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“From Canine Fat Tissue to Insulin-Producing Cells”: Chula Veterinary Researchers Offer New Hope for Diabetes Treatment in Pets

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While diabetes is commonly associated with humans, the disease also affects dogs and cats. Its impact on the quality of life of both pets and their owners is often greater than many people realize.

BANGKOK, Sept. 2, 2026 /PRNewswire/ — In dogs, diabetes is similar to Type 1 diabetes in humans, in which the beta cells in the pancreas that produce insulin are destroyed or lose their function, resulting in a severe insulin deficiency. In cats, the disease is more similar to Type 2 diabetes, in which insulin resistance develops or the pancreas produces insufficient insulin, leading to abnormally high blood sugar levels.  

Veterinary studies have reported that diabetes is found in approximately one in every 300 dogs and cats receiving treatment, although the rate varies among populations and regions. While the number may seem relatively small, diabetes places a significant burden on both affected animals and their owners. Today, dogs with diabetes require daily insulin injections for the rest of their lives. This is the challenge that a research team from the Faculty of Veterinary Science, Chulalongkorn University, has been working to address over the past decade. Drawing on its expertise in stem cells and regenerative veterinary medicine, the team has pursued new approaches to treating diabetes in companion animals. Most recently, the team succeeded in developing stem cell technology from canine adipose (fat) tissue that may pave the way toward a lasting treatment for diabetes in dogs and cats. 

How the “Canine Fat-Derived Beta Cells” Research Began 

After gaining extensive research experience in stem cells and bioengineering in the United States, Assoc. Prof. Chenphop Sawangmake, DVM, PhD, established the Veterinary Stem Cell and Bioengineering Innovation Center (VSCBIC) at the Faculty of Veterinary Science, Chulalongkorn University, in 2013. Among the center’s early research priorities were diseases in companion animals that have no cure, particularly canine diabetes, which requires lifelong treatment. 

“Why should we settle for managing the disease when advances in stem cell science and biomedical engineering may open the door to a genuine cure?” said Assoc. Prof. Chenphop, recalling the idea that inspired the Canine Fat-Derived Beta Cells research project, which aims to transform the treatment of canine diabetes from lifelong management to a cure. 
“We developed a treatment approach by integrating expertise in stem cell technology, tissue engineering, and genetic engineering.”

Why Canine Adipose Tissue? 

Selecting the right source of stem cells was a critical part of the research. The team spent five to six years comparing cells derived from various sources, including bone marrow, oral tissue, and adipose (fat) tissue, before concluding that adipose tissue offered the most practical solution. 

Dr. Saranyou Oontawee, a member of the research team, explained that mesenchymal stem cells (MSCs) derived from adipose tissue offer several advantages over those obtained from bone marrow or umbilical cord tissue. Adipose tissue is easy to collect, highly safe, and, most importantly, yields far greater numbers of stem cells—up to 500 times more than bone marrow. In addition, the tissue can be collected during routine spay or neuter procedures, making the technology more accessible to pet owners without excessive costs.

“Stem cell therapy is no longer out of reach. A small amount of adipose tissue collected during a routine surgical procedure could become the starting point for a treatment that transforms a dog’s life.”
– Dr. Saranyou Oontawee

How Can Adipose Tissue Cells Be Turned into Insulin-Producing Cells? 

Beta cells are found in the pancreas and play a key role in producing insulin to regulate blood sugar levels. In dogs with diabetes, these cells are destroyed or lose their function. The research team’s goal, therefore, was to create replacement beta cells from stem cells isolated from adipose tissue. 

While the concept sounds straightforward, putting it into practice is highly complex. The researchers adopted a “nature-inspired” approach, mimicking the processes that occur during embryonic development, when stem cells gradually differentiate into various organs through a series of developmental stages. In essence, the team sought to “teach” the cells to take on a new role. 

The process relies on two main mechanisms. The first is cellular reprogramming, in which genes that control beta-cell development are introduced directly into stem cells. The second involves controlling the cellular environment by adding a sequence of stimulating biomolecules to carry the cells to their desired shape and function. The research team combined the two mechanisms to obtain the highest quality and quantity of cells.   

 The resulting cells were capable of secreting insulin at levels comparable to those of the natural pancreas. The researchers also detected glucagon secretion, suggesting that the engineered cells possessed the complete cellular characteristics of pancreatic islets (Islets of Langerhans). In addition, the cells demonstrated the ability to lower blood sugar levels in animal models. 

