In the era of 400G/800G traffic surges, the OTS Nspace series serves as a "traffic command center" for operators and enterprises. Through its ultra-high-bandwidth switching architecture and intelligent traffic orchestration, it enables full-scale data capture and precise distribution. We solve a critical problem: eliminating network blind spots and preventing expensive security appliances from being overwhelmed by irrelevant traffic.
2.Why Choose OTS Nspace? (Deep Dive into Customer Pain Points)
🛡️ For Operators: Network-Wide Visibility, Hassle-Free Operations
The Challenge: Exponential growth in backbone bandwidth means traditional probes can no longer process 400G/800G traffic at line rate, leading to packet loss in monitoring and difficult fault isolation. The OTS Solution: Line-Rate Non-Blocking: Powered by the 6.4T Switch Fabric Card, the chassis delivers a massive throughput of 26.4Tbps, ensuring zero packet loss during full-scale traffic capture even in peak surges. Centralized Smart Management: The Redundant Supervisor Card, combined with IPMI out-of-band management, provides unified control over all line cards, power supplies, and fans. Eliminate the need to log in to individual cards; view all statuses at a glance, significantly reducing OPEX.
🔒 For Security Clients: Precision Scrubbing, Cost Reduction & Efficiency
The Challenge: Security appliances like firewalls, IPS, and WAF are expensive and have obvious performance bottlenecks. Feeding all traffic (including video streams and backup data) into these tools causes overload and wastes license fees. The OTS Solution: Intelligent Steering & Filtering: Utilizing the Programmable Aggregation TAP Card, traffic is "pre-processed" before reaching security tools. It supports flexible filtering based on 5-tuple rules and application-layer signatures, forwarding only "suspicious" or "mission-critical" traffic to security appliances.
Load Balancing: Hashes a massive 100G traffic link and distributes it across multiple backend security appliances, protecting your investment and extending equipment lifespan.
- Key Product Highlights (Derived from Specifications)
Ultimate Performance Foundation: An 8-slot chassis design supporting 1.6T/3.2T bandwidth per slot, effortlessly accommodating network expansion needs for the next 3-5 years. Software-Defined Flexibility: Forwarding logic is not hardwired into the chip. Users can customize traffic steering policies (e.g., replication, aggregation, truncation, deduplication) based on business needs, adapting to various aggregation and auditing strategies. Carrier-Grade Reliability: Fully redundant design for supervisor cards, power supplies, and fans ensures absolute stability as a network "out-of-band listener," with zero impact on live production traffic.
- Typical Application Scenarios
Data Center Egress Security Scrubbing: Deployed at the internet edge to scrub and classify massive internet traffic. Only attack traffic is redirected to the scrubbing center, while normal traffic passes through directly. Operator Backbone Traffic Analysis: Provides full-scale mirroring of inter-provincial/metro backbone links, integrating with DPI systems and big data platforms for real-time traffic analysis and user behavior profiling. Compliance Auditing & Forensics: Designed for financial and government private networks to retain lossless data from critical links, meeting Level 2.0 cybersecurity regulations and industry compliance audit requirements.
How far along is your network bandwidth upgrade?During the evolution from 100G to 400G and even 800G, every live network environment faces a unique traffic model.
Are you currently experiencing bottlenecks in your network visibility architecture, such as packet loss during capture or security appliance overload?
Leave a comment below or contact us directly. Our optical network experts are ready to provide you with a complimentary 1-on-1 traffic orchestration architecture consultation.