No. The datasheet positions the product as plug-and-play without software installation or complex setup.
FAQ’s
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No. The datasheet describes SEM-1 as plug-and-play and states that no additional software installation is required.
No. The 41HD/41DP models do not support matrix switching.
Yes. The customer receives a Summary Inspection Report documenting the inspection outcome.
Yes. Fibernet states that the platform delivers 4K@60Hz video with 4:4:4 color rate using its lossless-image workflow.
Yes. Video wall capability is listed for the FAV-104 decoder, together with synchronized display technology intended to reduce picture tearing between video-wall outputs.
No. The datasheet explicitly lists HDCP as not supported.
Yes. Single-monitor variants provide one HDMI output, while dual-monitor variants provide two HDMI outputs.
Yes. 3D printing and prototyping can be used to evaluate mechanical concepts, tooling, fixtures and other production-related elements during NPI.
Yes. Assembly Work Instructions and other manufacturing documentation can be developed as part of the product-transfer and industrialization process.
Yes. A key aspect of the service is inspection of the physical hardware itself according to the applicable process.
Yes. All listed kits support hotkey functions. Push-button switching is supported on the 2-input and 4-input variants, but not on the 1×1 models.
Matrix switching is supported on the dual-monitor 2×2 and 4×2 variants. The 1×1, 2×1 and 4×1 variants do not support matrix switching.
No encryption, authentication or electronic access-control functionality is specified in the datasheet. The product is a physical connector-and-adapter mating solution and should be evaluated as one part of a wider network protection strategy.
Depending on the assembly requirements, testing can include Insertion Loss, Return Loss, optical continuity, electrical continuity and electrical testing, together with identification and traceability controls.
According to the datasheet, each connector undergoes interferometer testing, additional cleaning precautions and special marking for identification.
Fibernet’s STAR high-density optical distribution platform uses modular, pre-terminated connectivity to simplify cable management, installation and future upgrades.
Depending on the selected architecture and configuration, STAR can reduce the physical space required for optical connectivity infrastructure by up to 70% compared with conventional solutions.
Fibernet provides fiber-optic and copper infrastructure solutions, including FTTx, optical distribution systems and pre-terminated assemblies.
For healthcare data centers, the STAR modular platform provides high-density optical connectivity designed to simplify infrastructure deployment, maintenance and upgrades.
Fibernet provides BLOCKER Secure KVM and KM products for hardware-enforced separation between connected computers.
Its MVISION KVM over IP and AV over IP solutions support centralized visualization, multiview displays and workstation control.
These technologies can support secure workstation configurations and operational monitoring environments as part of a broader industrial IT and OT architecture.
Fibernet’s MVISION KVM over IP and AV over IP platforms support multimedia distribution, multiview displays, video walls and controlled workstation access.
Combined with BLOCKER Secure KVM solutions, these technologies enable operators to interact with multiple information sources while maintaining hardware-enforced separation between connected systems where required.
Fibernet provides fiber-optic and copper connectivity solutions, optical distribution infrastructure and network design expertise for new facilities, network expansions and infrastructure upgrades.
Our solutions include FTTx connectivity, fiber distribution equipment and GPON-based Passive Optical LAN components, supporting network architectures tailored to the requirements of each facility.
Design for Manufacturability (DFM) and Design for Assembly (DFA) reviews identify manufacturing and assembly risks before production scaling. The objective is to improve repeatability, assembly efficiency and production readiness while maintaining the required product performance.
Calculate the end-to-end optical link-loss budget, including transceivers, trunks, patch cords and other mated connections. Then compare the allowable module insertion loss with the variant table above.
The ordering system allows separate connector selection on Side 1 and Side 2, including SC, LC, ST and FC options, with selected APC variants. Confirm mating interfaces and polish compatibility before ordering.
The range is offered in 12 color/key codes, A-H and J-M. The selected connector and adapter must use compatible mating profiles. Color is a visual identifier; it is not, by itself, an access-control mechanism.
The controller connects through a 3-pin RS-232 terminal block and uses Fibernet's custom control protocol.
It uses a compact CS® duplex front interface rather than LC duplex, with pre-terminated MTP® connections at the rear. Compare available panel space, connector format and the full link design before choosing.
Fibernet’s BLOCKER Secure KVM and KM solutions provide hardware-enforced separation between connected computers while supporting controlled keyboard, mouse and display access.
Selected configurations also support remote computer placement, reducing local workstation equipment.
These solutions add protection at workstation interfaces but do not replace application-level access controls, encryption or other patient data security measures.
Fibernet’s BLOCKER Secure KVM and KM solutions provide hardware-enforced separation between connected computers while enabling controlled keyboard, mouse and display functionality.
These solutions are relevant to institutional environments where operators must interact with systems subject to different access or security requirements.
Fibernet’s BLOCKER Secure KVM and KM solutions use hardware-enforced separation to enable controlled access to multiple computers while restricting unauthorized data transfer between connected systems.
These solutions are particularly relevant to workstations requiring interaction with systems that have different security classifications or access restrictions.