From a Lifetime of Treatment to the Hope of a Cure 

The concept of transplanting insulin-producing cells to replace lost beta cells in animals is no longer just a distant dream. Evidence from international studies has shown that donor beta-cell transplantation can allow some people with diabetes to remain free from insulin injections for years and lead normal lives.

“If these insulin-producing cells continue to show promising results, our goal is to transplant them to replace the beta cells lost to diabetes in companion animals, restoring the body’s ability to produce insulin naturally.”
– Assoc. Prof. Chenphop

He also shared the results of the team’s animal studies. “The findings have been encouraging. Blood sugar levels improved significantly, and the treatment remained within acceptable safety limits. This marks an important step forward, demonstrating that the concept can work in practice and not just in theory.” 

Regenerative Medicine and the Future of Disease Treatment in Companion Animals 

As regenerative medicine continues to advance and gain wider public attention, the research team faces two challenges simultaneously. The first is developing cells that are effective, safe, and stable after transplantation. The second is building public trust by demonstrating that the research adheres to rigorous scientific standards, ensuring that any treatment brought into practice is both effective and safe. 

“Today, exaggerated claims about stem cell therapies are widespread in the marketplace, despite the lack of scientific evidence supporting their effectiveness and safety,” said Assoc. Prof. Chenphop. “One of our priorities is to help the public understand that stem cell therapy is not a miracle cure for every disease. People need to make informed decisions and critically evaluate whether the information they receive is supported by credible evidence.” 

Assoc. Prof. Chenphop added that even if cell-based therapy for diabetes eventually becomes a reality, the team would not see it as the end goal but rather the beginning of the next phase. The knowledge and techniques developed through this research could be applied to a wide range of diseases caused by organ degeneration, including disorders of the eye, bone, liver, and kidney, without having to start from scratch. 

Moreover, some of this knowledge can be shared between veterinary and human medicine. In certain cases, animal models may provide insights that are difficult to obtain through conventional models used in human medical research, allowing some technologies and approaches to be translated directly between the two fields. 

The Team’s Current Research Progress 

Eight years after the project began, the research has successfully demonstrated its potential in animal models. The team is now moving full speed ahead into the next phase of development. 

“Our team is currently scaling up beta-cell production to the pilot scale, using microfluidics technology to generate millions of beta-cell clusters,” said Dr. Saranyou Oontawee. “In practice, transplantation requires large numbers of beta cells that are robust, functional, and capable of surviving long-term after transplantation,” said Dr. Saranyou. 

The team is also pursuing a complementary approach through exosome therapy, which uses substances secreted by stem cells to help repair damaged pancreatic tissue. The results have shown that damaged pancreases can recover following exosome treatment, with outcomes that exceeded the researchers’ expectations. 

Assoc. Prof. Chenphop added: “Our next step is to further expand production capacity and begin studies in the target animal population.” The team expects that within the next two to three years, it will be able to begin testing the therapy in dogs with diabetes and make the treatment available not long thereafter. 

A New Hope for Companion Animals and Veterinary Medicine in Thailand 

From a small laboratory established 13 years ago to a growing research center with a spin-off company and more than six petty patents, VSCBIC has demonstrated that Thai research can create technologies with global relevance. 

“Our goal is to serve society by generating knowledge and developing technologies that people can truly rely on,” said Assoc. Prof. Chenphop. 

Dr. Saranyou added, “As part of the effort to advance companion animal health technologies in Thailand—particularly Exosome Therapy, an area in which Thailand is currently at the forefront. What gives us the greatest sense of pride is seeing our research translate into meaningful improvements in the lives of pets and their owners.” 

In closing, Assoc. Prof. Chenphop noted that the team continues to welcome young scientists and veterinarians who are interested in joining its research efforts or pursuing careers in regenerative medicine. The field is rapidly growing and needs the energy and commitment of the next generation of researchers. For pet owners whose animals suffer from conditions that are difficult to treat, regenerative medicine may offer new possibilities in the not-too-distant future. 

For more information on regenerative medicine and animal stem cell technology, visit The research team

Website: www.cuvscbic.comSpin-off  http://www.bioinkcu.com/CU Innovation Hub website: https://cuihub.chula.ac.th/?lang=thFaculty of Veterinary Science, Chulalongkorn University website: https://www.vet.chula.ac.th/

Continue reading a full article on the website: https://www.chula.ac.th/en/highlight/421557/

Chulalongkorn University has been ranked Thailand’s No. 1 university for the 17th consecutive year (since 2009) in the newly released QS World University Rankings 2026. The university is ranked 221st in the world and places among the world’s Top 100 in two key indicators: Academic Reputation (89th) and Employment Outcomes (64th).

