#displayport IP testing

[tecnoandroidit]

Il prezzo di 1200 € del Lenovo ThinkVision P32p-30 (63E5GAT2EU) può essere considerato alto per un monitor 4K UHD. Il pannello IPS da 31,5 pollici ha lo scopo di migliorare l’utilizzo del dispositivo per la produttività e l’uso creativo, il che lo distingue dal Lenovo Legion Y32p-30 che punta al gaming. Mentre il design molto bello e il prezzo elevato potrebbero attrarre gli utenti avanzati e i video editor, parametri come tempi di risposta relativamente elevati e luminosità massima eccessivamente bassa richiedono una valutazione più attenta. Noi di tecnoandroid.it lo abbiamo testato per voi scoprendo pregi e difetti di questo monitor. Design e caratteristiche Esteticamente, il ThinkVision ricorda il Lenovo Legion Y32p-30. Entrambi sono di 31,5 pollici diagonale e mostrano angoli sottili, donando un aspetto moderno. Le differenze diventano più ovvie guardando i dettagli: il ThinkVision adotta una base quadrata, piccola e robusta, diversa dal supporto a V largo del Y32p-30. Una fessura attraverso il supporto non solo aggiunge un tocco di colore, ma offre anche uno spazio per sistemare i fili. Con dimensioni di 59,5 x 420,9 x 714,2 mm, il ThinkVision è leggermente più alto rispetto al Legion Y32p-30, l'HP Omen 32q e l'Asus ProArt Display OLED PA32DC. Il monitor pesa poco più di 10,16 kg. Rimane comunque leggero e offre una buona maneggevolezza, con possibilità di regolare l'angolo, la rotazione e l'altezza, oltre alla rotazione di 90 gradi per un uso verticale dello schermo. Osservando il retro del monitor per esaminare il suo hub di connettività, si scopre che il ThinkVision è dotato di una vasta gamma di opzioni. Tra queste, una porta Thunderbolt 4 in entrata e uscita, un connettore HDMI 2.0, un DisplayPort, una porta Ethernet, una porta USB-Tipo B, quattro connettori USB-A e un affidabile jack per cuffie da 3,5 mm. La mancanza di una porta HDMI 2.1 potrebbe inizialmente destare perplessità, ma considerando che il tasso di aggiornamento dello schermo non supera i 60Hz, probabilmente non se ne sente la necessità. L'HDMI 2.1 supporta risoluzioni superiori al 4K e tassi di aggiornamento più elevati. La mancanza di connessioni USB-C potrebbe sollevare alcune domande. In realtà, le porte Thunderbolt e le porte USB-C svolgono la stessa funzione e utilizzano gli stessi connettori, ma il vantaggio del Thunderbolt risiede nelle sue velocità di trasferimento dati più elevate. Per quanto riguarda lo schermo, il ThinkVision P32p-30 è dotato di un display IPS UHD 4K. I pannelli IPS sono apprezzati nei monitor da gioco grazie ai loro tempi di risposta competitivi, all'accuratezza cromatica e agli ampi angoli di visione. Sebbene i tempi di risposta degli IPS siano diminuiti al di sotto dell'1ms, il ThinkVision dichiara un tempo di risposta di 4ms in modalità Estrema e 6ms in modalità Normale. Tempi di risposta più elevati possono compromettere la fluidità del movimento, rendendo l'immagine più sfocata durante scene con movimenti rapidi. Ciò generalmente non è percepibile con oggetti di grandi dimensioni e, durante i miei tes con una serie di video in 4K, lo schermo non ha mostrato problemi evidenti. Il monitor supporta anche le modalità PIP (immagine nell'immagine) e PBP (immagine accanto a immagine) per coloro che amano svolgere più compiti contemporaneamente. La modalità PIP consente di visualizzare contemporaneamente i contenuti di due computer differenti con una finestra inserita nell'altra, mentre la modalità PBP mostra sorgenti differenti simultaneamente sui lati sinistro e destro dello schermo. Il ThinkVision supporta fino a quattro finestre contemporaneamente. Navigando nei menu di personalizzazione del ThinkVision, si trovano modalità video DCI-P3, sRGB e BT.709 per la visualizzazione di contenuti in vari spazi colore, il che risulta utile per editor video e fotografi. Test e prestazioni Il Lenovo ThinkVision P32p-30 sembra un monitor di buona qualità, ma le sue prestazioni giustificano il prezzo? Per valutare le capacità del monitor, abbiamo effettuato test misurando la gamma cromatica, la luminosità, l'accuratezza del colore e il rapporto di contrasto utilizzando il software di taratura Calman, un generatore di segnali Murideo Six-G e un colorimetro Klein K-80. Il primo esame ha misurato la luminosità massima dello schermo con un segnale SDR nella modalità immagine predefinita. Il ThinkVision P32p-30 ha raggiunto i 268 nit, al di sotto della sua valutazione nominale di 350 nit. Il monitor non è certificato VESA DisplayHDR, quindi non è stato sottoposto a prove di luminosità HDR. Passando alla copertura della gamma cromatica, il ThinkVision P32p-30 ha coperto il 99% della tavolozza sRGB, l'83% di Adobe RGB e l'88% di DCI-P3—risultati rispettabili, ma abbiamo visto di meglio in monitor più economici. Successivamente, abbiamo misurato l'accuratezza del colore. Più alto è il valore Delta E di un monitor, più i suoi colori tendono a discostarsi dalle loro tonalità intese. Un valore inferiore a 1 è ideale per la maggior parte dei monitor. Nel caso del ThinkVision P32p-30, abbiamo registrato un Delta E di 1.3. Il nostro ultimo esame con il colorimetro Klein ha misurato il rapporto di contrasto dello schermo, cioè la differenza di luminanza tra il bianco più luminoso e il nero più scuro che un monitor può produrre. Il ThinkVision 32p-30 ha gestito un rapporto di contrasto di 1.204:1. Questo è un buon risultato, leggermente migliore della valutazione di 1.000:1 del monitor, ed è in linea con i rapporti di contrasto statici promessi da altri pannelli IPS. Conclusioni Il ThinkVision P32p-30 si rivela un monitor accettabile, sebbene non particolarmente eccezionale. I risultati cromatici sono buoni ma non ottimi, i tempi di risposta potrebbero essere migliori, e viene penalizzato da una bassa luminosità e dalla mancanza di certificazione HDR. Queste carenze, combinate con un prezzo elevato, impediscono di fornirgli una solida raccomandazione, anche solo come secondo monitor. Pur disponendo di molte opzioni di connettività, per meno di 1.000 euro si possono trovare opzioni superiori. Potremmo considerare l'acquisto del P32p-30 dopo un significativo calo di prezzo, ma fino ad allora rimarremo in attesa. Read the full article

[synnovstore]

Gaming ultrawide laptop extender: Synnov 15.6 experience a different feeling

For gamers, immersion is everything. The thrill of expansive worlds, the precision of competitive play, and the visual spectacle of high-fidelity graphics demand more than a standard laptop screen can offer. Enter the Gaming Ultrawide Laptop Extender—a game-changing accessory that transforms your portable setup into a panoramic powerhouse. Whether you’re battling in Call of Duty, exploring Cyberpunk 2077, or streaming on Twitch, this device redefines what it means to game on the go.

Why Gamers Need an Ultrawide Laptop Extender

A Gaming Ultrawide Laptop Extender addresses two critical needs for modern gamers: expanded field of view (FOV) and multitasking efficiency. Traditional laptop screens, often limited to 15–17 inches, force players to compromise between detail and situational awareness. With an ultrawide extender, you gain a seamless, wraparound display that mimics the experience of triple-monitor setups—without the bulk913.

For competitive titles like Fortnite or Valorant, the extended horizontal view eliminates blind spots, giving you a tactical edge. Meanwhile, RPG and simulation enthusiasts benefit from cinematic immersion, as ultrawide ratios (21:9 or 32:9) enhance environmental storytelling and atmospheric depth711.

Key Features of a High-Performance Gaming Extender

When selecting a Gaming Ultrawide Laptop Extender, prioritize these specs to maximize performance:

High Refresh Rate & Low Input Lag Competitive gaming demands responsiveness. Look for models with 144Hz refresh rates (like the Asus ROG Strix XG16AHPE) and 1ms response times to eliminate motion blur and ghosting711. The Arzopa Z1FC, for instance, balances affordability with a 144Hz panel, ensuring smooth gameplay even in fast-paced shooters11.

Ultrawide Resolution & HDR Support A 2560×1080 or 3440×1440 resolution paired with HDR delivers vibrant colors and sharp contrasts. The ViewSonic VX1655-4K-OLED stands out with its 4K OLED display, offering deeper blacks and 100% sRGB coverage for lifelike visuals911.

Adaptive Sync Technology Screen tearing ruins immersion. Monitors with AMD FreeSync or NVIDIA G-Sync compatibility (e.g., Asus ROG Strix XG17AHPE) synchronize frame rates with your GPU, ensuring buttery-smooth gameplay79.

Portability & Durability A true Gaming Ultrawide Laptop Extender should be lightweight (<2 lbs) and foldable. The Maxfree S6 Triple Laptop Screen Extender, for example, features a magnetic stand and modular design, fitting snugly into backpacks for LAN parties or travel913.

