USB 2.0

Enables connection of any USB human interface device - from mice and keyboards through to touch screens, graphics tablets, jog shuttles, joysticks and 3D explorers. Mass storage devices and isochronous devices such as webcams and headsets can also be used. 

Transparent operation

Once connected, operation is totally transparent to the host system, the USB peripheral(s) and you, the user. There are no drivers to install and your USB devices work precisely as they did before; the only difference is that they are now up to 100 meters away from the host. There is no need for drivers or software to be installed.

Plug and Play

ADDER C-USB-LAN extenders are delivered in a zero config state so you can plug the units in and start working with them straight away. When supplied as pairs, they are already synchronized, so they will locate each other automatically over your network. 

Integrated A.I.M. control 

The C-USB-LAN can be controlled and switched via the ADDERLink INFINITY Manager (A.I.M.), or it can operate separately, as a point to point USB extender using a single length of CATx cable.

API

An API is available, supporting all functionality to which authorized 3rd party control systems can interface.

Support for audio devices

With Isochronous support the C-USB-LAN will work with USB microphones and headsets as well as web cams.

Flexible and scalable: Each XDIP unit can be configured as a simple extender, distributed KVM switch or for AV distribution. Each receiver can see up to 16 sources and each transmitter can connect to up to 256 receivers.

Configurable units: The XDIP user and computer units are identical and can be configured as a transmitter or receiver. This means the solution can be built to suit the application, and should the application change, units can be re-configured to suit.

High quality video: The XDIP supports video resolutions of up to 1920 x 1200 @ 60Hz.

Power over Ethernet (PoE): Compatible with most PoE switches, the XDIP can be easily installed without the need for additional power. Many PoE switches offer redundant power options which the XDIP can leverage for enhanced reliability. 

Remote control: Users can remotely control their XDIP network via a RESTful API or HTTPS web browser. By managing the receiver end points through an API, users can control the matrix. The XDIP is designed to work with any third party controller via HTTPS.

Extension distance: Extension distance is linked to the IP standard of 100m with a 40% overhead for safety. Longer distances can be achieved by routing through IP infrastructure. 

Audio capability: XDIP delivers bi-directional analog audio  (16-bit sampling at 48kHz) passed between the local and remote units. Headphones are also supported (16 to 32 Ohms).

Plug and Play: The XDIP is delivered in a zero config. state so it works, without the need for drivers or software, as soon as it is connected. A simple setup wizard guides the user through set up when the device is connected.

• Multi-view on-screen thumbnail display: provides users with a live preview of permitted computers direct on their screen
• Choice of connection modes: the user can chose between Exclusive mode, which provides full KVM control while being able to share video content with other colleagues; or Private mode, when users want to work in private
• Intuitive web interface: users have personal logins, whilst system administrators can securely access the management tools to configure system settings, set access privileges and control video connections
• In-built security measures: the web interface is secured using HTTPS, administrators must login each time they connect, and an API enables switch control from a 3rd party control system
• Lossless HD video support: delivers lossless HD video at resolutions of up to 1920 x 1200 at 60Hz providing a real-time, ‘at the PC’ experience
• Multi-head video support: DDX® transmitters (CAMs) & receivers (USRs) offer multi-head video support and can be grouped to form ‘Computers’ and ‘Consoles’ that support dual-head & quad-head connectivity
• USB True Emulation: USB 2.0 enables connection to any USB human interface device from mice and keyboards through to graphics tablets, jog shuttles, joysticks and 3D explorers
• Robust yet lightweight: small form factor, rack mountable device

Proof of Display via IP network

The unit determines if the entire system is operating correctly and video is visible on the monitors. It can detect if video is present from the player and whether the cables to the monitors are attached and the monitor is turned on. This information is available by an IP socket thus allowing remote diagnostics and integration into content management systems.

Source Failover

The unit can be set to detect that a video stream is present at the input. The unit can be set to automatically switch over to the second video input if the primary fails.

Security

Security on the web interface is by HTTP digest authentication (RFC 2617) with username and password as requested information.

API for 3rd Party Integration

The API documentation to control and receive data from the unit is provided with the system.

Digital audio

Supports 8 channels of HDMI audio.

Perfect HD Digital Video

The ALDV104 uses an uncompressed video system where every frame is sent without loss with resolutions up to 1920 x 1200@60Hz (WUXGA) including 1080p, 720p and 480p resolutions.