 

View original content to download multimedia:https://www.prnewswire.com/apac/news-releases/from-canine-fat-tissue-to-insulin-producing-cells-chula-veterinary-researchers-offer-new-hope-for-diabetes-treatment-in-pets-302867364.html

SOURCE Chulalongkorn University

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/R E P E A T — Media Advisory – Minister Hodgson to make critical minerals announcement/

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2 minutes ago

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September 2, 2026

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SASKATOON, SK, Aug. 31, 2026 /CNW/ — The Minister of Energy and Natural Resources, the Honourable Tim Hodgson, will make a critical minerals update in Saskatoon. He will be joined by the Honourable Buckley Belanger, Secretary of State (Rural Development). A media availability will follow.

Date: Wednesday, September 2, 2026

Time: 1 p.m. CT

All accredited media are asked to pre-register by emailing media@nrcan-rncan.gc.ca. Details on how to participate will be provided upon registration.

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SOURCE Natural Resources Canada

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KuCoin Web3 Wallet Advances Onchain Execution with Expanded Swap Routes and Limit Orders

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2 minutes ago

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September 2, 2026

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PROVIDENCIALES, Turks and Caicos Islands, Sept. 2, 2026 /CNW/ — KuCoin Web3 Wallet today announced an upgrade to its wallet-native trading infrastructure, bringing intent-based swaps and limit orders into a unified self-custodial interface. Through integrations with UniswapX, PancakeSwapX and 1inch, the update gives users more flexible ways to trade supported crypto assets and tokenized real-world assets directly within the wallet.

Web3 wallets are evolving beyond asset storage into a unified access point for discovering, interacting with, and trading onchain markets. As this shift accelerates, the user experience increasingly depends not only on market access, but also on how efficiently orders are routed and executed. The latest upgrade strengthens this execution layer while reducing the need to navigate multiple DApps and disconnected trading workflows.

Through UniswapX and PancakeSwapX, eligible swaps can access intent-based execution, where users specify the desired transaction outcome and third-party fillers or solvers compete to execute the order. Depending on the supported asset, network and available route, users may benefit from broader liquidity access, competitive quotes, gas-abstracted execution and protection against adverse MEV, including front-running and sandwich attacks.

Limit-order functionality powered by 1inch allows users to set a target price and order expiry without continuously monitoring the market. Orders are cryptographically signed and remain offchain until filled. Market swaps and limit orders are available through the same wallet interface, providing a more consistent experience across immediate and target-price execution.

The upgrade also unlocks more flexible execution for eligible tokenized assets referencing stocks, ETFs and other supported RWAs, giving users expanded access to onchain markets and additional trading routes, subject to issuer requirements, user eligibility, network support, market availability and liquidity conditions.

By combining multichain access, broader market coverage and more flexible execution, KuCoin Web3 Wallet continues to evolve as an all-in-one self-custodial platform connecting users to crypto-native and TradFi-linked onchain opportunities.

About KuCoin Web3 Wallet

KuCoin Web3 Wallet is a self-custodial, multichain wallet and onchain access platform built for trading, market discovery and asset management. It brings together cross-chain swaps, wallet-native perpetual trading, supported tokenized real-world assets, Smart Money insights, and DApps within one connected experience. By integrating liquidity, execution and discovery tools directly into the wallet, KuCoin Web3 Wallet helps users move from market insight to onchain action while retaining control of their assets and private keys. With access to over 1,000 DApps and a dedicated airdrop hub featuring trending and newly listed tokens, KuCoin Web3 Wallet provides unified access to crypto-native and TradFi-linked onchain markets.

Learn more: X | Telegram | Instagram

Disclaimer

The information is for corporate PR purposes only and does not constitute endorsement or investment advice.

