Sixteen HDMI models that extend over structured copper — 60 m and 120 m classes, KVM variants, loop-outs and splitters — the right answer inside copper's distance class.
This page exists to keep the site honest. Fiber is this manufacturer's headline, but inside a building — a source rack and a display 40, 60 or 100 metres apart on good structured cabling — a Cat5e/6 HDMI extender is frequently the right and economical answer, and the catalogue documents sixteen of them. The family's anchor is documented completely: the 120M 1080P@60Hz HDMI KVM Extender Over TCP/IP includes a transmitter and receiver working as a pair, extending full HD 1080p@60Hz HDMI over a single CAT5e/6 UTP cable for up to 120 metres, with point-to-point and network-style distribution in its design (that 'over TCP/IP' in the name is what enables switch-based distribution patterns in this class).
Around the anchor: 60 m-class extenders (1080p, with loop-out and dual IR on the documented 4K@60Hz 60M model), KVM variants at 60 m and 120 m with loop-out, HDMI splitters (1x2 to 1x16 in the 4K splitter group) for the distribution jobs that are not extension at all, a quad multi-viewer, an audio extractor and a wireless extender for the one run that cannot be cabled. A catalogue that can say 'for this distance, buy the copper one' is a catalogue whose fiber advice can be trusted.
| Model (official product name) | Series | Documentation |
|---|---|---|
| 120M 1080P@60Hz HDMI KVM Extender Over TCP/IP | — | Specification captured from the official product page |
| 4K HDMI Splitter 1x10 | — | Specification captured from the official product page |
| 4K HDMI Splitter 1x16 | — | Full specification confirmed per model at quotation |
| 4K HDMI Video Extender via CAT6 Cable & Fiber Optic Cable | — | Full specification confirmed per model at quotation |
| 4K HDMI2.0 Splitter 1x2 | — | Full specification confirmed per model at quotation |
| 4K HDMI2.0 Splitter 1x4 | — | Full specification confirmed per model at quotation |
| 4K HDMI2.0 Splitter 1x8 | — | Full specification confirmed per model at quotation |
| 4K@30HZ HDMI KVM Extender 120M with Loopout | — | Full specification confirmed per model at quotation |
| 4K@60HZ HDMI Extender 60M with Loopout & Dual IR | — | Full specification confirmed per model at quotation |
| 60M 1080P HDMI KVM Extender With Loop-out | — | Full specification confirmed per model at quotation |
| 60M 1080P@60Hz HDMI Extender over cat6 | — | Full specification confirmed per model at quotation |
| HDMI 4x1 Quad Multi-viewer | — | Full specification confirmed per model at quotation |
| HDMI Over CAT5/CAT6 Extender with IR - 395 ft (120m) | — | Full specification confirmed per model at quotation |
| HDMI2.0 to HDMI + Optical + 3.5mm R/L Audio Extractor | — | Full specification confirmed per model at quotation |
| Mini HDMI over 50 Meter CAT5/CAT6 Extender with IR | — | Full specification confirmed per model at quotation |
| Wireless HDMI Extender | — | Full specification confirmed per model at quotation |
The complete Other HDMI Video Products family (16 models) as listed in the manufacturer's catalogue.
Under ~60 m in one building: copper extenders lead. 60-120 m: this family's top class, with cable quality becoming the discipline. Beyond 120 m, between buildings, or across electrical noise: fiber (the HDMI over fiber page) stops being optional. Measure the actual cable path — not the floor-plan distance — before choosing the class.
The 120 m KVM anchor and the 60 m loop-out models show the pattern: peripheral return and local monitoring exist on specific models. List the desk/position requirements and they filter the table immediately.
The 1x2/1x4/1x8/1x10/1x16 splitter group solves 'many screens, one source, same room'. If the screens are far, the design is a splitter at the source plus extenders per run — quote them as a system.
Between buildings, beyond 120 m of cable path, across heavy electrical noise, or where galvanic isolation matters. Also when the run is being installed new: pulling fiber during construction is cheap, and it never needs the extender conversation again.
The anchor model uses IP-style distribution over its cable plant, enabling switch-based topologies in its class. Sharing a production office LAN is a network-design decision with bandwidth and multicast consequences — state the intent in the inquiry and the topology will be validated.
A splitter output can feed an extender input — the standard distribution pattern. Each hop's class must cover its own run; the system is quoted as a whole so the classes are consistent.
Send the model name, the distance, the fiber type and the quantity. We will confirm the matching transmitter/receiver pairing, the optical module and the full specification of the exact model in writing before you pay.