#Intel 14th gen release date

[govindhtech]

Power Up for Alan Wake 2: MEG Trident X2 & MEG 342C Guide

MSI MEG Trident X2 Performance Boost

This October saw the release of Alan Wake 2, the darkest horror game to date. Remedy Entertainment revived the Alan Wake series with the release of Quantum Break and Control, and they also revealed the upcoming release of Alan Wake 2. Due to the Universe’s Remedy Connection.

It ingeniously combines the characters and stories amongst those standalone games and integrates them into a broader fictional realm. to encourage users to explore adjacent games and experience more rich story material. Alan Wake’s success has been enormous. Let’s follow Alan and Saga back to Bright Falls this time to look into the paranormal case and put an end to the devil’s invasion.

The release of Alan Wake was nearly ten years ago. These days, Alan Wake 2’s in-game graphics and presentation have much improved. Ray Tracing and DLSS (Deep Learning Super Sampling), two of NVIDIA’s most recent AI technologies, are fully supported in the game. Wake Alan II Since the majority of the scenario is in the dark, we must use a flashlight to fight the devil. Ray Tracing and DLSS support enable us to enjoy the game almost exactly as it is in real life.

MEG Trident X2 14th Specifications

The optimal PC specifications to play Alan Wake 2 are as follows. The MEG Trident X2 gaming desktop provides gamers with a fluid experience thanks to its Intel 14th processor and NVIDIA RTX 4090 graphics card. Meanwhile, the MEG 342C QD-OLED curved gaming monitor employs QD-OLED panel technology to fully display true black in an HDR game display. Playing games is one of the finest ways for us to pass the time while being entertained.

With an RTX 4090 graphics card and the newest Intel 14th Gen CPU, the MEG Trident X2 promises excellent performance.

Moreover, it uses Silent Storm Cooling 3 to maintain its coolness. In addition to improving cooling efficiency, the RAM and VRM’s Glacier Armor heatsinks also help achieve this objective. These heatsinks are essential for keeping the temperature down, which improves stability in the end.

MSI Center set up many performance profiles for users to satisfy different conditions, making it more easy for users. Users can quickly switch between each other whether engaging in light office job or enjoyment. Extreme mode is one of the settings that can increase CPU performance by up to 21%. It works well with AI computing or when games load slowly.

Gamers can even run demanding apps or software in the extreme performance mode.

A gaming PC may seem to require a strong CPU and GPU. System performance is at its peak. What about performance in terms of heat? Is the desktop computer for gaming too hot? The MEG Trident X2 utilizes algorithms to increase system performance and maintain a cool system temperature thanks to its Frozr AI Cooling architecture. They improve acoustics and are not noisy.

To maintain thermal and acoustic balance, Frozr AI Cooling can measure the temperature of individual components and then modify the setting accordingly.

HMI design is a special element of the MEG Trident X2. With only a few easy clicks, users can simply manage the gaming desktop. We integrated it into the gaming desktop’s touch panel design. to offer a straight-forward method of interacting with the gaming desktop. Regardless of the RGB selection, system monitoring, application rapid launch, display monitor setting modification, or system performance profile changeover. Many things may be completed with only one touch. HMI is also multifunctional.

The user may effortlessly modify their gaming desktop setup or setting with the MSI HMI capabilities.

MEG Trident X2 14th vs MEG 342C QD-OLED

A proper gaming monitor is necessary to present a beautiful image, as a gaming desktop can offer a seamless gaming experience. The greatest monitor for entertainment is the MEG 342C QD-OLED. With QD-OLED panel technology, which offers superior color coverage and vibrant, bright images, this is MSI’s first curve gaming monitor. Due to the self-emitting nature of the OLED display, a backlight module is not included with this monitor. After that, it will be able to show a true black screen devoid of glow indications.

QD-OLED, which combines Quantum Dot layer with OLED panel technology, is a way to combine two advantages to build a monitor display that is both high-quality and vivid while displaying HDR content.

