HP just revealed the 2021 HP OMEN 25L gaming desktop, powered by AMD and NVIDIA! Here are the details…
2021 HP OMEN 25L Gaming Desktop Revealed!
The 2021 HP OMEN 25L gaming desktop packages the latest AMD Ryzen processors and NVIDIA GeForce graphics in a slim, minimalistic design that will fit right into any modern home.
On top of using branded gaming components, it is also designed to be easily upgradable, and software-customisable via the OMEN Command Center.
Performance
The 2021 HP OMEN 25L gaming desktop is built around the 3rd Gen AMD Ryzen 9 or Ryzen 7 processor, paired with up to the NVIDIA GeForce RTX 3060 Ti graphics card.
All that is kept cool by Cooler Master cooling solutions – you can opt for a 92 mm round air cooler, or a 120 mm liquid cooled radiator.
It also features redesigned elevating 15 mm legs, and a new raised graphics slot, to improve system air intake.
Memory + Storage
HP offers up to 32 GB (64 GB in some countries) of Intel XMP-certified HyperX DDR4 memory, with and without RGB lighting.
You can equip it with up to a 2 TB WD Black PCIe TLC SSD, with up to two additional 2 TB hard disk drives for maximum storage capacity.
Connectivity
The HP OMEN 25L comes with both Gigabit LAN wired connectivity, as well as WiFi-6 wireless connectivity through its built-in AX 2×2 card.
DTS Headphone: X Technology
The HP OMEN 25L supports DTS Headphone: X technology, which gives you spatially-accurate 3D sound through any headphones or earbuds.
Micro-ATX Upgradability
The galvanised steel chassis is designed to offer easy tool-less access, and easy cable management. It also lets you easily upgrade the OMEN 25L with aftermarket parts.
2021 HP OMEN 25L : Specifications + Configuration Options
The 2021 HP OMEN 25L gaming desktop comes with these configuration options :
Specifications
HP OMEN 25L
Colour
Shadow Black
Design Options
Glass Side Cover (optional dust filter)
Metal Side Cover (optional dust filter)
OS Options
Microsoft Windows 10 Pro
Microsoft Windows 10 Home
FreeDOS 3.0
CPU Options
AMD Ryzen 9 3900
AMD Ryzen 7 3700X
Chipset
AMD B450
RAM Options
Up to 32 GB HyperX DDR4 RGB
Lighting
Up to 32 GB HyperX DDR4
GPU Options
NVIDIA GeForce RTX 3060 Ti
NVIDIA GeForce GTX 1660 SUPER
NVIDIA GeForce GTX 1650 SUPER
Storage Options
Up to 2 TB WD Black PCIe SSD
Up to 2 x 2 TB 7200 RPM HDD
Audio
DTS Headphone:X support
Networking
AX WiFi-6 and Bluetooth 5.1 combo
Gigabit LAN Ethernet
Top I/O Ports
2 x USB 3.0 Type A
1 x audio combo jack
Rear I/O Ports
1 x USB 3.1 Gen 2 Type C
1 x USB 3.1 Gen 2 Type A
2 x USB 3.0 Type A
3 x audio ports
1 x RJ45 LAN port
Power Supply
500 Watt ATX power supply
Security
Kensington Security Lock Slot
Dimensions
165.1 mm wide
394.5 mm deep
433.1 mm tall
Weight
11.5 kg
2021 HP OMEN 25L : Price + Availability
The new HP OMEN 25L desktop has a starting price of RM 6,899 (about US$1,707 / £1,205 / A$2,154 / S$2,252).
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The Dell G5 15 5500 comes in a no-frills brown cardboard box. Inside, all you will find are these items :
Dell G5 15 5500 laptop
240 watt charger + cable
Dell G5 Quick User Guide
Safety and Regulatory Information
Dell G5 15 5500 : Hands-On Experience!
The Dell G5 15 5500 is designed to offer RTX gaming, at an affordable price point. So the first thing you will notice its thick plastic chassis and heft.
This is no thin and light laptop, not at 31 mm thick and a weight of 2.65 kg… and that’s not even counting the large and heavy 240 watt charger!
Performance
Our review model was powered by the Intel Core i7-10750H, a 6-core, 12-thread processor with a clock speed that goes up to 5 GHz.
It’s paired with 16 GB of DDR4 memory, and the the NVIDIA GeForce RTX 2060, with 6 GB of GDDR6 memory. More than powerful enough to handle any game you throw at it.
144 Hz Display
The Dell G5 15 5500 comes with a 15.6-inch TN display with a Full HD resolution of 1920 x 1080 pixels, and a 144 Hz refresh rate.
Thankfully, it’s paired with NVIDIA GeForce RTX 2060 graphics, which should have no problem driving the high refresh rate for most games.
Storage
The Dell G5 15 5500 is spacious enough to support both a M.2 socket (for a PCIe SSD), as well as a 2.5-inch drive bay (for a hard disk drive).
Our review sample came with the 512 GB PCIe M.2 SSD from SK hynix. Dell also offers a 512 GB Intel Optane storage option in some countries.
This is more than enough storage for a gaming laptop, but if you need more, there is a 1 TB SSD option, as well as a 2 TB hard disk drive option.
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Dell G5 15 5500 : A Closer Look!
Available Ports
One advantage of not going thin and light is the additional ports. On the left side, you will find these ports (from left to right) :
its barrel power port,
a Mini DisplayPort 1.4b port,
a HDMI 2.0 port,
a USB 3.2 Gen 1 PowerShare port,
an RJ45 LAN port, and
a Thunderbolt 3 (USB 3.2 Gen 2 Type C) port.
On the right side, you will find the following (from left to right) :
an SD card reader, which supports SD, SDHX and SDXC cards,
a 3.5 mm earphone + microphone jack,
two USB 2.0 Type A ports, and
a wedge-shaped security lock slot
Keyboard + Touchpad
Thanks to its larger form factor, Dell could fit a full keyboard with a numeric keypad, and a horizontal key pitch of 18.7 mm.
The keyboard is backlit in blue by default, with WASD key highlights. But it can be programmed to support any RGB combination, in up to 4 zones.
It has a pretty small touchpad – just 105 x 65 mm, and it’s offset to the left, which makes it a little awkward to use, unless you are left-handed.
