- Graphic Card(s)
Lian Li again manages to improve an already extremely functional and chic case. The Lian Li O11Dynamic XL Midi-Tower combines brushed aluminum with tempered glass elements. The dimensions of the case have been adjusted so that even huge SSI-EEB motherboards ASUS ROG Dominus Extreme with Intel's C621 chipset and socket 3647 for Xeon processors can be comfortably accommodated in the case with the help of an optional expansion rail. What has remained is the wide two-chamber design of the Midi-Tower, which offers plenty of space for further sophisticated gaming components with excellent cable management and enables the installation of extensive air or custom water cooling.
The features of the Lian Li O11Dynamic XL (ROG Certified) Midi-Tower:
Noble combination of aluminum, tempered glass and steel
Space for motherboards with E-ATX, ATX, Micro-ATX or Mini-ITX form factor
6x 2.5 "SSDs & 4x 3.5" HDDs including HDD hot swap function
Front panel with 4x USB 3.0 Type-A & 1x USB 3.1 Type-C
Graphics cards up to 44.6 cm in length
Three installation slots for 360 mm radiators
Up to ten 120 mm fans possible
E-ATX case with elegant design: brushed aluminum meets tempered glass
With the modular Lian Li O11Dynamic XL (ROG Certified) Midi-Tower, steel is skillfully combined with a side part made of tinted tempered glass. Lian Li goes one step further and equips the right side part and the lid with 1 millimeter thick aluminum. The front is also made of tempered glass and, together with the side part, allows an almost unobstructed view of the inside of the housing.
The right part of the front houses the I / O panel with a USB 3.1 Type-C port, two USB 3.0 ports and the two mandatory audio connections. Two further USB 3.0 ports are located on the right foot end of the front. There is a subtle RGB LED strip between the I / O panel and tempered glass pane, which extends from top to bottom and whose lighting can be controlled via two switches on the panel. Optionally, the RGB LED strip can also be connected to a conventional 5VDG slot on an appropriately equipped mainboard.
Plenty of room for gaming hardware
The Lian Li O11Dynamic XL (ROG Certified) Midi Tower offers plenty of space for powerful gaming hardware. Even the huge SSI EEB mainboard ROG Dominus Extreme from Asus can be installed with the help of an optional expansion rail from Lian Li. Graphics cards can be up to 446 millimeters long, CPU coolers can have a height of 167 millimeters. An ATX power supply is installed upright at the bottom left and can be 210 millimeters long.
For the installation of AiO or custom water cooling, the case offers the option of accommodating up to three 360 mm radiators at the same time: one in the lid, one on the bottom and one next to the mainboard. In the right side part there are also ventilation slots to dissipate the heat accordingly. If you want to install three 360 mm radiators at the same time, narrow specimens should be used in the lid and a slim radiator next to the mainboard. In general, the installation of three triple radiators is possible, but this requires some attention when choosing the components for the custom water cooling. In the lid there is also the option of installing a 280 mm radiator.
Excellent airflow for fantastic cooling
The radiator slots can of course also be filled with fans. On the side behind the front, on the lid and on the bottom there can be up to three 120s, on the lid and on the bottom there are two 140s instead of three 120s. For a clean cable management, there are several partially rubberized cable bushings, which are placed on the middle plate next to the mainboard. The right chamber houses the hardware that hardly radiates heat and does not need to be cooled, such as the power supply and the HDD drives.
The Lian Li O11Dynamic XL (ROG Certified) Midi-Tower stands slightly elevated on rubberized steel feet, so that cool air gets into the case through the bottom provided with a dust filter. Due to the chimney effect, the warm air rises, where it escapes through the lid, which is also equipped with a dust filter. Two additional dust filters cover the two perforated grilles in the right side section. The elegant Lian Li O11Dynamic XL (ROG Certified) Midi-Tower is not only definitely a real eye-catcher and can easily accommodate gaming hardware, but is also particularly suitable for PC enthusiasts who want to cool their hardware using a custom loop.
