Despite being discontinued (Last support ended ~2010), the Axis 2400 still has niche applications. You can find these units on eBay for $20–$50. Here is where they still work:
This comprehensive guide covers the technical specifications, core features, operational mechanics, and historical impact of the Axis 2400 Video Server. What is the Axis 2400 Video Server?
If you want to know about modernizing your setup, let me know: How many analog cameras do you have? What is your current storage solution? AXIS 2400 Video Server
: Integrated serial ports (RS-232 and RS-485) supported remote control for a variety of popular Pan/Tilt/Zoom (PTZ) units, such as those from Sony, Pelco, and Panasonic. Use Cases and Legacy Axis 2400 Video Server
The magic was in the . While the world was still arguing over JPEG vs. MPEG-1, the 2400 introduced AMC (Axis Motion Compression) —a proprietary wavelet-based codec. Wavelets were computationally heavier than DCT (used in JPEG), but they produced far fewer blocking artifacts at low bitrates. On a 56k modem, a 2400 could deliver a grainy but recognizable CIF-resolution (352x288) image where a JPEG solution would have frozen.
The unit features four BNC composite inputs, allowing it to digitize video from four independent analog cameras, supporting both PAL and NTSC formats with auto-sensing.
The built-in web server was another revolutionary feature. It allowed administrators and users to configure the device, view live video, and manage settings through a web browser. The intuitive graphical user interface allowed simple point-and-click system configuration, making network video accessible to a wider range of users. Despite being discontinued (Last support ended ~2010), the
The device featured four BNC composite video inputs, allowing it to connect up to four traditional analog cameras simultaneously.
Why did the Axis 2400 disappear? Three major reasons:
10Base-T/100Base-TX Fast Ethernet port via an RJ-45 connector. What is the Axis 2400 Video Server
At its heart, the AXIS 2400 was a video encoder. Its primary function was to digitize analog video signals and transmit them directly over an IP network, such as a LAN, intranet, or even the Internet. This capability turned any standard analog video system into a modern network video system. Users could then view live images from any computer on the network using a standard web browser, a radical departure from the dedicated hardware of the past.
The unit featured four distinct BNC inputs, allowing it to digitize up to four separate analog cameras simultaneously.
TCP/IP, HTTP, FTP, SMTP, ARP, BOOTP, and DHCP.