Although QD-OLED provides flawless image quality, some users are still worried by OLED panel burn-in when using the monitor for extended periods of time. As a result, the MEG342C QD-OLED has an included MSI OLED Care feature to prevent burn-in issues while using the monitor for extended periods of time. On an OLED panel, the settings for pixel shift, pixel refresh, and static screen recognition can assist prevent burn-in symptoms. further safeguards the health of your eyes after extended usage of a monitor.

OLED Care is a feature of the unique MSI Gaming Intelligence App that helps prevent panel burn-in problems.

Let’s examine the Alan Wake 2 run’s performance on the MEG342C QD-OLED and MEG Trident X2.

DLSS frame generation, Ray Tracing, and Ray Reconstruction are enabled during the RTX 4090 game test.

Read more on Govindhtech.com

[winari2]

All Intel 14th Gen CPUs Leaked [Specs, Performance, Release Date, Price]

[dfroshie]

Intel 14th gen release date, when will Meteor Lake release?

Intel 14th gen release date prediction We do not know the exact release date of the Intel 14th generation CPUs yet, but we do have some information on a release window. What we don’t know is whether the release date of Arrow Lake will assume the intended release date of Meteor Lake, or be pushed back further as it’s supposed to be further along in Intel’s road map. Let the rumors ensue. Intel…

[govindhtech]

Unlock Thunderbolt 5 on 14th Gen Intel Core CPUs!

14th Gen Intel Core CPUs and Thunderbolt 5 Support

Earlier this week, Intel introduced their 14th Generation “Raptor Lake Refresh” desktop CPUs, which include the Intel Core i9-14900K, i7-14700K, and i5-14600K. During the initial phase of the announcement, Intel announced that the company’s 14th Core desktop CPUs will support Thunderbolt 5, which is the most recent version of the standard.

However, Intel has recently said that although certain 14th generation processors would be compatible with Thunderbolt 5, this will not be the case for the chips that are used in desktop computers. As comment that was attached to the initial release from Intel stated, “While some processors in the Intel Core 14th Gen processor family will include support for Thunderbolt 5, Intel Core 14th Gen desktop processors, specifically, will not support it.

” The statement that “Intel Core 14th Gen desktop processors include support for upcoming Thunderbolt 5 wired connectivity supporting up to 80 Gbps of bi-directional bandwidth” was made in error in the press announcement for the 14th generation of Intel Core processors. Intel will provide further information on the Intel Core 14th Generation Central Processing Units (CPUs) that enable Thunderbolt 5 at a later date.

This shouldn’t come as a complete shock, yet it does in some ways. The Raptor Lake Refresh chips are just updated versions of the original Raptor Lake chips; the basic architecture is the same as that of the 13th Generation, but it has been improved for higher levels of performance. Therefore, it should not come as much of a surprise that Intel has not yet included support for Thunderbolt 5 to its desktop computers.

It appears that the only place we’ll see the new connection standard implemented is on laptops, most likely on the Intel Core Ultra “Meteor Lake” CPUs. This is because desktop processors do not support Thunderbolt 5. Thunderbolt 4, as well as earlier versions of Thunderbolt, has been implemented on a far greater number of mobile devices equipped with Intel CPUs than on desktop computers. The number of different desktop motherboards that include the connector is rather limited. (Obtaining access to computers that use AMD CPUs is a whole other can of worms.)

The USB-IF standards committee has received the Thunderbolt specification that was developed by Intel. When Thunderbolt 5 was introduced, Deputy Managing Editor Paul Alcorn provided the following explanation: “Thunderbolt 5 leverages the foundational aspects of the latest USB specification, USB 4 Version 2.0 in this case, but requires that all of the optional features be enabled to earn the Thunderbolt 5 badge.”

The bandwidth of Thunderbolt 5 is uniformly split across 80 Gbps, allowing for simultaneous data transmission and reception at the same pace. However, in situations when there is a larger demand for display bandwidth, it is able to increase its transmission speed to 120 Gbps, making it significantly faster than DisplayPort 2.1. In addition to having the capability to handle up to two 6K panels and three 4K monitors at 144 Hz, Thunderbolt 5 also has the ability to support 8K HDR displays.