View original content to download multimedia:https://www.prnewswire.com/news-releases/kucoin-web3-wallet-advances-onchain-execution-with-expanded-swap-routes-and-limit-orders-302867458.html

SOURCE KuCoin

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Acer Unveils Its First FHD 1000 Hz Gaming Monitor – Predator XB253Q U1

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2 minutes ago

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September 2, 2026

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Debuts alongside new display lineup for gamers and creators, featuring QD-OLED Penta Tandem™ technology, 5K resolution, Mini LED backlighting, tri-mode DFR, and anti-tear capabilities

Editor’s Summary

The Predator XB253Q U1 monitor raises the bar with a 1000 Hz refresh rate at Full HD resolution, along with Acer’s proprietary VRB Pro blur-reduction technology and Circular Polarizer technology for eye care, delivering top speeds for hardcore gamers and esports competitors.The 31.5-inch Predator X32 V3 monitor offers a QD-OLED Penta Tandem™ panel with UHD resolution and VESA DisplayHDR TrueBlack 400 certification for incredible resolution and detail.The Predator XB273K V7 monitor offers baseline UHD resolution at 160 Hz and Dynamic Frequency and Resolution (DFR) technology for up to FHD at 500 Hz, offering the versatility to switch between ultra-detailed visuals and high-responsiveness for fast-paced gaming.The Acer Nitro XV275X P monitor brings 5K resolution and 2304-zone Mini LED backlighting with VESA DisplayHDR 1400 certification to price-sensitive enthusiast gamers, with DFR enabling up to QHD at 330 Hz.The curved 34-inch Acer Nitro XZ340CKR P monitor pairs WUHD resolution at 180 Hz with DFR support for up to WFHD at 360 Hz, delivering both cinematic immersion and competitive speeds.The Acer Nitro XV275U Z2 monitor offers 1152-zone Mini LED backlighting and tri-mode DFR technology for up to a 520 Hz refresh rate, enabling three modes for different types of gaming and content creation.The Acer Nitro XV270U Z3 monitor provides tri-mode DFR technology across QHD, FHD, and HD resolutions, giving competitive gamers, content creators, and hybrid users a balance of fidelity and speed.The Acer ProDesigner PE270X P is a 27-inch monitor that delivers 5K resolution and stunning color detail to professional designers and creators, combining Delta E<1 color accuracy, a 2304-zone MiniLED backlight, and VESA DisplayHDR1400 certification.

BERLIN, Sept. 2, 2026 /PRNewswire/ — Acer today announced a full lineup of monitors for high-powered gaming and content creation across the Predator, Acer Nitro, and Acer ProDesigner portfolios. Spanning ultrafast refresh rates, high-resolution panels, and adaptive display technologies, the new monitors are designed to meet the needs of a wide range of gamers and creators.

Predator XB253Q U1: Top-tier Responsiveness for Esports

The Predator XB253Q U1 monitor is a premium gaming display designed for hardcore gamers and enthusiasts seeking the ultimate speed and responsiveness for fast-paced titles and esports competitions. The 24.5-inch size is optimal for esports environments and delivers ultrafast visual response, motion clarity, and consistent performance, enabling gamers to react more quickly and maintain precision during fast-paced gameplay. It features a 1000 Hz refresh rate with FHD resolution, along with Acer’s proprietary Visual Response Boost (VRB) Pro technology, which reduces motion blur and ghosting so that fast-moving objects on screen appear sharper and easier to track. The monitor is VESA DisplayHDR400 certified and includes Circular Polarizer technology to reduce glare and eye strain during longer gaming sessions. It also offers AMD FreeSync™ Premium and NVIDIA G-SYNC® Compatible for tear-free gaming visuals.

Predator X32 V3: The Ultimate Display for Visual-Driven Gameplay

The Predator X32 V3 monitor is built for professional gamers who need high resolution and exceptional picture quality. The 31.5-inch display features a QD-OLED Penta Tandem™ panel that adopts a five-layer emission structure to enhance brightness and efficiency while extending screen lifespan and durability. The monitor offers UHD resolution with a 180 Hz refresh rate. With VESA DisplayHDR True Black 400 certification, it offers higher brightness and deeper blacks along with greater color depth for rendering objects in more detail. Delta <1 color accuracy ensures maximal color quality and uniform appearance, while a 99% DCI-P3 color gamut ensures colors are faithfully represented with optimal precision. The monitor also offers AMD FreeSync™ Premium Pro and NVIDIA G-SYNC Compatible for tear-free gaming visuals.

