Carrier Network Solution Overview

Tryin provides a full-scenario optical transport solution for mobile network carriers, covering fronthaul/backhaul, metro aggregation, and long-haul backbone networks.

The modular chassis-based architecture supports flexible on-demand configuration and smooth capacity expansion. By combining intelligent optical amplification technologies with DWDM systems, the solution enables long-distance transmission from 10G per wavelength up to 200G+.

Multiple management protocols (Web/SNMP/B/S) are supported, enabling centralized remote monitoring and flexible control. The ultra-low-power design reduces operator OPEX, while multi-service adaptability helps customers rapidly build a manageable, controllable, and green next-generation optical network infrastructure.

Customer Challenges

Fiber resource exhaustion

Mobile backhaul fiber resources are limited, while LTE expansion and NSA/SA evolution demands continue to grow

Complex network layers

Coexistence of 2G/3G/4G/5G networks creates management silos and low operational efficiency

Rising operating costs

Power and site rental costs increase by 15–20% annually, while ARPU remains flat or declines

Shortage of skilled technicians

Rural and emerging markets lack experienced engineers, leading to slow on-site fault response

OSS integration challenges

New equipment must seamlessly integrate with existing OSS systems to avoid management gaps

Our Advantages of Carrier Network Solution

Unified multi-service transport platform: Reduces fiber leasing costs by up to 70%
Pay-as-you-grow investment model: Modular line-card architecture supports online expansion, protecting initial investment
Ultra-long-distance transmission: Intelligent optical amplification supports spans over 200 km, reducing the need for costly relay sites
Open management interfaces: Multi-protocol support (Web/SNMP/B/S) ensures seamless integration with any OSS platform for end-to-end service orchestration
Ultra-low power consumption: Up to 40% lower power usage than traditional systems; ETR wide-temperature models operate without air conditioning, ideal for remote base stations
Rapid deployment: Preconfigured wavelength planning and automatic commissioning reduce base station activation time from 2 days to 4 hours
Carrier-grade reliability: Redundant power supplies, controllers, and fans combined with intelligent protection switching meet 99% availability requirements