But this isn’t a big problem. This is a gaming laptop, and you will definitely be using a mouse.
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RGB Lighting
Complementing the RGB keyboard lighting is an RGB LED light strip along the front edge. This is arguably the Dell team’s only concession towards pointless gaming bling.
Some gamers will argue that it will give a more immersive gaming feel. Whatever rocks your boat, my friend.
Fingerprint Sensor
Dell offers an optional fingerprint sensor integrated directly into the power button, right above the keyboard. There is no IR camera option for face recognition.
We highly recommend adding this feature, as it allows for convenient logging in and greater security especially in public – there’s no need to type in your password.
Webcam + Microphones
The Dell G5 15 5500 comes with a basic webcam, capable of recording 720p video. As well as two microphones – one on each side of the webcam.
This is hardly the ideal setup for video streaming, but it is perfectly adequate for gamers who just need to use it for video chats.
Note that it doesn’t come with a privacy cover, only a status light to let you know when the webcam is activated.
Speakers
The Dell G5 15 5500 comes with two side-firing speakers with a 2 watt output.
Powered by the Realtek ALC3254 with an integrated amplifier, they are loud and offer pretty decent sound quality.
Killer Connectivity
Our premium model comes with a Killer E2500 Gigabit LAN connectivity. Otherwise, you will receive Realtek Gigabit LAN, which isn’t bad at all.
Wireless connectivity is provided through Killer 1650i, which offers Wi-Fi 6 (802.11ax) connectivity on both 2.4 GHz and 5 GHz bands, as well as Bluetooth 5.0 connectivity.
The basic models though come with Qualcomm DW 1820, which offers Wi-Fi 5 (802.11ac) connectivity on both 2.4 GHz and 5 GHz bands, as well as Bluetooth 4.2 connectivity.
Dell G5 15 5500 : Surface Temperatures
An important criteria that many potential buyers forget to check for in a gaming laptop is “how hot does it get?”
What’s the use of buying a powerful gaming laptop if it literally burns your hands while you game?
Take a look at the surface temperatures of the Dell G5 15 5500, with an ambient temperature of 29.8°C.
As you can see, the G5 15 5500 can get pretty toasty, with the temperature of the keyboard reaching a peak of just under 52°C.
On the underside, it peached a peak of 54.3°C in the middle. It is definitely not advisable to game with it on your lap!
We highly recommend you pair the Dell G5 15 5500 with a good laptop cooler, or play in an air-conditioned room. That will greatly reduce its contact temperature, and allow for hours of comfortable gaming.
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This is high-powered 45 watt processor with 6 cores and 12 threads, and a 2.6 GHz clock speed that ramps up to 5 GHz during intensive tasks.
The processor has Intel UHD Graphics built-in, but switches to the NVIDIA GeForce RTX 2060 (with 6 GB of GDDR6 memory) for gaming and more strenuous graphics work.
Our review sample came with 16 GB of DDR4-2933 memory, and a 512 GB SK hynix PCIe SSD. Keeping all that powered is a large 68 Whr lithium-ion battery.
That means it will not only easily handle games at the display’s native 1080p resolution, it can deliver higher frame rates to take advantage of the higher Hz refresh rates it supports.
Gaming Performance : 3DMark Time Spy Extreme
We also ran a Time Spy Extreme test for those who are thinking of hooking up this laptop to an external display.
Performing between the desktop Radeon RX 5500 XT, and the desktop GeForce RTX 2060, it can handle 1440p gaming, but at roughly half the frame rate.
Gaming Performance : Strange Brigade @ 1080p
Strange Brigade is a third-person shooter game released in August 2018. We tested it at 1080p using the Vulkan API at Ultra High settings.
As you can see, the Dell G5 15 5500 has no problem exceeding 144 fps at times, with an average frame rate of 101 fps.
Gaming Performance : The Division 2 @ 1080p
Tom Clancy’s The Division 2 is a newer third-person shooter game released in March 2019, with much higher graphics requirements.
Even at the Extreme graphics settings, Dell G5 15 5500 was able to deliver an average frame rate of 59 fps.
We locked the display’s brightness at 50%, and ran PCMark 10’s Modern Office and Gaming tests until it powered off.
The Dell G5 15 5500 lasted about 5.5 hours running Modern Office applications, but only about 77 minutes while gaming.
You can only game on-the-go for a short time. Realistically, it should be plugged in when you game.
Battery : Recharging Speed
Dell quotes a 4 hour recharging time using the massive 240 watt charger, when the laptop is completely powered off.
We are glad to report that its real-world recharging speed is much, MUCH faster. To test it in a real world setting, we started charging at 10% with the display brightness set to 50% :
25% : 21.5 minutes
33% : 26.5 minutes
40% : 35 minutes
50% : 46 minutes
60% : 57.5 minutes
75% : 75 minutes
90% : 91.5 minutes
100% : 148 minutes
It charges really fast to about 90%, taking only just over 1.5 hours. However, the last 10% took much longer – an addition 56.5 minutes!
This gives it a battery life : recharging time ratio of 2.3:1 for office work. As a rule of thumb, you will need to recharge its battery about 26.5 minutes for every hour of battery life.
Dell G5 15 5500 : Verdict + Award
The Dell G5 15 5500 does a good job of focusing on what’s important for gamers, wasting little on pointless aesthetic bling.
Its powerful 45-watt Intel Core i7 processor and NVIDIA GeForce RTX 2060 graphics will have no problem driving its Full HD display beyond 60 Hz, no matter what game you play.
It also comes with fast networking capabilities – Killer E2500 offering Gigabit LAN, and Killer AX1650i offering Wi-Fi 6 and Bluetooth 5.0 connectivity.
And we love its large number of ports – three USB Type A ports, one USB Type C port, as well as an SD card reader and both HDMI and miniDP ports.
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Powering all that is a large 68 Wh battery, but here’s a reality check – you can’t really game on-the-go for more than an hour or so. All that performance comes at a price – battery life.
Realistically, the Dell G5 15 5500 should be plugged into a wall socket whenever you game.
It is also a chunky and heavy laptop, no thanks to its large battery and the much higher cooling requirements for its powerful components.