Versatile Connectivity Ensure compatibility with USB-C/DisplayPort Alt Mode for single-cable power and video transmission. HDMI 2.1 ports future-proof your setup for consoles like the PS5 or Xbox Series X28.

Real-World Gaming Benefits

Testing the Siaviala S6 extender revealed how a Gaming Ultrawide Laptop Extender elevates play. With dual 15.6-inch screens flanking a 13-inch laptop, the combined 44-inch display provided unmatched peripheral vision in Apex Legends. The 1080p IPS panels maintained 300-nit brightness even in sunlit cafes, while the 60Hz refresh rate sufficed for casual sessions13.

For streamers, the extender’s Picture-by-Picture (PBP) mode allowed simultaneous gameplay on one screen and OBS Studio controls on the other. Meanwhile, RPG fans praised the Innocn 15A1F OLED model for its 178° viewing angles and 100,000:1 contrast ratio, which brought Elden Ring’s shadowy dungeons to life911.

Optimizing Your Setup

To avoid performance bottlenecks:

Power Management: High-refresh-rate screens drain laptop batteries quickly. Use a 100W USB-C charger to sustain both devices during marathon sessions13.

Driver Updates: Ensure your GPU drivers support ultrawide resolutions. NVIDIA Control Panel and AMD Adrenaline offer custom scaling options for non-native ratios8.

Ergonomics: Position the extender at eye level using adjustable stands (like the Lenovo ThinkVision M14t Gen2’s hinged design) to reduce neck strain9.

The Future of Portable Gaming

Innovations like wireless connectivity (ViewSonic VG1656N) and foldable OLED panels are pushing boundaries. Imagine a Gaming Ultrawide Laptop Extender that rolls into a tube or pairs wirelessly with minimal latency—concepts already in development1114.

Conclusion（Gaming ultrawide laptop extender）

A Gaming Ultrawide Laptop Extender isn’t just an accessory—it’s a paradigm shift. By combining portability with desktop-grade immersion, it empowers gamers to dominate anywhere. Whether you’re a casual player or a esports aspirant, investing in a high-quality extender ensures you never compromise on performance or spectacle.

Product Category : Triple Portable Monitor, Laptop Screen Extender， Laptop Monitor Extender

300% Productivity Boost with a Spacious Workspace This 15.6 – inch laptop screen extender revolutionizes your workflow. With support for mirror, extend, landscape, and portrait modes, and the ability to run three screens simultaneously, it eradicates the need to switch between windows on a single display. Enjoy a 300% productivity leap as you effortlessly manage multiple tasks.

Portable and Versatile Detachable Design Featuring a detachable screen, this triple – screen laptop monitor extender is perfect for mobility. The package includes a stand for single – screen usage and a handy carrying case. Its screen rotates 235°, and the widened stand adjusts up to 90°, enabling horizontal, vertical, or reverse configurations. Ideal for home offices, business travels, video conferences, and more.

Striking 1080P FHD Visuals Equipped with a 1080P Full HD display, a 1000:1 contrast ratio, 300 nits brightness, 80% color gamut, and 1920×1080 resolution, this portable monitor offers crystal – clear visuals. The built – in speakers and customizable multi – function buttons allow for easy adjustment of brightness, contrast, and volume, safeguarding your eyes while providing an immersive experience.

Seamless Connection Made Simple This portable laptop screen extender is plug – and – play, requiring no additional drivers. Connect screen 1 via a USB – C to USB – C cable, and screen 2 with an HDMI to USB – C cable plus a USB – A to USB – C cable. All necessary cables (2* USB – C to USB – C, 2* HDMI to USB – C, 2* USB – A to USB – C) are included. Note that some laptops’ USB – C ports may have limitations; check before use.

Broad Compatibility and Reliable After – Sales Compatible with Windows, Mac, Chrome, Android, Linux, and Dex, this monitor extender works with MacBook models having M1/M2/M3 Pro or Max chips (not M1/M2/M3 chips). Synnov offers a 12 – month after – sales service. If you face any issues like missing accessories or compatibility/connectivity problems, contact us; we’ll respond within 24 hours.

[miya716tienda]

Dell UltraSharp 32 4K Thunderbolt Hub Monitor (U3225QE) Test

Das U3225QE misst 24,4 bis 28,1 bis 8,5 Zoll (HWD) und wiegt 20,6 Pfund. Es verfügt über einen 31,5-Zoll-Bildschirm mit 4K UHD (3,840-by-2,160-Pixel) Auflösung und ein 16,9 Seitenverhältnis. Ein Bildschirm dieser Größe und Auflösung hat eine Pixeldichte von 140 Pixel pro Zoll (ppi), die für die Foto- oder Videobearbeitung mehr als ausreichend sein sollte. Der Bildschirm verwendet LG IPS Black Technologie, die einen tieferen Kontrast bietet als Standard In-Plane Switching (IPS) Panels. Bisher hatten IPS Black Monitore maximale Nennkontrastverhältnisse von 2.000:1, aber der U3225QE und der Dell UltraSharp U2725QE (ein weiterer Thunderbolt Hub Monitor, der gleichzeitig veröffentlicht wurde) sind die ersten IPS Black Monitore mit 3.000:1 Kontrastverhältnis.

IPS Black Panels bieten die gleichen großen Blickwinkel wie Standard IPS Bildschirme: bis zu 178 Grad sowohl vertikal als auch horizontal. Man kann den Bildschirm des U3225QE fast randvoll von der Seite oder von oben betrachten, ohne dass die Bildqualität spürbar beeinträchtigt wird. Eine 120Hz Pixel-Bildwiederholrate hilft, das Bild des Monitors zu glätten und Artefakte und Bildschirmreißer zu reduzieren, und macht dieses Panel zu einer guten Wahl für Spieledesigner.

Das silberfarbene Chassis des U3225QE wird an einem schlanken Schaft befestigt, der unten ein Loch hat, durch das man Kabel schlängeln kann. Der Schaft wird durch eine Basis mit einer relativ kleinen Stellfläche, aber einem stabilen Gefühl verankert. Dieser Monitor hat ein gutes ergonomisches Cred. Zusätzlich zu einer Reihe von Löchern im hinteren Bereich 100mm auseinander, um eine VESA-Halterung (nicht im Lieferumfang enthalten) für Arm- oder Wandmontage zu montieren, verfügt dieser Monitor über eine großzügige 5,9 Zoll Höhenverstellung, Schwenkverstellung von 45 Grad zu beiden Seiten, 90 Grad Schwenkverstellung in beide Richtungen und Neigungsverstellung von bis zu fünf Grad in Richtung oder 21 Grad vom Benutzer entfernt.

Das U2725QE verfügt über alle Konnektivität und Leistung, um die Dockingstation eines Laptops zu ersetzen, den Computer über ein Thunderbolt-Kabel anzuschließen (und aufzuladen oder mit Strom zu versorgen) und bietet gleichzeitig Ethernet-Konnektivität, mehrere Videoeingänge und einen Mega-Hub von nachgeschalteten Ports. Der Thunderbolt 4-Upstream-Anschluss bietet eine Stromversorgung von bis zu 140 Watt, das meiste, was ich bisher an einem Monitor gesehen habe, und unterstützt den alternativen DisplayPort über USB-Modus. Ein nachgeschalteter Thunderbolt 4-Port, mit dem ein zweiter Monitor an das Setup angeschlossen werden kann, ist ebenfalls enthalten.

Die sieben nachgeschalteten USB-Anschlüsse des U3225QE verfügen über zwei USB-C-Anschlüsse und fünf USB-A-Anschlüsse. Die beiden USB-C-Anschlüsse und ein USB-A-Anschluss, die jeweils das Aufladen unterstützen, sind nach vorne gerichtet und können durch Drücken auf eine Stelle an der Unterseite des Monitors aufgerufen werden.

Die RJ-45 Ethernet-Buchse des U3225QE bietet Konnektivität, wenn das WLAN Ihres Laptops nicht vorhanden ist oder nicht vorhanden ist, und unterstützt auch Wake-on-LAN (WoL), PXE-Boot und Mac-Adresspass-Through-Funktionen. Dell enthält drei Kabel im Lieferumfang: Thunderbolt 4, DisplayPort und USB-A-zu-USB-C.

Der Monitor hat keine eingebauten Lautsprecher, aber einen 3,5mm Audio-Out-Port, der Kopfhörer oder externe Lautsprecher mit Strom unterstützen kann.

Sie navigieren über das On-Screen-Display (OSD) des U3225QE und ändern die Einstellungen mithilfe eines kleinen Vier-Wege-Joystick-Controllers mit einer zentralen Taste, eine Konfiguration, die einfach zu bedienen ist und auf Produktivitäts-, Profi- und Gaming-Monitoren üblich geworden ist.

[dolishayantoni]

Asus ProArt PA348CGV review

Content creators who play PC games face a tough decision when it comes to buying a monitor. Many of the best professional monitors look great in games but don't have high refresh rates or adaptive sync. Gaming monitors, on the other hand, offer great image quality but lack essential features for demanding creatives. The Asus ProArt PA34CGV fills this gap at an affordable price.

Asus ProArt PA348CGV: Specifications

The Asus ProArt PA348CGV's specs are typical for a 34-inch ultrawide monitor. A resolution of 3440 x 1440 is essentially standard for this monitor size, with only some LG 5K Ultrafine monitors having a higher resolution. IPS panels are also representative of this category.

