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If the KVM has one or more USB 2.0 or USB 3 Peripheral (Hub) sharing ports, the wireless USB receiver can often be connected to one of these ports.If this doesn't work, try to plug-in the wireless receiver into the mouse port, and a separate wired keyboard into the keyboard USB port - you can put this keyboard aside and use the wireless devices instead.Logitech Unifying Receiver) into the keyboard USB port, and leave mouse USB port empty. Plug the wireless USB combo receiver (I.e.If possible, turn off USB Mouse & Keyboard Emulation in settings.Proceed step-by-step through the following possible solutions until one works for you: If you are currently attempting to use a wireless device on a KVM, or have your mind set on a KVM that uses emulation, there are a few options that may make your wireless devices function properly. Though on some occasions wireless combos will function on a KVM switch that uses emulation, this is highly unusual and is entirely dependent on the user environment. This is the main cause of problems when using wireless devices on a KVM, as the KVM switch will only relay signals that it understands to the computer. While this emulation works great for wired devices, wireless devices use a different data transfer protocol that is not compatible. This feature is known as 'Emulated USB' or 'Emulated Mouse & Keyboard'. In order to support Hot-Key operation and uninterrupted keyboard-mouse function while switching, most KVM Switches have a chip that constantly buffers (reads) signals from the keyboard and mouse, and transfers any button presses to the connected computer.

A spare relay on each module enables quick on-site repair to experienced users.Connecting Wireless Keyboard / Mouse to a KVM Switch

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VISA, IVI & Kernel drivers are supplied for Windows operation. Partially populated options are offered that duplicate the front panel connector interface and pin-out of existing Pickering 5 A products, for an easy transition to a PXIe control interface. These products will have many applications in automotive, aerospace and defense ATE systems as well as general-purpose switching applications where customers construct their own systems based on uncommitted relays.” “The single-slot footprint, available with a PXI or PXIe control interface, provides flexibility in chassis selection and minimizes PXI, PXIe, or LXI chassis slot count.

“The new 40/42-153 & 40/42-158 PXI/PXIe power relay module families have been designed to maximize switch payload while minimizing the physical footprint and maintaining performance,” comments Steve Edwards, Pickering’s Switching Product Manager.

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An optional hardware interlock returns all fully functional relays to the default unpowered (open) state, and is also monitored by the control software to notify the user when the interlock is activated, especially useful where operation is to be prevented until specific conditions occur.

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Features include a low path resistance of less than 35mΩ, with a thermal offset of just 3µV (typical) plus typical bandwidths of 65MHz (-153) and 100MHz (-158) at the -3dB point. Presented as the highest density modules of their type available, the PXI/PXIe power relay module families offer 18, 25, 36 or 50 off SPST relay loadings, whereas the 40/42-158 provides 8, 16, 24 or 32 off SPDT versions.ĭevices can hot-switch inductive/capacitive loads up to 5 A at 250 VAC to a maximum power of 150W/1250VA (-153) or 175W/1250VA (-158) cold-switching performance is up to 400VDC/250VAC peak. Available in multiple configurations up to 50 single pole single throw relays (-153) or 32 single pole doublethrow relays (-158). The 40/42-153 and 40/42-158 power relay modules are used for switching heavy AC or DC loads or for controlling large external relays, contactors, and solenoids. Pickering Interfaces added two 5 Amp power relay module families in PXI & PXIe formats.

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