There are two HDD cages for mounting the data storage, in which four 3.5-inch HDDs or four 2.5-inch HDDs / SSDs can be accommodated. The four slots can be reached from the back of the housing, they are covered by a perforated cover. Three 2.5-inch drives can also be found on the back of the mainboard tray
AMD Ryzen Threadripper PRO 5995WX, socket sWRX8, codename Chagall PRO, cores 64, threads 128, base clock 2.70GHz, turbo clock 4.50GHz, SMT yes, memory controller Octa Channel PC4-25600L (DDR4-3200), ECC support yes, remote maintenance yes, CPU features MMX(+), SSE, SSE2, SSE3, SSE4.1, SSE4.2, SSE4A, x86-64, AMD-V, AES, AVX, AVX2, FMA3, SHA, chipset suitability WRX80, segment workstation, Architecture Zen 3, L2 cache 32MB (64x 512kB), L3 cache 256MB (8x 32MB), chipset interface PCIe 4.0 x8, PCIe lanes 128x PCIe 4.0, memory max. 2TB, memory bandwidth 204.8GB/s.
The high-performance "Zen 3" architecture. The world's fastest cores for PC gamers.
First used in AMD Ryzen 5000 desktop processors, the "Zen 3" architecture is a fundamentally new concept of the legendary "Zen" family. "Zen 3" is equipped with extensive improvements and embodies AMD's relentless research to achieve greater single-core performance, energy efficiency and reduced latencies. This is the core of the best gaming processor in the world.
Completely new concept
The "Zen 3" architecture is the most comprehensive innovation in the "Zen" era so far. The top 20 changes include richer and more flexible resources, significantly more load and memory bandwidth for execution, and optimized interfaces to capture and process running processes faster.
More Instructions Per Cycle (IPC)
The "Zen 3" architecture is able to extract an average of 19% more performance per MHz from each input frequency compared to the previous generation2. This is a historically significant improvement in IPC generations and a key architectural feature to deliver unmatched single-core performance.
The "Zen 3" architecture is based on the new "Unified Complex" concept, which combines 8 cores and 32 MB of L3 cache into a single resource group. This significantly reduces the latencies between cores and cache, as all chip elements are immediately adjacent and can therefore communicate more directly. Latency-critical applications such as PC games in particular benefit from this change, since tasks now have direct access to twice as much L3 cache as in "Zen 2".
The combination of higher IPC rates and the unified eight-core complex delivers more performance for PC games. Customers upgrading from AMD Ryzen™ 3000 to Ryzen™ 5000 processors can expect an average of 26% better gaming performance at 1080p3. And that's not all, because "Zen 3" makes processors like the AMD Ryzen™ 9 5900X the best in the world for PC gaming.
The impressive performance gains of the "Zen 3" architecture are achieved without increasing power consumption or TDP. The combination of innovative architecture and industry-leading 7nm manufacturing gives the entire AMD Ryzen™ 5000 series a 24%5 generation increase in power efficiency, significantly outperforming competing architectures by 2.8x.
Liquid cooling system, consisting of: • Processor Cooler • Graphics Card Cooler • Radiator • 12V Pump (s) • Coolant (in different colors possible) • Hard tube piping • Expansion tank • Accessories (connections, fans, etc.)
Water cooling in a PC is a powerful active technique to dissipate power dissipation into heat.
In computers, electrical energy taken from the mains is converted into heat. As the power density of modern computers increases, so does the heating of individual components. In previous computers, the surrounding air was enough to dissipate low specific power dissipation in relation to the surface due to radiation and natural convection without any additional heat sinks. Today, passively cooled PCs generally only have heatsinked; used in actively cooled by fan assistive acting heat sink.
The aim of water cooling in a PC is to dissipate the heat generated in the PC, in particular, as efficiently and as quietly as possible, especially from the semiconductors that heat up during operation, such as the main processor or graphics processor. Also, a possible increase in performance of the computer by operating on the officially approved specifications (overclocking) is a field of application of water cooling.