But if all you want is an affordable gaming laptop that offers powerful gaming performance and a 144 Hz display, it’s hard to beat what Dell G5 15 5500 offers.
And here is what Dell offers over other gaming laptop brands – 2 years of premium on-site service!
Whatever happens to your G5 15 5500, just call Dell Support and they will either remotely solve the problem or send a technician to wherever you are to fix it.
That’s why we have no qualms awarding it our Reviewer’s Choice Award!
Dell G5 15 5500 : Where To Buy?
The Dell G5 15 5500 is available in the Interstellar Dark Cover colour, with a starting price of RM 4,499 (about US$1,083 / £847 / A$1,486 / S$1,482).
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Common Options : Not Reduced, Reduced 15%, Reduced 30%, Reduced 50%
Memory DQ Drive Strength : A Quick Review
The Memory DQ Drive Strength BIOS feature allows you to reduce the drive strength for the memory DQ (data) pins.
But it does not allow you to increase the drive strength because it has already been set to use the maximum drive strength by default.
When set to Not Reduced, the DQ drive strength will remain at full strength.
When set to Reduced 15%, the DQ drive strength will be reduced by approximately 15%.
When set to Reduced 30%, the DQ drive strength will be reduced by approximately 30%.
When set to Reduced 50%, the DQ drive strength will be reduced by approximately 50%.
Generally, you should keep the memory data pins at full strength if you have multiple memory modules. The greater the DRAM load, the more memory drive strength you need.
But no matter how many modules you use, AMD recommends that you set this BIOS feature to Not Reduced if you are using a CG or D revision Athlon 64 or Opteron processor.
However, if you are only using a single memory module, you can reduce the DQ drive strength to improve signal quality and possibly achieve higher memory clock speeds.
If you hit a snag in overclocking your memory modules, you can also try reducing the DQ drive strength to achieve higher clock speeds, even if you are using multiple memory modules.
AMD recommends that you reduce the DQ drive strength for Revision E Athlon 64 and Opteron processors. For example, the DQ drive strength should be reduced by 50% if you are using a Revision E Athlon 64 or Opteron processor with memory modules based on the Samsung 512 Mbits TCCD SDRAM chip.
Memory DQ Drive Strength : The Full Details
Every Dual Inline Memory Module (DIMM) has 64 data (DQ) lines. These lines transfer data from the DRAM chips to the memory controller and vice versa.
No matter what kind of DRAM chips are used (whether it’s regular SDRAM, DDR SDRAM or DDR2 SDRAM), the 64 data lines allow it to transfer 64-bits of data every clock cycle.
Each DIMM also has a number of data strobe (DQS) lines. These serve to time the data transfers on the DQ lines. The number of DQS lines depends on the type of memory chip used.
DIMMs based on x4 DRAM chips have 16 DQS lines, while DIMMs using x8 DRAM chips have 8 DQS lines and DIMMs with x16 DRAM chips have only 4 DQS lines.
Memory data transfers begin with the memory controller sending its commands to the DIMM. If data is to be read from the DIMM, then DRAM chips on the DIMM will drive their DQ and DQS (data strobe) lines.
On the other hand, if data is to be written to the DIMM, the memory controller will drive its DQ and DQS lines instead.
If many output buffers (on either the DIMMs or the memory controller) drive their DQ lines simultaneously, they can cause a drop in the signal level with a momentary raise in the relative ground voltage.
This reduces the quality of the signal which can be problematic at high clock speeds. Increasing the drive strength of the DQ pins can help give it a higher voltage swing, improving the signal quality.
However, it is important to increase the DQ drive strength according to the DRAM load. Unnecessarily increasing the DQ drive strength can cause the signal to overshoot its rising and falling edges, as well as create more signal reflection.
All this increase signal noise, which ironically negates the increased signal strength provided by a higher drive strength. Therefore, it is sometimes useful to reduce the DQ drive strength.
With light DRAM loads, you can reduce the DQ drive strength to lower signal noise and improve the signal-noise ratio. Doing so will also reduce power consumption, although that is probably low on most people’s list of importance. In certain cases, it actually allows you to achieve a higher memory clock speed.
This is where the Memory DQ Drive Strength BIOS feature comes in. It allows you to reduce the drive strength for the memory data pins.
But it does not allow you to increase the drive strength because it has already been set to use the maximum drive strength by default.
When set to Not Reduced, the DQ drive strength will remain at full strength.
When set to Reduced 15%, the DQ drive strength will be reduced by approximately 15%.
When set to Reduced 30%, the DQ drive strength will be reduced by approximately 30%.
When set to Reduced 50%, the DQ drive strength will be reduced by approximately 50%.
Generally, you should keep the memory data pins at full strength if you have multiple memory modules. The greater the DRAM load, the more memory drive strength you need.
But no matter how many modules you use, AMD recommends that you set this BIOS feature to Not Reduced if you are using a CG or D revision Athlon 64 or Opteron processor.
However, if you are only using a single memory module, you can reduce the DQ drive strength to improve signal quality and possibly achieve higher memory clock speeds.
If you hit a snag in overclocking your memory modules, you can also try reducing the DQ drive strength to achieve higher clock speeds, even if you are using multiple memory modules.
AMD recommends that you reduce the DQ drive strength for Revision E Athlon 64 and Opteron processors. For example, the DQ drive strength should be reduced by 50% if you are using a Revision E Athlon 64 or Opteron processor with memory modules based on the Samsung 512 Mbits TCCD SDRAM chip.
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AMD just sent us the AMD Ryzen Gen 2 Reviewer’s Kit. This time, it’s two heavy boxes, instead of just one. Let’s take a look and see what they sent us, and what you should look forward to!
The AMD Ryzen Gen 2 Reviewer’s Kit
Earlier AMD Ryzen Reviewer’s Kits came in the form of a large black box, or a fancy wooden box. Each Reviewer’s Kit contains a complete set of CPU + motherboard + memory kit.
This time, they sent us a gray box, as well as the large black box. Let’s take a look inside the AMD Ryzen Gen 2 Reviewer’s Kit!
.
The AMD Ryzen Gen 2 Reviewer’s Kit contains the following components :
What AMD ships in these kits is important, because it shows us the motherboard and memory kit that AMD had earlier tested and confirmed to work best out of the box with their latest Ryzen processors.
