DUBAI, UAE(April 6, 2020)Acer has announced its new Predator Triton 500 and Acer Nitro 5 gaming notebooks.Alongside significant developments in thermal performance, both devices come with the latest 10th GenIntel Core processors and newly announced NVIDIAGeForce RTX SUPER and GTX GPUs.
“In addition to the latest processors and GPUs, we’ve made exciting across-the-board updates to the Predator Triton 500 and Acer Nitro 5 this year,” saidJames Lin, General Manager, Notebooks, IT Products Business, Acer. “Most importantly we’ve applied new thermal technology which keeps the devices cool so gamers can enjoy the performance improvements from the latest silicon technology.”
Predator Triton500- Top Performance that Keeps Cool
Powered by the latest 10th Gen Intel® Core™processors for high performance notebooks and up to NVIDIA® GeForce RTX 2080 SUPER™or 2070 SUPER GPUs with Max-Q Design, the Predator Triton 500 is capable of taking on thetoughest challenges.Itsindustry-leading 300 Hz IPS panel with a 3msoverdrive response time displays all the action in smooth and vivid detail, covering 100% of the sRGB color gamutwhile supporting wide-angle views.
The Predator Triton 500 comes with a Killer™ Wi-Fi 6 AX1650i wireless controller, E3100G ethernet controller and Control Center 2.0, ensuring speed-critical applications get bandwidth priority. All this power is packed into a thin 17.9mm (0.7in) and lightweight 2.1 kg (4.63lb) all-metal chassis that features narrow bezels, for an impressive productivity of up to 7.5 hours of battery life[i],making this notebook an excellent choice for working professionals who want to play too.
The Predator Triton 500 featuresAcer’s Vortex Flow technology, a new design involvingthree custom engineered fans strategically placed in the chassis, working in tandem to increase additional airflow while also reducing noise. This is further enhanced by CoolBoost™technology,which increases fan speed for improved performance. Gamers can monitor the device’s temperature and adjust the fan speed through the PredatorSense UI.
The notebook’s innovative cooling system also features an all-metal 4th Gen AeroBlade™ 3D fan that’s been specially designed to maximize airflow and reduce noise. Serrated edges, winglets and a curved fin allow for up to 45% increase in airflow[ii]. Adding five heat pipes to the mix, the 2020 Predator Triton 500 ultimately gets 33% better thermal performance than its 2019 counterpart[iii].
Acer Nitro 5
The Acer Nitro 5 comes with up to a 10th Gen Intel® Core™i7 processordelivering 5 GHz and graphics options of anGeForce RTX2060 or the latest GeForce GTX 1650Ti or 1650 GPUs. It comes with up to two M.2 PCle SSDs and a 1TB HDD1for storage, and up to 32GB of DD4R4 RAM in two user-upgradeable DIMM slots. Available with a 15.6-inch FHD IPS display, models with 144Hzor 120Hz1 refresh rates and a 3ms response times[iv] allow for blur-free gameplay that comes to life on the device’s 72% NTSC, 300-nit panel2.
It also comes with several innovative thermal solutions in order to maximize cooling efficiency even under heavy loads and features a dual-fan cooling system that takes advantage of strategically placed intake/exhaust ports and four heat vents to achieve an overall 25% improvement in thermal performance over the 2019 model.
This is further optimized by CoolBoost™technology capable of increasing fan speed by 10% and CPU/GPU cooling by 9%.New to this year’s model, Intel Wi-Fi 6 AX201 (802.11ax) and Killer Ethernet E2600 increase network stability and performance, enabling gamers to take full advantage of these thermal improvements.
Price and Availability
The Predator Triton500 gaming notebook will be available in EMEA in Maystarting at EUR 1,899.
The Acer Nitro 5 gaming notebooks will be available in EMEA in Maystarting at EUR 899.
[i] Listed battery life is based on MobileMark 2014® productivity mode testing with wireless on. Details of MobileMark 2014 testing are available at www.bapco.com. Battery life rating is for comparison purposes only. Actual battery life varies by model, configuration, application, power management settings,operating conditions, and features used. A battery’s maximum capacity decreases with time and use.
[ii] When compared with a plastic fan
[iii] Thermal performance depends on system configuration and may require enabled hardware or software activation.
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