• Display Size: 34" Ultrawide

• Native Resolution: 3440×1440

• Panel Type: IPS

• Refresh Rate: 120Hz

• HDR: Yes

• Ports: 1 x USB-C 90W Power, DisplayPort 1.4, 2 x HDMI 2.0, 4 x USB 3.2, Headphone Jack

• Stand Adjustment: Height, Tilt, Swivel

• VESA Mount: 100 x 100mm

• Speakers: Yes

• Price: $729

It's easy to underestimate the PA348CGV, as its strengths aren't clearly stated in the specs, but they were quickly apparent in testing.

Asus Proart PA348CGV: Design The Asus ProArt PA348CGV is a professional monitor, so it has an understated design that isn't particularly conspicuous when viewed from the front, with a medium-sized matte black bezel framing the screen.

[t2mip]

eDisplayPort v1.4 Tx PHY and Controller IP Core in 22ULP

T2M-IP, the global independent semiconductor technology expert and leading provider of advanced IP solutions, is excited to announce the release of its silicon-proven DisplayPort v1.4 Transmitter PHY and Controller IP Core, developed in TSMC's 22nm Ultra-Low Power (22ULP) process technology. This innovative IP core delivers exceptional performance and power efficiency, catering to the growing demand for high-quality display solutions in consumer electronics, automotive, and industrial applications.

Our eDisplayPort v1.4 Tx PHY and Controller IP Cores from T2M-IP offer a comprehensive solution, including support for 8K resolution at 60Hz with High Dynamic Range (HDR), Display Stream Compression (DSC) 1.2a, and Forward Error Correction (FEC). The IP core is designed to meet the stringent requirements of modern display applications, ensuring high-speed data transmission with minimal power consumption. TSMC's 22ULP (22nm Ultra Low Power) process technology features ultra-low power consumption, high performance, advanced transistor technology, high density, mixed-signal and RF integration, enhanced design flexibility, and reduced die size, making it ideal for mobile, IoT, and other power-sensitive applications.

Key features of the DisplayPort v1.4 Tx PHY and Controller IP Core include:

High-Resolution Support: Capable of supporting 8K resolution at 60Hz, providing stunning visual clarity.

Advanced Compression: Integrated Display Stream Compression (DSC) 1.2a for efficient data transmission.

Error Correction: Forward Error Correction (FEC) to ensure reliable data integrity.

Low Power Consumption: Optimized for TSMC's 22ULP process, delivering superior power efficiency.

Broad Compatibility: Fully compliant with the DisplayPort v1.4 specification, ensuring compatibility with a wide range of devices.

Our eDisplayPort v1.4 Tx PHY and Controller IP Cores in TSMC's 22ULP technology. This achievement underscores our commitment to providing cutting-edge IP solutions that meet the evolving needs of our customers. Our DisplayPort v1.4 IP core not only enhances display performance but also significantly reduces power consumption, making it an ideal choice for next-generation display applications. This IP core solution has already undergone rigorous testing and validation to ensure robust performance and reliability. T2M-IP is dedicated to supporting its customers with comprehensive documentation, reference designs, and technical support to facilitate seamless integration and accelerate time-to-market.

Availability: There are so many IP Cores are available for immediate licensing. For more information on licensing options and pricing please drop a request / Mail at contact@t-2-m.com

About T2M-IP: T2M-IP, is the global independent semiconductor technology expert and leading provider of innovative IP solutions for the semiconductor industry. With a focus on delivering high-performance, power-efficient designs, and empowers customers to develop cutting-edge products for a wide range of applications, including consumer electronics, automotive, and industrial markets. For more information, visit www.t-2-m.com

[govindhtech]

ASUS Strix gaming monitors: ROG Strix XG27UCS & XG27ACS

ASUS ROG Strix Portable gaming monitor

ASUS Nvidia g sync monitor

ASUS Republic of Gamers announced the ASUS Strix gaming monitors ASUS ROG Strix XG27UCS and XG27ACS gaming monitors. The smaller stand, mobile device groove, USB-C connectivity, and artificial intelligence-powered GamePlus technology make these gaming monitors clutter-free. Providing mainstream gamers with next-level performance and visuals, the XG27UCS offers stunning 4K visuals at 160 Hz and smooth gameplay at 180 Hz for 1440p. Both models have 1 millisecond response times, NVIDIA G-SYNC compatibility, and HDR for a more immersive experience. The XG27ACS comes in black ROG or white (XG27ACS-W) for white-themed PCs.

Yes, that is correct! You are aware of the most recent ASUS ROG announcement. The new ROG Strix XG27UCS and ROG Strix XG27ACS gaming monitors are made to give players excellent performance and fluid visuals. Here is a brief summary of their main

G sync ultimate monitors

The ROG Strix XG27UCS and ROG Strix XG27ACS enhance gameplay. IPS panels with 180 Hz and 160 Hz refresh rates and 1 ms GTG response time give competitive gamers an edge. This allows for the smoothest action-packed visuals possible.

The XG27UCS and ROG Strix XG27ACS offer smooth, tear-free gaming with G-SYNC and ELMB Sync. A wide DCI-P3 gamut and DisplayHDR 400 certification ensure stunning HDR imagery and color performance.The displays also have Integrated ASUS Variable Overdrive 2.0 technology, which dynamically adjusts overdrive settings to frame rates for the best visuals. It is possible to eliminate ghosting and achieve exceptionally smooth visuals by selecting from among twenty different overdrive level settings. These monitors generally provide high performance and value in an easy-to-use package.

GamePlus technology, powered by artificial intelligence, allows the monitor to analyze scenes in real time and improve crosshair accuracy. Gamers can also use Dynamic Shadow Boost to brighten dark areas without overlighting bright ones in low light.

ASUS ROG Strix gaming monitors

Plug-and-play functionality is made possible right out of the box thanks to the many different connectivity options that are available. The XG27UCS and XG27ACS are both capable of supporting personal computers, laptops, and gaming consoles thanks to their DisplayPort 1.4, HDMI 2.0, and USB Type-C ports, which come equipped with DP Alt mode and Power Delivery.

In addition, the ASUS DisplayWidget Center software provides users with an easy-to-use interface that allows them to easily adjust monitor settings by using a mouse rather than the OSD menu. Each individual unit is put through a rigorous quality control test to guarantee that it will perform exceptionally well and accurately in terms of color right out of the box. Users are able to access the calibration report through the menu structure of the OSD.

ROG Strix XG27ACS and ROG Strix XG27UCS are available for $269 and $449, respectively. ROG also packages both monitors in FSC Mix, an eco-friendly material, to maintain its sustainability.

FAQS

Are these monitors G-SYNC compatible?

The XG27UCS and XG27ACS are compatible with NVIDIA G-SYNC, yes.

Do they support HDR?

The two monitors are certified DisplayHDR 400, yes.

Do these monitors have USB-C connectivity?

Yes, for a clutter-free setup, the XG27UCS and XG27ACS both have USB-C connectivity.

What are some additional features?

AI-powered GamePlus features like Dynamic Shadow Boost and a modifiable crosshair. Many connectivity choices, such as HDMI and DisplayPort. ASUS Variable Overdrive 2.0 technology integrated for best possible images.

When will these monitors be available?

Since ASUS only revealed these monitors on March 15, 2024, there may be differences in the exact availability dates. For more details, visit the official ASUS website or consult one of the approved retailers.

What color options are available?

XG27UCS: Probably just black (information not yet verified). XG27ACS: XG27ACS-W, black and white.

Is a 27 inch monitor good for gaming?

The next size up is a 27-inch monitor, which is among the most widely used screens. There are options for almost every kind of gamer. Basic 1080p screens and high-resolution 4k screens are both available, though 1440p is the most popular resolution for screens this size.

Read more on govindhtech.com

[ktcofficial]

S+ Standard H24T09P gaming monitor by KTC, Designed for entry-level gamers!

KTC Gaming Monitor, 24 Inch Monitor 1080p 165Hz 144hz Monitor, 1ms GTG Fast IPS Computer Monitor, HDR, 125% sRGB, HDMI/DP, Eyecare, Adjustable & Mountable,Office Monitor, H24T09P

1. Big Performance- With Fast IPS Panel,adaptive Sync, rapid 165hz refresh rate and 1ms GTG response time, you have up to 2x as many frames displayed on screen every second compared to a traditional screen， keeping you on top of your game！

2. Gamer Features- Activate GamePlus crosshairs for game-winning accuracy and score a direct hit every time. Multiple preset screen options and FPS/RTS optimization let you tailor the HDR monitor display settings to the needs of your game.

3. Multiple Ports- Adopting high standard HDMI 2.0 and DisplayPort 1.4 interfaces which support Desktop PC, Gaming Laptops, Switch, XBOX, PS gaming consoles, etc. Joystick selection button provides better setting experience.

4. Eyecare Technology- Find your best viewing position and stay comfortable by -5°~15° tilting adjustment and 178° viewing angle. Plus Flicker-Free technology and Blue Light Filter, both your neck and eyes will definitely thank you！

5. De Facto Standard- Applying new S+ standard, define better displays in the industry with more stringent and comprehensive testing rules. Tackle the problem at its sources and if you find anything wrong, please feel free to contact us.

