Battleground Mobile, 'Rondo' update pre-registration

Krafton (CEO Kim Chang-han) is holding a pre-registration event until March 6th ahead of the update of the new map 'Rondo' for 'Battleground Mobile'.



[Photo = Krafton]



Rondo is a map that has been loved by users around the world since it was first released on 'Battleground' in 2023. It is scheduled to be officially released on Battleground Mobile in March. This map is a large 8x8km map that harmonizes the atmosphere of the traditional past and a modern city, and users can play strategically by utilizing various terrains and elements.



If you participate in the pre-registration, you can receive various in-game items such as the 'Bathory Costume Set' and 'Dystopia Rust Buggy Skin' as well as the event commemorative profile and border. If you verify your participation in the pre-registration on the official Battleground Mobile cafe, you will receive an additional 10 'Chicken Medals', an in-game currency, and 10 users who have verified will be selected in a raffle to receive a Battleground Mobile hoodie.





https://www.inews24.com/view/blogger/1815183

댓글

댓글 쓰기

이 블로그의 인기 게시물

"TSMC 3nm Process Reaches 100% Utilization Rate in Shortest Time Ever"

이미지
Taiwan Semiconductor Foundry Manufacturing Company (TSMC) has recorded its fastest-ever full-scale operation rate of its advanced process. Taiwan TSMC logo [Photo = Yonhap News] According to Counterpoint Research on the 21st, TSMC's 3nm process reached a 100% operation rate for the first time in five quarters since mass production. This is due to a surge in demand for x86 PC CPUs and other application processors (AP SoCs), including Apple's A17 Pro and A18 Pro. Counterpoint Research forecasts that this high operation rate will continue as demand for artificial intelligence (AI) and high-performance computing (HPC) increases with the full-scale introduction of AI ASICs, such as Nvidia's Rubin graphics processing unit (GPU), Google's TPU v7, and AWS's Trainium 3. Older processes, such as 6/7nm and 4/5nm, were mainly focused on the smartphone market, so production expansion was relatively slow. The 6·7nm process utilization r...
자세한 내용 보기

K-Robot 'Ellis' Invited to Computex by NVIDIA

이미지
Korean:The Korean humanoid robot 'Ellis' met visitors at the Taiwan ICT exhibition 'Computex 2025'. According to the robot industry on the 21st, A-Robot is showcasing Ellis at the Nvidia exhibition hall in Computex, which is being held in Taipei, Taiwan until the 23rd. A-Robot's humanoid robot 'Ellis' hands out water to visitors after playing dice with them at Computex 2025 on the 21st. [Photo = A-Robot] A-Robot CEO Eom Yoon-seol (top left) introduces 'Ellis' to visitors at 'Computex 2025' held at the Taipei Nangang Exhibition Center in Taiwan on the 21st. Visitors are delighted to see Ellis' dice numbers revealed. [Photo = A-Robot] Ellis is a humanoid robot that is 160 cm tall and weighs 45 kg. It has been learning various human behaviors using Nvidia's Robot Foundation Model Cosmos platform. At this exhibition, A-Robot provided an opportunity for Ellis to interact with visitors. Ellis and ...
자세한 내용 보기

"TSMC 3nm Process Reaches 100% Utilization Rate in Shortest Time Ever"

이미지
Taiwan Semiconductor Foundry Manufacturing Company (TSMC) has recorded its fastest-ever full-scale operation rate of its advanced process. Taiwan TSMC logo [Photo = Yonhap News] According to Counterpoint Research on the 21st, TSMC's 3nm process reached a 100% operation rate for the first time in five quarters since mass production. This is due to a surge in demand for x86 PC CPUs and other application processors (AP SoCs), including Apple's A17 Pro and A18 Pro. Counterpoint Research forecasts that this high operation rate will continue as demand for artificial intelligence (AI) and high-performance computing (HPC) increases with the full-scale introduction of AI ASICs, such as Nvidia's Rubin graphics processing unit (GPU), Google's TPU v7, and AWS's Trainium 3. Older processes, such as 6/7nm and 4/5nm, were mainly focused on the smartphone market, so production expansion was relatively slow. The 6·7nm process utilization r...
자세한 내용 보기