In addition, laptops will be able to receive up to 240W of power from charging using Thunderbolt 5 connectors. Our summary of the announcement that took place earlier this year contains a review of the most recent

Read more on govindhtech.com

[govindhtech]

Intel 14th Gen CPU i5-14600K vs i7-14700K

Intel 14th generation “released” CPUs are said to be on i5–14600K, i7–14700K, and Core i9–14900K

The 14th generation “Unlocked” Core i9–14900K, Core i7–14700K, and Core i5–14600K CPUs from Intel are expected to be launched in October.

Unlockable Intel 14th generation CPUs will be introduced this month, although retail availability is set for October.

The 14th Gen Raptor Lake Refresh Desktop CPU range from Intel will go on sale in October, says Videocardz, one month after it was first shown at the forthcoming Innovation 2023 event. Additionally, information indicates that Intel will relax the marketing embargo a day before the product launches, with reviews coming out on the same day as retail availability.

It has been a common occurrence for Intel CPUs to be launched around a month after their formal unveiling, with ratings following on the same day. The 13th Gen Raptor Lake family was introduced in September, although sales didn’t start until almost a month later. The following dates are mentioned by Videocardz in relation to timing:

A relatively recent price listing indicates a 15% increase over the 13th Gen CPUs already in use. The pricing list is based on early information, but if Intel plans to increase client CPU costs, it might make them highly uncompetitive with AMD Ryzen 7000 CPUs and even with Intel’s own 12th and 13th Gen components.

CPU specifications for the Intel Core i9–14900K

The Intel Core i9–14900K CPU, which has 16 cores and 32 threads in an 8+16 configuration, is the flagship model. The CPU will have a basic TDP of 125W (253W PL2) and up to 36 MB of Smart Cache. It will have basic clock speeds of 3.2 GHz and a thermal velocity boost of up to 6.0 GHz. This will have the same frequency as the Core i9–13900KS and an increase of 200 MHz over the Core i9–13900K.

Core i7–14700K specifications from Intel

Intel will use its 8+12 core design, which delivers 20 cores and 28 threads, for the Core i7–14700K. This is going to be a fantastic improvement over the current Core i7–13700K, which has an 8+8 core arrangement and delivers a significant bump in multi-threading performance because of the extra E-Cores. The CPU will have clock rates of 3.4 GHz at base and up to 5.6 GHz with TBMT3 and come with 33 MB of clever cache (instead of 30 MB). This is also a 200 MHz increase over the 13700K, and we may expect performance improvements of between 5 and 10% from this specific SKU.

Core i5–14600K specifications from Intel

Last but not least, we have the Intel Core i5–14600K, which regrettably uses a 6+8 configuration rather than the 8+8 arrangement that the Core i5–13600K had. The clock rates will increase by 200 MHz to 5.3 GHz, providing a performance improvement of up to 5% over the previous generation while keeping the cache and TDP same.

To sum up, the following is what to anticipate from Intel’s 14th Gen Raptor Lake Refresh Desktop CPUs:

Raptor Cove P-Cores and Gracemont E-Cores have the same architectural design as Raptor Lake.

The Raptor Lake (Intel 7 aka 10nm++) process node is the same.

Support For Faster DDR5 Memory DIMMs at Clock Speeds Above 6.0 GHz

Significantly Greater Power Consumption (Nearly 300W)

Support for Current LGA 1700/ 1800 Socket Motherboards

Launched in October 2023, the Intel Raptor Lake-S Refresh Desktop CPU family will be compatible with the current LGA 1700 socketed motherboards from the 600 and 700-series lineup. The Core i9 and Core i5 SKUs should have a regular single-digit performance boost, while the Core i7 SKU should experience a bigger multi-threaded performance gain due to its enhanced core and thread count.