50 meters over a single CATx cable

Video, audio and power all pass along a single CATx cable, providing up to 50m of extension. Distance can be dependent upon CATx cable types and the number of connection breaks for patch panels and wall plates. See overleaf for details.

Dual Head Extension

With two inputs, the system is suited to extending and splitting dual head systems.

Highly energy efficient - no external power supplies are required

The receivers are designed to be highly power efficient, using less than an eighth of the power required by competing systems. Power is supplied along the CATx cable meaning the support infrastructure required is minimal.

EDID Management

The system has intelligent EDID management allowing the true characteristics of the monitor to be passed back to the computer.

Plug and Play

The DV104T is delivered in a zero config state so you can plug and play. There is no need for additinal drivers or software.

• RealVNC server with RFB 3.3 support: up to sixteen users can remotely and securely access computers outside your network

• High performance video over VNC: Real VNC enables video resolutions of up to 1900x1200  as it is free of the limitations of HTTPS

• USB and Virtual media support: engineered to act as a conduit through which data can be passed so that files can be transferred via IP onto the IPEPS and onto the target computer by means of a USB virtual media port

• Choice of power source: can be powered from two USB cables or independently from an external 5V power source

• Independent operation: maintain full control even during boot up, BIOS level or computer crash states, it will even work even if the controlled devices are not operational

• ADDER.NET Enterprise Management Software: provides a centralised, secure and intuitive user access management interface, where up to sixteen user profiles with defined access rights can be created

Video performance

Full HD 1080p, 1080i & 720p 
Distances up to 150m (500ft)

Line power for simplicity

To help reduce cable clutter, the ADDERLink LPV150 has been designed to be powered by a USB port on your computer. Furthermore, this power is also transmitted alongside the video over the CATx cable, in turn powering your receiver unit.

4-way transmitter for point-to-multipoint

The ALPV154T is able to take the same HD input and send it to 4 different screens connected via the ALPV150R receivers. There is a feed through port on the unit to allow a local display or you can cascade another ALAV154T so you can supply 8 screens.

Video sharpness adjustment 

The remote module has a video adjustment screw to control picture sharpness on the display screen.

Absolute simplicity 

Getting into professional digital signage has never been so easy. Simply plug the transmitter's VGA port into your computer and plug in the USB port, then plug the receiver unit into your screen. Finally, connect the two units together with a length of CATx cable, and you're finished. Now start delivering your message to customers, clients, staff or whoever you wish.

Advanced EDID cloning

The ADDERLink LPV enables the user to clone the EDID (Extended Display Identification Data) from a display or use a default EDID. This approach enables the widest possible compatibility whilst also providing a plug and play experience for most applications.

Rack mountable

The LPV154T units are rack mountable at high density using the AdderLink rack mount chassis.

Fit and forget 

Adder digital signage products are the professional choice because they give you the ability to deliver, fit and forget installations. The LPV is no exception.

Green Indicator

Power present

Yellow Indicator

Signal activity

Resolutions and cable lengths

The maximum resolutions achievable are: 
1920 x 1200 @ 60Hz at 100m. 
1600 x 1200 @ 60Hz at 200m.
1280 x 1024 @ 60Hz at 300m.

Audio

Two channel CD quality audio is supported.

Absolute mouse mode support

Supports absolute mouse mode when used in conjunction with supporting equipment.

EDID display information

The module contains a default set of EDID information that supports display resolutions up to 1920 x 1200 @ 60Hz. In addition, the module will check during power up whether alternative EDID information is available from the KVM switch or extender that is connected to port A. If required, you can also harvest and store new EDID information from your display (Read and Store).

Power

The CATx Dual CAM uses a USB port to derive its power from the host computer, dispensing with the need for a separate power supply and thus simplifying installation. Therefore the USB cable must always be connected to a USB port on the computer that is capable of providing up to 300mA.

User arbitration

Control of the host computer is arbitrated by the module on a first come, first served basis. At the moment that a key is pressed or a mouse is moved by a user, the keyboard and mouse of the other user are temporarily locked-out (the video images remain). The keyboard indicators of the locked-out user then begin to flash to confirm their status. After two seconds of inactivity from the user currently in control, the module returns to its idle condition and re-instates the keyboard indicators of the locked-out user.

RS232 for disabling/re-enabling receiver connections 

When required, a user of one remote link can disable (and re-enable) the other remote link using serial port commands.

From one of the remote keyboards, a terminal program on the computer can be used to send the appropriate character to the COM port that has been allocated to the module.