Tencent's self‑developed Canghai V2 video codec ASIC, now entering mass production in H2 2026, delivers up to 30% higher compression for H.266, doubles processing throughput, wins the MSU hardware encoding contest across all speed tiers, and adds low‑cost cloud‑gaming rendering and AI‑enhanced picture quality.
BCG’s 2026 Video Gaming Report, based on a survey of nearly 3,000 gamers and extensive industry data, reveals sustained player enthusiasm across generations, four transformative trends—including generative AI, cloud gaming, UGC, and open app stores—and new monetization strategies that could shape the sector’s growth through 2030.
During the 24th GOPS Global Operations Conference, Migu Interactive Entertainment’s Vice President Su Yi discussed how their AI‑driven AIOps observability framework, validated by ITU standards, enhances cloud gaming platform stability, accelerates issue detection, and supports China Mobile’s 5G‑based digital transformation.
Migu Interactive Entertainment’s interview reveals how its cloud gaming platform leveraged AI, 5G, and standardized observability practices to pass both international and domestic AIOps assessments, highlighting the strategic importance of intelligent operations for business continuity in complex, distributed systems.
This guide explains how to create a cloud service that includes the Black Myth: Wukong game, Steam client, and remote desktop, configure the cloud host, connect via web terminal, set up Steam streaming, and troubleshoot common issues for a smooth cloud gaming experience.
The intermittent timeout between cloud host A and game server B was traced to the server’s net.ipv4.tcp_tw_recycle setting, which dropped SYN packets with non‑monotonic timestamps after NAT translation, and disabling this kernel parameter restored normal connectivity.
This article explains Baidu Intelligent Cloud’s GPU container virtualization 2.0, detailing its dual‑engine architecture, resource pooling, and scheduling innovations that isolate AI, rendering, and codec workloads, and showcases real‑world scenarios such as online inference, autonomous‑driving simulation, and cloud gaming to improve GPU utilization.
Explore the fundamentals of cloud gaming and discover how WebRTC's real-time audio‑video, NAT traversal, and data channel technologies enable low‑latency game streaming across devices, with detailed architecture, protocols, and code examples for developers.
Bilibili built a cross‑platform cloud‑gaming service that leverages WebRTC with tuned jitter buffers, unordered data channels, adaptive input‑report rates, and a custom kernel driver to deliver sub‑100 ms latency, dynamic bitrate control, and haptic feedback, overcoming typical latency, stutter, and flexibility limitations of existing solutions.
From Tencent Meeting’s 3.0 launch and new webinar mode to Microsoft’s metaverse preview, Firefox’s biggest WebRTC upgrade, Safari’s bug surge, Zoom’s auto‑captioning, and emerging standards like SVC and WebTransport, this roundup surveys the latest real‑time audio‑video technologies, product releases and industry trends shaping 2021.
The article reviews the most important cloud computing trends of 2021—including hybrid cloud, edge computing, serverless architectures, AI/ML integration, cloud gaming, and cloud‑based application development—highlighting their benefits, market growth, and impact on modern enterprises.
2021’s cloud landscape is shaped by hybrid cloud’s flexibility, edge computing’s low‑latency processing, serverless architectures that offload infrastructure, AI/ML integration, rising cloud gaming demand, and cloud‑native application development, all driving businesses toward more agile, secure, and cost‑effective solutions.
Cloud gaming delivers games from edge‑computing nodes as video or command streams to any device, eliminating hardware limits, while addressing cost, bandwidth, latency, and operational complexities, and as 5G and cloud infrastructure mature, it is poised to become a mainstream gaming platform.
The article surveys recent web and graphics advancements, covering Google’s first online Web Dev conference, a performance study of inline functions in React, Alipay’s 3D animation and gaming efforts, a Cornell‑led 3D wristband for VR, cloud gaming live streaming, a visual CNN explainer, Taro H5 optimizations, and JD’s PC homepage redesign.
This article examines how 5G‑enabled Multi‑Access Edge Computing (MEC) and Tencent’s TMEC platform, built on TKEStack, deliver low‑latency services such as high‑precision positioning, video processing, QoS control and 5G slicing to support autonomous driving, V2X, cloud gaming and other emerging use cases.
This article analyzes the challenges of low‑latency, stable, and cost‑effective online multiplayer games and explains how Tencent's Game Server Engine (GSE) provides elastic scaling, near‑by scheduling, stateful shrinkage, multi‑region disaster recovery, and zero‑downtime updates to meet those demands.
In an interview, iQIYI Live Cloud’s Chen Kunzhong explains how their WebRTC‑based RTCDN reduces encoding and transmission delay to achieve roughly 100 ms end‑to‑end latency for cloud‑gaming ads, supporting cross‑device play, instant click‑to‑play sessions, and future 5G‑enhanced high‑resolution experiences.
Tencent Future Network Lab, founded in 2017 as China’s first internet‑company 5G research team, drives an application‑first 5G roadmap by uniting standards work, open‑source contributions, and real‑world pilots such as cloud gaming, 4K video, autonomous‑driving, and smart‑factory solutions, while building a converged cloud‑mobile ecosystem through network slicing and intelligent edge integration.
The article explains why 5G forces multimedia standardization, outlines the challenges of emerging formats like 8K, details the VVC (H.266) compression breakthrough, and describes Tencent's role in shaping future heterogeneous‑computing‑based multimedia architectures for cloud gaming and beyond.
This article explores how cloud gaming platforms manage resources by addressing latency, bandwidth, and cost challenges, defining scheduling problems similar to dynamic bin packing, evaluating classic and new algorithms—including AI‑driven predictions—and proposing strategies to minimize total server runtime and deployment overhead.
