Vertiv LV5020P-001 Dual DisplayPort USB CatX KVM Extender
Overview
The Vertiv LV5020P-001 is a dual-head DisplayPort KVM extender designed to push high-resolution video and USB control signals up to 150 meters over CatX structured cabling — without the signal degradation or latency penalties that plague wireless or fiber-converted alternatives. If you're running a control room, broadcast environment, or secure workstation deployment where the compute hardware must stay locked in a central equipment room while operators work at remote stations, the LV5020P-001 is built for exactly that architecture. The transmitter side presents two DisplayPort outputs, supports resolutions up to 4032x2160 at 30Hz (4K), and provides USB hub pass-through for peripherals — all over infrastructure that most facilities already have in place. The LV5020P-001 (often searched as LV5020P 001) is compact enough to sit behind a monitor or on a desk-mounted bracket without dominating the workspace.
For integrators evaluating Vertiv KVM and extension solutions, the LV5020P-001 sits in the Longview product family, which is purpose-built for enterprise and broadcast environments where signal integrity at distance is non-negotiable. If you're speccing a multi-seat KVM extender deployment, the dual-display capability here eliminates the need for two separate single-head units — a real cabling and port-count simplification at the switch or matrix level.
Key Features
- Dual DisplayPort Outputs (2x DP): Two independent DisplayPort connections on the LV5020 transmitter mean operators can run a primary and secondary display from a single extender — no need to daisy-chain separate extender units or sacrifice a display for monitoring. This halves the per-seat CatX run count in multi-monitor control rooms.
- 4K Resolution at 30Hz (up to 4032x2160): Supporting 4K content over structured CatX cabling at 150m is a meaningful capability for broadcast graphics stations, engineering workstations, and security operator consoles where map overlays or video walls require pixel density. At 30Hz, motion rendering is appropriate for most monitoring and design workflows — not suited for high-frame-rate gaming or 60Hz broadcast production.
- 150-Meter CatX Reach: Running signals 150m over standard Cat cabling means the compute rack can sit in a locked server room or remote IDF closet while operator desks remain in an open area. This is a genuine security and noise-reduction architecture — sensitive hardware off the floor, peripherals where the people are. Pair this with structured cabling infrastructure already in place for a near-zero-new-wire deployment.
- USB 1.1 and 2.0 Hub Support (2x USB Type-B): Two USB Type-B ports on the unit support USB 1.1 and 2.0 peripherals — keyboards, mice, smart card readers, and most HID devices. USB 2.0 bandwidth is sufficient for the overwhelming majority of control-room peripherals. Note: USB 3.0 devices are not supported, so plan accordingly if the workflow requires high-speed storage or camera feeds at the operator station.
- Dual Power Supply Inputs: Two power supply connections provide redundancy at the unit level — if one supply fails, the extender continues operating. For 24/7 control room or NOC environments where a KVM dropout means lost situational awareness, this is a meaningful reliability feature without requiring an external UPS solely for the extender.
- Compact Form Factor (7.92 x 4.8 x 1.76 in, 1.65 lbs): At under two pounds and with a low-profile footprint, the transmitter unit mounts cleanly behind a display or on a VESA adapter without requiring dedicated rack space. Useful in tight operator desk builds or broadcast desk installs where equipment real estate is at a premium.
- 32°F to 104°F Operating Range: Standard commercial temperature tolerance (0° to 40°C) covers conditioned office, control room, and server anteroom environments. This is not rated for industrial or outdoor enclosures — if your equipment room runs hot or unconditioned, confirm ambient temps stay within range before deploying.
Integration and Compatibility
The LV5020P-001 transmitter is designed to pair with a compatible Longview receiver unit (sold separately) over CatX infrastructure. The dual DisplayPort interface is compatible with any DisplayPort-output workstation or graphics card — confirm DisplayPort version compatibility with your source hardware if running high-refresh-rate or HDR content, as the 30Hz ceiling at 4K is a hard limit of this unit. USB peripheral compatibility covers the full HID device range under USB 1.1 and 2.0 — smart card readers, KVM control pads, and standard input devices all operate without issue. For environments integrating this into a KVM matrix or KVM switching infrastructure, the unit's standard USB Type-B interface keeps integration straightforward with Vertiv and third-party matrices. Audio extension is included in the product family per the product name — confirm audio channel specifics with the matched receiver unit for your deployment. Cabling infrastructure should use Cat6 or better for full 150m reach; Cat5e may limit effective distance at 4K.
Frequently Asked Questions
Q: What is the maximum resolution supported by the LV5020P-001?
A: The LV5020P-001 supports resolutions up to 4032x2160 at 30Hz over CatX cabling at distances up to 150 meters.
Q: Does the LV5020P-001 support USB 3.0 peripherals?
A: No. The LV5020P-001 supports USB 1.1 and USB 2.0 peripherals only. USB 3.0 devices are not compatible with this unit.
Q: How many displays can be connected per extender unit?
A: The LV5020 transmitter provides two DisplayPort outputs, supporting a dual-monitor configuration at the remote operator station from a single CatX run pair.
Q: What cable type is required for the 150-meter extension distance?
A: The unit extends over CatX structured cabling. Cat6 or better is recommended for achieving full 150m reach at 4K resolution; Cat5e may limit effective operating distance.
Q: Does the LV5020P-001 have redundant power?
A: Yes. The unit includes two power supply inputs for redundancy — if one supply fails, the extender continues to operate, making it suitable for mission-critical or 24/7 environments.
Q: What is the operating temperature range for the LV5020P-001?
A: The LV5020P-001 operates between 32°F and 104°F (0°C to 40°C), suited for standard conditioned commercial and control room environments.
The LV5020P-001 draws my attention primarily because of the dual DisplayPort transmitter configuration — getting two 4K/30Hz feeds 150 meters over Cat cabling from a single unit is a real infrastructure consolidation win in control room builds where you're managing dozens of operator seats. Running two separate single-head extenders per seat adds up fast in both port count and cabling complexity; this unit cuts that in half.
Technical Highlights:
- 4K at 150m over CatX: Supporting 4032x2160 at 30Hz over structured cabling at 150 meters means the compute rack can be physically secured in a locked IDF or server room — a legitimate security architecture for sensitive workstation environments, not just a convenience.
- Dual Power Supply Inputs: Two power supply connections at 0.8A maximum input provide unit-level redundancy — meaningful in 24/7 NOC or dispatch environments where a KVM dropout during an active incident is not acceptable.
- USB 1.1/2.0 Hub via Type-B Ports: Two USB Type-B inputs cover the full range of HID peripherals — keyboards, mice, badge readers — without requiring additional hub hardware at the operator station. The constraint is USB 2.0 ceiling, so verify peripheral requirements before spec-locking.
Deployment Considerations:
- At 7.92 x 4.8 x 1.76 inches and 1.65 lbs, the transmitter unit is desk- or VESA-mountable without occupying rack space — plan the receiver-side mounting separately based on your chosen receiver unit's form factor.
- USB 3.0 is not supported — if any operator station peripheral (external storage, high-speed capture device) requires USB 3.0 throughput, this unit will not satisfy that requirement and a different extender platform is needed.
The LV5020P-001 is the right call for broadcast graphics workstations, secure government operator consoles, or enterprise NOC deployments where compute hardware must be physically separated from operator positions — and where the existing Cat infrastructure makes fiber conversion unnecessary overhead.
