Sunshine+Moonlight+IPv6 Remote Game Streaming Setup

# Sunshine+Moonlight+IPv6 Remote Game Streaming Setup ## 📺 Video Overview This comprehensive tutorial demonstrates how to set up remote game streaming using Sunshine and Moonlight over a public IPv6 network. Content creator DP provides a detailed walkthrough of streaming from a Mac laptop to a Windows 10 PC, sharing valuable hands-on configuration experience and performance insights. --- ## 🎮 Core Content ### Test Environment Setup - **Streaming Setup**: Mac laptop (client) → Windows 10 PC (host) - **Network Specifications**: China Telecom home broadband (500Mbps down, 50Mbps up) - **Mobile Network**: China Telecom 4G - **Router System**: iKuai OS ### Key Configuration Steps **1. Sunshine Server Configuration** - Access Sunshine control panel and navigate to network settings - Switch IP address mode to "IPv4+IPv6" dual-stack mode - Record essential port numbers (47984, 47989, 47998-48000, etc.) **2. Firewall ACL Rules Configuration** This is the most critical security setup for public IPv6 environments: - **TCP Rules**: Allow ports 47984, 47989, etc., with WAN→LAN forwarding direction - **UDP Rules**: Open port range 47998-48000 - **Important Note**: Leave source port empty when configuring ACL rules; only set destination ports **3. IPv6 DDNS Dynamic Domain Setup** - Configure dynamic DNS through iKuai OS - Solves the issue of potential IPv6 address changes - Example domain format: dpit-t2-v6-ikuai-game.lib00.com **4. Moonlight Client Connection** - IPv6 addresses must be enclosed in brackets: `[IPv6 address]` - Alternatively, use the configured DDNS domain directly - Testing revealed port 47989 (HTTP) offers the best connection success rate --- ## 💡 Performance Comparison The creator conducted a comprehensive comparison of three streaming solutions: | Streaming Method | Video Quality | Latency | Responsiveness | Use Case | |-----------------|---------------|---------|----------------|----------| | **Local LAN** | ⭐⭐⭐⭐⭐ | Minimal | Best | Home use | | **IPv4 Public** | ⭐⭐⭐⭐ | Slight delay | Playable | Users with public IPv4 | | **IPv6 Public** | ⭐⭐⭐⭐ | Very low | Excellent | **Recommended for remote** | **Key Finding**: Under identical network conditions, IPv6 public network streaming delivers significantly better responsiveness than IPv4, with latency perception approaching LAN-level performance. --- ## 🔒 Security Recommendations - All devices have public IPs under IPv6, creating security risks - ACL firewall whitelist policies are mandatory - Default deny all connections, only open necessary ports - Recommend watching the creator's dedicated ACL firewall configuration video --- ## 🎯 Target Audience - Gamers requiring remote game streaming - Users unable to obtain public IPv4 addresses - iKuai OS or similar router system users - Tech enthusiasts pursuing low-latency remote gaming experiences --- ## 📝 Technical Highlights 1. **Port Configuration**: TCP and UDP ports require separate configuration 2. **Protocol Selection**: Testing shows HTTP protocol (port 47989) offers best stability 3. **DDNS Necessity**: IPv6 addresses, though public, still change; dynamic DNS resolves this 4. **Firewall Rules**: Leaving source port empty is critical to avoid connection failures --- ## 🌟 Why This Matters - High IPv6 public IP availability—nearly all broadband supports it - Configuration complexity similar to IPv4, mainly adding ACL firewall setup - Superior gaming experience compared to IPv4, with lower latency and better responsiveness - Ideal for remote streaming scenarios demanding high quality and low latency --- ## 🔑 SEO Keywords Remote game streaming, IPv6 configuration, Sunshine Moonlight setup, public network gaming, iKuai OS tutorial, ACL firewall rules, DDNS configuration, low-latency streaming, IPv6 vs IPv4 gaming, Mac to Windows streaming, network port forwarding, remote PC gaming --- **📌 Related Content**: This is the fourth episode in the Sunshine+Moonlight streaming series. Previous episodes covered LAN streaming (Episode 1), IPv4 public network streaming (Episode 2-3), and ACL firewall configuration. Viewers are encouraged to watch earlier episodes for foundational knowledge.