 2012 - 10:54 PM | Tim Verry
Tagged: wireless, gaming laptop, gaming, computex, ASUS ROG, asus, 802.11ac, 5GHz wifi
Earlier today we posted a couple of teaser photos showing off some of ASUS’ upcoming products. One of the devices was a gaming laptop called the ASUS G75. Engadget has managed to get their hands on some more information regarding a variant of the G75 – the G75VW. According to the site, the gaming laptop is rocking an Intel Ivy Bridge processor, GeForce GTX 670M, and DDR3 memory (known because of the CPU used). That hardware is then powering a 1080p display, which the GTX 670M should have no problem driving but is a bit depressing to see on a high end laptop of this size (approximately 17”). The real kicker though is in the wireless card that it is allegedly packing: an 802.11ac card.
The ASUS G75 gaming laptop
Engadget states that although the information sheet next to the laptop at ASUS’ Computex booth did not list any 802.11ac compatibility, wireless chip maker Broadcom (manufacturer of chips that are used in many wireless routers and NICs) has stated that it does in fact have an 802.11ac NIC in it. Senior Vice President Michael Hurlston told members of the press at Computex 2012 that the ASUS G75VW is the “World’s first 5G Wi-Fi laptop.” He further stated that the computer would be arriving in the hands of consumers “very shortly.”
Interesting stuff, and although the “5G Wi-Fi” – so called because it is the fifth generation of consumer grade Wi-Fi (though not the 5th gen if you count all iterations of the wireless 802.11 standards) – is not yet official and set in stone, it is very close and I would not be surprised to see the technology in a laptop like this particular ASUS at this point in the game.
And to think that I just got done upgrading my network to Gigabit Ethernet and 802.11n about two months ago! Even so, I’m excited for the upcoming standard because I want to test its usefulness in getting live TV from my CableCARD tuner to the living room and Katy’s wireless laptop without stuttering – something even wireless N with MIMO can’t do with devices in the same room. So far, the only thing stable enough has been wired Cat5e Ethernet (both 100Mbps and 1000Mbps hardware seem to work without issues). And because it’s proving difficult to get a wired connection from the router to the TV (Xbox 360 used as Windows Media Extender), I’m ready to try out some 802.11ac stuff to see if it can really deliver on the increased bandwidth!
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