Predator XB273K V7: Detail and Speed for Switching Between Gaming and Creative Work

The 27-inch Predator XB273K V7 monitor offers a happy medium of high resolution for detailed visuals and high refresh rates for fast gameplay. It is designed for versatility and multiple purposes, including high-speed gaming with refresh rates of up to 500 Hz, as well as exceptional picture quality, color accuracy, and ultra-smooth visuals for creative work. With a baseline of UHD resolution at 160 Hz refresh rates, the panel supports DFR technology, allowing users to switch on up to FHD resolution at 500 Hz refresh rates for fast-paced gameplay. The monitor offers AMD FreeSync™ Premium and NVIDIA G-SYNC Compatible for a seamless, tear-free visual experience, and Delta <1 ensures exceptional color quality. For creative work, an Acer Smart Dial allows users to control the monitor remotely, enabling adjustment of brightness, contrast, and input without reaching behind the screen.

Acer Nitro XV275X P: Accessible 5K Resolution for Gaming, Creativity, and Productivity

Under Acer’s entry-focused Nitro gaming brand, the 27-inch Acer Nitro XV275X P monitor is designed for ultra-enthusiast gamers seeking top visual experiences that are more accessible. It renders visuals in stunning detail, combining 5K resolution, 2304-zone Mini LED backlighting, and VESA DisplayHDR 1400 certification for ultra-deep blacks and exceptional contrasts. With DFR technology, users can switch between immersive visuals and competitive gaming, with 5K resolution at 165 Hz refresh rates as the baseline, then up to QHD resolution at 330 Hz. AMD FreeSync™ Premium provides tear-free experiences, paired with a 0.5 ms GTG minimum response time, delivering ultra-smooth gameplay. With 99% Adobe RGB, 99% sRGB, and 99% DCI-P3 color gamuts as well as Delta E<2 color accuracy, vivid colors bring every scene to life. Across gaming, entertainment, and work, the display serves multiple purposes thanks to USB Type-C 90 W power delivery for simplified cable management, a KVM switch for seamless changing of connected devices, and picture-in-picture (PIP) and picture-by-picture (PBP) features for enhanced productivity.

Acer Nitro XZ340CKR P: Speed and Detail Without Compromise

The Acer Nitro XZ340CKR P monitor is for gamers who require both ultra-wide cinematic detail and esports-level speed without compromises. The curved 34-inch display offers a baseline of 5120 x 2160 resolution at 180 Hz that is ideal for exploring open-world gamescapes in detail or for content creation. For switching on high responsiveness for competitive gameplay, DFR technology enables up to WFHD resolution at 360 Hz and up to 0.5 ms GTG response time. The monitor delivers incredible smoothness, contrasts, and color, supporting AMD FreeSync™ Premium for tear-free experiences, HDR10 certification, and a DCI-P3 color gamut of 90%.

Acer Nitro XV275U Z2: Tri-mode for Gaming Performance

For competitive gamers and enthusiasts, the Acer Nitro XV275U Z2 monitor delivers the perfect balance between immersive visuals and competitive speeds. The 27-inch display is designed as a single display that caters to multiple needs of modern gamers: playing both AAA games and competitive esports, a balance between image quality and ultra-high refresh rates, and juggling gaming and content creation. For staying ahead of the competition, it is capable of refresh rates of up to 520 Hz and a 0.5 ms GTG response time. Tri-mode gaming with DFR technology allows gamers to play every game at its best, offering QHD resolution with a 275 Hz refresh rate, FHD resolution at 360 Hz, and HD resolution at 520 Hz. With 1152-zone Mini LED backlighting and Acer HDR1000, the monitor delivers incredible detail and high levels of contrast, while 97% DCI-P3 and 95% Adobe RGB color gamuts facilitate creative work as well as gaming. It also offers AMD FreeSync™ Premium for tear-free experiences.

Acer Nitro XV270U Z3: Tri-mode for Gaming and Creativity

The Acer Nitro XV270U Z3 monitor is for gamers, content creators, and hybrid users seeking the perfect balance between visual fidelity and gaming performance. The 27-inch display seamlessly adjusts between immersive AAA gaming, daily multitasking, and ultra-fast competitive gaming modes. Tri-mode DFR technology allows users to choose among three optimized visual experiences with one click, with response times of up to 0.5 ms (GTG): QHD resolution at a 275 Hz refresh rate for maximum image quality, FHD resolution at a 360 Hz refresh rate for balanced performance, and HD resolution at 520 Hz for competition-grade speed. The monitor also delivers incredible smoothness, contrasts, and color, supporting AMD FreeSync™ Premium for tear-free experiences, HDR10 certification, and a DCI-P3 color gamut of 90%.