The comparatively high heat capacity of the cooling medium water favors the heat absorption of small-area heat sources, as they are typical in a computer.
In addition to the improved heat dissipation, the water cooling often allows a considerably quieter operation compared to other cooling concepts.
The heat flow between the semiconductor and the heat transfer surface is ultimately limited by the finite thermal conductivity of the internal, intermediate materials. These materials thus represent a solid and unchangeable thermal resistance as a sum.
ASUS Pro WS WRX80E-Sage SE WIFI, form factor E-ATX, socket AMD sWRX8, chipset AMD WRX80, RAM 8x DDR4 DIMM, octa PC4-25600U/DDR4-3200, max. 256GB (UDIMM), 2TB (RDIMM), 2TB (3DS RDIMM), expansion slots 7x PCIe 4.0 x16, 2x M.2/M-Key (PCIe 4.0 x4/SATA, 22110/2280/2260/2242), 1x M.2/M-Key ( PCIe 4.0 x4/SATA, 22110/2280/2260/2242), 2x SFF-8643/U.2/Mini-SAS (PCIe 4.0 x4), external connections 1x USB-C 3.2 (20Gb/ s, ASM3242), 1x USB-C 3.1 (10Gb/s), 8x USB-A 3.1 (10Gb/s), 2x 10GBase-T (Intel X550-AT2), 5x jack, 1x Toslink, internal connections 1x USB -C 3.1 Key-A Header (10Gb/s), 1x USB 3.0 Header (5Gb/s, 2x USB 3.0), 2x USB 2.0 Header (480Mb/s, 4x USB 2.0), 4x SATA 6Gb/s ( WRX80), 4x SATA 6Gb/s (ASM1061), 1x serial, 1x TPM header, 1x VGA header, 1x I2C header, 1x SMBUS header, 1x RTC header, 1x location button header, 2x LAN LED Header, 1x location LED header, 1x card reader (microSD), header cooling 2x 4-pin CPU fans, 8x 4-pin fans, 1x thermal sensor, buttons/switches Power button (internal), Clear CMOS button (external), FlexKey button (internal), USB BIOS Flashback (external ), IPMI switch (internal), VGA switch (internal), BMC switch (internal), PSU switch (internal), Audio 7.1 (Realtek ALC4080), DTS:X Ultra, Wireless Wi-Fi 6 (WLAN 802.11a/b/g/n/ac/ax, 2x2, Intel AX200), Bluetooth 5.2, RAID level 0/1/5/10 (WRX80), Multi-GPU NVIDIA 4-Way-SLI (x16/x16, x16/x16/x16, x16/x16/x16/x16), power connectors 1x 24-pin ATX, 2x 8-pin EPS12V, 1x 8 -Pin PCIe, 2x 6-pin PCIe, VRM 16 virtual phases, special features audio+solid capacitors, diagnostic LED (segment display), diagnostic LED (LED indicators), 3x M.2 passive cooler, integrated I/O panel, Backplate, IPMI 2.0, ECC support, Onboard TPM 2.0 support.
Ultimate performance for maximum productivity
Engineered to unleash the incredible power of the latest AMD® Ryzen® Threadripper™ Pro processors, ASUS Pro WS WRX80E-SAGE SE WIFI provides a reliable foundation for professional creative work that benefits from multi-core CPUs, such as video editing and 3D rendering. Additionally, seven PCIe 4.0 slots with SafeSlot Boost deliver exceptional performance with the latest high-end graphics cards.
Professional engineering in a low-profile size
Featuring black metallic aluminum profiles, black stainless steel mesh with highlighted details and a transparent smoky gray I/O cover, the Pro WS RX80E-SAGE SE WIFI offers a professional, understated look for content creators.
Multi GPU support
The Pro WS WRX80E-SAGE SE WIFI features seven PCIe® 4.0 x16 slots for high-end graphics cards that offer improved performance in professional design, modeling, simulation and rendering applications.