AMD assured us that X470 motherboards that ship on launch date have been thoroughly tested by their partners for compatibility with the 2nd Gen AMD Ryzen processors.
But if you are an early adopter, and want a worry-free experience, it may be helpful to know what AMD has personally tested out and certified for use by reviewers.
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FREMONT, CA – February 28th 2017 – CORSAIR today announced its extensive compatibility for the groundbreaking new range of AMD Ryzen processors and the AM4 platform. With a completely new CPU architecture, chipset and CPU socket, AMD Ryzen demands the latest in performance PC hardware. With a wide range of compatible DDR4 memory, liquid CPU coolers and PSUs, CORSAIR has everything enthusiasts need to make AMD Ryzen CPUs run to the full extent of their abilities.
“CORSAIR is uniquely positioned for the launch of AMD Ryzen with an outstanding range of not just high-performance DDR4 memory, but liquid CPU cooling and power supplies as well,” said Travis Kirsch Director, Product Management, Client at AMD. “CORSAIR offers everything system builders need to get the absolute best performance from AMD Ryzen and the new AM4 platform.”
AMD Ryzen CPUs require the latest DDR4 memory and CORSAIR has a growing range of AMD Ryzen qualified high-performance DDR4 memory, with more kits being certified for Ryzen processors every day. Launching with Vengeance LPX 16GB, 32GB and 64GB kits running at 2,133MHz and 2,400MHz, and Dominator Platinum 16GB running at 3,000MHz, CORSAIR has the DDR4 memory to match your choice of AMD Ryzen build.
AMD Ryzen processors dynamically adjust and optimize performance based on power and temperature conditions; lower temperatures mean higher clock speeds and better benchmarks. With the addition of a CORSAIR Hydro Series liquid CPU cooler, you’re able to cool Ryzen processors to temperatures substantially lower than when using standard air cooling, allowing for higher clock speeds, better performance and easier overclocking.
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AMD Ryzen processors also bring an entirely new CPU socket, AM4, and the CORSAIR Hydro Series H60, H110i and H100i are ready right out of the box to deliver superior liquid CPU cooling to socket AM4 Ryzen CPUs. The rest of the CORSAIR Hydro Series range of coolers are also fully compatible with AMD Ryzen and AM4 via an additional mounting bracket. CORSAIR is proud to announce that, for a limited time, an AM4 bracket will be supplied, upon request, to all qualifying Hydro Series owners free of charge, including shipping to EU, USA and select other countries. Brackets start shipping on March 2nd.
What’s the use of performance without the power to supply it? CORSAIR PSUs have been trusted by PC enthusiasts for over a decade, winning hundreds of industry and reviewer awards thanks to a complete commitment to quality, reliable and performance. Now that legacy comes to AMD Ryzen, with every CORSAIR PSU fully compatible with all new AMD X370, B350 and X320 chipset motherboards. Equip the legendary 80-PLUS Titanium AX1500i, the low-noise 80-PLUS GOLD RMx series, or the dependable 80-PLUS Bronze CX series to complete your Ryzen system.
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Taipeh, 22 December 2016 – ZADAK Lab is thrilled to achieve the honor of being the only brand with the distinction of having overcame the challenges of developing multi-colored LED illuminated SSDs and memory modules with their new SHIELD RGB series.
The ZADAK team is happy to announce that both SHIELD RGB DDR4 and SHIELD RGB SSD are ground-breaking products unlike anything else in the market right now. ZADAK511 SHIELD RGB memory and SSD have set the standard for both design and functionality for both markets for the next one or two years. This is truly a revolution brought on by the SHIELD series from ZADAK511.
ZADAK LAB is the only brand to have an RGB dual-interface SSD, the SHIELD, is the world’s first and only SSD featuring dual-interface connections for both SATAIII and USB3.1 Type-C. The patented SHIELD RGB Dual-Interface SSD is one of the most beautiful designs to ever be seen on an SSD and is easily distinguishable from other SSDs.
The ZADAK team utilized various metal materials, forged by exquisite worksmanship to creative the multi-level design of the upper cover of the SHIELD RGB SSD, making the look pop with a 3D effect. This makes this product very exciting to look at and is simply an amazing adornment for PC enthusiasts, standing as a legend amongst SSDs because of its craftsmanship.
Function-wise, the high-speed SATAIII and USB3.1 Type-C Gen2 deliver superior performance from the SHIELD SSD’s MLC NAND flash which underwent rigorous testing for guaranteed reliability so your files are safe in the drive. The ZADAK511 SHIELD RGB SSD is rated for up to 550MB/s read and 480MB/s write speed with capacities up to 480GB.
The ZADAK511 SHIELD SSD also comes with the ZArsenal software which regulates the colors and lighting patterns and can sync with all types of g aming motherboards. It also allows instant firmware updates as well as displaying status information about the SSD like health status, disk information, capacity and alerts for maximum peace of mind so that measures can be taking when issues occur.
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The Digital Locked Loop (DLL) BIOS option is a misnomer of the Delay-Locked Loop (DLL). It is a digital circuit that aligns the data strobe signal (DQS) with the data signal (DQ) to ensure proper data transfer of DDR, DDR2, DDR3 and DDR4 memory. However, it can be disabled to allow the memory chips to run beyond a fixed frequency range.
When enabled, the delay-locked loop (DLL) circuit will operate normally, aligning the DQS signal with the DQ signal to ensure proper data transfer. However, the memory chips should operate within the fixed frequency range supported by the DLL.
When disabled, the delay-locked loop (DLL) circuit will not align the DQS signal with the DQ signal. However, this allows you to run the memory chips beyond the fixed frequency range supported by the DLL.
It is recommended that you keep this BIOS feature enabled at all times. The digital locked loop circuit plays a key role in keeping the signals in sync to meet the tight timings required for double data-rate operations.
It should only be disabled if you absolutely must run the memory modules at clock speeds way below what they are rated for, and then only if you are unable to run the modules stably with this BIOS feature enabled. Although it is not a recommended step to take, running without an operational DLL is possible at low clock speeds due to the looser timing requirements.
It should never be disabled if you are having trouble running the memory modules at higher clock speeds. Timing requirements become stricter as the clock speed goes up. Disabling the DLL will almost certainly result in the improper operation of the memory chips.
