Deployment Case Where Singapore Gm Server Is Linked With Global Server

2026-03-06 13:22:55
Current Location： Blog > Singapore server

1. overview: why deploy gm servers in singapore

• as an asia-pacific network hub, singapore has rich bandwidth and low latency, making it suitable as a gm (game master/management) or control plane node.
• when facing players in southeast asia and greater china, the common delay from singapore to hong kong/taiwan is 7-20ms, and to southeast asian nodes is 10-30ms.
• enterprises need to consider compliance and computer room selection (such as equinix sg1/sg2, aws ap-southeast-1, google asia-southeast1, etc.).
• the gm server is usually responsible for command distribution, global configuration, log collection and cross-zone management, requiring high availability and low latency.
• this article will provide specific configuration samples, link delay data, linkage architecture and real cases for operation and maintenance reference.

2. physical location and network selection of singapore server

• common computer rooms: equinix sg1/sg2, singtel interconnection, major cloud vendor areas (aws/google/azure, vultr, digitalocean).
• selection recommendation: for the control plane, multi-region private network connection (vpc peering / direct connect) is preferred.
• public network link: it is recommended to have at least 1gbps port, and reserve 3-5gbps or more for peak scenarios, and expand the capacity according to sla.
• latency reference (icmp/udp test): singapore → hong kong 8-12ms, singapore → tokyo 28-40ms, singapore → sydney 60-75ms, singapore → los angeles 150-180ms.
• ip and bgp: it is recommended that important control nodes use anycast/bgp to publish key ips to facilitate global routing optimization.

3. key points of architecture design for global linkage

• architecture layering: global control layer (singapore gm), regional game layer (regional game servers), edge layer (cdn and edge rpc).
• data synchronization: use asynchronous replication + regular full verification, and the control plane uses message queue (kafka/rabbitmq) to distribute instructions.
• dns strategy: use global anycast dns for the main domain name, and use geodns for important subdomains to achieve recent scheduling.
• load balancing: layer4/l7 mixed strategy, regional entrance uses nginx/haproxy for reverse proxy and health check.
• disaster recovery and consistency: after key configurations are written to the singapore master node, synchronization with rpo <= 5s is completed in each region through the multi-active/active-standby strategy (example target).

4. server configuration and specific examples (including tables)

• the following table gives an example configuration of a singapore gm node and three regional servers, including cpu, memory, storage, bandwidth and usage.
• the table shows real example configurations for easy reference in selection and capacity planning.
node vcpu memory storage public network bandwidth use
singapore gm master node 8 vcpus 32gb 500gb nvme 1 gbps (burstable to 5 gbps) control plane, log aggregation, management api
tokyo area service 16 vcpus 64gb 1tb nvme 2 gbps game logic, player connection
western us regional service 32 vcpus 128gb 2tb nvme 5 gbps high concurrent session processing, main database
europe regional server 16 vcpus 64gb 1tb nvme 2 gbps zone load, caching layer
• the table above is an example: actual bandwidth and storage need to be adjusted based on concurrency, player peaks and log volume.
• it is recommended that the production environment performs active-active or active-standby switching (keepalived, consul, etcd) on the gm master node.

5. cdn, domain name resolution and ddos defense strategy

• cdn: it is recommended to use cdn to accelerate static resources. the edge nodes cover asia/the united states and europe, and the cache hit rate target is above 90%.
• domain name: the main domain name uses anycast dns (such as cloudflare, ns1), and geodns to divert players.
• ddos protection: enable waf + traffic cleaning on the control plane and ingress. it is recommended that cloudflare spectrum or the cloud vendor's shield/anti-ddos.
• bandwidth elasticity: to cope with ddos, reserve cleaning bandwidth or use cleaning center access to ensure the stability of real business bandwidth.
• security policy: speed limit, connection threshold, black and white list, rate limit, combined with real-time monitoring (prometheus + grafana + alertmanager).

6. real case: deployment and operation and maintenance data of a game company as a control node in singapore

• background: the company will deploy the gm control plane in singapore aws (ap-southeast-1) in 2024, and regional game servers are distributed in tokyo, west america, and frankfurt.
• traffic and latency: the peak number of simultaneous online players is 500,000, and the peak qps of control instructions is about 12k; the average rtt from singapore to tokyo is 34ms, and the rtt from singapore to the west is 160ms.
• configuration: gm master node uses 8vcpu+32gb, redis cluster (3 nodes, r5.large), three copies of kafka, and logs are stored in elk/opensearch.
• disaster recovery: the regional server uses master-slave database replication, with an rto target of 30 minutes and an rpo target of 5 seconds; cross-region drills and switching tests are conducted regularly.
• effects and lessons learned: singapore gm has reduced authentication and configuration delays for southeast asian users by 10-30%. however, attention should be paid to the impact of trans-pacific link jitter on command distribution in the us region, so a local cache + batch delivery strategy is adopted for the us region to reduce dependence.

singapore server
Tags：Singapore Gm Server Global Linkage Vps Hosting Domain Name Cdn Ddos Defense Server Configuration Delay Optimization More»
Previous article： Community Cheats Analysis Of Common Failure Causes Of Dota Auto Chess Singapore Server Code
Latest articles
Analysis Of Long-Term Operations And Maintenance Costs: How To Choose Better Servers In The US And Reduce TCO
How Bandwidth And Storage Affect Rent When Renting A Singapore Cloud Server Is Appropriate
Player Test Report Comparing Download Time On Singapore LoL Servers With Accelerators
Procurement Guide: Hat Cloud Hong Kong High-Defense Server Bandwidth Selection Recommendations For Multiple Business Scenarios
Performance And Price: Which Cloud Server In Vietnam Is Good? Comparison Of Instance Bandwidth And Billing By Vendor
Enterprises Deploy Practical Cost And Performance Optimization Strategies For Vietnam's CN2 Service Providers
A Must-read For Technical Teams On Key Points Of VPS Security Hardening And Permission Settings In Malaysia
From Production Capacity To Delivery, The Market Trend Of Changes In Japanese Server Contract Manufacturer Rankings
Zhihu Feedback On Korean Cloud Servers The Five Questions Zhihu Users Care About Most
Detailed Explanation Of Network Link Selection And Bandwidth Redundancy Design Specifications For Qualcomm High-defense Servers In The United States
Popular tags
Cdn Edge Computing Line Optimization Streaming Media Distribution Architecture Cn2 Technology LOL Capacity Planning Website Protection Purchase Intrusion Detection Hosting Best Vps Service Provider Cost Analysis Bandwidth Coupon Identification Vps Hosting Vouchers Singapore Telecom Computer Room Node.js Best VPS Novice Tutorial Singapore Private Vps Real-time Communication Cloud Storage Server Security Compliance Reliable Ss Node Global Deployment Taiwan Server Paypal Alibaba Cloud Singapore
Related Articles