Acer ProDesigner PE270X P Monitor for Professional Creative Work

The Acer ProDesigner PE270X P is a 27-inch display built for professional designers, photographers, video editors, and digital creators who require stunning detail and color performance. The monitor delivers exceptional 5K clarity at a 5120 x 2880 resolution, alongside color accuracy that creators can rely on, due to factory calibration achieving Delta E<1.

Brilliant HDR contrast is enabled by a 2304-zone MiniLED backlight and VESA DisplayHDR1400 certification, while professional color coverage of 99% Adobe RGB, 99% sRGB, and 99% DCI-P3 ensures accurate, wide-gamut results for creative work. A USB Type-C connection with 90 W power delivery and an Auto KVM switch support seamless creative workflows, and a special ErgoStand design allows for ergonomic optimization.

The ProDesigner PE270X P offers a 165 Hz refresh rate with Dynamic Frame Rate (DFR) technology, allowing for up to QHD at 330 Hz in high-performance mode, and supports AMD FreeSync™ Premium for anti-tearing performance.

Pricing and Availability

The Predator XB253Q U1 will be available in North America in Q1’2027, starting at USD 1,099.99; in EMEA in Q1’2027, starting at EUR 1,099; and in China in Q1’2027, starting at RMB 7,999.

The Predator X32 V3 will be available in North America in Q1’2027, starting at USD 899.99; in EMEA in Q1’2027, starting at EUR 899; in Australia in Q2’2027, starting at AUD 1,999; and in China in Q1’2027, starting at RMB 5,999.

The Predator XB273K V7 will be available in North America in Q4’2026, starting at USD 449.99; in EMEA in Q4’2026, starting at EUR 449; in Australia in Q2’2027, starting at AUD 899; and in China in Q4’2026, starting at RMB 2,999.

The Acer Nitro XV275X P will be available in North America in Q1’2027, starting at USD 1,199.99; in EMEA in Q1’2027, starting at EUR 1,199; and in China in Q1’2027, starting at RMB 9,999.

The Acer Nitro XZ340CKR P will be available in North America in Q4’2026, starting at USD 699.99; in EMEA in Q4’2026, starting at EUR 699; and in China in Q4’2026, starting at RMB 4,999.

The Acer Nitro XV275U Z2 will be available in North America in Q4’2026, starting at USD 329.99; and in EMEA in Q4’2026, starting at EUR 329.

The Acer Nitro XV270U Z3 will be available in North America in Q1’2027, starting at USD 299.99; in EMEA in Q1’2027, starting at EUR 299; and in China in Q1’2027, starting at RMB 1,999.

The Acer ProDesigner PE270X P will be available in North America in Q1’2027, starting at USD 1,299.99; and in EMEA in Q1’2027, starting at EUR 1,299.  

Exact specifications, prices, and availability will vary by region. To learn more about availability, product specifications and prices in specific markets, please contact your nearest Acer office via www.acer.com.

Specifications

Name

Predator XB253Q U1

Display Size

24.5″

Panel Type

IPS

Max. Resolution and Refresh Rate

1920 x 1080 @ 1,000 Hz

Tear Technology

AMD FreeSync™ Premium, NVIDIA G-SYNC® Compatible

Surface Type

Matte

Response Time

0.3 ms (VRB Pro)

Contrast Ratio

100,000,000:1 (ACM)

Brightness

Native 400 nits, HDR400 mode: peak 450 nits

Viewing Angle

178° (H), 178° (V)

Color Gamut

90% DCI-P3, 99% sRGB

Colors

1.07 B

Bits

8 bits + FRC

Input Signal

2 HDMI (2.1) + 1 DP (2.1)

VESA Wall Mounting

100 x 100 mm

Speakers

N/A

Power Supply (100 – 240 V)

Internal (C13/C14)

Tilt/Swivel/Height Adjustment/Pivot 

-5°~ 25° / +/- 20° / 150 mm / +/-90°

 

Name

Predator X32 V3

Display Size

31.5″

Panel Type

QD-OLED Penta Tandem™

Max. Resolution and Refresh Rate

3840 x 2160 @ 180 Hz

Tear Technology

AMD FreeSync™ Premium Pro, NVIDIA G-SYNC® Compatible

Surface Type

Semi- Glossy

Response Time

0.03 ms (GTG)

Contrast Ratio

1,500,000:1

Brightness

Typ. 250 nits, Peak 450 nits @ HDR 10%

Viewing Angle

178° (H), 178° (V)