Details
DDR, DDR2, DDR3 and DDR4 SDRAM deliver data on both rising and falling edges of the signal. This requires much tighter timings, necessitating the use of a data strobe signal (DQS) generated by differential clocks. This data strobe is then aligned to the data signal (DQ) using a delay-locked loop (DLL) circuit.
The DQS and DQ signals must be aligned with minimal skew to ensure proper data transfer. Otherwise, data transferred on the DQ signal will be read incorrectly, causing the memory contents to be corrupted and the system to malfunction.
However, the delay-locked loop circuit of every DDR, DDR2, DDR3 or DDR4 chip is tuned for a certain fixed frequency range. If you run the chip beyond that frequency rate, the DLL circuit may not work correctly. That’s why DDR, DDR2, DDR3 and DDR4 SDRAM chips can have problems running at clock speeds slower than what they are rated for.
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If you encounter such a problem, it is possible to disable the DLL. Disabling the DLL will allow the chip to run beyond the frequency range for which the DLL is tuned for. This is where the Digital Locked Loop (DLL) BIOS feature comes in.
When enabled, the delay-locked loop (DLL) circuit will operate normally, aligning the DQS signal with the DQ signal to ensure proper data transfer. However, the memory chips should operate within the fixed frequency range supported by the DLL.
When disabled, the delay-locked loop (DLL) circuit will not align the DQS signal with the DQ signal. However, this allows you to run the memory chips beyond the fixed frequency range supported by the DLL.
Note : The Digital Locked Loop (DLL) BIOS option is a misnomer of the Delay-Locked Loop (DLL).
It is recommended that you keep this BIOS feature enabled at all times. The delay-locked loop circuit plays a key role in keeping the signals in sync to meet the tight timings required for double data-rate operations.
It should only be disabled if you absolutely must run the memory modules at clock speeds way below what they are rated for, and then only if you are unable to run the modules stably with this BIOS feature enabled. Although it is not a recommended step to take, running without an operational DLL is possible at low clock speeds due to the looser timing requirements.
It should never be disabled if you are having trouble running the memory modules at higher clock speeds. Timing requirements become stricter as the clock speed goes up. Disabling the DLL will almost certainly result in the improper operation of the memory chips.
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Together with the official release of the new 7th Generation AMD A-Series desktop APUs, AMD also revealed the new AMD chipsets for their new Socket AM4 platform. Let’s check out the details of the new AMD Socket AM4 chipsets!
The Socket AM4 platform is designed for both longevity and scalability. AMD will use Socket AM4 for all of their future processors, from entry-level processors all the way to the top-of-the-line AMD Zen processors.
AMD has also committed to use the Socket AM4 for many years to come. This will give users peace of mind, because they know they can upgrade on the same platform, preserving their investment for many years.
The New Socket AM4 Chipsets Revealed
In this video, Don Woligroski, Global Marketing Manager for Desktop Processors at AMD, reveal the new Socket AM4 chipsets to complement the new 7th Generation AMD A-Series desktop APUs.
Here is a simplified table of the capabilities of the three Socket AM4 chipsets announced today :
Chipset
PCI Express Support
SATA Ports
SATA Express Ports
SATA RAID Capability
USB Support
B350
PCI Express Gen. 2 (6 lanes)
2
1
0, 1, 10
USB 3.1 G2 x 2
USB 3.1 G1 x 2
USB 2.0 x 6
A320
PCI Express Gen. 2 (4 lanes)
2
1
0, 1, 10
USB 3.1 G2 x 1
USB 3.1 G1 x 2
USB 2.0 x 6
X/B/A300
None
None
None
0, 1
None
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The New Socket AM4 Chipsets Slides
For those who prefer to go through the presentation slides in detail, here they are for your perusal :
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Taipei, Taiwan, 26 May 2016 – Before the upcoming COMPUTEX Taipei, QNAP Systems, Inc. today gave a sneak-preview of its first “dual NAS OS options system” – the enterprise-class TES-x85U series NAS. The brand-new TES-x85U allows users to install the FreeBSD-based QES or Linux-based QTS into a single rackmount NAS for versatility and high-availability, providing the utmost flexibility for businesses to deploy the ideal operating system on multiple TES-x85U units based on their needs and goals.
QNAP TES-X85U
The QNAP TES-x85U series uses 12Gb/s SAS controllers and includes two models (18-bay TES-1885U and 30-bay TES-3085U). Both models are powered by an advanced 14nm Intel Xeon D SoC processor with an integrated PCH (6-core CPU for TES-1885U and 8-core CPU for TES-3085U). It is worth noting that the all-SSD TES-3085U provides up to 24 drive bays and 6 dedicated SSD slots for caching in a 2U rackmount form factor, presenting the best choice for high-performance, all-flash storage.
The all-flash TES-3085U features an excellent combination of hardware and software that delivers high expandability, high reliability, and the tools necessary to satisfy IOPS-demanding workloads and applications.
Intel Xeon D multi-core processor – 14nm energy-efficient SoC, supporting DDR4 RAM and PCIe Gen.3 per-lane throughput.
DDR4 2133 MHz memory – Supports four DDR4 RAM modules for UDIMM and ECC RDIMM (up to 64GB UDIMM RAM, up to 128GB RDIMM RAM).
12Gb/s SAS controllers – Supports 12Gb/s SAS hard drives and SSD for fast data transfer and highly-reliable storage.
Hot swappable fans – Four 6cm hot-swappable cooling fans for quick and easy replacement.
Built-in 10GbE SFP+ port x2 – Boosts iSCSI/NFS/CIFS network transfer.
2.5” SATA SSD slot x6 – Used for caching, high-performance storage pools, or the QES OS drive.
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ASRock is a relatively new motherboard manufacturer, and it shows in their designs. They are more willing to come up with edgier designs, with a particular emphasis on marketing-friendly features. Today, we are going to take a look at one of their Intel Z170-based motherboards – the ASRock Z170 Extreme4.
Updated @ 2016-05-03 :Updated the review with additional information, particularly with regards to its PCI Express and SATA Express ports.