[noisytigereagle-blog1]

1440p video display units have emerge as extremely famous for gaming in latest years. They're low enough resolution best 2k monitor 144hz that decent overall performance is possible with out an incredibly pricey gaming pc, yet are high sufficient resolution that you can see greater pleasant info for your favorite games. They aren't just for PC gaming anymore, both; 1440p is supported through the Xbox One, making a 1440p monitor an attractive opportunity for college kids that don't have sufficient room for a great TV. We've reviewed over a hundred monitors, and beneath are our tips for the exceptional 1440p gaming monitors which can be available for buy. See our tips for the pleasant gaming video display units, the nice gaming reveal length, the nice 1080p monitors, and the quality gaming video display units under $300. If you're searching out the high-quality gaming revel in feasible, additionally take a look at out our hints for the satisfactory gaming mice. Best 1440p G-SYNC Gaming Monitor: ASUS PG279QZ ASUS ROG Swift PG279QZ Design ASUS PG279QZ SEE PRICEAmazon.Com eight.five Gaming Size 27" Resolution 2560x1440 Max Refresh Rate one hundred sixty five Hz LCD Type IPS Variable Refresh Rate G-SYNC The nice 1440p G-SYNC gaming screen we've tested to date is the ASUS ROG Swift PG279QZ. The 27 inch display gives you an immersive gaming enjoy, and it has an superb reaction time and a black body insertion feature to help lessen motion blur, plus its input lag is tremendously low. It has a native refresh price of 144Hz which may be overclocked to 165Hz, and with native G-SYNC aid, the refresh fee can drop as little as 20Hz, resulting in a nearly tear-free gaming enjoy. This screen has high-quality horizontal viewing angles and top notch ergonomics, so that you can place it but you like if you want to apply it for co-op gaming. Unfortunately, it doesn't perform well in dark rooms because of its mediocre contrast ratio and negative black uniformity, so blacks will look towards grey. However, it has respectable height brightness and k reflection handling, so it performs well in most average-lit rooms. This display's predecessor, the ASUS ROG Swift PG279Q, performs very further and it's inexpensive now, even though it might be harder to find. Overall, that is the nice 1440p G-SYNC gaming display that we've tested to date. See our review SMALLER ALTERNATIVE: DELL S2417DG Dell S2417DG Design Dell S2417DG SEE PRICEAmazon.Com Size 24" Resolution 2560x1440 Refresh Rate one hundred forty four Hz LCD Type TN Variable Refresh Rate G-Sync If you're searching for a smaller size screen than the ASUS ROG Swift PG279QZ that still has tremendous gaming chops, take a look at out the Dell S2417DG. This is an terrific 24 inch 1440p gaming monitor, with great reaction time, low enter lag, and a really speedy refresh charge. As that is a TN screen, we also can count on some compromises, which includes a negative evaluation ratio and poor viewing angles. It can get decently vivid, however once again, HDR guide is absent. Overall, the ASUS is the great 1440p gaming reveal for most human beings, however in case you don't have the table area and need something smaller, the Dell is a extremely good opportunity. See our review Best 1440p FreeSync Gaming Monitor: ASUS TUF VG27AQ ASUS TUF VG27AQ Design ASUS TUF VG27AQ SEE PRICEAmazon.Com eight.five Gaming Size 27" Resolution 2560x1440 Max Refresh Rate one hundred sixty five Hz LCD Type IPS Variable Refresh Rate FreeSync The ASUS TUF VG27AQ is the pleasant 1440p FreeSync gaming monitor we've tested up to now. With a 27 inch screen size, this screen has the precise resolution to provide an immersive gaming enjoy without overtaxing your snap shots card. Images appearance sharp and movement blur is minimal in rapid-moving scenes way to its exquisite response time and black frame insertion feature. It has an exceptionally low input lag and although it's higher when FreeSync is enabled, it shouldn't be noticeable for maximum game enthusiasts. Its VRR aid additionally works with NVIDIA's G-SYNC thru a DisplayPort connection, and the screen's native 144Hz refresh fee can be easily overclocked to 165Hz for even smoother gameplay. While this screen is usually product of plastic, it feels fairly sturdy and properly-built. The stand has super ergonomics, permitting you to adjust it to your most appropriate viewing position, and its IPS panel gives first rate viewing angles, so the photo remains accurate when regarded from the side. It has a great height brightness that's appropriate for an averagely-lit room, however unfortunately, it doesn't appearance as true inside the darkish, as it has a mediocre comparison ratio and black uniformity, which is predicted of most IPS panels. Gray uniformity is top notch, although, with almost no signal of dirty display effect, and its out-of-the-box coloration accuracy is first rate. This reveal supports HDR, but it is able to't display a wide shade gamut and it is able to't get bright enough to carry out highlights in HDR content material. Sadly, there's no USB hub to charge mobile gadgets, however it does include included speakers in case you don't have any dedicated ones. All in all, in case you're seeking out a 1440p reveal with great gaming overall performance and FreeSync help, this one is well worth checking out. See our review DARK ROOM ALTERNATIVE: SAMSUNG CHG70 Samsung CHG70 Design Samsung CHG70 SEE PRICEAmazon.Com Size 27" Resolution 2560x1440 Max Refresh Rate one hundred forty four Hz LCD Type VA Variable Refresh Rate FreeSync If you often recreation inside the darkish, the Samsung CHG70 may be a higher option than the ASUS TUF VG27AQ. Its VA panel has a much better evaluation ratio, resulting in deep and inky blacks whilst considered in a dark room. Unfortunately, its black uniformity is just as bad; but, this may vary from one unit to another. It has an splendid enter

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Naturally, a better decision 4K monitor is going to each price even greater and calls for even extra energy to drive. Are the more display pixels really worth it if you need to have a higher gaming revel in? In 2018, should you ditch you old full HD 1080p gaming reveal and get a better resolution one? If yes, need to you go with 2K or 4K? The Best 4K G-Sync Gaming Monitor With VRR generation, the screen refreshes on every occasion the pix card is finished drawing the next body. Variable Refresh Rate Another important feature on this reveal that game enthusiasts are going to like is the FreeSync feature that gives excellent-smooth pics by eliminating display screen tearing while in play mode.

Unfortunately, its assessment ratio is low and even though it supports HDR, it lacks a wide shade gamut and cannot get shiny sufficient to convey out highlights, so this mode sincerely would not add much. However, it can provide a outstanding overall image satisfactory, making it the satisfactory 1440p reveal we've got tested to this point. A recreation like Rocket League won’t be too worrying to run and so it won’t take as powerful of a videogaming computer to run on a 2k monitor as some different words selectable. Asus TUF Gaming VG27AQ Viewsonic Elite XG270 With the right setup, a G-Sync reveal will slow down and velocity up (to an extent) its refresh fee to in shape whatever framerate your laptop is able to deliver. It thereby guarantees every frame your pc sends may be proven in its entirety for your screen. What does that imply for you? Clear imagery on your games regardless of your computer's ability to hold a stable body fee. G-Sync additionally manages to avoid the issues of standard V-Sync, which can introduce considerable latency. If you’re someone who performs today’s most worrying games (The Witcher three, Far Cry  5, Kingdom Come: Deliverance, etc.), you’re going to want a better pictures card on the way to play those types of games on max settings on a 1440P screen with ideal framerates. Large screen length LCD Type Asus TUF Gaming VG27AQ Size 27"

Where to Get the Best G-Sync Monitor in the UK 7.8 Media Creation Asus ROG Swift PG35VQ On Amazon Variable Refresh Rate

1. Gamers who Play good Games and Have A semi-Budget (1440P 60Hz)

Aesthetic

If you need to get a high-quality display that's able to G-Sync thanks to Nvidia's extended help to FreeSync video display units, then the Asus ROG Strix XG279Q is a champ. This monitor gives you a 27-inch, 1440p show that may run at as much as 170Hz, devliering buttery clean gaming. The smoothness is in addition along through a 1ms response time.

See It Screen size: 27" ● Aspect ratio: 16:9 ● Resolution: 1,920 x 1,080 ● Panel kind: Fast IPS FreeSync, G-Sync Compatible ● Brightness: 400cd/m2 ● Refresh charge: 240Hz ● Response time: 1ms ● Viewing angle: 178(H)/178(V) ● Contrast ratio: 1,000:1 ● Color support: 16.7M, eight-bit ● Inputs: 2 x HDMI 2.0, 1 x DisplayPort 1.2 ● Weight: 17.42 pounds ● Size: 24.2" x 18.1 x 10.4" The number-one 2k display we've got runned so far is the ASUS TUF VG27AQ. It's a terrific monitor for most uses that need to please the maximum serious game enthusiasts or humans just trying to loosen up and watch some films with friends. 6.6 HDR Gaming Moving one, the colors are in addition fascinating, and opposite to a majority of the monitors underneath 300, the colors aren't oversaturated, however instead pretty herbal, but vibrant sufficient for me to experience images and motion pictures in a easy format. FreeSync See It Acer Predator XB273K

I’ve to admit the producer has accomplished a pretty incredible job of creating this monitor aesthetically appealing and on the equal time functional. “ Features and Benefits And, for aggressive video games like Rocket League, Overwatch, Fortnite, League of Legends, etc. wherein the snap shots aren’t the important promoting point of the game, you’d in all likelihood be higher off going with the higher refresh charge. So, again, it in reality all comes right down to your finances and the sorts of games you play.