3 M.2 PCIe 4.0
The Pro WS WRX80E-SAGE SE WIFI is equipped with three M.2 and two U.2 slots that feature PCIe 4.0 x4 bandwidth. Content creators working with massive video files can RAID multiple NVMe devices to achieve massive I/O bandwidth and seamless playback in their editing areas. These three slots are located under dedicated heatsinks to prevent SSD throttling under heavy loads.
With NVMe RAID support for Ryzen™ Threadripper™ PRO processors, unused CPU PCIe® 4.0 lanes can be reallocated to memory. This allows you to set up a bootable RAID array with multiple M.2 SSDs that offers incredible throughput - up to 8x faster than single PCIe® 3.0 x4 SSDs. A RAID can also be configured with PCIe® 3.0 SSDs.
KINGSTON FURY Beast RGB DIMM Kit 256GB, DDR4-3200, CL16-20-20, Type DDR4 DIMM 288-Pin, Clock 3200MHz, Module 8x 32GB, JEDEC PC4-25600U, CAS Latency CL 16 (corresponds to ~10.00ns), Row- to-Column Delay tRCD 20 (corresponds to ~12.50ns), Row Precharge Time tRP 20 (corresponds to ~12.50ns), voltage 1.35V, Housing heat spreader, RGB lighting, special features Intel XMP 2.0.
Kingston FURY Beast DDR4 RGB delivers impressive performance with speeds up to 3733MT/s, bold style and full-length RGB lighting for mesmerizing, continuous lighting effects. This affordable kit offers compelling speeds from 2666MT/s to 3733MT/s, latencies from CL15 to CL19 and single module capacities from 8GB to 32GB and kit capacities from 16GB to 128GB. With automatic plug-and-play overclocking for speeds of 2666MT/s2 speeds, it's both Intel® XMP-ready and AMD™-ready. FURY Beast DDR4 RGB keeps a cool head with its elegant, flat heat sink. The affordable kit is a worry-free package for any Intel or AMD based system, 100% speed tested and backed by lifetime warranty.
INNO3D GeForce RTX 4090 iCHILL X3, 24GB GDDR6X, connections 1x HDMI 2.1a, 3x DisplayPort 1.4a, chip AD102-300-A1 "Ada Lovelace", 128SM, 609mm² Chip clock 2230MHz, boost: 2580MHz, memory 24GB GDDR6X, 1313MHz, 21Gbps (21008MHz effective), 384bit, 1008GB/s, shader units/TMUs/ROPs 16384/512/176, cooling 3x axial fans (98mm), special features real-time raytracing (128 cores), tensor cores (512), NVIDIA G-Sync, NVIDIA VR-Ready, AV1 Decode, HDCP 2.3, backplate, LED lighting (RGB), boost clock overclocked (+60MHz), interface PCIe 4.0 x16, computing power 84.54 TFLOPS (FP32), 1.32 TFLOPS (FP64), DirectX 12 Ultimate (12_2), OpenGL 4.6, OpenCL 3.0, Vulkan 1.3, Shader model 6.6.
NVIDIA GeForce RTX 4090 is the ultimate GeForce GPU. It boasts huge advances in performance, efficiency, and AI-powered graphics. Experience ultra-high-performance gaming, incredibly detailed virtual worlds, unprecedented productivity and new ways to create. They are based on the NVIDIA Ada Lovelace architecture and are equipped with 24 GB of G6X memory to offer the ultimate experience for gamers and creators.
Always one step ahead, even in the game.
New streaming multiprocessors: Up to 2x more performance and energy efficiency
Fourth generation Tensor Cores: Up to 2x more AI performance
Third Generation RT Cores: Up to 2x more ray tracing performance
The ultimate platform for gamers and creators
Hyperrealistic. hyper fast.
The Ada architecture unleashes the full glory of ray tracing, which simulates how light behaves in the real world. With the power of the RTX 40 series and the third generation RT cores, you can experience incredibly detailed virtual worlds like never before.
