Malaysia’s 5G expansion demands robust, intelligent transport infrastructure capable of supporting ultra-low latency, massive bandwidth, and scalable network growth.
IX Telecom leads the deployment of 5G Network Infrastructure in Malaysia through advanced Next Generation Transport (NGT) solutions, covering implementation, commissioning, and optimization.
The Challenge
Legacy Networks Can’t Keep Up with 5G Demands
As Malaysia’s 5G rollout accelerates across urban and industrial corridors, legacy transport networks struggle to support high-capacity 5G backhaul and real-time applications.
Key Limitations
- Bandwidth bottlenecks impacting video, IoT, and cloud services
- High latency blocking real-time applications like autonomous systems and AR/VR
- Inflexible architecture unable to scale with growing 5G adoption
To address this, IX Telecom spearheaded the rollout of Next-Generation Transport (NGT) to form the high-speed backbone of 5G networks.
The IX Telecom Solution
Full Lifecycle Implementation of NGT
Infrastructure Setup
- Fiber Network Expansion: Expanded high-capacity fiber routes forming the backbone of 5G backhaul solutions across Malaysia.
- Edge Computing & Cloud Integration: Reduced latency through localized processing
- D-WAN & Intelligent Routing: Intelligent routing optimized for carrier-grade 5G backhaul and real-time enterprise traffic prioritization.
Deployment Process
- Strategic Site Selection & Network Planning: Focused on delivering comprehensive telecom network design, integration and deployment services
- NGT-Compatible Hardware Deployment: Installed routers, switches, and aggregation nodes designed for 5G
- Core Integration: Seamlessly linked transport layers to the 5G core for end-to-end connectivity
Key Infrastructure Challenges Addressed
Maintenance Challenge |
Service Interruptions |
Scaling Demands |
Compatibility Issues |
IX Telecom Solution |
Auto-failover systems with zero-touch re-routing |
Modular upgrades with dynamic traffic management |
Built hybrid architecture integrating legacy and new systems |
Commissioning & Testing: Built to Perform, Proven to Deliver
Our technical teams ran a comprehensive validation process to ensure carrier-grade reliability and performance.
Key Testing Areas
- Latency & Throughput: Measured against 5G SLA benchmarks
- Failover & Redundancy: Simulated outages to verify automatic recovery
- End-to-End Optimization: Tuned for critical use cases like IoT, mobile video, and enterprise SD-WAN
Outcomes Achieved
- Expanded 5G coverage in key zones
- Reduced network latency for mission-critical apps
- Improved bandwidth utilization and traffic prioritization
Maintenance & Optimization: Sustaining Performance Beyond Launch
Smart Monitoring & Predictive Maintenance
- 24/7 NOC Monitoring: Real-time incident detection and proactive alerts
- AI-Driven Analytics: Forecasts potential failures before they impact services
Continuous Improvement Plan
Challenge |
Regulatory Delays |
Infrastructure Costs |
Compatibility Issues |
IX Telecom Solution |
Collaborated with local authorities for faster approvals |
Phased rollouts with regional partners |
Built hybrid architecture integrating legacy and new systems |
Results
Future-Ready Transport for a 5G-Driven World
IX Telecom’s 5G Network Infrastructure in Malaysia deployment strengthens national transport capability, enabling scalable telecom network infrastructure deployment across urban and remote regions.
- Ultra-Reliable, Low-Latency 5G Backbone
- Faster Rollout of 5G Services in Urban & Remote Areas
- Future-Proof Network Ready for AI, IoT, and Smart Cities
- Centralized Visibility with Global Reach & Local Compliance
As Malaysia’s 5G ecosystem evolves, IX Telecom continues to improve its Next Generation Transport (NGT) solutions to support expanding 5G backhaul, smart city initiatives, and enterprise digital transformation.
Ready to power your next rollout? Start the conversation with our team and explore what’s possible.