Up to 64 GB of non-ECC, unbuffered DDR4 memory
- Four DDR4 DIMM slots with 15 μ gold-plated contacts (dual-channel)
- Supports up to DDR4-3866+ (OC) with a single memory module
- Supports DDR4-3600 (OC) / DDR4-3200 (OC) / DDR4-2933 (OC) / DDR4-2800 (OC) / DDR4-2400 (OC) / DDR4-2133
- Supports ECC UDIMM memory modules (operating in non-ECC mode)
- Supports Intel Extreme Memory Profile (XMP) 2.0
BIOS
Two 128 Mbits AMI UEFI BIOS with multilingual GUI support
- Supports Secure Backup UEFI Technology
- ACPI 5.0 & SMBIOS 2.7 Compliant
- Supports CPU, DRAM, PCH 1.0V, VCCIO, VCCSA voltage adjustments
Processor Graphics Support
- Supports Intel HD Graphics with up to 1792 MB shared memory
- Built-in DVI-D, HDMI and DisplayPort 1.2 output supports triple monitors
- Maximum DVI-D resolution : 1920 x 1200 @ 60 Hz
- Maximum HDMI resolution : 4096 x 2160 @ 24 Hz / 3840 x 2160 @ 30 Hz
- Maximum DisplayPort resolution : 4096 x 2304 @ 60 Hz
Audio Support
ASRock Purity Sound 3
- Realtek ALC1150 7.1-channel HD audio codec
- Nichicon Fine Gold series capacitors, 115 dB SND DAC with two Ti NE5532 amplifiers
3 x PCI Express 3.0 x16 slots
- x16 with single card / x8-x8 with two cards / x8-x8-x4 with three cards
- Supports AMD Quad CrossFireX, 3-Way CrossFireX and CrossFireX
- Supports NVIDIA Quad SLI and SLI
3 x PCI Express 3.0 x1 slots (Flexible PCIe design)
Storage Ports
3 x SATA Express (10 Gb/s) ports with RAID 0/1/5/10 support
- each can be converted into two SATA 3 (6.0 Gb/s) ports
1 x Ultra M.2 socket
- Supports Type 2230 / 2242 / 2260 / 2280 / 22110 M.2 modules
- Supports M.2 PCI Express module up to Gen 3 x4
Connectors
- 1 x COM Port Header
- 1 x TPM Header
- 1 x Power LED and Speaker Header
- 2 x CPU Fan Connectors (4-pin) (Smart Fan Speed Control)
- 3 x Chassis Fan Connectors (4-pin) (Smart Fan Speed Control)
- 1 x 24 pin ATX Power Connector
- 1 x 8 pin 12V Power Connector (Hi-Density Power Connector)
- 1 x Front Panel Audio Connector
- 1 x Thunderbolt™ AIC Connector
- 2 x USB 2.0 Headers (Support 4 USB 2.0 ports) (ASRock Full Spike Protection)
- 1 x USB 3.0 Header (ASRock Full Spike Protection)
- 1 x Dr. Debug with LED
- 1 x Power Switch with LED
- 1 x Reset Switch with LED
Rear Panel I/O
- 1 x PS/2 Mouse/Keyboard Port
- 1 x DVI-D Port
- 1 x HDMI Port
- 1 x DisplayPort 1.2
- 1 x Optical SPDIF Out Port
- 1 x USB 3.1 Type-A Port (10 Gb/s) (ASMedia ASM1142) (Supports ESD Protection)
- 1 x USB 3.1 Type-C Port (10 Gb/s) (ASMedia ASM1142) (Supports ESD Protection)
- 6 x USB 3.0 Ports (Intel Z170) (Supports ESD Protection)
- 1 x RJ-45 LAN Port with LED (ACT/LINK LED and SPEED LED)
- 1 x Clear CMOS Switch
- HD Audio Jacks: Rear Speaker / Central / Bass / Line in / Front Speaker / Microphone
Hardware Sensors
- CPU & chassis temperature sensors and fan tachometers
- Case Open detection
- Voltage monitoring for +12V, +5V, +3.3V, CPU Vcore, DRAM, VPPM, PCH 1.0V, VCCIO, VCCSA
Form Factor
Full ATX
Operating System
Microsoft Windows 10 / 8 / 8.1 / 7
Certifications
- FCC, CE, WHQL
- ErP/EuP ready (ErP/EuP ready power supply is required)
Unboxing The ASRock Z170 Extreme4
The ASRock Z170 Extreme4 comes in a typical motherboard box – a large cardboard box with its key features printed on the underside. Let us show you what’s inside the box in this unboxing video…
Inside, the box is divided into two layers by a simple cardboard insert. Under it is the ASRock Z170 Extreme4 motherboard in an anti-static bag with a pink polyethylene anti-static sheet wrapped around it.
When you remove everything, you will find the following items :
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The ASRock Z170 Extreme4 Motherboard
The ASRock Z170 Extreme4 is a full ATX-sized motherboard that boasts the following key features :
2 USB 3.1 (1 Type-C & 1 Type-A), 8 USB 3.0 (2 Front, 6 Rear)
Supports Full Spike Protection, ASRock Live Update & APP Shop
We also prepared a special video to show you the key design features of the ASRock Z170 Extreme4 motherboard. Enjoy!
CPU Power & Performance
The ASRock Z170 Extreme4 motherboard features a 10-phase power design. This is most likely an 8+2 design, with 8 phases dedicated to the CPU. That ensures a cooler and more efficient power conversion compared to voltage regulator modules (VRM) with fewer phases. Its MOSFETs and inductors are kept cool by large aluminium alloy heatsinks, which helps ensure reliability and longevity of the VRM.
The Z170 Extreme4 uses digital pulse-width modulation (PWM) to control its VRM. The PWM is critical in ensuring a stable power supply. Although high quality (and expensive) analog PWM exists, digital PWM allows for more accurate control of the power frequency and modulation.
ASRock also equipped the Z170 Extreme4 with Nichicon 12K Platinum capacitors, which not only boasts faster response times and lower voltage noise but also a much longer lifespan (12,000 hours @ 105 °C). In general – this motherboard is designed to last.