The high-quality 1440p 144Hz display we have tested to this point is the ASUS TUF VG27AQ. Its refresh charge can be without problems overclocked to 165Hz, ensuing in awesome reaction time and minimal motion blur with rapid-shifting content. It has a black body insertion feature to assist reduce motion blur, and a very low input lag, supplying you with a responsive gaming experience. BETTER GAMING ALTERNATIVE: AOC AG271QX Design Features and Benefits Pros It has a VA panel that may produce deep blacks, making it a amazing preference for dark rooms, and it could show colors with remarkable accuracy. This reveal has exquisite movement handling, even though it must be noted that the response time is significantly worse in case you play at 60Hz, which may be disappointing for console game enthusiasts. It has a black body insertion feature to reduce motion blur, it supports FreeSync, and its input lag is extraordinarily low, even when VRR is enabled. It can also deliver a quite first rate HDR enjoy, higher than a few TVs. 7.1 HDR Gaming The biggest determining component in whether or not a 1440P display would be well worth it for you is what your total price range it. The funny factor about 1440P monitors is that, on the decrease end of the market (1440P 60Hz), they certainly aren’t priced an awful lot in a different way than the lower give up of the 4K market (4K 60Hz). You can find entry-stage 4K video display units for ~$2 hundred and the same is proper for entry-level 1440P video display units. IPS

three. Gamers That Play Non-Demanding Competitive Games and Have A Moderate-to-Large Budget (1440P 144Hz) With the Asus TUF Gaming VG27AQ, you may prevent demanding approximately having to select between G-Sync and Freesync as this gaming screen helps each. Thanks to its class as a G-Sync well matched FreeSync gaming screen, this display can give you a variable refresh fee revel in on each Nvidia- and AMD-powered PCs as well as the Xbox One S and Xbox One X. Users love this model as it’s now not only versatile, however it’s easy to collect and promises stable overall performance for the purchaser marketplace. Even better, it shifts from the VA panel of its predecessor to the IPS panel, and this is anticipated to address a number of the flaws of the original model, such as responsiveness and shade consistency.

7.eight Mixed Usage

7. Asus TUF Gaming VG27AQ The AOC Q3279VWFD8 is the high-quality bang for the buck in case you're in search of a big 32" monitor with crisp image first-rate and richness in color.

[tecnoandroidit]

Lenovo ThinkVision P32p-30: tra prestazioni e design, vale quello che costa?

Il prezzo di 1200 € del Lenovo ThinkVision P32p-30 (63E5GAT2EU) può essere considerato alto per un monitor 4K UHD. Il pannello IPS da 31,5 pollici ha lo scopo di migliorare l’utilizzo del dispositivo per la produttività e l’uso creativo, il che lo distingue dal Lenovo Legion Y32p-30 che punta al gaming. Mentre il design molto bello e il prezzo elevato potrebbero attrarre gli utenti avanzati e i video editor, parametri come tempi di risposta relativamente elevati e luminosità massima eccessivamente bassa richiedono una valutazione più attenta. Noi di tecnoandroid.it lo abbiamo testato per voi scoprendo pregi e difetti di questo monitor. Design e caratteristiche Esteticamente, il ThinkVision ricorda il Lenovo Legion Y32p-30. Entrambi sono di 31,5 pollici diagonale e mostrano angoli sottili, donando un aspetto moderno. Le differenze diventano più ovvie guardando i dettagli: il ThinkVision adotta una base quadrata, piccola e robusta, diversa dal supporto a V largo del Y32p-30. Una fessura attraverso il supporto non solo aggiunge un tocco di colore, ma offre anche uno spazio per sistemare i fili. Con dimensioni di 59,5 x 420,9 x 714,2 mm, il ThinkVision è leggermente più alto rispetto al Legion Y32p-30, l'HP Omen 32q e l'Asus ProArt Display OLED PA32DC. Il monitor pesa poco più di 10,16 kg. Rimane comunque leggero e offre una buona maneggevolezza, con possibilità di regolare l'angolo, la rotazione e l'altezza, oltre alla rotazione di 90 gradi per un uso verticale dello schermo. Osservando il retro del monitor per esaminare il suo hub di connettività, si scopre che il ThinkVision è dotato di una vasta gamma di opzioni. Tra queste, una porta Thunderbolt 4 in entrata e uscita, un connettore HDMI 2.0, un DisplayPort, una porta Ethernet, una porta USB-Tipo B, quattro connettori USB-A e un affidabile jack per cuffie da 3,5 mm. La mancanza di una porta HDMI 2.1 potrebbe inizialmente destare perplessità, ma considerando che il tasso di aggiornamento dello schermo non supera i 60Hz, probabilmente non se ne sente la necessità. L'HDMI 2.1 supporta risoluzioni superiori al 4K e tassi di aggiornamento più elevati. La mancanza di connessioni USB-C potrebbe sollevare alcune domande. In realtà, le porte Thunderbolt e le porte USB-C svolgono la stessa funzione e utilizzano gli stessi connettori, ma il vantaggio del Thunderbolt risiede nelle sue velocità di trasferimento dati più elevate. Per quanto riguarda lo schermo, il ThinkVision P32p-30 è dotato di un display IPS UHD 4K. I pannelli IPS sono apprezzati nei monitor da gioco grazie ai loro tempi di risposta competitivi, all'accuratezza cromatica e agli ampi angoli di visione. Sebbene i tempi di risposta degli IPS siano diminuiti al di sotto dell'1ms, il ThinkVision dichiara un tempo di risposta di 4ms in modalità Estrema e 6ms in modalità Normale. Tempi di risposta più elevati possono compromettere la fluidità del movimento, rendendo l'immagine più sfocata durante scene con movimenti rapidi. Ciò generalmente non è percepibile con oggetti di grandi dimensioni e, durante i miei tes con una serie di video in 4K, lo schermo non ha mostrato problemi evidenti. Il monitor supporta anche le modalità PIP (immagine nell'immagine) e PBP (immagine accanto a immagine) per coloro che amano svolgere più compiti contemporaneamente. La modalità PIP consente di visualizzare contemporaneamente i contenuti di due computer differenti con una finestra inserita nell'altra, mentre la modalità PBP mostra sorgenti differenti simultaneamente sui lati sinistro e destro dello schermo. Il ThinkVision supporta fino a quattro finestre contemporaneamente. Navigando nei menu di personalizzazione del ThinkVision, si trovano modalità video DCI-P3, sRGB e BT.709 per la visualizzazione di contenuti in vari spazi colore, il che risulta utile per editor video e fotografi. Test e prestazioni Il Lenovo ThinkVision P32p-30 sembra un monitor di buona qualità, ma le sue prestazioni giustificano il prezzo? Per valutare le capacità del monitor, abbiamo effettuato test misurando la gamma cromatica, la luminosità, l'accuratezza del colore e il rapporto di contrasto utilizzando il software di taratura Calman, un generatore di segnali Murideo Six-G e un colorimetro Klein K-80. Il primo esame ha misurato la luminosità massima dello schermo con un segnale SDR nella modalità immagine predefinita. Il ThinkVision P32p-30 ha raggiunto i 268 nit, al di sotto della sua valutazione nominale di 350 nit. Il monitor non è certificato VESA DisplayHDR, quindi non è stato sottoposto a prove di luminosità HDR. Passando alla copertura della gamma cromatica, il ThinkVision P32p-30 ha coperto il 99% della tavolozza sRGB, l'83% di Adobe RGB e l'88% di DCI-P3—risultati rispettabili, ma abbiamo visto di meglio in monitor più economici. Successivamente, abbiamo misurato l'accuratezza del colore. Più alto è il valore Delta E di un monitor, più i suoi colori tendono a discostarsi dalle loro tonalità intese. Un valore inferiore a 1 è ideale per la maggior parte dei monitor. Nel caso del ThinkVision P32p-30, abbiamo registrato un Delta E di 1.3. Il nostro ultimo esame con il colorimetro Klein ha misurato il rapporto di contrasto dello schermo, cioè la differenza di luminanza tra il bianco più luminoso e il nero più scuro che un monitor può produrre. Il ThinkVision 32p-30 ha gestito un rapporto di contrasto di 1.204:1. Questo è un buon risultato, leggermente migliore della valutazione di 1.000:1 del monitor, ed è in linea con i rapporti di contrasto statici promessi da altri pannelli IPS. Conclusioni Il ThinkVision P32p-30 si rivela un monitor accettabile, sebbene non particolarmente eccezionale. I risultati cromatici sono buoni ma non ottimi, i tempi di risposta potrebbero essere migliori, e viene penalizzato da una bassa luminosità e dalla mancanza di certificazione HDR. Queste carenze, combinate con un prezzo elevato, impediscono di fornirgli una solida raccomandazione, anche solo come secondo monitor. Pur disponendo di molte opzioni di connettività, per meno di 1.000 euro si possono trovare opzioni superiori. Potremmo considerare l'acquisto del P32p-30 dopo un significativo calo di prezzo, ma fino ad allora rimarremo in attesa. Read the full article

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ASUS TUF Gaming F15 Gaming Laptop

Introduction

Introducing the ASUS TUF Gaming F15 Gaming Laptop, a powerful and feature-packed gaming machine designed to deliver an exceptional gaming experience. With its sleek design, impressive hardware specifications, and advanced features, this laptop is a perfect choice for gamers seeking high-performance and reliability.

The ASUS TUF Gaming F15 features a 15.6-inch Full HD display with a fast 144Hz refresh rate, providing smooth visuals and immersive gameplay. The display offers vibrant colors and sharp details, allowing you to fully enjoy your favorite games with stunning clarity.

