In the history of physical security and networked video, most narratives begin with the Axis 2120—the world’s first network camera (1996). While the 2120 is rightly celebrated as the "birth" of IP surveillance, a quieter, arguably more profound innovation arrived four years later: the Axis 2400 Video Server.
The 2400 did not capture a single image on its own. It had no lens, no sensor, no IR cut filter. And yet, in 2000, this unassuming beige box solved the single greatest barrier to the adoption of network video: the installed base of analog cameras.
The 2400’s true genius was not hardware, but open standards. In 2000, most security hardware was locked to proprietary software (e.g., "Works only with Sensormatic DVRs"). Axis did the opposite. They published the API for the 2400 openly. They made it serve M-JPEG over HTTP—a format any web browser could read.
This single decision killed the standalone DVR industry. Why buy a dedicated hardware recorder when you could buy a $1,200 Axis 2400, plug four existing analog cameras into it, and record the streams to a standard Windows NT server using any VMS (Video Management Software)?
Within two years, companies like Milestone and Genetec built their empires on the back of the Axis 2400’s openness.
The Axis 2400 was in production for nearly a decade (2000–2009). In the security world, this is geological time. Why? Because the transition from analog to IP took far longer than pundits predicted.
The 2400 became the "patch cable" for the industrial world. Factories, prisons, and casinos that had installed coax in concrete walls in the 1980s could now join the IP revolution without a single jackhammer swing. The 2400 deferred the cost of camera replacement for a generation.
By the time Axis discontinued it, the unit had shipped hundreds of thousands of units, effectively killing the market for new high-end analog multiplexers. It performed the last great act of analog security: it made analog obsolete by embracing it. Axis 2400 Video Server
The Axis 2400 Video Server was not the first video encoder on the market, but it was arguably the most influential for the SMB (Small to Medium Business) market. It democratized network video, allowing integrators to test IP surveillance without abandoning their existing $10,000 investment in analog coax and Pelco domes.
Today, it is a museum piece. Unless you have a very specific, non-critical, air-gapped network use case, you should avoid deploying the Axis 2400 in a live environment. The security risks and image quality do not justify the low purchase price.
However, for the retro-tech enthusiast or the security historian, the Axis 2400 represents a crucial chapter in the story of how video moved from the coax cable to the cloud. It was a workhorse that refused to die—and in some forgotten server rooms, you can still hear its cooling fan spinning, dutifully converting analog ghosts into digital packets.
Last updated: 2025. This product is End-of-Life (EOL). Refer to Axis Communications official documentation for archival specs.
The AXIS 2400 Video Server Go to product viewer dialog for this item.
is a high-performance network video encoder designed to integrate up to four analog cameras into an IP-based surveillance system. By converting analog signals into digital Motion-JPEG streams, it allows for remote monitoring and professional-grade security management over any data network, including the Internet. Core Specifications and Capabilities
The AXIS 2400 was built on a dedicated chipset (ARTPEC-1 and ETRAX 100) to ensure reliable, high-speed video transmission. The Unlikely Revolutionary: How the Axis 2400 Video
Video Inputs: Features 4 BNC composite video inputs with autosensing for NTSC and PAL standards.
Performance: Delivers up to 30 high-quality images per second over 10/100 Mbps Ethernet networks.
Networking: Supports standard TCP/IP protocols and can be accessed via major operating systems like Windows, Linux, and Mac using a web browser.
Compression: Offers user-controlled compression levels for Motion-JPEG and single snapshot JPEG images. Key Features for Surveillance
Remote Management: Provides a built-in web server for easy configuration, status monitoring, and viewing live video through Web-based tools.
Event Handling: Includes built-in support for motion detection and advanced scheduling tools to trigger actions like email notifications (SMTP) or image uploads via FTP.
Security: Equipped with several security layers, including multi-level password protection, HTTPS, and IP address filtering. Red LED (Boot failure): Usually a dead power
Flexible I/O: A single terminal block provides four digital alarm inputs and one relay output for connecting external sensors or triggering hardware. Installation and Setup
Hardware Connection: Connect your analog cameras to the BNC inputs and attach the unit to your network using a standard RJ45 cable.
IP Assignment: Use the AXIS IP Utility to discover the device and assign a static IP address or configure it for DHCP.
Access: Enter the device’s IP address into a web browser to log in and begin remote configuration.
While newer models like the AXIS 2400+ offer minor hardware improvements, the original server remains a cost-effective solution for augmenting existing CCTV systems. AXIS 2400 Video Server Administration Manual
Note: The Axis 2400 is a legacy product (discontinued series) that was pivotal in the transition from analog CCTV to IP-based surveillance. This feature set reflects its specifications as a high-performance video server for its era.