To support CPU coolers with two fans, or a DIMM cooler, the ASRock Z170 Extreme4 has two CPU fan headers placed at the top of the board, right next to the four DIMM slots. Finally, the Z170 Extreme4 features an external base clock generator, which gives you finer control of the BLCK frequency- in 0.0625 MHz steps. Of course, the utility of such fine control of the BCLK clock is questionable…
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DDR4 Memory Slots
The ASRock Z170 Extreme4 motherboard has four DDR4 DIMM slots, their contacts gold-plated to protect them against oxidation and corrosion. Even though the Intel Z170 chipset only supports non-ECC memory, these DIMM slots can accept ECC memory modules – with their ECC capability disabled.
The Intel Z170 chipset only supports DDR4 memory up to 2133 MHz in frequency, but the Z170 Extreme4 allows for overclocked memory clock speeds of up to 3600 MHz with selected modules. It even supports 3866 MHz, but only if a single memory module is installed.
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PCI Express Slots
The ASRock Z170 Extreme4 motherboard has 6 PCI Express slots – 3 full-sized PCI Express 3.0 x16 slots, and 3 much smaller PCI Express 3.0 x1 slots. The top-most PCI Express 3.0 x16 slot (PCIE2) operates at full x16 speed with a single card.
If you have two graphics cards, you will need to install them in PCIE2 and PCIE4 and they will both run at x8 speed. If you install a third graphics cards in the PCIE6 slot, it will only run at x4 speed.
The three PCI Express 3.0 x1 slots are of the flexible design. That basically means an open-ended slot. This allows you to use any PCI Express card in those x1 slots, even x16 cards. The only downside is that they will only run at x1 speed.
Ultra M.2 Socket
The Ultra M.2 socket is a unique ASRock feature. The M.2 socket is usually connected to the Z170 chipset using two PCI Express lanes. ASRock has instead connected the M.2 socket directly to the Intel Core processor using four PCI Express lanes. This not only doubles the maximum bandwidth to 32 Gbits/s (4 GB/s), it also reduces the M.2 socket’s latency.
Of course, you will need an M.2 SSD that supports PCIe x4. Even so, PCIe x2 SSDs may benefit slightly from the lower latencies associated with the Ultra M.2 socket being directly connected to the CPU, bypassing the Z170 chipset.
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SATA Ports
The ASRock Z170 Extreme4 specifications officially quotes 3 SATA Express ports as well as 6 standard SATA 3 ports. However, that is not really the case – it only comes with 3 SATA Express ports.
Of course, each SATA Express port can be “converted” into 2 standard SATA 3 ports. After all, the SATA Express port is really just two SATA 3 ports with a smaller PCI Express port that delivers two PCIe lanes. So you can attach up to 3 SATA Express devices, or 6 SATA devices, or any combinations in between.
Depending on how many drives you intend to use in your system, this may or may not be sufficient. The stacked side-facing SATA ports also may prove to be troublesome. In tight cases, you may not be able to access the lower SATA Express port, depriving you of the opportunity to attach a SATA Express device, or two SATA devices.
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ASRock Purity Sound 3
The ASRock Z170 Extreme4 motherboard comes with their Purity Sound 3 audio solution. It is a combination of the Realtek ALC1150 audio codec with a 115 dB SNR DAC, two Ti NE5532 amplifiers as well as EMI and PCB shielding.
One of the Ti NE5532 amplifiers is used as a differential amplifier, which avoids the distortion caused by audio capacitors. The other Ti NE5532 amplifier is dedicated to driving the headphone port, allowing you to use high-impedance headphones without a separate amplifier or sound card.
Goodies For Techies
The ASRock Z170 Extreme4 was designed with techies in mind. It sports two 128 Mbit BIOS chips, with a physical switch. This allows you to quickly switch to the backup BIOS if you make an unrecoverable mistake in the BIOS setting, or the BIOS is corrupted after a flash failure.
They also include physical Power and Reset buttons on the motherboard, for enthusiasts who prefer to use the Z170 Extreme4 outside of a chassis. There is also a 2-digit Dr. Debug LED display that displays an error code during any failure. Very useful indeed.
I/O Ports & Armor
The ASRock Z170 Extreme4 has a ton of I/O ports at the rear, including a legacy PS/2 port, a physical Reset button, two USB 3.1 ports (one Type A, one Type C) as well as 6 standard USB 3.0 ports. In addition to the 5 audio and line-in port, it also sports a single Gigabit LAN port. For display purposes, it boasts a DVI-D port, a HDMI port and a DisplayPort.
The ASRock Z170 Extreme4 also features what ASRock calls their I/O Armor. It is ostensibly a protective cover that protects the rear I/O ports from static damage. Frankly speaking, this is only useful if you are using the motherboard outside of a chassis. When installed in a chassis, that job is fulfilled by the I/O shield (also included) that is installed into the chassis.
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Other Accessories
Here is a closer look at the other accessories included in the ASRock Z170 Extreme4 package – the manual and driver CD. A case sticker can be found inside the driver CD sleeve.
It also comes with four SATA 3 cables and an SLI bridge card. There is a small plastic bag with a single small screw – this is used to lock the Ultra M.2 SSD in place.
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Our Verdict
ASRock has been accused of focusing a bit too much on marketing, at the expense of quality. However, this doesn’t seem to be the case with the ASRock Z170 Extreme4 motherboard.
The ASRock Z170 Extreme4 boasts a 10-phase power design with a digital PWM and Nichicon 12K Platinum capacitors. The entire power supply is further cooled by large aluminium-alloy heatsinks. A lot of effort has gone into ensuring an efficient power conversion, stable power supply and longer lifespan.
We also like the fact that they added support for USB 3.1. Not just the more common Type C, they also added the larger Type A port. Their Ultra M.2 socket is also a nice touch although it has minimal effect on your M.2 SSD’s performance unless it supports PCIe x4.
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Audiophiles will appreciate the better audio quality courtesy of its Purity Sound 3 module. Enthusiasts who prefer using the motherboard “in the nude” will love their addition of physical Power and Reset buttons as well as a Dr. Debug LED.
There is plenty of expansion options with 3 full-sized PCI Express x16 slots and 3 small PCIe x1 slots. The PCIe x1 slots are even the “flexible” type that will accept any PCI Express card.
The only downside is the limited number of SATA ports. This will be a problem in tight cases because 4 of them are stacked and bent perpendicularly. Only two of the SATA ports are conveniently located at the lower right corner of the motherboard.
