IBASE Unveils the INA3609 1U Network Appliance for High-Performance Secure Networking

IBASE Technology Inc. (TPEx: 8050), a leading provider of industrial computing and network appliance solutions, has unveiled the INA3609, a high-performance 1U rackmount network security server designed to meet the growing demands of modern cybersecurity and network infrastructure. Powered by 14th Gen Intel® Core™ processors (formerly Bartlett Lake) with the Intel® R680E chipset, the INA3609 delivers high computing performance, multi-Gigabit connectivity, flexible expansion, and enhanced system reliability within a compact 1U platform.

Built for data-intensive and security-critical applications, the INA3609 features four 2.5GbE RJ45 ports, four 1GbE SFP ports, and two 10GbE SFP+ ports, providing the bandwidth and flexibility required to manage traffic across multiple network segments. Dual PCIe Gen5 x8 expansion slots support SSL acceleration and additional network interface modules, enabling scalable system expansion. Integrated network bypass helps maintain connectivity during system interruptions, while 600 W 1+1 redundant power supplies improve availability for mission-critical operations.

With its space-efficient design, the INA3609 is well-suited to enterprise networks, data centres, security gateways, and edge network infrastructure. Combining powerful Intel® processing performance with high-speed networking, PCIe Gen5 expansion, network bypass, redundant power, and flexible storage, the INA3609 provides a robust and scalable platform for next-generation firewalls, UTM, VPN gateways, IDS/IPS, SD-WAN, and other advanced network security applications.

• 14th Gen Intel Core Performance – Powerful processing for demanding network workloads
• Multi-Gigabit Networking – 2.5GbE, 1GbE SFP, and 10GbE SFP+ connectivity
• PCIe Gen5 Expansion – Supports SSL acceleration and additional network modules
• Network Bypass – Maintains connectivity during system interruptions
• 1+1 Redundant Power – Enhances availability and minimizes downtime