High-Performance Huawei Firewall USG6555F With AI Threat Detection
& Multi-Service Integration
The Huawei USG6555F firewall is a next-generation security gateway
designed for enterprises and large-scale networks, delivering
ultra-high performance, AI-driven threat prevention, and
multi-service integration in a single platform. Powered by Huawei’s
Ascend AI chips, it ensures multi-gigabit throughput while
integrating firewall, IPS, anti-virus, VPN, and data loss
prevention (DLP) for comprehensive protection.
Key Features & Benefits
AI-Powered Security – Leverages machine learning and Huawei’s HiSec
threat intelligence to detect and block zero-day attacks,
ransomware, and advanced persistent threats (APTs).
High-Speed Processing – Supports up to 20Gbps firewall throughput
and millions of concurrent sessions, ideal for bandwidth-intensive
environments.
All-in-One Protection – Combines IPS, anti-virus, web filtering,
and application control to reduce deployment complexity.
Secure VPN Connectivity – Supports IPSec & SSL VPN with high-speed
encryption for secure remote access.
Cloud & Virtualization Ready – Compatible with Huawei Cloud (HCSO)
and hybrid cloud deployments, ensuring seamless scalability.
Technical Specifications (USG6555F)
| Parameter | Specification |
|---|
| Firewall Throughput | Up to 20Gbps |
| IPS Throughput | Up to 10Gbps |
| VPN Throughput | Up to 5Gbps (IPSec/SSL) |
| Max. Sessions | 2 million+ |
| Interfaces | 10GE/GE ports, expandable slots |
| Redundancy | Dual power supplies, hot-swappable fans |
| Management | Huawei SecoManager, CLI, Web UI |
Why Choose Huawei USG6555F?
Enterprise-Grade Security – Meets CC EAL4+, FIPS 140-2 compliance
for regulated industries.
Simplified Operations – Centralized management via SecoManager for
policy automation and real-time monitoring.
Future-Proof Protection – AI-driven security updates and
cloud-native architecture for evolving threats.
Ideal for data centers, financial institutions, and large
enterprises, the Huawei USG6555F ensures high-performance security
without compromising speed or scalability.