Color Gamut

99% DCI-P3

Colors

1.07 B

Bits

10 bit

Input Signal

1 HDMI (2.1) + 1 DisplayPort (1.4) + 1 USB-C (20 W) + SPK + audio out 

VESA Wall Mounting

100 x 100 mm

Speakers

2 W x 2

Power Supply (100 – 240 V)

Internal (C13/C14)

Tilt/Swivel/Height Adjustment/Pivot 

-5°~ 25° / +/- 20° / 150mm / N/A

 

Name

Predator XB273K V7

Display Size

27″

Panel Type

IPS

Max. Resolution and Refresh Rate

HDMI: 3840 x 2160 @ 160 Hz

DP: 3840 x 2160 @ 160 Hz

USB Type-C: 3840 x 2160 @ 160 Hz

DFR: 1920 x 1080 @ 500 Hz

Tear Technology

AMD FreeSync™ Premium, NVIDIA G-SYNC® Compatible

Surface Type

Matte

Response Time

1 ms / 0.5 ms (GTG, Min.)

Contrast Ratio

100,000,000:1 (ACM)

Brightness

Native 350 nits; HDR400 mode: peak 400 nits

Viewing Angle

178° (H), 178° (V)

Color Gamut

95% DCI-P3

Colors

1.07 B

Bits

8 bit + FRC (10 bit with dithering)

Input Signal

1 HDMI (2.1) + 1 DisplayPort (1.4) + 1 USB Type-C (20 W) + SPK + audio 
out

VESA Wall Mounting

100 x 100 mm

Speakers

2 W x 2

Power Supply (100 – 240 V)

Internal (C13/C14)

Tilt/Swivel/Height Adjustment/Pivot 

-5°~25° / ±20° / 150 mm / ±90°

 

Name

Acer Nitro XV275X P

Display Size

27″

Panel Type

IPS

Max. Resolution and Refresh Rate

HDMI: 5120 x 2880 @ 165 Hz

DP: 5120 x 2880 @ 165 Hz

USB Type-C: 5120 x 2880 @ 165 Hz

DFR: 2560 x 1440 @ 330 Hz

Tear Technology

AMD FreeSync™ Premium

Surface Type

Matte

Response Time

1 ms / 0.5 ms (GTG, Min.)

Contrast Ratio

100,000,000:1 max (ACM)

Brightness

Native: 450 nits; HDR1400 mode: peak 1400 nits

Viewing Angle

178° (H), 178° (V)

Color Gamut

99% Adobe RGB, 99% DCI-P3, 99% sRGB

Colors

1.07 B

Bits

8 bit + FRC (10 bit with dithering)

Input Signal

2 HDMI (2.1) + 1 DisplayPort (1.4) + 1 USB Type-C (90 W) + SPK + audio 

out + 2 USB 3.0 + USB-B (2 up, 2 down)

VESA Wall Mounting

100 x 100 mm

Speakers

2 W x 2

Power Supply (100 – 240 V)

External (C5/C6)

Tilt/Swivel/Height Adjustment/Pivot 

-5°~20° / ±20° / 120 mm / N/A

 

Name

Acer Nitro XZ340CKR P

Display Size

34″

Panel Type

VA

Max. Resolution and Refresh Rate

Normal: 5120 x 2160 @180 Hz
DFR： 2560 x 1080 @ 360 Hz

Tear Technology

AMD FreeSync™ Premium

Surface Type

Matte

Response Time

1 ms / 0.5 ms (GTG, Min.)

Contrast Ratio

100,000,000:1 (ACM)

Brightness

250 nits

Viewing Angle

178° (H), 178° (V)

Color Gamut

90% DCI-P3

Colors

1.07 B

Bits

8 bit + FRC

Input Signal

2 HDMI (2.1) + DP (1.4) + SPK + audio out

VESA Wall Mounting

100 x 100 mm

Speakers

2 W x 2

Power Supply (100 – 240 V)

Internal (C13/C14)

Tilt/Swivel/Height Adjustment/Pivot

-5°~ 20° / +/- 15° / 120 mm / N/A

Name

Acer Nitro XV275U Z2

Display Size

27″

Panel Type

IPS

Max. Resolution and Refresh Rate

Normal Mode:
 DP: 2560 x 1440 @ 275 Hz
 HDMI: 2560 x 1440 @ 275 Hz

FHD Mode:
 DP: 1920 x 1080 @ 360 Hz
 HDMI: 1920 x 1080 @ 360 Hz
HD Mode:
 DP: 1280 x 720 @ 520 Hz
 HDMI: 1280 x 720 @ 520 Hz

Tear Technology

AMD FreeSync™ Premium

Surface Type

Matte

Response Time

1 ms / 0.5 ms (GTG, Min.)

