Weight & dimensions
| Transmitter width |
164 mm |
| Transmitter height |
35 mm |
| Transmitter depth |
109 mm |
| Transmitter weight |
380 g |
Power
| AC adapter output voltage |
5 V |
| AC adapter output current |
4 A |
| Power consumption (transmitter) (max) |
20 W |
Packaging data
| Quick installation guide |
Y |
Transmitter
| Transmitter local keyboard/mouse port type |
USB |
Features
| Type |
Transmitter |
| Maximum transfer distance |
100 m |
Additionally
| AC adapter bundled |
Y |
| Wireless technologies |
Wired |
DVI, 4x USB Type A, RJ-45, 3.5mm, 2.5mm, 164 x 109 x 35 mm, 380 g
Create a cloud-based management system to manage your InvisaPC transmitters and receivers.
- Manages up to 32 InvisaPC endpoints out of the box, even more with the optional licenses.
- Supports central firmware upgrades, access control, auto-discovery, and many more features.
<b>Virtual remote desktop</b>
With the InvisaPC, computers are connected to an InvisaPC transmitter, and each keyboard, video monitor, and mouse workstation is connected to an InvisaPC receiver. When CPUs are relocated to a secure, climate-controlled equipment room, workstations still get a high-performance, real-time desktop experience via the receiver.
The clients and the remote servers (receivers and the transmitter) are connected via standard LAN or WAN infrastructure. Bandwidth requirements are very low.
<b>Expanding to a managed matrix</b>
With the InvisaPC Manager, one receiver can access up to 32 targets, a mix of RDP 7.1/8 targets and transmitters. The receiver can access up to 16 virtual machines via a connection broker. Classic RDP is supported on top of the remote FX feature. The same receiver can also be connected with up to 16 InvisaPC transmitters. Each receiver supports switching between 32 soft and hard targets. Settings for the virtual machines can be copied from one receiver to another, simplifying set up. User profiles may be configured on the receiver to restrict targets.
<b>Adapts to growing needs</b>
InvisaPC can easily be adapted to meet your requirements. Start with a small switching system that enables one user access to different computers and virtual machines. Gradually the system can be expanded into a switching matrix.