The power multiplier with AI.
DLSS is a revolutionary breakthrough in AI-powered graphics that massively boosts performance. DLSS 3 leverages the new fourth-generation Tensor Cores and Optical Flow Accelerator on GeForce RTX 40-series GPUs to use AI to create additional high-quality frames.
Victory measured in milliseconds.
NVIDIA Reflex and GeForce RTX 40 series GPUs offer the lowest latency and best responsiveness for the ultimate competitive advantage. Designed to optimize and measure system latency, Reflex delivers faster aiming, faster response times, and the best aiming accuracy for competitive games.
SEASONIC Prime GX-1300, 1300W ATX 2.4, fan 135mm, semi-passive, fully modular cable management, connectors 1x 20/24-pin, 2x 4/8-pin ATX12V, 8x 6/8-pin PCIe, 14x SATA, 5x IDE, 1x floppy, average efficiency 90%, certificates 80 PLUS Gold, manufacturer's guarantee 12 years, +3.3V 25A +5V 25A +12V 108A -12V 0.3A +5Vsb 3A Number of 12V rails 1, PFC active, special features ErP Lot 6 , supports Haswell C6/C7 low-power states, semi-passive mode switchable, incl. SATA 3.3 Power Disable Feature Adapter.
PREMIUM HYBRID FAN CONTROL
Seasonic's extensive experience in designing the quietest and most efficient power supplies on the market has been translated into the development of hybrid mode; a state-of-the-art fan controller that allows users to keep the overall fan noise at the lowest possible level.
LIQUID DYNAMIC FAN BEARING
High performance Fluid Dynamic Bearing (FDB) fans are designed to utilize the shock absorbing effect of oil. They are extremely reliable and produce significantly less operating noise and heat than ball-bearing fans. Lubricating the bearing surface reduces friction and vibration, thereby lowering overall power consumption. Due to the effortless, quieter rotations and its robust construction, this reliable fan technology also significantly increases the lifespan of the fan. As the fan shaft rotates, high-pressure oil flows along the grooves of the bearing sleeve to create a thin layer of lubrication between the bearing surfaces. As the RPM increases, so does the dynamic oil pressure, lifting the shaft out of the bearing to produce smooth, effortless rotations. The herringbone shape of the grooves helps guide the lubricant efficiently and prevent leakage.
WIRELESS CONNECTION VERSION
Seasonic engineers have implemented a new design feature where instead of cables, the backplane and the PCB (Printed Circuit Board) are connected by a copper plate. This breakthrough solution not only reduces the likelihood of manual loading production errors, but also improves output power quality.
SAMSUNG SSD PM9A1 3x 2TB, M.2, design Solid State Module (SSM), form factor M.2 2280, interface M.2 / M-Key (PCIe 4.0 x4), read 7000MB / s, write 5200MB / s SLC- Cached, IOPS 4K read / write, 1000k / 850k, memory modules 3D-NAND TLC, Samsung, 136 layers (V-NAND v6), reliability forecast 1.5 million hours (MTBF), controller Samsung Elpis (S4LV003), 8 channels, cache 2GB (LPDDR4), SLC cache, protocol NVMe 1.3c, data protection functions 256bit AES, TCG Opal 2.0.
The Samsung OEM SSD PM9A1 is made entirely of semiconductor components and uses NAND flash memory, which has high reliability and advanced technology in a small form factor. Thanks to the support of the Peripheral Component Interconnect Express (PCIe) 4.0 interface standard, performance is much faster than that of SATA SSDs. A comparison of the speed makes it clear that the PM9A1 version is definitely ahead. In contrast to the 6,000 MB / s, the two previous models only offered 3,500 MB / s. This is no wonder. After all, both OEMs were equipped with PCIe 3.0 and not the latest PCIe 4.0 standard.
The Samsung PM9A1 is an M.2 SSD with PCIe 4.0 and practically the OEM counterpart to the 980 Pro.
