Vertiv
SC USB HID FILTER WITH ELOCK
Out of Stock
Vertiv SC USB HID Filter with ELOCK SCUSBHIDFILTER | Secure USB, KVM
Vertiv
MPN: SCUSBHIDFILTER
$148.25$206.00
MAP: $129.78
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- USB HID filter
- ELOCK support
- Designed for secure KVM environments
- Controls human interface device input
- Vertiv accessory
- SC series compatibility focus
- Restrict USB HID activity using a filter designed for secure console environments
- Reduce unauthorized peripheral risk with controlled keyboard and mouse input handling
Reduce the attack surface at the USB input layer. The Vertiv SC USB HID Filter with ELOCK is designed for secure console and KVM environments where only approved human interface devices should be allowed to communicate. By filtering USB HID activity, it supports tighter control over keyboards, mice, and similar peripherals in sensitive deployments.
This accessory is a practical fit for environments that already depend on disciplined access control and need an additional layer between the operator and the system. The ELOCK designation indicates support for locked-down usage patterns, helping teams maintain consistent device behavior across secure workstations and shared control points.
For procurement teams, the value is straightforward: fewer paths for unauthorized input, less risk from untrusted peripherals, and a cleaner fit for hardened desktop or KVM workflows. It is the kind of component that matters when the cost of a weak endpoint control is far higher than the cost of the filter itself.
Ideal For
- USB input control for secure KVM workstations
- Peripheral filtering in hardened desktop environments
- Trusted device enforcement at shared operator consoles
- Access control support for regulated IT and security operations
Why This Product
- 1Filters USB HID input at the console layer
- 2Supports locked-down secure workstation policies
- 3Designed for trusted peripheral control in KVM setups
- 4Adds a focused security control without changing operator workflow