[govindhtech]

Raptor Lake Refresh CPU Monitoring with HWMonitor

Support for Intel’s 14th Generation Raptor Lake Refresh and Meteor Lake “Core Ultra” CPUs Has Been Added To HWMonitor

The widely used hardware monitoring tool known as HWMonitor has been updated to include support for the CPU lineups known as Raptor Lake Refresh and Meteor Lake.

HwMonitor prepares for next Intel CPU releases such as Meteor Lake and Raptor Lake Refresh, among others. As the Launch Date Gets Closer, HWMonitor version 1.52, which was recently published, has included support for Intel’s future CPUs to assure that there will be no interruptions in support throughout the launch.

The widely used hardware monitoring tool known as HWMonitor has been updated to include support for the CPU lineups known as Raptor Lake Refresh and Meteor Lake.

HwMonitor prepares for next Intel CPU releases such as Meteor Lake and Raptor Lake Refresh, among others. As the Launch Date Gets Closer, HWMonitor version 1.52, which was recently published, has included support for Intel’s future CPUs to assure that there will be no interruptions in support throughout the launch.

Core i9–14900K/KF (24c), Core i7–14700K/KF (20c), and Core i5–14600K/KF (14c) are the CPUs that are available from Intel.

Support for the new branding of the Intel Core 3, 5, 7, and Core Ultra 5, 7, 9 processors.

Initial support for Intel’s Meteor Lake architecture.

The AMD Radeon RX 7800 XT and 7700 XT (Navi 32) graphics processing units

For the benefit of those who are unaware, the featured models have not been seen publicly for the very first time; before, a Ukrainian store has posted information about them on their website.

The intricacies of the particular specs won’t be discussed here, but the following is an overview of what to anticipate from the updated Raptor Lake platform from Intel.

Identical Architecture to that of Raptor Lake (Raptor Cove P-Cores and Gracemont E-Cores).

Similar to that of Raptor Lake (Intel 7, also known as 10nm++) Process Node.

Support for Faster DDR5 Memory DIMMs and Higher Clock Speeds Above 6.0 GHz

Consumption of much more power (very close to 300W)

Compatibility With Already Existing Motherboards Using the LGA 1700 and 1800 Sockets

Additionally, compatibility with “Intel Core 3, 5, 7 and Core Ultra 5, 7, 9 new branding” is mentioned in the new version, which indicates that support for Intel Meteor Lake CPUs has also been included in this update. Even though it doesn’t name any particular SKUs, we are certain that once Meteor Lake is really released, everything will proceed in the typical manner, with incremental support being added for all models.

This is something we are assured of. If you are not familiar with Meteor Lake’s capabilities, you should know that the processors are going to revolutionise the industry by easily breaking over the 5 GHz barrier. If you are not familiar with Meteor Lake, you should know that the processors are going to change the business.

CPU Architecture with VTriple-Hybrid Components (P/E/LP-E Cores)

Completely Remodelled Redwood Cove (P-Cores)!

Completely Remodelled Crestmont (E-Cores)!

CPUs in the H/P Series can support up to 14 cores (6+8), while those in the U Series can support up to 12 cores (4+8).

TSMC for the tGPU, and Intel 4 Process Node for the CPU

The Intel ‘Xe-MTL’ GPU, Capable of Supporting Up to 128 EUs

Support for up to LPDDR5X-7467 and DDR5–5200, with capacities of up to 96 GB for DDR5 and 64 GB for LPDDR5X respectively

Intel Virtual Processing Unit for Artificial Intelligence Inferencing Equipped With Atom Cores x8 Gen 5 Lanes for Discrete GPU (Only H-Series).

Triple M.2 SSDs of the Gen 4 kind Maintain Compatibility with Four Thunderbolt 4 Ports

As we get closer to the introduction, which is expected to occur at Intel’s Innovation 2023, you can anticipate additional details to be revealed shortly. In a word, yes, we cannot wait to see what the next generation of central processing units (CPUs) have in store for us, particularly with the introduction of Meteor Lake.