TOSHIBA X300 High-Performance 10TB, SATA 6Gb / s, Form Factor 3.5 ", 7200rpm Speed, 256MB Cache, Power Consumption 9.90W (Run), 7.22W (Idle), 34dB Volume (A) (Operation) Recording Method Conventional Magnetic Recording (CMR) , Sectors 4KB with emulation (512e).
Toshiba's X300 internal 3.5 "hard drive is a reliable, high performance memory with a very large 256MB buffer and other performance enhancing features. This makes them the ideal solution for power users and gamers. For liquid writes, the positional accuracy of the head has been improved. The X300 comes with a storage capacity of up to 14 TB, which makes it particularly attractive for gamers, graphic designers and generally users with high storage requirements.
• powerful desktop workstations
• All-in-one PCs
• gaming computer
• High performance PCs
• private media servers
Vibration is one of the big enemies of reliable hard drive operation. Toshiba's innovative Stable Platter Technology minimizes vibration by stabilizing the motor shaft at both ends. And that means improved tracking accuracy and maximum performance in reading and writing. The X300 is equipped with an internal shock sensor to protect the data. In addition, the ramp-load technology ensures that the arm of the magnetic head cannot touch the plate. This means protection against wear and data loss during transport of the hard disk or the PC.
No optical disc drive in the system!
1 x USB 3.2 Gen 2x2 port(s) (1 x USB Type-C®)
9 x USB 3.2 Gen 2 port(s) (8 x Type-A+ 1 x USB Type-C®)
1 x Wi-Fi Module
2 x Intel® X550-AT2 dual 10Gb Ethernet ports
5 x Audio jacks
1 x Optical S/PDIF out port
1 x BIOS FlashBack™ button
1 x Clear CMOS button
Monitor connections can be found in the detailed description of “GRAPHIC CARD(S)”
Front ports of the PC / Cases can be found in the detailed description of „CASE“
Integrated WLAN. For more information click "Motherboard" or "Interfaces" !
The ultimate pleasure for your ears thanks to Creative Sound Blaster Cinema.
MSI, the world's leader in motherboards and graphics cards has chosen Creative Sound Blaster Cinema audio technology for its new motherboard lineup. Sound Blaster is the leading brand in PC gaming audio and MSI is excited about the prospect of providing class-leading audio technology with its motherboards. Thanks to the Sound Blaster Cinema suite of audio technologies, gamers can enjoy upgraded surround sound through their stereo headphones, enhanced gaming sound effects and Smart Volume control for long gaming sessions.
When using Sound Blaster Cinema, gamers will be able to hear their opponents more clearly and easily while enjoying the competitive advantage of accurate positional audio to reveal the precise location of their opponents.
Sound Blaster Cinema
Armed with the technology of the biggest name in PC gaming audio, gamers can leverage Sound Blaster Cinema to get the best sound enhancements for today's games powered by Sound Blaster SBX Pro Studio technology. Each of the five technologies of SBX Pro Studio is focused on delivering a more immersive gaming experience:
-SBX Bass - SBX Bass technology dramatically improves the sound experience by expanding the low frequency tones
-SBX Crystalizer - Ensures that every audio detail is heard by restoring the "highs" and "lows" that are compromised with audio compression
-SBX Dialog Plus - SBX Dialog Plus intelligently enhances voices in games and moves for dramatically clearer dialog
-SBX Surround - Goes beyond 7.1 surround sound creating unprecedented levels of audio realism including stunning surround effects that produce virtual speakers around, above and below you
-SBX Smart Volume - Address the problem of abrupt volume level changes in games by intelligently applying gain and attenuation to deliver consistent volume levels
Microsoft Windows 10 Professional 64Bit, pre-installed with all necessary device drivers. Switch on and get started!