Overall, this is one sweet Intel Z170 motherboard, especially for a hardware enthusiast who prefers not to use a chassis. We think it deserves at least our Reviewers’ Choice Award. Congratulations, ASRock!
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Apacer is pleased to announce its groundbreaking achievement in DDR history, BLADE FIRE DDR4 with heartbeat LED, perfectly for gaming, overclocking, and M.O.D enthusiasts. It is astonishing to see speed at 3200MHz with LED pulsing at 44 beats per minute yet it is still consuming low voltage at 1.35V.
It is compatible with Intel Z170 platforms, providing unprecedented performance and energy-saving efficiency. Backed by the world’s best technology in industrial memory module and storage, BLADE FIRE DDR4 makes users on fire in the gaming / overclocking star-war.
Apacer BLADE FIRE DDR4
Respectable capacity of 32GB, frequency up to 3200MHz – High stability & compatibility
The world-class BLADE FIRE DDR4 is an advanced generation of Blade DDR4 which was published in Feb 2015, featured a sensational armory design on heat spreader as well as LED lights heartbeat effect.
The meticulously screened ICs allow the optimized stability and compatibility while playing in the heavy workload games. BLADE FIRE is available in 4GB, 8GB, and 16GB capacities in dual-module package and comes equipped with total capacity of 32GB(16GB X 2).
The fastest memory kit available is clocked at 3200MHz, and BLADE FIRE kits are ranged in four different clock speeds from 2400MHz 1.2V to 3200MHz 1.35V with 16-16-18-38. The XMP 2.0 support for simple overclocking setup delivers instant top-level performance for motherboards with Intel’s 100 Series.
Not only low latency for outstanding DDR4 performance but also lower power consumption with less heat and higher reliability provides users the fastest speeds and the highest stability when it comes to gaming and overclocking.
LED heartbeat, Light saber on fire – Aggressive Look with stylish, asymmetrical armory design
The heartbeat LED on top edge of the module undoubtedly brings out the spirit of BLADE FIRE, to win and shine powerfully on battlefield as every beat embodies the enhancing HP(health point). The four modules altogether on motherboard show various LED light patterns, just like a battling saber on fire in the battleground. The design truly adds some serious bling which offers the users gimmicks to show off while meeting their needs with respect to exceptional functionality.
When speaking of the design of BLADE FIRE, the black heat spreader is made from quality aluminum material with matte finish. The metallic silver saber in the middle shows an aggressive look of a gaming memory module. On top edge the serration part of a saber as well as shank at the rear displays an asymmetrical design which presenting an extreme aesthetics.
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With distinguished speed and stability as well as a stylish design of LED light saber on motherboard, BLADE FIRE allows users to experience the most enjoyable and exciting game play ever. If you’re looking for the fastest and coolest memory module available, BLADE FIRE is the one and only you have to look at. Feel the supremacy and prominence of Apacer BLADE FIRE!
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Team Group Inc. today announced the launch of the all new generation of luminous memory for gaming – Delta. Stability and performance are already the basic requirement for a high speed memory. With the ever growing gamers and modders, the appearance and the visual features of the product has become the new focus of gamers’ attention.
The all new Delta series from Team Group has inherited the excellence of Team Group’s overclocking and mainstream memories. In addition, through the recent coalition with AVEXIR, we are able to combine its patented LED lighting technology with our aluminum forged high-efficiency heat spreader to create Delta, a bionic memory with pulse-like LED light effect.
Delta is Team Group’s first luminous memory series. It is using the exclusive LED luminous cooling system to provide a steady pulse rhythm and soothe gamer’s nervous tension during an intense game, so the gamer is able to win with an optimum state.
To satisfy gamers’ demand for high performance memories, Delta releases two high specification memories, DDR4 2400 CL15-15-15-35 and DDR4 3000 CL16-16-16-36. And it also offers two packages, 4GBx2 and 8GBx2 for gamers to choose from. With computer modding trend on the rise around the globe, Delta is not only gamer’s best companion, its red and black heat spreader design with breathing LED light in three colors of red, white and blue also provide modders more options to build various styles of PC.
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Team Group’s memory module products have been persistently focused on offering the best performance experience. We design Xtreem, Delta and Elite/Elite Plus series specifically for overclocking, gaming/modding and mainstream users. Moreover, in the future we will create products targeting different groups of users with different style, performance and features to meet the needs of more users.
As a leading provider of memory storage products and mobile applications to the consumer market, Team Group is committed to providing the best storage, multimedia and data sharing solutions. All Team memory module products come with a lifetime warranty, repair and replacement services.
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Team Group Inc., the world’s leading memory brand, today announced the launch of the all new generation of overclocking memory for gaming – Dark Pro Series. Since every motherboard manufacturer is focusing on competing in Skylake platform, besides model for the mainstream Z170 motherboard, we also provide other advanced models for overclocking enthusiasts and gamers to test their passion.
Team Group is pushing the overclocking limit of our all new Dark Pro series for targeted overclocking enthusiasts & gamers. Combining extreme performance and stability that hardcore gaming required, we will provide gamers the finest gaming experience with our solid technology strength.
Dark Pro’s all new cooling design combines the low key style of the Dark series and the multi colors design of the Vulcan series. The reinforced aluminum heat spreader with a punched dots design concept is used to express the hidden strength within. It also matches with the word of Dark Pro printed on the black Tungsten steel heat spreader. No matter it’s for assembling or upgrading, gamers will be satisfied with the excellent performance and the overall visual design.
Dark Pro series have a total of three frequencies: DDR4 3,000/3,200/3,333. In addition to the standard 4GBx2 dual channel version, we also provide 8GBx2 Kits gaming package for advanced gamers. Besides the Dark Pro and the previous released Xtreem for Skylake, all series of Team Group’s DDR4 memory has all been on sale. If you are a gamer who want to experience an all new generation of Skylake’s extreme performance, then you must not miss the overclocking series of Team Xtreem / Dark Pro / Dark / Vulcan / Zeus.
This is a reminder that platform changing comes with risk. You might come across compatibility issues when investing on overclocking accessories. Please choose the easy overclocking, most stable and highly compatible Team Group Dark Pro series, for it will give you the best performance and smoothest gaming experience you ever have.
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