Under the hood, the laptop is powered by an Intel Core i5-11400H processor, delivering excellent performance for both gaming and everyday tasks. This 11th generation processor ensures smooth multitasking and responsiveness, allowing you to handle demanding applications and games effortlessly.

Features

BrandASUSSeriesFX506HF-ES51Screen Size15.6 InchesColorGraphite BlackHard Disk Size512 GBCPU ModelCore i5Ram Memory Installed Size8 GBOperating SystemWindows 11 HomeCard DescriptionDedicatedGraphics CoprocessorNVIDIA GeForce RTX 2050

Additional Details

SUPERCHARGED RTX GRAPHICS – Gameplay graphics are silky smooth with the NVIDIA GeForce RTX 2050 4GB GDDR6 at 70W with Dynamic Boost.

READY FOR ANYTHING – Use your gaming laptop to stream and multitask with ease thanks to an Intel Core i5-11400H with 12M Cache, up to 4.5 GHz, 6 cores and 8GB of blisteringly fast 3200MHz DDR4 RAM on Windows 11.

SWIFT VISUALS – Stay one step ahead of the competition thanks to its 144Hz 15.6” Full HD (1920 x 1080) IPS Type Display

AMPLE STORAGE FOR ALL YOUR GAMES – Store all your game library, and load them fast on your 512GB PCIe NVMe M.2 SSD to take advantage of the full RTX gaming experience.

MILITARY GRADE TOUGHNESS – Durable MIL-STD-810H military standard lives in the TUF line as the devices are tested against drops, vibration, humidity and extreme temperatures to ensure reliability.

CONNECT TO EVERYTHING – 1x RJ45 LAN port, 3x USB 3.2 Gen 1 Type-A, 1x USB Type C with Thunderbolt 4 and DisplayPort support

Read More>>

[dailytechnologynews]

Nvidia vs. AMD GPUs when used with an Adaptive-Sync display, how they compare | Part 2 of 2

Contents

Introduction

Test Setup and Methodology

Monitors Tested

HP Pavilion 27q

Nixeus NX-EDG27

Nixeus NX-EDG27240

G-Sync Compatibility Certification

Conclusion

Introduction

This is a conclusion to the prior post linked here - https://www.reddit.com/r/hardware/comments/afqnei/nvidia_vs_amd_gpus_when_used_with_an_adaptivesync/

The purpose of this was to define, explain, test, and validate the differences between using an AMD GPU and an Nvidia GPU with an adaptive-sync capable display that is not G-Sync Compatible certified. And while numerous tests from respected reviewers and the community at large have already shed a lot of light on this subject, I feel as if I should finish what I started by posting my findings here. For those of you who have already read through more than enough tests, I hope there's something new and interesting in this post to make it worth your while.

Test Setup and Methodology

Testing on all monitors was done with an EVGA GTX 1060 SSC 6GB and a Sapphire RX 580 Pulse 8GB. The purpose of using these two models was to ensure that performance was virtually identical. If I had used two GPUs with different performance levels, I may have difficulty telling if the additional fluidity was due to adaptive-sync, or just superior frame pacing from one of the GPUs.

The game World of Warcraft (DX 12 API) was used for all of my testing. WoW and a few others games made my list because their visual environment allows for easy detection of tearing and judder with V-Sync off. Benchmarking shows that the 1060 and 580 had virtually identical performance in specific areas, within 1-2% of each other. This used to not be the case, but the 8.0 and 8.1 patches brought with it significant improvements for AMD hardware.

Nvidia driver version 417.71 was used as this is the first driver with adaptive-sync support. AMD driver 18.12.2 was used as it was the most recent WHQL release at the time of testing. Had I been doing performance benchmarks, a newer driver would have been used.

Monitors Tested

While at least one of the displays listed below supports Freesync over HDMI, I did not test this. Nvidia's implementation only works over DisplayPort.

. HP Pavilion 27q Nixeus NX-EDG27 Nixeus NX-EDG27240 Size 27" 27" 27" Resolution 2560x1440 2560x1440 1920x1080 Panel Type IPS (PLS) IPS (AHVA) TN Refresh Rate 75hz 144hz 240hz VRR Range 48-75hz 30-144hz 35-240hz Adaptive Overdrive No Yes No LFC No Yes Yes

Most of the above is self-explanatory, but I'll try to explain anything that seems out of sorts or uncommon.

PLS is Samsung's variation of IPS technology. AHVA is AU Optronics' (AUO's) version of IPS.

Adaptive Overdrive is the display's ability to adjust the overdrive on the fly based on the currently displayed refresh rate/frame rate. All G-Sync module-based displays have this feature in hardware (called variable overdrive). So far the Nixeus NX-EDG27 is the only Freesync certified display confirmed as having the feature. It is not yet clear to me if the method used by the EDG27 is the same as what Nvidia employs.

LFC is AMD's branding for the feature that allows a monitor to multiply the refresh rate over the frame rate to allow for additional VRR support. Basically, the panel/scaler can't operate below the minimum VRR range, so instead, a multiple is used. For example, if the range is 30-144hz and you run at 28fps, the display will run at 56hz. For the HP Pavilion 27q, LFC is not supported because the range is too narrow, IE, 47fps would be 94hz, which is out of range. G-Sync displays do this automatically, despite the lack of additional branding. Nvidia's driver supports it in G-Sync Compatible mode for both certified and non-certified displays, provided the range is wide enough.

HP Pavilion 27q

Product Page | https://store.hp.com/us/en/pdp/hp-pavilion-27q-display

Please note that this display was purchased with my own funds and not provided by the manufacturer.

By default, the monitor has adaptive-sync disabled. Running at 75hz may cause frame-skipping as the scaler isn't designed for that. My sample worked fine at 75hz, but this is not normal behavior and should not be expected in the default setup.

Enabling "Gaming-Freesync" under View Modes makes adaptive-sync work. You lose the ability to adjust the RGB values in the OSD. Color accuracy takes a hit as well. Delta E Average went from 1.62 to 3.4. Delta E Max went from 5.3 to 11.84. Contrast took a small hit, going from about 950:1 to 920:1. However, 75hz works with no frame-skipping. This is an intended tradeoff.

Once enabled in the OSD, AMD's drivers automatically enable Freesync and reflect a range of 48-75hz, or 48-60hz if you drop down to 60hz.

Nvidia's drivers require that you enable G-Sync for the selected display (one additional step over AMD). I could not find a spot within the driver that shows the VRR range.

Both GPUs performed identically within the stated range.

Conclusion: Performance is identical for both GPUs. Nvidia requires an extra step for enabling adaptive-sync compared to AMD. The display's picture quality takes a small but noticeable hit when Gaming-Freesync is engaged. This allows the scaler to run at 75hz without frame skipping.

Nixeus NX-EDG27

Product Page | https://www.nixeus.com/nx-edg27

Please note that this display was provided free of charge by the manufacturer for the purpose of this comparison.

The monitor does not have a toggle for adaptive-sync. It is always on and available to the GPU.

AMD's drivers have Freesync on by default and reflect a range of 30-144hz. Nvidia's drivers do not show a range, and must have G-Sync enabled manually for the selected display.

Both GPUs performed identically within the stated range. The monitor's OSD allows you to look at the currently displayed refresh rate, which should closely match the in-game frame rate if within 30-144 (it may not be an exact match due to difference in polling rates).

When below 30fps, the monitor's refresh rate was a multiple of the currently displayed frame rate, confirming that LFC worked fine on both GPUs.

Conclusion: Performance is identical for both GPUs. As with before, Nvidia requires one minor, additional step for adaptive-sync to work.

Nixeus NX-EDG27240

Product Page | https://www.nixeus.com/nxedg27240

Please note that this display was provided free of charge by the manufacturer for the purpose of this comparison.

The monitor does not have a toggle for adaptive-sync. It is always on and available to the GPU.

AMD's drivers have freesync on by default and reflect a range of 35-240hz. Nvidia's drivers do not show a range, and must have G-Sync enabled manually for the selected display.

Both GPUs performed identically within the stated range. The monitor's OSD allows you to look at the currently displayed refresh rate, which should closely match the in-game frame rate if within 35-240 (it may not be an exact match due to difference in polling rates).

When below 35fps, the monitor's refresh rate was a multiple of the currently displayed frame rate, confirming that LFC worked fine on both GPUs.

Conclusion: Performance is identical for both GPUs. As with before, Nvidia requires one minor, additional step for adaptive-sync to work.

G-Sync Compatibile Certification

Nvidia has a strict set of requirements for G-Sync Compatible certification. The exact requirements are not made public, but we can guess a few based on their statements and prior announcement at CES.

https://www.nvidia.com/en-us/geforce/news/g-sync-ces-2019-announcements/

G-SYNC Compatible testing validates that the monitor does not show blanking, pulsing, flickering, ghosting or other artifacts during VRR gaming. They also validate that the monitor can operate in VRR at any game frame rate by supporting a VRR range of at least 2.4:1 (e.g. 60Hz-144Hz), and offer the gamer a seamless experience by enabling VRR by default.

Right off the bat we can use that to explain why the HP Pavilion 27q would not pass certification. Its range of 48-75hz doesn't meet the 2.4:1 ratio specified by Nvidia. Additionally, adaptive-sync is a toggle in the monitor's OSD that is off by default.

