Compare network firewalls for branch, campus, internet edge, data center, cloud, remote access, VPN, and threat prevention use cases. Evaluate firewall throughput, IPS, TLS inspection, interface speed, high availability, clustering, management model, subscriptions, logging, and lifecycle before selecting a platform. This category can support multiple vendors while product pages handle brand-specific details.
Showing 1–20 of 40 results
8x1G RJ45 Ports (2 PoE+) – 60W PoE Budget – ASA Firewall
8x1G RJ45 Ports (2 PoE+) – 60W PoE Budget – NGFW Firewall
4.5G ASA Firewall – 8xRJ45 4xSFP – 1RU 1120
2.3G FTD NGFW Firewall – 8xRJ45 4xSFP – 1RU 1120
6G ASA Firewall – 8xRJ45 4xSFP – 1RU 1140
3.3G FTD NGFW Firewall – 8xRJ45 4xSFP – 1RU 1140
8xRJ45 Data Ports – 2x1G SFP Ports – 2x10G SFP+ Ports – ASA Firewall
5.3G FTD NGFW Firewall – 8xRJ45 2xSFP 2xSFP+ – 1RU 1150
12x1G RJ45 Ports – 4x1G SFP Ports – ASA Firewall
12x1G RJ45 Ports – 4x1G SFP Ports – NGFW Firewall
6G ASA Firewall – 12xRJ45 4x1G SFP – 1RU 2120
3.4G NGFW Firewall – 12x1G RJ45 4x1G SFP – Threat Defense
10G ASA Firewall – 12xRJ45 4×1/10G SFP+ – NetMod Bay
5.4G NGFW Firewall – 12xRJ45 4×1/10G SFP+ – NetMod Bay
20G ASA Firewall – 12xRJ45 4xSFP+ – Dual AC 2140
10.4G NGFW Firewall – 12xRJ45 4xSFP+ – Dual AC
10G ASA Firewall – 8xRJ45 8×1/10G SFP – 1RU 3105
8x1G RJ45 + 8×1/10G SFP+ Ports – 1x 1/10G Network Module Slot – NGFW Firewall
18G ASA Firewall – 8xRJ45 8×1/10G SFP – 1RU 3110
8x1G RJ45 + 8×1/10G SFP+ Ports – 1/10G Module Slot – 17 Gbps IPS – NGFW Firewall
Network firewalls protect sites, users, applications, cloud connections, and data center edges by enforcing access policy, inspecting traffic, supporting VPN, segmenting networks, filtering applications or URLs, and logging security events for investigation.
Choose by site role, bandwidth, firewall throughput, IPS throughput, TLS inspection load, VPN scale, interface type, high availability, clustering, management platform, license tier, rack format, and future traffic growth.
A traditional firewall focuses on ports, protocols, NAT, access rules, and VPN. A next-generation firewall adds deeper inspection such as IPS, application visibility, URL filtering, malware protection, identity policy, and richer security logging.
Branch firewalls usually prioritize compact size, VPN, and easy management. Enterprise edge firewalls need stronger inspection and high availability. Data center firewalls require higher throughput, dense interfaces, segmentation, clustering, and careful traffic-path design.
Use the throughput metric that matches real enabled features, such as firewall plus application visibility, IPS, TLS decryption, or VPN. Raw firewall throughput alone can overstate capacity when advanced inspection is turned on.
Firewalls may be managed locally, through centralized management, or through a cloud platform depending on brand and software. Centralized management is important when multiple firewalls need consistent policy, logging, upgrades, and reporting.
Many firewalls require subscriptions for threat prevention, IPS, malware analysis, URL filtering, cloud management, support, and software updates. Confirm included features, license term, renewal cost, and account ownership before purchase.
Many firewalls support remote access VPN when hardware, software, licensing, identity integration, and throughput fit the deployment. Size VPN for concurrent users, encryption load, split tunneling, MFA, client support, and authentication design.
Yes. This category can include firewall appliances, virtual firewalls, licenses, and accessories from multiple vendors. Use brand, series, software mode, throughput, interface, or license pages when the intent requires exact platform details.
Verify brand, model, software mode, throughput with enabled services, interface mix, modules, management platform, license bundle, VPN scale, HA design, support contract, lifecycle status, power, rack kit, warranty, and lead time.