The launch of Windows 10 and the associated developments are among the most important market launches in Microsoft's corporate history. Windows 10 not only brings a new version of the operating system onto the market, Windows 10 enables a new platform generation:
"We want to ensure that we offer developers the largest and most vibrant user base for their applications," said Satya Nadella in his opening keynote at BUILD 2015 in San Francisco. Windows 10 is now available in 190 countries and 111 languages.
The browser is really new in Windows 10: Edge replaces Internet Explorer. The new browser doesn't just have the cooler name. It is also much faster. In almost all browser benchmarks, Edge depends on IE 11 from Windows 8.1. It can almost double its pace in Mozilla's Kraken benchmark. It looks the same in Google's Octane 2.0 test. Its pace remains roughly the same in the Sunspider test and the Peacekeeper benchmark. Conclusion: When it comes to the browser speed, Windows 10 with Edge catches up a lot. In Kraken and Octane, Edge overtakes the competition, in the Sunspider he stays ahead. The old conditions are only preserved in the Peacekeeper test.
Microsoft already shortened the start times of Windows extremely with Windows 8. If the computer is switched off using "Shut down", it does not switch itself off, but only goes into hibernation - from which it can wake up more quickly. Even with a real Katlstart or restart, Windows 8.1 is slightly slower: However, over time, Windows remembers the files that it needs for the start: The start time is shortened with repeated starts. After ten starts, the two operating systems were almost on par with 20 seconds (Windows 10) and 22 seconds (Windows 8.1).
Windows is actually getting faster and faster the older it gets: For most components, manufacturers are releasing ever more up-to-date drivers that accelerate the hardware. Windows feels like it is getting slower and slower: This is mostly due to the fact that the autostart folder is filling up with more and more entries, more and more tools are running in the background and more and more programs that are no longer used are littering the memory. The performance tests show hardly any difference between Windows 8.1 and Windows 10. Sometimes one system is faster, sometimes the other. But all the results are so closely related - with less than three percent difference - that no difference is noticeable in practice. This also applies to tests such as Cinebench R15, which primarily check the processor performance. Even if we repeated the tests several times, nothing changed: When saving and buffering frequently used files, nothing seems to have changed between Windows 8.1 and 10. Conclusion: When it comes to hardware performance, Windows 10 is as fast as Windows 8.1 - or vice versa. So that Windows 10 stays fast, the same rules apply as always with Windows: Install the latest drivers and keep the system clean.
Windows 10 comes with the new Direct X12 3D interface. DX12 is designed to allow game programmers to use the capabilities of the GPU more efficiently. Computers with less powerful graphics cards can also benefit from this and display graphically complex games more smoothly. At the moment, the potential of DX12 can only be demonstrated using synthetic benchmarks such as the API overhead test. Conclusion: Windows 10 has the potential to accelerate games on weaker systems thanks to the DX12. But the concrete results will only show games that use DX12. The first should appear at the end of the year.
Windows 10 lays a good foundation: the hardware manufacturers have to use this to tease out a performance plus with improved drivers. Or in the case of Direct X12 game programmers who use the capabilities of the new interface in games.
HI-TECH anti-cucumber guarantee (already included in full when purchasing a HI-TECH PC and / or notebook)
a) Complete assembling of the PC system or notebook including serial number management
b) Optimization of the cabling between the individual PC components for the purpose of optimal air flow in the system
c) Optimization and performance enhancement of various hardware components (GraKa / CPU etc.)
d) Installation of the latest BIOS updates (motherboard, GraKa)
e) Complete configuration of the BIOS settings to provide the maximum performance and reliability of the PC system + storage of the settings in order to be able to reload them later (e.g. after changing the BIOS battery)
f) free hotline
g) 24-hour long-term test for quality control of the PC components
Enjoy a Breathtaking Gaming Experience with the Systems of HI-TECH!
Our perfectly configured high performance systems offer you the power that you need to win against all your opponents. Real graphics and extreme performance lead you into new dimensions of gaming. Independent journalists attest: our PCs and notebooks are a "masterpiece" (Ingame.de) and the "antithesis of the iMac" (Profil.at)
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