The product is designed so video travels from the source computer to the display without a return data path back to the computer.
FAQ’s
Engineering. Technology. Experience.
NPI reduces transfer risk by addressing manufacturability, supply-chain readiness, tooling, process documentation, test coverage and quality controls before the product moves into repeatable production.
SEM-1 connects to the Fibernet secure KVM through its USB-B KVM connection port.
The datasheet specifies isolated channels and hardware-based data diodes enforcing unidirectional data flow for video, USB and audio.
The transmitter accepts analog RCA audio, converts it to optical transmission, and the receiver converts the optical signal back to analog audio.
Incoming Quality Inspection generally focuses on purchasing and quality requirements. Hardware Assurance adds a security-oriented inspection layer intended to provide additional confidence before the hardware enters its target environment.
External 12 VDC; maximum power consumption is 5 W.
Both units use an SFP+ data-communication interface.
Each transmitter connects to the receiver over an SFP+ optical link. The receiver models use 1, 2 or 4 SFP+ ports depending on the number of source computers.
The family includes configurations for 1, 2 or 4 computer inputs, depending on the receiver model and kit.
The FAV-104 decoder supports Multiview with up to 9 signal sources on one display.
Maximum power consumption is listed as 5 W for both models.
Match the fiber type to the optical transceivers, installed cabling and link design. Fibernet's ordering options include single-mode and multimode fiber types; the selection should follow the system's optical requirements.
For the applicable service described here, Fibernet operates according to an inspection process approved by the Israel Ministry of Defense (IMOD). The exact scope should be understood according to the applicable approval and project requirements.
No. HDCP is explicitly listed as not supported.
Yes. SEM-1 receives 5 V power over its USB-B connection from the secure KVM.
Yes. The datasheet explicitly lists unidirectional data transmission.
The May 2020 datasheet describes 200/400 Gb/s applications and mentions future 800 Gb/s use. That statement is not a blanket 800G qualification; verify the transceiver architecture, channel loss and current product specification.
Match the mode conditioning cord to the core size of the existing multimode fiber and to the transceiver's recommended connection arrangement. The datasheet lists both 50/125 and 62.5/125 configurations.
The standard ordering list includes 4, 6, 8, 12, 24 and 48 fibers, plus an “Other” option to be defined with Fibernet.
The published cable specifications list 400 N long-term and 600 N short-term tensile ratings, plus 3,000 N/10 cm long-term and 5,000 N/10 cm short-term crush ratings.
The unit measures 26.6 × 108.2 × 62.1 mm and weighs 116 g.
The datasheet lists typical insertion loss below 0.1 dB, maximum below 0.3 dB for the standard version, and maximum below 0.15 dB for the low-loss version. Test conditions and current availability should be confirmed with Fibernet.
Start with the fiber count and fiber type, then define the cable construction, connector at each end, polish, overall length, end configuration and required fan-out length. These parameters form the basis of a configuration review.
Fibernet combines more than 30 years of optical communications expertise with proprietary hardware-enforced cybersecurity, advanced multimedia technologies and in-house optical, electronic and mechanical manufacturing capabilities.
Its Aerospace and Defense Division operates under an AS9100D-certified quality management system for defined manufacturing activities.
This combination enables customers to address connectivity, secure workstation access, operational visualization and customized manufacturing requirements through one technology partner.
Fibernet combines multidisciplinary engineering expertise, specialty optical technologies, NPI support and in-house manufacturing capabilities.
Rather than focusing only on the assembly stage, Fibernet can support engineering and manufacturing activities across different phases of a hardware product’s development.
Customers can select individual services or broader manufacturing support according to their project needs.
The optional-items table lists an 850 nm multimode SFP+ module rated to 300 m. Treat that as the rating of the listed module, not a universal maximum for every SFP configuration.
Traceability means the assembly is manufactured under a controlled process with identification, marking, labeling and production records aligned with the defined project requirements.
Capabilities include fiber cutting, preparation, routing, splicing, optical connector termination and polishing, fan-out and breakout configurations, mechanical protection, overmolding, marking and customized packaging.
Fibernet can support optical power meters and light sources, optical spectrum analyzers, OTDRs, BER testers, link-characterization equipment, variable optical attenuators, optical switches, connector inspection equipment, fusion splicers, cleavers, fiber-preparation tools, cleaning kits and related test-station integration.