But the two Nixeus monitors tested don't seem to have any glaring weaknesses when matched up against that rubric. Adaptive-sync is always on and not a toggle. The ranges greatly exceed the 2.4:1 ratio. There are no visual artifacts and ghosting is held in check. So, I reached out to Peter Trinh, Director of Product Development at Nixeus Technology for a comment.

On whether the Nixeus displays were tested by Nvidia:

I’m not sure as Nvidia never reached out to us and we never provided them with our monitors to the best of my knowledge. They never reached out to us with some questions or confirmations, too.

And on the ghosting, specifically, was adaptive-overdrive employed on the NX-EDG27240?

No, it does not due to our FreeSync Certification testing - the NX-EDG27240/NX-EDG27240S and NX-VUE24A/NX-VUE24B displayed ghosting in our testing with FreeSync ON with the monitor’s Over Drive set to OFF so we decided to market them without Adaptive-Over Drive. With the monitor’s Over Drive set to Low or Med, ghosting was eliminated or minimized with FreeSync ON. However when we tested the same monitors with Nvidia’s G-Sync compatibility drivers, there were little to no ghosting when those monitor’s Over Drive setting was set to OFF with our internal test tools.

Conclusion

It's tough to draw a definite conclusion from a sample of only three monitors. However, care was taken in choosing these monitors. We have monitors with a narrow range and a wide range. We have LFC and no LFC. High quality scalers and a low-quality scaler running in a dual mode. Adaptive overdrive and standard overdrive. All that we're missing is a Freesync 2 w/HDR sample, and a sample that runs the Freesync range in 2 modes (typically LG or Samsung), but I was unable to obtain any of those in time for testing.

Based on the testing here it's fair to say that Nvidia GPUs SHOULD behave virtually identically to AMD GPUs with any display that uses the DisplayPort Adaptive-Sync Open Standard. The key exception is that Nvidia's implementation doesn't use the ported version over HDMI that AMD has made use of.

My takeaway from my testing and the testing I'm seeing elsewhere is this - users should feel safe in buying any adaptive-sync display (that works over DisplayPort), provided there's no review or discussion showing that the monitor in question absolutely does not work with Nvidia hardware. Because both Nvidia's driver and the adaptive-sync monitors are using the open standard, they should work together with the exceptions of shoddy implementations from the monitor manufacturer, or potentially a bug in Nvidia's driver-based implementation.

[tokensbossh]

Dell XPS 17 review Is the Speed ​​and Performance Quality Enough

Dell's XPS 17 tops our list of the best laptops and best 17-inch laptops, and it's no surprise. Is it safe to say that you are searching for a PC that can do everything? Whether you're at your work area or bridging the country? The Dell XPS 17 may be your next PC. This enormous PC is a flexible machine that is pleasant to utilize everyday and packs solid in general execution. The showcase is likewise lovely and battery duration is great. While the console is not a big deal, we feel the masters far offset the cons. Dell's lead XPS workstations are continuous guests to our testing seats, and it's the XPS 17's chance for a 2022 update. The new XPS 17 model 9720 (begins at $1,849; $3,049 as tried) is basically the same as last year's release, yet brings Intel's twelfth Generation "Birch Lake'' processors to bear. This thin, premium-feeling body is home to a discretionary 4K touch board and Nvidia RTX 3060 designs in our audit setup, as well as a lot of RAM and capacity. This blend costs a chunk of change, yet the outcome is a big-screen PC for power clients that has not many genuine contenders. In the event that you own a new XPS 17, a CPU knock does not merit the redesign, yet those with a greater financial plan looking for a brand new work area substitution can't improve.

4K and Thunderbolt Lead the Way

https://www.youtube.com/watch?v=ymmp-5ym5r8&ab_channel=TheTechChap However, the showcase actually warrants its own conversation. It's a head selling point of this PC, since it's reliably one of the most pleasant boards to go over our testing seats. The scarcely there bezels (in Dell terms, InfinityEdge) truly make the screen look greater than it is, and at 17 inches, it's as of now open. The screen estimates precisely 17 inches corner to corner because of the 16:10 angle proportion, not the more customary 17.3 inches. Our specific model is the 4K touch choice, so the glossy glass surface adds an appealing sheen (yet it's intelligent in some unacceptable lighting). To some degree shockingly, there is no OLED board choice, which is frustrating for this sort of PC. On the off chance that you're willing to burn through a heavy measure of cash on this PC, we'd prescribe the leap to the 4K touch show for $300 more. It has a major effect in quality, and in the event that you're somebody who utilizes a great deal of windows on the double or enormous information sheets, you win more computerized land. Concerning network, this is a huge PC with a great deal of space for ports, but at the same time it's an exceptionally present day, thin PC. That implies that the vast majority of the ports here are USB-C, with two on the left and two on the right, all with Thunderbolt 4 help. The right edge likewise holds an earphone jack and a SD card opening, and the USB-C ports deal with charging. The XPS 17's webcam is just 720p, and sadly that shows in the image quality. It doesn't catch dimmer conditions well indeed, and even with downward facing light, the picture is a lot fuzzier than more pleasant 1080p webcams we've seen. With video calls more well known than any time in recent memory, this is a miss on an exceptional PC. The speakers, then again, are great quality. They can occupy the room assuming you like to watch media without earphones, and keep up with lavishness even at most extreme volume. Dell XPS 17 9720 (2022) specs and highlights The base Dell XPS 17 has an Intel Core i5-12500H processor with coordinated illustrations, 8GB of RAM, 512GB of stockpiling, and a 1920×1200 showcase. My survey test packs various redesigns, notwithstanding, including an Intel Core i7-12700H processor, Nvidia RTX 3060 portable illustrations, and a 4K touchscreen. - Computer chip: Intel Core i7-12700H - Memory: 32GB - Illustrations/GPU: Nvidia RTX 3060 - Show: 3,840 x 2,400 IPS Touchscreen - Capacity: 1TB SSD - Webcam: 720p with IR camera, double cluster mouthpiece - Network: 4x Thunderbolt 4 with DisplayPort Alt Mode and Power Delivery, 1x SDcard peruser, 1x 3.5mm combo sound jack - Organizing: Wi-Fi 6, Bluetooth 5.2 - Biometrics: Fingerprint peruser, IR camera - Battery limit: 97 watt-hours - Aspects: 14.74 x 9.76 x .77 inches - Weight: 5.34 - MSRP: $1,649 base, $2,799 as tried Dell's redesign evaluating is manageable, as my survey test's considerably faster equipment adds $1,000 to the cost. A $2,799 PC is not really reasonable, obviously, however Dell's general estimating feels cutthroat in the portion. A correspondingly prepared MacBook Pro 16 beginnings at $3,099, while a comparative Razer Blade 17 retails for the equivalent $2,799 (however has half as much RAM).

How quick is the Dell XPS 17?

https://www.youtube.com/watch?v=j1_MZhBv93A&ab_channel=PCWorld Our survey unit of the XPS 17 (9720 model) accompanies a twelfth gen Core i7 12700H processor and a RTX 3060 GPU running at 65 watts, all packed into a lovely .77-inch undercarriage. While it's no "gaming PC," rather zeroing in on efficiency and media creation with its beautiful 4K showcase, it's absolutely got the chops to run probably the most recent top of the line titles. In any case, since this is a media creation machine, Gordon zeroed in on additional functional tests. What's more, down to earth is surely a well-suited portrayal of the XPS 17. In tests including Cinebench, PugetBench Photoshop, and PugetBench Premiere Pro, the XPS 17 stands its ground against workstations furnished with similar CPU and GPU, once in a while outperforming greater machines with quicker illustrations cards. Credit that to the XPS 17's further developed dynamic cooling framework, maybe. With quicker DDR5 RAM, the XPS 17 might in fact beat chunkier plans like the Gigabyte Aero 16 with a RTX 3070 Ti for some serious Adobe applications. As Gordon makes sense of, the XPS 17 truly isn't intended to be a gaming machine, particularly in the event that you're hoping to play in 4K. In 3Dmark Timespy its GPU-centered scores are close to the lower part of the pack for comparative very good quality machines.

Illustrations and Gaming Tests

We test Windows PCs' illustrations with two DirectX 12 gaming recreations from UL's 3DMark: Night Raid (more unassuming, reasonable for workstations with incorporated designs) and Time Spy (really difficult, appropriate for gaming rigs with discrete GPUs). Two additional tests from GFXBench 5.0, run offscreen to take into consideration different showcase goals, wring out OpenGL activities. What's more, we run three true game tests utilizing the implicit benchmarks in the titles F1 2021, Assassin's Creed Valhalla, and Rainbow Six Siege. These address reenactment, open-world activity experience, and cutthroat esports shooter games, individually. We run Valhalla and Siege two times at various picture quality presets, and F1 2021 with and without Nvidia's exhibition helping DLSS against associating. We run these tests at 1080p goal so results can measure up reasonably among frameworks. These outcomes are less astounding — we test these GPUs in numerous unique circumstances, and generally know what's in store — yet the RTX 3060 doesn't frustrate. It gives strong midrange illustrations power, following the more intense RTX 3070 and RTX 3080 GPUs in the Aero 16 and ThinkPad true to form. You could contend that a RTX 3060 is disappointing in a PC costing this much, versus what you could get in a like-estimated gaming PC, yet that is not where the expense is coming from in this framework. The CPU and RAM, the top notch plan, the extravagant screen, and the vast stockpiling are the enormous supporters of the expense here, while the GPU is incorporated for the individuals who in all actuality do require illustrations power or need to play a few games. There are alternate ways of getting all the more value for your money, taking everything into account; gaming PCs will focus on this over plan additional items and extravagant highlights. Read the full article

[t2mip]

eDisplay Port v.1.4 Tx-Rx PHY & Controller Silicon Proven IP Cores

T2MIP, the global independent semiconductor IP Cores provider & Technology expert, is pleased to announce the immediate availability of its partner’s one of the Best-Selling Interface IP Cores “Display Port/eDisplay Port v1.4 Tx-Rx PHY and Controller IP Cores” which are available in major Fabs and Nodes as small as 7nm, these core are silicon proven and are in multiple production chips.

