SmartNIC
VPN Firewall
The EnGenius ESN904 a high-performance SmartNIC VPN Firewall accelerator card designed for edge computing, VNF offload, and zero-trust infrastructure by utilizing an embedded Intel Xeon D processor and dual 25G SFP28 ports.
Optimize Server Performance With Network Acceleration
The ESN904 offloads networking processes from the server CPU by delivering 35 Gbps VPN Firewall throughput and up to 4,000 IPsec VPN tunnels for enhanced netowrk security in next-gen data center deployments.
Cloud-Managed VPN Firewall
The built-in VPN firewall and centralized management provides real-time visibility, simplified configuration, and secure network control across all sites.
Dual 25G SFP28 Ports
Deliver high-speed, low-latency data throughput with secure, reliable performance for intensive enterprise and data center workloads
Dual-WAN Backup for Continuous Uptime
Redundant WAN with built-in load balancing and intelligent traffic routing ensure non-interrupt connectivity for maximum network resilience.
Resources
Access comprehensive documentation, technical guides, and planning tools to accelerate your deployment cycle.
Built for Next-Gen AI Workloads!
Explore how the ESN904 streamlines server performance. Schedule a demo today to learn more.
Specifications
Technical
Processor
Intel Xeon D (1700 Series)
D-1717NTE 10-Core, TDP 80W
Memory
Up to DDR4-2933 32GB (Dual Channel)
Storage
Up to 128GB eMMC
System Cooling
Passive Cooling
I/O Port
1x USB3.0 Type C
1x Mini-USB Console for BMC
1x MGNT GE
2x 25G SFP28
Host Inteface
PCIe 4.0 x8
Power
8 pin PCIe AUX power connector or PCIe Connector
Extra I/O
2x MCIO connector
Physical
Form Factor: FH3/4L+ (266mm)
Dimensions: 266 x 98.4 x 20.4 (mm)
Weight: < 2.3kg Slot Size: One Slot Reset/PWR Button
Environment
Operating Temperature: 10°C to 50°C
Storage Temperature: -40°C ~70°C
Relative Humidity: up to 85% non-condensing
Engineered for Performance.
Designed for Scale.
Explore how the EnGenius S Server Series is purpose-built to power the latest cloud AI and LLM workloads with DC-MHS architecture for simplified interoperability and scalability.