Contrast Ratio

100,000,000:1 (ACM)

Brightness

Native: 500 nits; HDR1000

Viewing Angle

178° (H), 178° (V)

Color Gamut

97% DCI-P3, 95% Adobe RGB

Colors

1.07 B

Bits

8 bit + FRC

Input Signal

2 HDMI  (2.1) + 2 DisplayPort (1.4) + SPK + audio out 

VESA Wall Mounting

100 x 100 mm

Speakers

2 W x 2

Power Supply (100 – 240 V)

External (non-removable plug)

Tilt/Swivel/Height Adjustment/Pivot 

-5° ~ 25° /±20° / 150 mm / ±90°

 

Name

Acer Nitro XV270U Z3

Display Size

27″

Panel Type

IPS

Max. Resolution and Refresh Rate

Normal:

DP: 2,560 x 1,440 @ 275 Hz

HDMI: 2,560 x 1,440 @ 144 Hz


FHD Mode:

DP: 1,920 x 1,080 @ 360 Hz

HDMI: 1,920 x 1,080 @ 240 Hz


HD Mode:

DP: 1,280 x 720 @ 520 Hz

HDMI: 1,280 x 720 @ 360 Hz

Tear Technology

AMD FreeSync™ Premium

Surface Type

Matte

Response Time

1 ms / 0.5 ms (GTG, Min.)

Contrast Ratio

100,000,000:1 (ACM)

Brightness

250 nits

Viewing Angle

178° (H), 178° (V)

Color Gamut

90% DCI-P3

Colors

1.07 B

Bits

8 bit + FRC

Input Signal

2 HDMI (2.1) + DP (1.4) + SPK + audio out 

VESA Wall Mounting

100 x 100 mm

Speakers

2 W x 2

Power Supply (100 – 240 V)

Internal (C13/C14)

Tilt/Swivel/Height Adjustment/Pivot 

-5°~ 25° / +/- 20° / 150mm / +/-90°

 

Name

Acer ProDesigner PE270X P

Display Size

27″

Panel Type

IPS

Max. Resolution and Refresh Rate

DisplayPort: 5120 x 2880 @ 165 Hz
HDMI: 5120 x 2880 @ 165 Hz
Type-C: 5120 x 2880 @ 165 Hz
DFR: 2560 x 1440 @ 330 Hz

Tear Technology

AMD FreeSync™ Premium

Surface Type

Matte

Response Time

1 ms / 0.5 ms (GTG, Min.)

Contrast Ratio

100,000,000:1 Max (ACM)

Brightness

Native: 450 nits; HDR1400 mode: peak 1,400 nits

Viewing Angle

178° (H), 178° (V)

Color Gamut

99% Adobe RGB / 99% DCI-P3 / 99% sRGB

Colors

1.07 B

Bits

8 bit + FRC (10 bit with dithering)

Input Signal

2 HDMI (2.1) + 1 DisplayPort (1.4) + 1 Type-C (90 W) + SPK + Audio out + 

USB 3.0 x 2 + USB-B (2 up 2 down)

VESA Wall Mounting

100 x 100 mm

Speakers

2 W x 2

Power Supply (100 – 240 V)

External (C5/C6)

Tilt/Swivel/Height Adjustment/Pivot 

-5° to 20° / ±20° / 120 mm / N/A

About Acer

Founded in 1976, Acer is one of the world’s top technology companies with a presence in more than 160 countries. The company continues to evolve by embracing innovation across its offerings, which include computers and displays, while branching out to new businesses. Acer is also committed to sustainable growth, exploring new opportunities that align with its environmental and social responsibilities. The Acer Group employs nearly 12,000 employees that contribute to the research, design, marketing, sales and support of products, solutions, and services that break barriers between people and technology. Visit www.acer.com for more information.

© 2026 Acer Inc. All rights reserved. Acer and the Acer logo are registered trademarks of Acer Inc. Other trademarks, registered trademarks, and/or service marks, indicated or otherwise, are the property of their respective owners. All offers subject to change without notice or obligation and may not be available through all sales channels. Prices listed are manufacturer suggested retail prices and may vary by location. Applicable sales tax extra.

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SOURCE Acer

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