As companies in the Semiconductor industry gears up to launch its product at the ripe time to set the trend and get a industry upper hand, We at T2M endeavour to provide highly flexible IP Cores intended for simplified integration into complicated systems with high-performance data acquisition and high connectivity with the desired output to Fastrack time to market and cut down developments costs. Introducing the Display Port/eDisplay Port 1.4 Tx-Rx PHY and Controller IP Cores for UHD Video interfacing applications which saw a dramatic increase in demands even when the Semiconductor technology industry was still struggling to recover from the COVID pandemic, due to the exponential increase in the demand for Display Products.

Display Port Tx-Rx PHY and Controller IP Cores version 1.4 supports Embedded DisplayPort (eDP) which is, display panel interface standard for portable and embedded devices. It defines the signalling interface between graphics cards and integrated displays. This IP core consists of configurable (4/2/1) link channels and one AUX channel which makes it flexible for use with the added benefit of backward compatibility. It also supports 1.62/2.7/5.4/8.1Gbps (HBR3) bit rate and all recommended link rates. The eDisplay Port/Display Port v1.4 Tx-Rx PHY IP Cores come with Verilog RTL or netlist source code of LINK controller and Simulation test-bench.

 This DisplayPort/eDisplay Port v1.4 Tx PHY IP Core enables Ultra High Definition (UHD) and High Dynamic Range (HDR) display with help of packetized data transmission allowing higher resolution using fewer pins with the support of HDCP 2.2/2.3,  Display Stream Compression 1.2 (DSC), Forward Error Correction’s bandwidth reduction. The DisplayPort 1.4 standard can be used to transport video streams across a single DisplayPort interface for high-end display applications with 8K and 4K resolutions.

In addition to Display Port/eDisplay Port 1.4 IP Cores, T2M’s wide & complex silicon Interface IP Core Portfolio includes USB, HDMI, MIPI (DSI, CSI, UniPro, UFS, Soundwire, I3C), PCIe, DDR, 10/100/1000 Ethernet, V by One, programmable SerDes, Serial ATA and much more available in major Fabs in process geometries as small as 7nm and can also be ported to other foundries and leading-edge process nodes on request.

Availability: These Semiconductor Interface IP Cores are available for immediate licensing either stand-alone or with pre-integrated Controllers and PHYs. For more information on licensing options and pricing please drop a request / MailTo

About: T2MIP is the global independent semiconductor technology expert, supplying complex semiconductor IP Cores, Software, KGD and disruptive technologies enabling accelerated development of your Wearables, electronic communications devices, semiconductor industry’s Display solutions, Radar digital displays, monitors, TVs and other consumer electronics SoCs. For more information, please visit: www.t-2-m.com

[govindhtech]

HP Omen 27qs 240 Hz Gaming Monitor: Great Value & Results

Two gaming monitor value options exist. Some low-cost displays sacrifice features. The second kind sacrifices nothing and delivers 98% of premium screen performance for 30% of the cost. That category has many 27-inch QHD panels.

HP’s Omen display series offers good gaming performance, accurate and saturated color, and sturdy build quality for the price. My test product is the 27qs, a sweet spot product. The 27-inch IPS QHD monitor has 240 Hz, Adaptive-Sync, HDR, and wide gamut. Let’s look.

The Omen 27qs has a QHD (2560×1440) IPS panel. Ideal pixel density is 109ppi. It’s ideal because it produces sharp images with less processing than 4K’s 8.3 million pixels.

HP’s Adaptive-Sync and front-mounted G-Sync badge indicate Nvidia certification for premium video processing. You also get an effective backlight strobe (MPRT), that almost eliminates the phasing artifact on many other monitors. It’s a good alternative to Adaptive-Sync and works up to 240 Hz on the Omen 27qs. Multiple artifact-free options and smooth motion resolution make the overdrive well-implemented.

Very accurate color and a wide gamut mode that covers 90% of DCI-P3 ensure picture quality. VESA DisplayHDR 400 supports HDR10. My tests showed over 500 nits peak with a nice bump from 9,000:1 thanks to eight-zone edge dimming.

Standard gaming features include aiming points, timers, frame rate counters, and alignment marks. An LED ring in the back plays different colors and effects for light shows. HP’s sturdy chassis is built for long-term use.

Accessories and Assembly

HP Omen 27qs packaging is mostly plastic-free and foam-free. A few Teflon bits prevent scratching on molded cardboard pulp. A captive bolt connects the base and upright, and the panel snaps on. Fasteners and a 100mm VESA pattern are protected by a plastic shroud. The bundle includes high-quality USB and DisplayPort cables and IEC power for the internal supply. A metal VESA mount adapter is included.

No sharp corners or molded trim lines define the Omen 27qs’s sleek design. The white Omen logo is the only decoration on the front. An oversized version with a smooth taper is on the back. HP’s diamond motif appears on the LED ring, square base, and tiny white power LED.

The minimalist stand is sturdy enough to prevent wobbling. Ergonomics include 3.9-inch height adjustment and 5/20-degree tilt. Despite not swiveling, the base pivots as a unit on the desktop, allowing for unlimited swivel adjustment. Also included is a 90-degree portrait mode. Using a snap-on clip keeps cables tidy.

The usual up-and-under input panel has two HDMI 2.0 and one DisplayPort 1.4. The latter supports 55-240 Hz FreeSync and G-Sync. USB 3.2 has one upstream and two downstream ports. Plug headphones into the 3.5mm jack or use the three-watt internal speakers, which sound better than most. Their frequency range is wide and they play loudly without distortion.

OSD Features

The HP Omen 27qs uses nav pad keys with four directionals and a central selector instead of a joystick. Separate button toggles power. A quick menu opens with any key press, and the full OSD appears with a second select button press.

The Omen 27qs OSD has another diamond in the top left corner. Gaming has all video processing options. You get a five-level overdrive without trail artifacts until level four. MPRT, the backlight strobe, has five pulse widths. High settings reduce blur but reduce light output. Four was my test level. Level five is dark and best used in a dark room. Aiming point, frame rate indicator, and timer are available.

The rear LED ring can play three moving effects or be static. Variable breathing speed, and Random Color changes hue every five seconds to an hour. You can also turn off or adjust all effects’ brightness over 10 steps.

In the Image menu, you can enable dynamic contrast for SDR content that uses field dimming to reach 5,000:1. In HDR mode, the screen’s bottom backlight array dims eight vertical zones.

HP’s picture modes are unique and thoughtful. All eight Omen 27qs presets can be calibrated with RGB sliders. A gamma control is the only thing missing. Standard is the default and nearly matches the sRGB gamut, 2.2 gamma, and 6500K color temp. Native provides wide gamut SDR color. It needs calibration but looks great afterward.

The Audio menu has Voice, Music, and Video modes. Each is unique and favors different frequencies. You can assign the four directional buttons to quickly access color mode, brightness, and more in the Menu section.

HP Omen 27qs Calibration

To use sRGB color for SDR content, leave the Omen 27qs in Standard mode. No calibration or adjustments are needed. It matches grayscale, gamma, and color. Choose Native for SDR wide gamut color. It needs tweaking due to its slight blue tint. Auto-switching HDR signals gray out all picture controls. Its edge zone dimming and color accuracy give it over 9,000:1 contrast.

Game and Hands-on

The best thing about 27-inch QHD gaming monitors is that they do everything well yet are affordable. You can increase resolution by buying a more expensive display and video card and sacrificing frame rates. Higher speed requires sacrificing pixel density and paying more for 360 or 500 Hz.

It was ideal for a single daily monitor. Though measured average color gamut volume, high accuracy made using the wide gamut for SDR enjoyable. The pixel-free image is sharp. A density of 109ppi delivers most of Ultra HD’s clarity and allows higher gaming frame rates.

Doom Eternal was hard to leave due to the Omen 27qs’ premium feel and response. Virtually no input lag and super-fast panel response. Overdrive was perfectly tuned to eliminate motion blur. We could use the backlight strobe instead of Adaptive-Sync without penalty. A GeForce RTX 4090 video card locked frame rates at 240fps, preventing tearing. MPRT works without obvious phasing. Level 3 balanced light output and motion resolution. To offset narrow pulse widths, overhead brightness is ample.

Audio quality from the Omen 27qs impressed me. This is exceptionally clear and full. Quality op-amps allowed me to crank the volume past a comfortable level without distortion

Takeaway: The Omen 27qs offers great value with premium gaming and everyday usability. Its vibrant image is perfect for work or play. It can satisfy casual and professional gamers with its excellent video processing and low input lag.

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