The AXIS 2400 packed impressive capabilities into a compact, standalone box. It was designed for "plug-and-watch" simplicity, functioning on any TCP/IP network.
The Axis 2400 was best suited for —scenarios where existing analog cameras were installed in remote locations, but the security team wanted to monitor them from a central control room
In the rapidly evolving world of physical security and surveillance, technology obsolescence is a constant challenge. For over two decades, network video recorders (NVRs) and IP cameras have dominated the market. However, in the early 2000s, a transition period began where security integrators needed to bridge the gap between legacy analog infrastructure and modern IP networks. At the heart of this transition was a pioneering device: the .
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.
| Feature | Specification | | :--- | :--- | | | 1 x Composite BNC (75 Ohm) | | Video Loop-through | 1 x Composite BNC (Pass-through) | | Compression | Motion JPEG | | Max Frame Rate | 30 fps (NTSC) / 25 fps (PAL) | | Network Interface | 10/100 Mbit Ethernet (RJ-45) | | Alarm I/O | 1 Input / 1 Output (TTL level) | | Serial Port | RS-232 (for PTZ control) | | Power | External Power Supply (DC) | | OS | Embedded Linux (ETRAX) | Axis 2400 Video Server
: The server's ability to handle MJPEG streams allowed it to be used for specialized remote monitoring, including polar research and robotic teleoperation. Retail Monitoring
The built-in alarm inputs and motion detection capabilities allowed the Axis 2400 to act intelligently. Instead of recording hours of empty footage, the device could be programmed to upload high-resolution images to an FTP server or send email alerts to security staff the moment an alarm sensor was tripped. 4. Simplified Storage and Scalability
The device relies primarily on Motion JPEG (M-JPEG) compression. Unlike modern H.264 or H.265 codecs that compress video across temporal frames, M-JPEG treats every single frame as an individual JPEG image.
: Supports remote Pan/Tilt/Zoom (PTZ) control for a wide range of analog camera brands. The AXIS 2400 packed impressive capabilities into a
Utilizes dedicated hardware to compress video frames into standard JPEG/Motion JPEG (MJPEG) formats, balancing image quality and network bandwidth.
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.
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The Axis 2400 Video Server is a high-performance, standalone video server designed for security and surveillance applications. This device allows users to easily integrate their existing analog cameras into an IP-based network, providing remote access to live and recorded video. In this review, we'll examine the key features, performance, and overall value of the Axis 2400. For over two decades, network video recorders (NVRs)
It included digital inputs and outputs to connect external sensors (like motion detectors or door contacts) and triggers (like sirens or lights). Key Benefits to the Security Industry 1. Cost-Effective Migration to IP
: Axis products are generally regarded as the "gold standard" for reliability, with lifespans often reaching 10-15 years Axis Communications Considerations AXIS Camera Recorder User's Manual
The server delivered live, high-quality images at a real-time frame rate of up to 30 frames per second (fps) for the NTSC standard, or 25 fps for PAL. It also supported the capture of single snapshot JPEG images. At the core of this processing was the Axis ARTPEC-1, the industry's first dedicated chip for network surveillance, which, combined with a 32-bit RISC processor (the ETRAX 100LX), eliminated the need for a server to provide network access to the cameras.
The Axis 2400 Video Server is suitable for various applications, including:
The Axis 2400 was primarily targeted at installations looking to modernize their security without the massive expense of ripping out functional analog cameras.