ARTPEC-1 (Axis Real Time Picture Encoder). RAM: 8 MB storage memory. Flash Memory: 2 MB for firmware and system configuration. Video and Connectivity Interfaces
Capable of delivering up to 30 frames per second (fps) in NTSC and 25 fps in PAL.
The Axis 2400 is compatible with a wide range of analog cameras, making it a versatile solution for existing surveillance systems. Additionally, the device supports integration with various video management software (VMS) platforms, such as Axis' own AXIS Camera Station.
The lack of HTML5 support means that today, accessing an Axis 2400 requires a legacy machine with an old version of Windows, or using a motion JPEG compatible VMS (Video Management Software) like Milestone XProtect or older versions of Blue Iris.
The device supports BOOTP or ARP to set its IP address. Axis 2400 Video Server
Axis officially designates the 2400 series as "End of Life" (EOL). The final stable firmware releases are archived on the Axis Communications support site and should be applied to resolve basic stability issues. Upgrading to Modern Solutions
Throwback Tech: Revisiting the Axis 2400 Video Server, the "Missing Link" Between Analog and IP
By default, the device may attempt to get an address from a DHCP server. If none is found, legacy units often default to 192.168.0.90 . 3. Configuration & Administration
Axis 2400 Video Server is a legacy professional-grade solution designed to bridge the gap between traditional analog CCTV systems and modern IP networks. While it is an older model, it remains a robust "plug and watch" device for converting up to four analog camera feeds into digital streams for remote monitoring. Axis Communications Quick Verdict: A Reliable Analog-to-IP Bridge ARTPEC-1 (Axis Real Time Picture Encoder)
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When it was launched, the AXIS 2400 video server was ideal for virtually any network/Internet-based application where close to real-time video was needed. Key application areas included government, transportation, finance, education, retail, and industrial companies. Specific use cases included:
The Axis 2400 Video Server is suitable for a wide range of security applications, including:
Impact and legacy The Axis 2400 and contemporaneous encoders played a vital transitional role in the surveillance industry’s shift to IP. They lowered the barrier to entry for networked video, enabling phased migrations and widening acceptance of IP-based architectures. Lessons from single-channel encoders influenced later product lines: multi-channel encoders, integrated IP cameras with built-in analytics, and adoption of more efficient codecs (H.264, H.265) and standardized interfaces (ONVIF). In this way, the Axis 2400 helped accelerate the move away from closed analog ecosystems toward interoperable, software-centric surveillance solutions. Video and Connectivity Interfaces Capable of delivering up
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.
And in doing so, it quietly presided over the death of the VCR and the birth of the video byte.
At first glance, it looks like a boring external modem from 1998. It’s beige, plasticky, and covered in proprietary ports. But this unassuming brick is the unsung hero of your smart home. Without the Axis 2400, there would be no Ring Doorbell, no Nest Cam, and probably no "IoT" (Internet of Things) as we know it.